Proceedings

of the Tomsk Technological Institute

of Emperor Nicholas II

Vol. 5. 1907. No. 2.

Report

on the activities and state of the Tomsk Technological Institute of Emperor Nicholas II

for the year 1905.

I–II, 1–95.

REPORT

on the activities and state of the Tomsk Technological Institute of Emperor Nicholas II

for 1905*.

As of January 1, 1905, the Tomsk Technological Institute consisted of five courses in the mechanical and chemical departments, four courses in the mining department, and three courses in the civil-engineering department.

Personnel

As of January 1, 1905, the personnel of the Institute’s teaching and service staff was as follows:

Position	Number	Position	Number
Director	1	Laboratory assistants	20
Teacher of theology	1	Librarian	1
Ordinary professors	5	Assistant librarian	1
Acting ordinary professor	1	Clerk	1
Extraordinary professors	1	Assistant clerk	1
Acting extraordinary professors	11	Accountant	1
Staff instructors	16	Assistant accountant	1
Instructors for hire	15	Physician	1
Acting lecturers in foreign languages	3	Feldsher	1
Inspector of students	1	Building superintendent	1
Assistant inspector	2

During the reporting year the following changes occurred in the personnel:

The well-known explorer of Mongolia and Siberia, writer, and public figure Grigory Nikolaevich Potanin was elected an honorary member of the Institute.

*) The absence in the present report of sections on the organization of the academic unit, on the summer practical training of students, and on the distribution of classes among the teaching staff is explained by the fact that no classes took place during the reporting year.

Acting extraordinary professor of the Imperial Kharkov University, Master of Pure Mathematics V. P. Alekseevsky was appointed acting ordinary professor of theoretical mechanics, as of October 8.

Artist-architect V. F. Orzheshko was appointed staff instructor of drawing and of architectural and projection drafting, as of September 1.

Having completed the course at the Moscow Agricultural Institute, with the title of agronomist, M. A. Lushnikov was appointed to the post of junior laboratory assistant at the Department of Organic Chemistry, as of July 1.

Assistant inspector of students, State Councillor M. A. Andreev, was appointed inspector of students of the Institute, as of September 1.

E. V. Sokolov, not holding a rank, was admitted to the performance, for hire, of the duties of clerk of the chancery, as of November 1.

Acting extraordinary professor in the Department of Construction Art, civil engineer, Court Councillor A. K. Ensh, was appointed adjunct professor of the Riga Polytechnic Institute in the Department of Water Supply, Drains, Drainage, and Irrigation, as of September 1.

Acting extraordinary professor in the Department of Metallurgy, chemical engineer, Collegiate Councillor I. I. Ronchevsky, was dismissed from service, at his own request, as of September 1.

Class artist of architecture of the 1st degree, Titular Councillor K. K. Lygin, was relieved of his post, at his own request, as of September 1.

Instructor of drawing, class artist of the 3rd degree, architect P. F. Fedorovsky, at his own request, was relieved of his post, as of September 1.

Assistant inspector of students, Collegiate Assessor N. A. Kuznetsov, was transferred to the post of clerk of the Administration of the Tomsk Postal and Telegraph District, as of September 17.

Clerk, Court Councillor S. N. Murakov, at his own request, was dismissed from service, on account of impaired health, as of November 1.

Thus, by January 1, 1906, the personnel of the Institute was as follows:

Honorary Members of the Institute:

Ordinary Academician of the Imperial Academy of Sciences, Privy Councillor Nikolai Nikolaevich Beketov.

Professor, Manager of the Main Chamber of Weights and Measures, Privy Councillor Dmitrii Ivanovich Mendeleev.

Explorer of Mongolia and Siberia, writer and public figure Grigorii Nikolaevich Potanin.

Teaching and Administrative Staff:

Director of the Institute, Candidate of the University, engineer-technologist, State Councillor Efim Lukianovich Zubashev, also professor of chemical technology.

Instructor of theology, professor of the Imperial Tomsk University, doctor of church history, Archpriest Dmitrii Nikanorovich Belikov.

Dean of the Mechanical Department, engineer-technologist, State Councillor Ivan Ivanovich Bobarykov.

Dean of the Chemical Department, engineer-technologist, State Councillor Valentin Nikolaevich Dzhons.

Dean of the Mining Department, mining engineer, State Councillor Vladimir Afanasievich Obruchev.

Dean of the Civil-Engineering Department, engineer-technologist, Collegiate Councillor Aleksandr Eduardovich Sabek.

Ordinary Professors:

Engineer-technologist, State Councillor Ivan Ivanovich Bobarykov, in the Chair of Applied Mechanics and Mechanical Engineering.

Engineer-technologist, State Councillor Nikolai Ivanovich Kartashov, in the Chair of Applied Mechanics and Mechanical Engineering.

Doctor of Chemistry, State Councillor Nikolai Matveevich Kizhner, in the Chair of Organic Chemistry.

Doctor of Pure Mathematics, State Councillor Fedor Eduardovich Molin, in the Chair of Mathematics.

Doctor of Chemistry, State Councillor Dmitrii Petrovich Turbaba, in the Chair of Inorganic Chemistry.

Acting Ordinary Professors:

Master of Pure Mathematics Vladimir Petrovich Alekseevskii, in the Chair of Theoretical Mechanics.

Mining engineer, State Councillor Vladimir Afanasievich Obruchev, in the Chair of Geology.

Extraordinary Professor:

Master of Mineralogy and Geognosy, Collegiate Councillor Mikhail Erastovich Yanishevsky, for the chair of paleontology (also secretary of the Council).

Acting Extraordinary Professors:

Engineer-technologist, State Councillor Valentin Nikolaevich Dzhons, for the chair of chemical technology of organic substances.

Master’s degree candidate in physics, State Councillor Aleksandr Ivanovich Efimov, for the chair of physics.

Candidate of Natural Sciences, Collegiate Assessor Yakov Ivanovich Mikhailenko, for the chair of analytical chemistry (also secretary of the chemical department).

Master’s degree candidate in mathematics, State Councillor Vladimir Leonidovich Nekrasov, for the chair of mathematics (also secretary of the engineering-construction department).

Graduate of a university course, engineer-technologist, Collegiate Councillor Aleksandr Aleksandrovich Potebnya, for the chair of electrical engineering.

Engineer-technologist, Collegiate Councillor Aleksandr Eduardovich Sabek, for the chair of chemical technology of mineral substances.

Mechanical engineer, Collegiate Councillor Grigory Lvovich Tiraspolsky, for the chair of applied mechanics.

Engineer-technologist, Collegiate Councillor Tikhon Ivanovich Tikhonov, for mechanical technology (also secretary of the mechanical department).

Mining engineer, Collegiate Assessor Lev Lyonelevich Tove, for the chair of mining art (also secretary of the mining department).

Instructors:

a) Staff:

Engineer-technologist, Collegiate Assessor Nikanor Fedorovich Bundyukov, instructor in drawing.

Engineer of Ways of Communication, Court Councillor Sergei Arsenievich Vvedensky, in drawing and instructor for practical classes in mathematics and mechanics (on foreign assignment as of September 1, 1907).

Engineer-technologist, Court Councillor, Stepan Prokopievich Gomellya (on foreign assignment until September 1, 1906).

A graduate of the university course, without rank, Mikhail Nikolaevich Ivanov, in mathematics.

Engineer-technologist, without rank, Petr Alekseevich Kozmin, in wood technology and flour-milling mills.

Engineer-technologist, State Councillor Apollon Petrovich Komarov, in drawing.

Engineer-mechanic, Court Councillor Adrian Erazmovich Krzhizhanovskii, in hydraulics and drawing (on foreign assignment until September 1, 1906).

Engineer-mechanic, without rank, Aleksandr Markovich Krylov, in applied mechanics.

Engineer of ways of communication, Court Councillor Nikolai Vissarionovich Nekrasov, in drawing and head of practical classes in mathematics and mechanics (on foreign assignment until September 1 of the reporting year).

Artist-architect, without rank, Vikentii Florentinovich Orzheshko, in drawing and architectural and projection drawing.

Engineer-technologist, Court Councillor Vasilii Nikolaevich Pinegin, in drawing and head of practical classes in mathematics and mechanics (on foreign assignment until September 1, 1906).

Engineer-technologist, Court Councillor Vladimir Aleksandrovich Sakharnov, in drawing (on foreign assignment until September 1 of the reporting year).

Mining engineer, Provincial Secretary Petr Konstantinovich Sobolevskii, in geodesy and mine surveying.

Engineer-technologist, Court Councillor Aleksandr Vasilievich Ugarov, in drawing.

Engineer-mechanic, Collegiate Councillor Aleksei Alekseevich Shutkov, in applied mechanics.

Engineer-technologist, Collegiate Councillor Mikhail Ilyich Yuzhakov, in drawing.

A graduate of the university course, engineer of ways of communication, Collegiate Assessor Fedor Karpovich Yasevich, in the department of highways and railways.

b) By hire;

Privatdozent of the Imperial Tomsk University, Pavel Vasilievich Butyagin, in factory hygiene.

Having completed the university course, engineer of ways of communication Stanislav Antonovich Żbikowski, for hydraulic structures.

Civil engineer, State Councillor Konstantin Antonovich Zaranek, for drawing.

Professor of the Imperial Tomsk University, Actual State Councillor Aleksei Mikhailovich Zaitsev, for mineralogy.

Surveying engineer Aleksandr Platonovich Kalimanov, supervisor for topographic drafting.

Professor of the Imperial Tomsk University, State Councillor Fedor Yakovlevich Kapustin, for the mechanical theory of heat.

Civil engineer, Collegiate Secretary Andrei Dmitrievich Kryachkov, for drawing and architectural drafting.

Privat-docent of the Imperial Tomsk University, justice of the peace of the city of Tomsk Iosif Vikentievich Mikhailovsky, for jurisprudence and factory legislation.

Class artist Zakharii Alekseevich Rokachevsky, for drawing.

Professor of the Imperial Tomsk University, State Councillor Vasilii Vasilievich Sapozhnikov, for botany.

Professor of the same university, State Councillor Mikhail Nikolaevich Sobolev, for political economy.

Civil engineer, Titular Councillor Vladimir Marselievich Sukhorovsky, for drawing and architectural design.

Acting lecturer of the English language L. K. Gibson.

Acting lecturer of the French language F. P. Debets.

Acting lecturer of the German language G. E. Johansen.

Laboratory Assistants:

a) Senior:

Having completed the university course, Collegiate Assessor Dmitrii Viktorovich Alekseev, at the Department of Organic Chemistry.

Engineer-technologist, without rank, Nikolai Nikolaevich Vorozhtsov, at the Department of Chemical Technology of Organic Substances.

Having completed the university course, Collegiate Assessor Aleksei Vasilievich Emelyanov, at the Department of Mineralogy.

A graduate of a university course, Collegiate Assessor Petr Alexandrovich Kazansky, attached to the Department of Paleontology.

A graduate of a university course, Collegiate Assessor Andrei Petrovich Kalishev, attached to the Laboratory of Analytical Chemistry.

Engineer-Technologist, Collegiate Assessor Sergei Vasilievich Lebedev, attached to the Department of Chemical Technology of Nutrient Substances.

A graduate of a university course, Engineer-Technologist, without rank, Aleksandr Alekseevich Levchenko, attached to the Department of Electrical Engineering.

Engineer-Technologist, Collegiate Assessor Vladimir Yakovlevich Mostovich, attached to the Department of Metallurgy.

Mining Engineer, Titular Councillor Grigory Fedorovich Ovsyannikov, attached to the Department of Mining Engineering.

Mining Engineer, Collegiate Assessor Vladimir Dmitrievich Ryazanov, attached to the Department of Geology.

A graduate of a university course, without rank, Veniamin Semenovich Titov, attached to the Department of Physics.

A graduate of a university course, Collegiate Assessor Sergei Mikhailovich Filatov, attached to the Department of Inorganic Chemistry.

Mining Engineer, Collegiate Secretary Dmitry Vladimirovich Frost, in Geodesy and Mine Surveying.

Engineer-Technologist, Collegiate Assessor Vladimir Filippovich Yuferev, attached to the Department of Chemical Technology of Mineral Substances.

b) junior:

A graduate of a university course, without rank, Fedor Aleksandrovich Belyshev, attached to the Laboratory of Analytical Chemistry (paid by hire).

Engineer-Technologist, Titular Councillor Vladimir Yulievich Gan, attached to the Mechanical Laboratory.

Engineer-Technologist, Titular Councillor Nikolai Vladimirovich Gutovsky, attached to the Mechanical Workshops.

A graduate of the Moscow Agricultural Institute, agronomist Mikhail Alekseevich Lushnikov, attached to the Department of Inorganic Chemistry.

Titular Councillor Aleksandr Aleksandrovich Lyubarsky, attached to the Department of Inorganic Chemistry.

A graduate of a university course, without rank, Petr Grigorievich Mushinsky, attached to the Department of Analytical Chemistry.

A university graduate, without rank, Pavel Prokofievich Pilipenko, at the Chair of Mineralogy (paid by hire).

Library.

Librarian, collegiate assessor, Vasily Vasilyevich Kurdiumov.

Assistant librarian, titular councillor, Mechislav Vladislavovich Poltus.

Inspectorate.

Inspector of students, candidate of theology, state councillor, Mina Aleksandrovich Andreev.

Assistant inspector, collegiate councillor, Andrei Danilovich Zinevich.

Chancellery.

Acting clerk, without rank, Evgeny Vasilyevich Sokolov.

Acting assistant clerk, without rank, German Petrovich Nikolaev.

Accountant, titular councillor, Dmitry Nikolaevich Sokovin.

Assistant accountant, without rank, Mikhail Nikolaevich Lyashkov.

Building superintendent Sergei Alekseevich Yatsura (paid by hire).

Reception Room.

Institute physician, doctor, collegiate assessor, Nikolai Vasilyevich Vershinin.

Feldsher Iosif Ivanovich Rodzevich.

Council of the Institute:

In the reporting year the Council of the Institute consisted, under the chairmanship of the Director E. L. Zubashev, of 18 members: teacher of theology, doctor of Church history, archpriest D. N. Belikov; ordinary professors: V. P. Alekseevsky, I. I. Bobarykov, N. I. Kartashov, N. M. Kizhner, O. E. Molin, V. A. Obruchev, D. P. Turbaba; extraordinary professors: V. N. Jones, A. I. Efimov, Ya. I. Mikhailenko, V. L. Nekra-

sov, A. A. Potebnya, A. E. Sabek, G. L. Tiraspolsky, T. I. Tikhonov, L. L. Tove, and M. E. Yanishevsky.

Committee for Student Affairs:

Chairman: Director E. L. Zubashev. Members-deans: Professors I. I. Bobarykov, V. N. Jones, V. A. Obruchev, and A. E. Sabek; secretaries of the departments: Professors Ya. I. Mikhailenko, V. L. Nekrasov, T. I. Tikhonov, and L. L. Tove, and Inspector M. A. Andreev.

Economic Committee:

Chairman: Director E. L. Zubashev. Members-deans: Professors I. I. Bobarykov, V. N. Jones, V. A. Obruchev, and A. E. Sabek.

Commission for the Publication of Lectures and Textbooks for Students:

Chairman—Professor A. I. Efimov; members: Prof. V. L. Nekrasov and Prof. A. E. Sabek.
Editor of the “Institute News”—Prof. Efimov.

Library Commission:

In the first half of the reporting year: Chairman—Prof. A. E. Sabek. Members, Professors—Ya. I. Mikhailenko, V. L. Nekrasov, A. A. Potebnya, G. L. Tiraspolsky, and M. E. Yanishevsky.

In the second half—Chairman Prof. V. L. Nekrasov. Members: Professors—A. E. Sabek, M. E. Yanishevsky; instructors: A. M. Krylov, N. V. Nekrasov, and laboratory assistant D. V. Alekseev.

The Most Highly Established Construction Committee for the Erection of the Buildings of the Technological Institute in the City of Tomsk:

Chairman—Director of the Institute, State Councillor E. L. Zubashev. Members: representative of the Ministry of Finance—Head of the Division of the Tomsk Treasury Chamber, Collegiate Councillor Anton Nikolaevich Valda; representative of State Control, Junior Auditor of the Tomsk Control Chamber Andrei

Alexandrovich Zavadovsky, member of the Tomsk City Administration; Petr Ivanovich Ivanov, rector of the Imperial Tomsk University; Actual State Councillor Mikhail Georgievich Kurlov; Tomsk City Mayor Alexei Ivanovich Makushin.

Professors of the Institute: State Councillor Ivan Ivanovich Bobarykov; State Councillor Alexander Ivanovich Efimov; State Councillor Vladimir Afanasievich Obruchev; Collegiate Councillor Alexander Eduardovich Sabek; builder of the buildings, civil engineer, Court Councillor Fortunat Ferdinandovich Gut; office manager Nikolai Vasilievich Kaigorodov; accountant—accountant of the Institute, Titular Councillor Dmitry Nikolaevich Sokovnin.

In addition to their direct duties at the Institute, certain professors and instructors served as instructors in other educational institutions or performed duties in various governmental and public institutions of the city of Tomsk.

Director E. L. Zubashev served as chairman of the Tomsk Branch of the Imperial Russian Technical Society and as chairman of the Imperially Established Committee for the Construction of the Buildings of the Tomsk Technological Institute.

The instructor of Theology, D. N. Belikov, served as professor of the Imperial Tomsk University and as censor of printed ecclesiastical publications issued within the boundaries of the Tomsk diocese.

Professor I. I. Bobarykov served as dean of the mechanical department, member of the Committee for the Construction of the Buildings of the Tomsk Technological Institute, and member of the Economic Committee of the Institute.

Professor V. N. Jones served as dean of the chemical department and as a member of the Economic Committee of the Institute.

Professor A. I. Efimov served as chairman of the Tomsk Photographic Society, chairman of the commission for the publication of lectures, member of the Council of the Society for Assistance to Students, editor of the “Proceedings of the Institute,” and member of the Committee for the Construction of the Buildings of the Tomsk Technological Institute.

Professor Ya. I. Mikhailenko served as secretary of the chemical department and as a member of the library commission in the first half of the reporting year.

Prof. V. L. Nekrasov served as a member of the commission for the publication of lectures, member of the library commission, and in the second half of the year—

secretary of the engineering-construction department and chairman of the library commission.

Prof. V. A. Obruchev served as dean of the mining department, as a member of the Committee for the Erection of Buildings of the Tomsk Technological Institute, and as a member of the Institute’s Economic Committee.

Prof. A. A. Potebnia served as secretary of the mechanical department (until September 1 of the reporting year) and as a member of the library commission.

Prof. A. E. Sabek served as a member of the commission for publishing lectures and as a member of the committee for the erection of buildings of the Tomsk Technological Institute; in the first half of the reporting year—as secretary of the engineering-construction department and chairman of the library commission; in the second half—as dean of the engineering-construction department, a member of the library commission, and a member of the economic committee.

Professor G. L. Tiraspolsky, in the first half of the year, served as a member of the library commission.

Professor T. I. Tikhonov was in charge of equipping the mechanical workshops of the Tomsk Technological Institute and the two cabinets attached to them—the metallographic and the chemical.

Professor L. L. Tove served as secretary of the mining department.

Professor M. E. Yanishevsky served as secretary of the Council and as a member of the library commission.

Instructor A. M. Krylov served as a member of the library commission in the second half of the reporting year.

Instructor N. V. Nekrasov, in the second half of the year, served as a member of the library commission.

Instructor V. F. Orzheshko served as architect in the Department of New Works of the Track Service of the Siberian Railway and had a private construction project—a wooden church in the village of Barakovo.

Instructor A. A. Shutkov, from October 1, 1905, was acting inspector of the Vocational School of the Korolev brothers.

Instructor M. I. Yuzhakov taught geometry and trigonometry in the general-education courses and temporarily taught mathematics and physics at the Tomsk Theological Seminary.

Instructor F. K. Yasevich served as engineer for technical work under the Head of the Track Service of the Siberian Railway.

Instructor P. V. Butyagin served as privat-docent of Tomsk University and was in charge of the department for the preparation of anti-diphtheria serum.

Instructor S. A. Zhbikovskii served as head of the Ob-Yenisei section of the Tomsk District of Communications Routes.

Instructor K. A. Zaranek served as assistant to the head of the Technical Department of the Track Service of the Siberian Railway.

Instructor A. M. Zaitsev served as ordinary professor of the Imperial Tomsk University in the department of mineralogy and geology.

Instructor F. Ya. Kapustin served as professor of the Imperial Tomsk University in the department of physics.

Instructor A. D. Kryachkov served as architect of the West Siberian Educational District and of Tomsk University, and as builder of the buildings of the Tomsk Technological Institute.

Instructor I. V. Mikhailovsky served as a justice of the peace of the city of Tomsk and as privat-docent of the University in the department of criminal law.

Instructor Z. A. Rokachevsky served as senior technician under the Administration of the Track Service of the Siberian Railway, gave lessons in painting and drawing, and carried out private artistic works.

Instructor V. V. Sapozhnikov served as ordinary professor of the Imperial Tomsk University in the department of botany and as chairman of the pedagogical council in a private women’s gymnasium.

Instructor M. N. Sobolev served as professor of political economy and statistics at the Imperial Tomsk University.

Instructor V. M. Sukhorovsky served as engineer for technical studies in the Track Service of the Siberian Railway.

Laboratory assistant D. V. Alekseev served as a member of the library commission in the second half of the year.

Laboratory assistant A. P. Kalishev served as instructor of natural history and mathematics at the Tomsk men’s gymnasium.

Laboratory assistant A. A. Levchenko gave lessons in mathematics at a private women’s gymnasium and in special subjects at the railway school.

Laboratory assistant A. A. Lyubarsky served as instructor of chemistry at the veterinary-feldsher school.

Laboratory assistant P. P. Pilinenko performed the duties of custodian of the mineralogical cabinet of Tomsk University.

Laboratory assistant V. S. Titov served as head of the Tomsk general-education courses.

Laboratory assistant S. M. Filatov served as instructor of physics at the Tomsk men’s gymnasium and at the dental school of M. A. Kamenetskaya.

Laboratory assistant V. F. Yuferev served as a teacher of arithmetic and algebra at the First Siberian Commercial School named for Tsarevich Alexei.

Lecturer in English L. K. Gibson served as a lecturer at Tomsk University and gave private lessons.

Lecturer in French F. I. Debets served as a lecturer at the University.

Lecturer in German G. E. Iogansen served as assistant in the Department of Zoology at Tomsk University and taught natural history and physics at the Tomsk Alekseevsky Realschule.

The scholarly works of the professors and instructors in 1905 were expressed as follows.

Professor V. A. Obruchev: a) continued the processing of geological materials collected in the Lena mining district in 1901 and in the Transbaikal Region in 1895–1898; b) completed the preparation for publication of the diaries of the geological journey through Turkestan of the late Prof. I. V. Mushketov and submitted for printing the last chapters IX–XI of volume II; c) completed the publication of lithographed notes for his course in petrography for fourth-year students of the mining division.

Printed: “Geological Map of the Lena Gold-Bearing Region. Description of Sheets IV—1 and IV—2,” in the publication of the Geological Committee, “Geological Investigations in the Gold-Bearing Regions of Siberia.”

Published: 1) “Central Tien-Shan and Dzungarian Alatau according to the investigations of M. Friedrichsen,” in the journal Zemlevedenie, 1905, book I—II, pp. 250—254. 2) “On the Geological Investigation of Tarbagatai and Barlyk in 1905,” in the journal Yearbook of the Geology and Mineralogy of Russia, vol. VIII, issue 1, pp. 31—32. 3) “Reise in Central Asien im Sommer 1905,” in the journal Zeitschrift der Gesellschaft für Erdkunde zu Berlin, 1905, No. 8, p. 650. 4) Several abstracts on the geological literature of Asia in the journal Geologisches Centralblatt, Bd. VI and VII.

By order of, and at the expense of, the Institute, he undertook an excursion for the geographical and geological investigation of the mountain systems of Tarbagatai and Barlyk, situated on the border of the Semipalatinsk and Semirechensk Regions and Chinese Dzungaria, as well as part of the Kirghiz Steppe between Semipalatinsk and Sergiopol; a preliminary report on the journey is being prepared for publication.

Professor I. I. Bobarykov. 1) By order of the Construction Committee of the Tomsk Technological Institute, carried out an expert examination of the heating and ventilation system in the building of the physics wing; 2) drew up a plan for alteration of part of the ventilation system in the building of the Chemical Wing, and submitted the alteration project, with drawings and an explanatory note, to the builder of the buildings; 3) completed lithographing the course on machine parts.

Professor L. L. Tove. 1) Was sent on assignment in the summer of 1905 to inspect certain mining enterprises of the Altai, Mariinsk, and Achinsk districts.

Along the way, during the trip, he inspected in the city of Barnaul certain models of the former Barnaul Mining Museum, offered by the Administration of the Altai District as a gift to the Mining Museum of the Institute, but found to be of little suitability for instructional purposes.

At the end of the summer he was sent to the Urals to become acquainted with certain improvements in the technology of mining and gold-mining.

In November and December of the past year, while on leave, he visited certain coal mines of the Cheremkhovo region.

2) He published in “Mining and Gold-Mining News” for 1906 an article entitled “Anglo-American Reviews of the Siberian Gold-Mining Industry.”

Professor N. M. Kizhner published the following works, placed in the journal “Journal of the Russian Physico-Chemical Society for 1905”:

1) On the transformations of amides of $\alpha$-halogen-substituted acids under the action of bromine and caustic alkali.

2) On cyclobutanone.

3) On aminocyclopropane.

4) On the preparation of the ester of tetramethylenedicarboxylic acid 1, 1.

5) On cyanobutyldimethylcarbinol and its transformations.

6) N. Kizhner and V. Amozor. On cyclobutyldiethylcarbinol and its derivatives.

7) Student G. Khonin, on a new isomer of pentane (methyl-2-methyl-4-pentane).

Professor T. I. Tikhonov. Prepared materials on the subject: “Changes in the internal structure of metals depending on the conditions of treatment.”

Professor V. L. Nekrasov. 1) As chairman of the Library Commission, together with A. M. Krylov and the staff of the Library, prepared a report on the Library from its beginning to January 1, 1906.

2) In 1905, Part 1 of the “Course in Analytic Geometry,” an Institute publication, was printed, and the printing of the work “The Structure and Measure of Linear Point Regions” was continued in the Proceedings of the Institute.

Professor A. E. Sabek. Made a trip through Russia and carried out an assignment in Siberia with the aim of becoming acquainted with the character of the production of alabaster as a building material, and of collecting a significant collection of samples of alabaster and certain other building materials.

Professor A. A. Potebnya. Supervised the relocation of electrical wires in the Institute buildings and the electrical equipment of the engineering laboratory.

Professor Ya. I. Mikhailenko. In the past year printed the book: On the Question of the Relation between the Partial Density of the Solvent in a Solution and the Elasticity of the Vapor of the Solution. Kiev, 1905.

Professor V. V. Sapozhnikov. 1) In the Institute laboratory conducted investigations of the contamination of wine yeasts from certain Tomsk factories and experiments on the application of cultured yeasts to mead brewing.

2) Printed a preliminary report on the journey to South-Eastern Altai and to the borderland of Mongolia in 1905 in the Proceedings of Tomsk University.

Professor A. M. Zaitsev. The following works have been printed or submitted for printing:

1) On the petrography of the environs of Lake Zaisan and the Western Siberian Section of the Russian Geographical Society.

2) In memory of A. A. Shtukenberg. Yearbook for Geology and Mineralogy of Russia. Vol. VIII. Issue I.

3) On the petrography of Altai (supplementary material). Proceedings of Tomsk University.

4) On certain rocks of the banks of the Mana River, Yenisei Province. Ibid.

Instructor A. A. Shutkov. Published a problem book on the theory of mechanisms and edited Karl Albrecht’s brochure, “Calculation and Construction of Francis’s Turbine,” through the Commission for the Publication of Lectures of the Tomsk Technological Institute.

Instructor P. K. Sobolevsky. The work in the laboratory of Instructor P. K. Sobolevsky during the past year consisted of the following:

a) A stereogram was constructed for the geometric investigation of a topographic surface. The method of investigation is purely geometric—

using three coordinates (rectangular-rectilinear) of the least number of control points of the surface being studied.

One stereogram has been fully constructed; the other three are nearing completion.

b) Specimens have been prepared for such an investigation of a topographic surface in connection with various methods of representing the relief of the surface.

c) Specimens have been prepared for a visual representation of the relief of a topographic surface by means of axonometric projections.

d) Mine-surveying plans and maps have been processed and prepared for printing with the introduction on the plan of the third coordinate \(Z\).

e) A system of bed maps has been prepared for printing.

f) To construct a stereogram for the graphical and geometrical solution of problems of spherical astronomy in space, as well as for the investigation of these problems.

g) To construct a stereogram for the (graphical) geometrical investigation and solution in space of problems concerning the relations between the axes of angle-measuring instruments, on the one hand, and, on the other, the true and measured magnitude of the observed angle.

h) To construct a model for the geometrical investigation of the tacheometer. (A stereogram based on the model has not been constructed.)

i) To construct a stereogram for the graphical and analytical determination of the position of an underground bed from various practical data.

j) Work was conducted on the question of preparing cartographic clichés on wet collodion.

k) To investigate the accuracy of the photogrammetric method of projecting a point in a mine.

l) To continue work on stereoscopic photogrammetry.

m) To prepare for lectures a series of photograms on wet collodion and on albumenized collodion.

n) In the summer of 1905, to carry out a triangulation reconnaissance and to mark 12 points of the 1st class and 18 points of the 2nd class.

o) To publish thirty sheets of various plans relating chiefly to the students’ practical work.

p) To prepare a series of stereograms on spherical trigonometry.

q) To prepare all materials for the publication of a star chart for the graphical determination of stars lying in one and the same almucantar.

r) For the last-mentioned purpose (q), to construct a model of a polar coordinatograph for the mechanically precise plotting of the positions of stars on a copper plate or zinc.

c) To collect and systematize materials for assignments for diploma works in mine surveying.

Owing to circumstances beyond his control, the two works prepared for publication, “On the Significance of Introducing the Coordinate \(Z\) into Mine-Surveying Practice” and “Stratal Maps,” could not be printed.

Instructor F. K. Yasevich. Published, through the Commission at the Institute for the publication of lectures, the following works of his:

Course of General Principles of Construction Art (in two parts).

The first part of the Course of Roads, and the following aids in preparing exercises in construction art:

1. Exercise on earthworks.
2. Exercise on facing stone masonry.
3. Analysis of brick walls.
4. Aid in designing truss rafters.
5. Retaining walls.
6. Stone pipes under road embankments.
7. Construction of factory pipes.

Instructor P. V. Butyagin. Printed the following scholarly works:

1) “Review of the Work of the Hygienic Laboratory of Tomsk University during the First Decade of Its Existence.” Siberian Medical Gazette.

2) “On the Struggle against Child Mortality.” Ibid.

3) “Kurt and rymchik—food products of certain Siberian non-Russian peoples.” Ibid.

4) “Kandyk.” Ibid.

5) “The Breslau Municipal Station for the Diagnosis of Diphtheria and Typhus.” Ibid.

6) “Report on a Foreign Assignment, 1902–1904.” Tomsk University News.

Professor M. N. Sobolev. Article “Economic Interests and the Grouping of Political Parties in Russia,” in The World of God, 1905, June.

Article: “The Organization of Peasant Administration in Siberia,” in Siberian Questions, 1905, No. 1.

Article: “Tasks of Economic Policy in Siberia,” in the collection On Siberian Topics.

Instructor M. I. Yuzhakov. The following works are in press: “Mechanic Polzunov and His Machine,” “Report on a Foreign—”

…official assignment,” and “Oil engines of Russian manufacture and their comparative evaluation.”

Laboratory assistant V. S. Titov. Prepared a report on a trip abroad for educational purposes during the summer semester of 1904.

Laboratory assistant V. Yu. Gan. During his leave in the summer of 1905, performed the duties of a mechanic in the procurement and pressing of hay for the Manchurian Armies, carried out by engineer N. G. Mikhailovsky, who had been assigned for this purpose by the Commander-in-Chief of the armies; at the same time he supervised the assembly and repair of steam presses, mowing machines, and horse rakes, as well as the technical organization of work on the section of the Chinese Eastern Railway from Hailar to Qiqihar.

Thereafter, during his foreign leave, he performed the duties of an engineer at the Technical Bureau of the machine-building plant of the firm “Haushahn,” in Feuerbach, near Stuttgart.

Laboratory assistant V. D. Ryazanov. 1) In the past year, in addition to work included among his direct duties at the Institute (the compilation of tables for determining the most important rock-forming minerals and of synopses for courses: physical geology, mineral resources, for students of the chemical department, etc., not yet published), he prepared, at the proposal of the Mining Department, a detailed project for the catchment of the Yamarovsky mineral spring in the Transbaikal Region. (Reconnaissance of the spring had been carried out, on assignment from the Irkutsk Mining Administration, as early as the autumn of 1903.)

2) In the summer of 1905 he continued geological investigations in Transbaikalia, begun in 1902 and 1903, with the aim of finally and as fully as possible clarifying the conditions of petroleum-bearing occurrence along the southeastern shore of Lake Baikal, between Kultuchny Sor Bay (51° 40′ N lat.) and Chivyrkuisky Bay, 54° N lat.

Laboratory assistant V. Ya. Mostovich. In the summer of 1905, from May 1 to September 1, while on foreign assignment, he worked in Germany and studied the metallurgical plants of central and western Germany.

Laboratory assistant A. P. Kalishev. 1) Carried out the work “Synthesis of hexamethylene-propanediol 1, 3.”

2) Published in the journal R. Kh. O. 52, 44, “Preparation and properties of α-ethyl-β-cumenylmethylenemalonic acid.”

Laboratory assistant A. V. Emelyanov. a) In the month of June 1905, by resolution of the Council of the Institute, he was on assignment in the city of Yekaterinburg to inspect and study, with a view to purchase, the mineralogical collection of mining engineer I. N. Kryzhanovsky.

b) To continue work on the processing and systematization, with the compilation of a card catalogue, of minerals received by the mineralogical cabinet through purchase or as gifts.

Laboratory assistant V. F. Yuferev. In addition to performing his direct duties in the laboratory, he was engaged in studying and comparing methods of producing silicate brick and in studying the chemical reactions occurring in the process.

Laboratory assistant P. P. Pilipenko. Published in Bulletin des Naturalistes de Moscou, 1904, No. 4, a note “On the Crystalline Form of 1-phenyl-3-methyl pyrazolone.”

Laboratory assistant N. N. Vorozhtsov. During 1905 he continued in the laboratory work on the influence of salts of heavy metals on the insoluble azo dyes of the beta-naphthol series formed on the fiber, and on the chemistry of this influence. The work is still in progress and has not been printed.

Lecturer in the German language G. E. Johannsen published in the journal Ornithologisches Jahrbuch XVI, 1905, the article: “Emberiza cia Godlewskii Tacz. bei Tomsk erbeutet.”

Council of the Institute

In the reporting year the Council of the Institute consisted, under the chairmanship of Director E. L. Zubashev, of 18 members: the instructor in Theology, Doctor of Church History, Archpriest D. N. Belikov; ordinary professors: V. P. Alekseevsky, I. I. Bobarykov, N. I. Kartashov, N. M. Kizhner, F. E. Molin, V. A. Obruchev, D. P. Turbaba; extraordinary professors: V. N. Dzhons, A. I. Efimov, Ya. I. Mikhailenko, V. L. Nekrasov, A. A. Potebnya, A. E. Sabek, G. L. Tiraspolsky, T. I. Tikhonov, L. L. Tove, and M. E. Yanishevsky.

During the year the Council held 25 meetings, at which various questions concerning the educational work were considered, in particular the draft distribution of classes according to the subject system proposed for introduction from the new academic year, and the elaboration of the details of the rules for guidance under this system.

Following the announcement of the Imperial ukase to the Governing Senate of August 27, 1905, on temporary rules for the administration of higher educational institutions, at the meetings of the Council on September 7 and 13 elections were held for the Director of the Institute and the Secretary of the Council, and then for the deans and secretaries of the departments. As Director and as deans of the three previously opened departments, the persons who had held these posts earlier were elected, namely: Prof. E. L. Zubashev

(by the director), Prof. I. I. Bobarykov (dean of the mechanical department), Prof. V. N. Dyakonov (dean of the chemical department), and Prof. V. A. Obruchev (dean of the mining department); as dean of the civil-engineering department, which until that time had been combined with the mechanical department, Prof. A. E. Sabek was elected. As secretary of the Council, Prof. M. E. Yanishesky was elected. The following were elected secretaries of the departments: for the mechanical department—Prof. T. I. Tikhonov, for the chemical department—Prof. Ya. I. Mikhailenko, for the mining department—Prof. L. L. Tovey, and for the civil-engineering department—Prof. V. L. Nekrasov. At the same time the professors’ disciplinary court was abolished, and the task of the inspectorate was changed: its members made up the staff of the new office for student affairs.

By resolution of the Council of September 21, the well-known explorer of Mongolia and Siberia, writer and public figure Grigory Nikolaevich Potanin was elected an honorary member of the Institute on the occasion of his seventieth birthday.

At the meeting of the Council on November 2, the Council recognized in principle as desirable and necessary the admission of women to the number of students of the Institute.

Competitions were announced for the chairs: 1) theory and construction of steam engines and other thermal engines, and 2) metallurgy.

The assembly of the mechanical department and the Council of the Institute spoke in favor of inviting two persons to the first chair (acting extraordinary professors), in view of the fact that this subject is fundamental in the mechanical department, and the number of class hours is such that one professor cannot cover them all. Those elected were the former instructor of the Kharkov Technological Institute Vyacheslav Ivanovich Peskov and the senior laboratory assistant of the St. Petersburg Polytechnic Institute, engineer-technologist Vladimir Leonidovich Maltsev. Subsequently V. I. Peskov declined to occupy the chair.

It was deemed advisable to divide the second chair into two—1) metallurgy of cast iron, iron, and steel, and 2) metallurgy of other metals. The competition was deemed not to have taken place; but, with a view to ensuring the teaching of metallurgy at the Institute, until these chairs were filled, it became necessary to invite two persons as instructors. Those elected were: as instructor of metallurgy of cast iron, iron, and steel—mining engineer, collegiate assessor Vladimir Alekseevich Rogozhnikov; as instructor of metallurgy of other metals—Master of Chemical Technology Mikhail Petrovich Rybalkin.

Commission for the Publication of Lectures

The Commission operated in 1905 with the composition of 1904: chairman Prof. A. I. Efimov; members: Prof. A. E. Sabet and Prof. V. L. Nekrasov.

During the reporting year the following textbooks were ordered: Borisyak—Paleontology, Keilhack—Practical Geology, Vitkovsky—Topography, Brottun—Mine Surveying, Mushketov—Course in Petrography, Maksimenko—Atlas of Water Pipelines, Bauman—Mine Surveying, Heder—Steam Engines, Rennenkampf—Legal Encyclopedia, Chicherin—Philosophy of Law.

The following were completed by in-house publication: Prof. D. N. Belyakov—Lectures on Theology, Prof. D. P. Turbaba—Thermodynamics, Prof. N. N. Saltykov—Theoretical Mechanics, Course 1, Prof. V. A. Obruchev—Petrography, Prof. V. L. Nekrasov—Analytical Geometry, Part 1, Prof. O. E. Molin—Differential Calculus of the 1st Course, Part 1, Laboratory Assistant G. O. Ovsyannikov—Mine Timbering, Lecturer A. E. Krzhizhanovsky—Hydraulics, Prof. Shulyachenko—Technology of Building Mortars, Albrecht—Francis Turbine, Kirshner (translation edited by L. L. Tove)—Fundamentals of Ore Dressing.

In the reporting year the following were published in-house: Lecturer F. K. Yasevich: 1) Course on Roads, 2) Manual for Designing Roof Trusses, 3) Cutting of Brick Walls, 4) Back Ice Drift, 5) Exercises in Earthworks, 6) Retaining Wall; Lecturer P. K. Sobolevsky: Topographic Maps; Prof. V. A. Obruchev—Tables of Rock-Forming Minerals, Prof. V. N. Dzhons: Drawings in Descriptive Geometry; Programs of Courses in Chemistry and Physics.

The following publications are in print: Prof. V. L. Nekrasov: Calculus of Infinitely Small Quantities; Prof. V. A. Obruchev: Supplement to the Course in Petrography; Prof. A. A. Potebnya: Electrical Engineering; Lecturer F. K. Yasevich: Civil Engineering.

If all the publications held by the Commission are divided into three main groups: a) lectures and textbooks, both ordered and published in-house, b) problem books, synopses, programs, and c) maps and drawings, then the movement in the number of copies of each group for 1905 will appear as follows:

		On hand as of Jan. 1, 1905	Received anew	Sold and distributed free of charge	On hand as of Jan. 1, 1906
I. Lectures and manuals.	printed	364	192	166	390
I. Lectures and manuals.	published locally	3791	3367	1440	5718
II. Problem books, synopses, programs		1983	4162	423	5722
III. Maps and drawings		9740	6779	2081	14438

Brief description of the work on the construction of the buildings of the Tomsk Technological Institute carried out in 1905.

Residential wing of the Mining Building.

1) The roof was painted once.
2) Tile stoves were laid on all three floors.
3) The glazing of the entire building was carried out.
4) All windows and doors were installed and primed.
5) The stone main and service staircases with iron railings were made.
6) All interior plastering work was carried out.
7) Floors were laid throughout the building.
8) Chimneys were brought out above the roof.

Mechanical Building.

1) Water supply, heating, and ventilation were installed.
2) All carpentry work was completed.
3) In the workshops an iron staircase with railings was made.
4) The roof, windows, and doors throughout the entire building were painted.
5) The iron trusses and ceilings in the workshops were painted.

Residential wing of the Mechanical Building.

1) The roof was covered with iron and painted once.
2) All windows and doors were installed and painted.
3) The main and service staircases with iron railings were made.
4) All interior plastering work and the glazing of the entire building were carried out.
5) Heating, ventilation, and water supply were completed.
6) All asphalt and wooden floors were installed.

Engineering Building.

1) The masonry of the walls has been completed (attics, crowning cornice, and pediments).

2) The ceiling beams have been laid.

3) The rafters with lathing have been installed.

4) The roof has been covered with iron and painted.

5) The ceilings have been boarded for plastering, and rough floors have been laid.

6) The windows and doors have been made, primed, and hung.

7) The interior stone staircase has been made.

8) Temporary glazing of the building has been carried out.

9) A steam boiler and temporary heating have been installed in the machine room.

Main Building.

1) The masonry walls have been laid up to the crowning cornice of the northern wing.

Mining Building.

1) Ventilation flues and shafts have been made in the attic, and brick flues in the basement.

2) The basement has been covered with asphalt.

In the Chemical and Physical Buildings, wooden partitions have been made and plastered, and certain minor defects remaining from the previous construction season have been remedied.

STUDENTS.

As of January 1, 1905, there were 954 students enrolled in the Institute. By courses and departments they were distributed as follows:

Department	I yr.	II yr.	III yr.	IV yr.	V yr.	Total
Mechanical Dept.	144	144	77	47	25	437
Mining Dept.	91	54	23	35	—	203
Chemical Dept.	73	74	13	9	9	172
Eng.-Constr. Dept.	76	44	22	—	—	142
Total	284	316	135	91	28	954

During the first half-year the following number of students were admitted:

Department	I yr.	II yr.	III yr.	IV yr.	V yr.	Total
Mechanical Dept.	—	9	6	2	1	18
Mining Dept.	1	—	4	—	—	5

	I yr.	II yr.	III yr.	IV yr.	V yr.	Total
In the chemical department	—	6	—	2	—	8
In the engineering-construction department	—	—	—	—	—	—
Total	1	15	10	4	1	31

During the 1st half-year, from the number of students there withdrew:

	I yr.	II yr.	III yr.	IV yr.	V yr.	Total
In the mechanical department	1	1	—	—	—	2
In the mining department	—	1	—	—	—	1
In the chemical department	4	—	—	—	—	4
In the engineering-construction department	—	1	—	—	—	1
Total	5	3	—	—	—	8

By the end of the 1st half-year of the reporting year and the 2nd half-year of the 1904–5 academic year, the number of students in the Institute was:

	I yr.	II yr.	III yr.	IV yr.	V yr.	Total
In the mechanical department	143	152	83	49	26	453
In the mining department	92	53	27	35	—	207
In the chemical department	69	82	13	11	3	176
In the engineering-construction department	76	43	22	—	—	141
Total	380	328	145	95	29	977

Owing to the temporary closure of the Institute, instruction in it ceased in January of the reporting year; there were no promotion spring examinations, and therefore all students of the Institute were left for a second year in the same courses.

At the beginning of the 2nd half-year of the reporting year and the 1st half-year of the new 1905–6 academic year, 319 applications were submitted for admission as first-year students, including:

To the mechanical department	147
To the mining department	67
To the chemical department	48
To the engineering-construction department	57
Total	319

The number of vacant places announced for the 1st year was:

In the mechanical department	80
In the mining department	60
In the chemical department	50
In the engineering-construction department	60
Total	250

For these vacancies, on the basis of § 25 of the Regulations on the Institute, first of all natives of Asiatic Russia and persons who had completed the course of secondary educational institutions of that region were admitted without competitive examinations, namely:

To the mechanical department	47
To the mining department	28
To the chemical department	5
To the engineering-construction department	10
Total	90

Thus there remained unfilled vacancies:

In the mechanical department	33
In the mining department	32
In the chemical department	45
In the engineering-construction department	50
Total	160

Of the 229 persons whom the Committee on Student Affairs had required to take competitive examinations for enrollment in the available vacancies, only 137 appeared for the examinations, including:

To the mechanical department	34
To the mining department	25
To the chemical department	39
To the engineering-construction department	39
Total	137

In view of the fact that, among those who had submitted applications for admission to the mining, chemical, and engineering-construction departments, fewer appeared for the competitive examinations than there were available vacancies in these departments, the competition for these departments did not take place, and all who had submitted applications were enrolled as students of the Institute without competition, namely: 25 in the mining department, 39 in the chemical department, and 39 in the engineering-construction department.

Competitive examinations were conducted only for persons who had submitted applications to the mechanical department; moreover, 32 persons who passed the examinations were enrolled in that department. One, on the basis of his examination, in accordance with his application, was enrolled in the mining department, and one, who showed insufficient knowledge, was not admitted.

In all, in the month of August, by competition and without competition, the following were admitted as students to the 1st year:

Department	Number
Mechanical department	79
Mining department	54
Chemical department	44
Civil-engineering department	49
Total	226

In view of the forthcoming introduction at the Institute of the subject system of instruction, in place of the course system that had existed until that time, the students of the Institute, from the autumn half-year of the reporting year, i.e., from the beginning of the new 1905–6 academic year, began to be distributed not by years, but by semesters; moreover, the students just admitted to the 1st year of the Institute formed the group of students of the 1st semester; the students of that same 1st year, admitted to the Institute in 1904 and having completed one academic half-year, formed the group of students of the 2nd semester; correspondingly, the 2nd year of students formed the 4th semester, the 3rd year—the 6th semester, the 4th year—the 8th semester, and the 5th year—the 10th semester.

The numerical composition of the students by semesters and departments, at the beginning of the autumn half-year of the reporting year and of the 1st half-year of the new 1905–6 academic year, was as follows:

Department	1st sem.	2nd sem.	4th sem.	6th sem.	8th sem.	10th sem.	Total
Mechanical department	79	143	152	83	49	26	532
Mining department	54	92	53	27	35	—	261
Chemical department	44	69	80	13	11	3	220
Civil-engineering department	49	76	43	22	—	—	190
Total	226	380	283	145	94	29	1203

In addition, during the autumn half-year of the reporting year, the following were admitted:

Department	1st sem.	2nd sem.	4th sem.	6th sem.	8th sem.	10th sem.	Total
Mechanical department	16	3	3	5	2	1	30
Mining department	8	—	2	3	1	—	14
Chemical department	12	1	—	2	—	—	15
Civil-engineering department	12	1	—	—	—	—	13
Total	48	5	5	5	3	1	72

During the autumn half-year, for various reasons (failure to appear at the Institute and non-payment of tuition fees, transfer to other higher...

educational institutions, entering military service to fulfill military duty, etc.), the following withdrew:

	I sem.	II sem.	IV sem.	VI sem.	VIII sem.	X sem.	Total
Mechanical dept.	10	11	11	5	4	3	44
Mining dept.	5	—	—	1	2	—	8
Chemical dept.	3	4	8	—	—	—	15
Engineering-construction dept.	5	6	—	1	—	—	12
Total	23	21	19	7	6	3	79

As of January 1, 1906, the number of students at the Institute was:

	I sem.	II sem.	IV sem.	VI sem.	VIII sem.	X sem.	Total
Mechanical dept.	85	135	144	83	47	24	518
Mining dept.	57	92	55	29	34	—	267
Chemical dept.	53	66	72	15	11	3	220
Engineering-construction dept.	56	71	43	21	—	—	191
Total	251	364	314	148	92	27	1196

In addition, 5 persons were admitted as outside auditors.

The distribution of students by categories (religion, origin, etc.) is shown in Appendix No. 5.

EDUCATIONAL-AUXILIARY INSTITUTIONS.

Physics Laboratory.

Head and Acting Extraordinary Professor A. I. Efimov.

In 1905, various major and minor improvements and additional adaptations continued and were completed in the arrangement of the large lecture hall of the physics building, the rooms for practical classes, and the special rooms.

In the large lecture hall, a through passage was arranged beneath the amphitheater, as a result of which it became possible to place the projection lantern at a considerably greater distance from the screen than before, and the lecture hall was placed in more convenient communication with the Mechanical and Geodetic laboratories.

In that part of the physics building which, owing to the superstructure, comprises, counting the basement, five stories, the construction of a through vertical opening was completed; divided into five sections, each having in every room the appearance of narrow and tall cabinets,

this span makes it possible to arrange, for certain experiments, a vertical extension of about 10 sazhen, and also, when necessary, to run electrical wires from one floor to another.

Special room No. 1, on the first floor, was assigned under the special supervision of laboratory assistant V. S. Titov for such physical work as touches upon the field of pure chemistry, and in particular for electrochemistry. Installed in it were: 1) a table for chemical analysis, with upper and lower cabinets for reagents and instruments, with water and gas taps; one whole unit with the table is formed by an oak distribution board, built in place and carrying all the necessary measuring instruments, rheostats, and switches; the rheostat, constructed of constantan wire by the firm Basse and Selve, contains 40 ohms, the resistance being capable of being introduced in steps of \(1/10\) ohm and of 2 ohms; the measuring instruments consist of two voltmeters and two ammeters by the firm Hartmann and Braun; one pair of these instruments is intended for weaker voltages and currents (0–5 amperes, 0–10 volts), the other for more considerable ones (0–30 amperes, 0–100 volts); the sources of current may be: the general network of the Technological Institute, the storage-battery battery of the physical laboratory, and a special small battery placed under the table; a special switch makes it possible to connect the cells of the latter battery one after another, which is especially convenient for work where it is important to vary the voltage conveniently and quickly; the electric current is put into operation by means of one of three plugs fixed on the distribution board; 2) Sartorius analytical balances; 3) an Edelmanna wall galvanometer (d’Arsonval type); 4) a Mascart quadrant electrometer from the Société genevoise; 5) an automatic Rausa air pump. The inventory of this room also includes: 1) a Max-Leod manometer; 2) a Ruhmkorff inductor from Max Kohl, with a spark up to 25 centimeters; 3) galvanometers with mirrors by Hartmann and Braun; 4) an instrument by the same firm for determining the resistance of electrolytes by Kohlrausch’s method; 5) a set of platinum vessels: a platinum dish, 8 centimeters in diameter, a platinum crucible, a collection of Classen platinum electrodes; 6) a small turbine and motor for setting stirrers in motion. The room has an exhaust cabinet and two cabinets: a closed one for storing apparatus and an open one for reagent bottles and burettes.

Special room No. 2, on the second floor, above the room just described, was designated for work on the ionization of gases,

radioactivity and X-rays. The preparations and instruments necessary for these purposes have already been ordered from Günther and Tegetmeyer in Braunschweig, Borgeiser in Ilmenau, and Max Kohl in Chemnitz.

At the very end of the reporting year, A. P. Zavʹyalov, the mechanic of the physics laboratory, who had been called up in February 1904 to the army operating in Manchuria, returned safely and resumed the performance of his duties.

In the past year the following was expended:

No.	Expenditure	Amount
1)	Ordering instruments and apparatus	1620 rub. 91 kop.
2)	Their delivery	143 rub. 27 kop.
3)	Furniture and all kinds of fittings	2920 rub. 05 kop. *
4)	Books and journals	495 rub. 60 kop.
5)	Salary and awards to the mechanic and attendant	972 rub. 33 kop.
6)	Day wages: to carpenters, stonemasons, painters, and floor-polishers	698 rub. 20 kop.
7)	Various orders for space, instruments and materials, office, postal, printing, and minor expenses	1807 rub. 75 kop.
8)	Transferred to special funds in reimbursement of sums expended by the physics laboratory in 1904	2953 rub. 42 kop.
	Total	11611 rub. 53 kop.

For payment of this sum the following was used:

No.	Source	Amount
1)	From the sums for the maintenance of the 1905 estimate	4243 rub. 51 kop.
2)	From the sums for one-time expenses of the 1905 estimate	7368 rub. 02 kop.
	Total	11611 rub. 53 kop.

Paleontological Cabinet.

Acting Professor M. E. Yanishevsky.

In 1905, inventory was received by the paleontological cabinet in the amount of 3054 rub. 67 kop., including:

Item	Amount
a) furniture in the amount of	350 rub. — kop.
b) paleontological collections in the amount of	1013 rub. 44 kop.

*) This includes, for the physics laboratory, in the expenses for furnishing the large auditorium of the physics building, 2029 rubles.

c) books and tables . . . . . . . . . . . . . . . 1248 rub. 08 kop.

d) 2 photographic cameras with accessories . . . . 426 “ 35 “

e) small items for the needs of the cabinet . . . . 16 “ 80 “

In all, together with the former inventory, the property in the paleontological cabinet is reckoned at the sum of . . . . . . . . . . . . . . . 12694 “ 96 “

Among the most valuable items received by the paleontological cabinet, the following may be noted:

2 photographic cameras, to the sum of . . . . . . . 413 “ — “

Paleontological collections from Russian localities, acquired from Sheer in Moscow, to the sum of . . . . . . . . . . . . . . . . . 770 “ — “

Paleontological collections from various places in Russia and Western Europe, acquired from the widow Likendrat in Moscow; from the books: Pictet et Campiche, Description des animaux fossiles du terrain Cretac. de st Croix, to the sum of . . . . . . . . . . . . . . . 190 “ — “

Deshayes, description of the shells of the Paris basin, to the sum of . . . . . . . . . . . . . . . . 210 “ and others.

In addition, there should be noted: a small collection of coal fossils, delivered by P. A. Kazansky from the vicinity of the city of Tomsk, and small donations from various points of Siberia.

Geological Cabinet.

Head: Professor V. A. Obruchev.

During the past year the following acquisitions were made for the Geological Cabinet:

1) Books, maps, and brochures: 56 titles in 356 volumes, to the sum of . . . . . . . . . . . . . . . 768 rub. 60 kop.

Among these, 3 titles in 3 volumes were received as gifts.

2) Geological collections: 7 names in 2320 specimens, as gifts (from Professors E. S. Fedorov, V. V. Sapozhnikov, L. L. Tove, student of the Mining Department V. Bytnov, and mining engineer P. I. Preobrazhensky—6 names (in 90 specimens), and from Professor V. A. Obruchev, as materials from the expedition to Tarbagatai and Barlyk—2240 specimens.

No.	Item	Amount
3)	Microscopic thin sections of rocks, 100 pieces, in the amount of	75 rub. 80 kop.
4)	Photographs, slides, and plates, 263 specimens, in the amount of	74 rub. 50 kop.
5)	Models of crystals—wooden, glass, and metal—255 specimens, in the amount of	317 rub. 80 kop.
6)	Microscopes for student practical work, 6 pcs., and accessories for them, total	750 rub. — kop.
7)	Cabinet and laboratory furniture	361 rub. 40 kop.
8)	Laboratory accessories	6 rub. — kop.
9)	Household and office supplies, in the amount of	14 rub. 91 kop.
10)	Received according to the inventory book	62 rub. 70 kop.
	Total: 106 numbers, in the amount of	2428 rub. 71 kop.

Among the acquisitions, the following deserve mention:

1) Three better microscopes and three simpler ones, for students’ practical work in petrography, from the firm Fuess in Berlin.

2) A collection of glass and metal models, for explaining the optical properties of rock-forming minerals, from the firms Bem and Wiedemann in Munich.

3) A complete series of the journal Bulletin of the United States Geological Survey, Nos. 1–194; the journal Geological Survey of Canada for the years 1870–1899, 30 volumes; and the complete series of the journal Tschermaks Mineralogische und Petrographische Mittheilungen for the years 1871–1900.

Mechanical Laboratory.

Director: Professor I. I. Bobarykov.

Expended in 1905:

Item	Amount
Mechanic’s salary	655 rub. 00 kop.
To the railway for freight delivery	365 rub. 55 kop.
Remuneration to forwarding agents	35 rub. 97 kop.
Various materials: iron, cast iron, copper, lubricants, etc.	1835 rub. 23 kop.
Furniture (for the classroom), covers	1426 rub. 10 kop.
Apparatus for electric lighting, wires, and other accessories	458 rub. 79 kop.
Machines: planing machine; saw, for wood	630 rub. 00 kop.

Item	Amount
Screw-cutting lathe	900 rub. 00 kop.
Universal milling machine	1150 rub. 00 kop.
Two electric motors	589 rub. 00 kop.
100-ton Olsen machine	6963 rub. 45 kop.
Olsen torsion machine	6963 rub. 45 kop.
Transmission parts	585 rub. 29 kop.
Hundredweight scales	125 rub. 00 kop.
Measuring instruments, scales, etc.	1568 rub. 81 kop.
Fitting tools	36 rub. 14 kop.
Construction of foundations, carpentry work, and day laborers	198 rub. 00 kop.
Books and bindings	101 rub. 78 kop.
Postal, stationery, and petty expenses	146 rub. 15 kop.
Repaid sums borrowed from the Institute’s special funds	1362 rub. 09 kop.
Total	19182 rub. 45 kop.

Received:

Source	Amount
Funds for maintenance	4000 rub. 00 kop.
Taken from the appropriation for equipment	12769 rub. 79 kop.
From special funds, as a loan	2089 rub. 43 kop.
Overspending	323 rub. 32 kop.
Total	19182 rub. 45 kop.

Item	Amount
As of January 1, 1905, according to the inventory book, property was listed in the amount of	22912 rub. 50 kop.
Recorded in the reporting year in the amount of	14398 rub. 37 kop.
Total as of January 1, 1906, according to the inventory book, property was listed in the amount of	37310 rub. 87 kop.
Of the funds allocated for equipping the laboratory	50000 rub. 00 kop.
By January 1, 1906, expended	27453 rub. 85 kop.
By January 1, 1906, remaining	22546 rub. 15 kop.

Cabinet of Mining Art

Head: Professor L. L. Tove.

For the Mining Museum and the Cabinet of Mining Art the following acquisitions were made:

Item	Amount
Books: 131 titles, 216 volumes, in the amount of	1033 rub. 80 kop.
Binding work	35 rub. 70 kop.
Mine lamps with accessories and instruments for testing them	283 rub. 10 kop.

73 slides and 4 demonstration drawings . . . 78 rub. 00 kop.
Anemometers and instruments for testing mine
ventilation . . . 376 “ 00 ”
Furniture and items of room equipment . . . 226 “ 94 ”
Materials, stationery, etc. . . . 55 “ 38 ”

Total . . . 2089 “ 02 ”

Laboratory of Organic Chemistry.

Head: Professor N. M. Kizhner.

As of January 1, the Laboratory of Organic Chemistry contained:

No.	Item	Amount
1)	Books, to the amount of	1340 rub. 81 kop.
2)	Furniture	10284 “ 10 ”
3)	Instruments, devices, apparatus, and glassware, to the amount of	15578 “ 48 ”
4)	Chemical materials	1325 “ 33 ”
	Total	28528 “ 72 ”

Mechanical Workshops.

Head: Professor T. I. Tikhonov.

In 1905, for the equipment of the mechanical workshops there was expended . . . 40801 rub. 29 kop.*)

At the present time, for the equipment of the mechanical workshops, there have been acquired and installed: for the foundry—two Krigar-Jhssen cupolas, with separate fans of the same firm driven by separate electric motors; an electric mine hoist for the cupolas; a crane for the foundry of 3 t capacity; a tubular surface dryer, and other foundry accessories; in the preparatory foundry there is a clay mixer, a kollergang, and a disintegrator with separate transmission and motor; in the crucible room—a simple crucible furnace, a crucible furnace with recuperator, and a furnace for hardening and annealing saws; in the forge—two double forges with a separate fan driven by a separate electric motor; in the woodworking shop—band saws and a wood-turning lathe with separate transmission and separate electric motor, and carpentry workbenches; in the mechanical workshop—seven lathes of various design and make, two planers, two vertical drilling machines, one radial drilling machine, two milling machines (of which one is universal), three emery-grinding machines (of which one is universal for precision

*) From the credit for equipping the mechanical workshops.

works, one for sharpening all kinds of saws and one for sharpening tools and twist drills) and a band saw for metal. Then, in the building of the mechanical workshops, the installation of electric lighting with a three-wire system and of plumbing was completed; access roads were installed, and a hall for student bench-work was equipped for 160 persons in two shifts.

For the metallographic cabinet in 1905 there were acquired: two Morgan furnaces, an Heraeus electric furnace, and a Kurnakov automatically recording pyrometer, from the firm Otto Toepfer.

For the chemical cabinet—all the necessary instruments and reagents for the analysis of the products of the crucible and foundry mechanical workshops.

Technical Laboratory of Inorganic Substances

Head: Professor A. E. Sabek.

For the cement laboratory I acquired instruments for testing cement in the amount of 1,500 rubles.

For testing clay materials there were acquired 2 Seger furnaces, 1 muffle furnace and 1 glaze furnace, machines for grinding glazes, and a 6-horsepower motor was ordered to drive all the machines of the technical laboratory, for a total of 1,500 rubles.

A detailed list of acquisitions for the 1904–1905 academic year:

Item	Amount
To W. Heraeus for platinum ware, etc.	343 rub. 26 kop.
Various apparatus and reagents	5,756 rub. 50 kop.
Amsler press for cement	717 rub. 54 kop.
Tripods and stands	156 rub. 00 kop.
Carpentry work, furniture, etc.	149 rub. 59 kop.
For the amphitheater of the chemical building (1/7 of the total cost)	855 rub. 21 kop.
Repair of furniture	327 rub. 49 kop.
Books and journals	112 rub. 33 kop.
Equipment with gas, water, and electricity	3,599 rub. 43 kop.
Cartage and delivery to Kutter	35 rub. 43 kop.
Cartage and delivery to Vasiliev	5 rub. 52 kop.
Total	12,701 rub. 43 kop.

Electrotechnical Laboratory

Head: Professor A. A. Potebnya.

For the electrotechnical laboratory the following acquisitions and expenditures were made:

a) Machines, measuring instruments and apparatus — 3335 rub. 73 kop.
b) Furniture — 471 rub. 06 kop.
c) Installation of the distribution network and lighting — 766 rub. 60 kop.
d) Water-supply accessories — 12 rub. 20 kop.
e) Books — 223 rub. 30 kop.
f) Materials for the workshop — 649 rub. 58 kop.
g) Repair of the engine and kerosene — 132 rub. 74 kop.
h) Minor expenses — 22 rub. 99 kop.
i) Delivery of freight and customs expenses — 83 rub. 23 kop.
j) Salary to the mechanic and attendant — 855 rub. 59 kop.

Total — 6553 rub. 02 kop.

Laboratory of Analytical Chemistry.

Head: Prof. Ya. I. Mikhailenko.

For the needs of the Laboratory of Analytical Chemistry in the past year, 6068 rub. 32 kop. were expended, distributed as follows.

Expended on:

1) Acquisition of apparatus and instruments — 1810 rub. 52 kop.
2) Acquisition of reagents and preparations — 1414 rub. 35 kop.
3) Chemical glassware — 1014 rub. — kop.
4) Repairs, equipment and current expenses for the laboratory — 713 rub. 01 kop.
5) Books — 320 rub. 14 kop.
6) Salary and allowance to attendants — 297 rub. 86 kop.
7) Payment for delivery of freight — 290 rub. 73 kop.
8) Furniture — 194 rub. 50 kop.

Total — 6055 rub. 11 kop.

Botanical Cabinet.

Head: Prof. V. V. Sapozhnikov.

For the Institute laboratory, 6 new Reichert microscopes were acquired for the sum of 1296 Austrian crowns.

Mineralogical Cabinet.

Head: Prof. A. M. Zaitsev.

As of January 1, 1905, according to the inventory the cabinet contained:

1) Furniture, stationery supplies, etc., 344 items, for the sum of — 3504 rub. 17 kop.

No.	Item	Value
2)	Instruments, tools, and specimens, 1,297 items	4,932 rub. 14 kop.
3)	Models, 1,798 items	2,169 rub. 76 kop.
4)	Tables and other items, 241 items	217 rub. 19 kop.
5)	Minerals, 1,377 items	2,146 rub. 44 kop.
6)	Books and brochures, 189 items	714 rub. 40 kop.
	Total, 5,246 items, amounting to	13,684 rub. 10 kop.

During 1905 there were received:

No.	Item	Value
1)	Furniture, office supplies, and other items, 29 items	1,153 rub. — kop.
2)	Instruments, tools, specimens, 51 items	53 rub. — kop.
3)	Models, 152 items	83 rub. 80 kop.
4)	Tables and other items, 3 items	6 rub. 52 kop.
5)	Minerals, 1,207 items	2,371 rub. 62 kop.
6)	Books and brochures, 46 items	218 rub. 45 kop.
	Total, 1,488 items, amounting to	3,886 rub. 39 kop.

Thus, as of January 1, 1906, according to the inventory of the cabinet, there were:

No.	Item	Value
1)	Furniture, office supplies, and other items, 373 items	4,657 rub. 17 kop.
2)	Instruments, tools, specimens, 1,348 items	4,985 rub. 14 kop.
3)	Models, 1,950 items	2,253 rub. 56 kop.
4)	Tables and other items, 244 items	223 rub. 71 kop.
5)	Minerals, 2,584 items	4,518 rub. 06 kop.
6)	Books and brochures, 235 items	932 rub. 85 kop.
	Total, 6,734 items, amounting to	17,570 rub. 49 kop.

According to the material ledger, during the past year 697 rub. 05 kop. was expended on the maintenance and equipment of the cabinet and laboratory.

From the numerical data of the report it is evident that, in the reporting year, chief attention was directed toward equipping the premises of the cabinet with the necessary furnishings, as well as toward supplementing and improving the teaching and main (museum) collection of minerals with specimens from those localities that had not yet been represented by samples.

The photographic room, which also serves as a laboratory for work in the quantitative analysis of minerals, has been fully completed. To its two existing windows have been added hanging, wooden-framed cloth curtains, impervious to light, with hand winches. For students’ work with micro-

tables were acquired (to order) for the windows, three in number; tables on brackets for chemical balances were installed; finally, the equipment of the basement room assigned to the mineralogical cabinet was begun: gas was laid on and one water-supply sink was installed; for lighting the basement, two incandescent lamps were hung.

In the mineral section, among the more important acquisitions of 1905 the following should be noted:

1) two collections of minerals (of 200 and 94 specimens)—from the firm of F. Krantz in Bonn.

2) One collection of minerals (of 695 numbers)—from mining engineer I. N. Kryzhanovsky in Ekaterinburg.

During the reporting year the cabinet received as gifts:

In the book section: the journal Vestnik zolotopromyshlennosti i gornogo dela voobshche for 1904—from Prof. A. M. Zaitsev.

In the mineral section: from mining engineer I. N. Kryzhanovsky—samples of ores and minerals (native gold, fuchsite, rhodonite, asbestos, limonites, etc.) from the Ural deposits; from V. N. Ponomarev—a fine specimen of uvarovite on chromite from the Troitsk District, Orenburg Province; from S. P. Peretolchin—7 names of various minerals from different localities.

There were no systematic classes with students during the reporting period; only individual persons studied minerals from the cabinet’s teaching and principal collections.

Cabinet of Applied Mechanics.

Head: Lecturer A. A. Shutkov. A transmission dynamometer by Amsler and Laffon, costing 3,600 francs, was received.

Museum of Construction Art and Roads.

Head: Lecturer F. K. Yasevich.

For the Museum of Construction Art and Roads there were acquired: a collection of samples of stone building rocks from Werfel in St. Petersburg for 215 rubles; part of a railway track (a joint of new rails of the Siberian Railway at full scale), made by the Nemshaev workshop in Tomsk for 35 rubles; several reference books and railway maps. In addition, the Museum accepted collections of samples of stone building rocks, sands, and wood received free of charge from the Siberian Railway.

Metallurgical Laboratory.

Head of the laboratory: V. Ya. Mostovich.

For the metallurgical laboratory during 1905 the following was acquired:

1) Instruments and vessels from Max Kaehler and Martini of Berlin, for . . . . . . . . . . . . . . 891 rub. 90 kop.
2) Glassware from Ritting in St. Petersburg . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 233 ,, 40 ,,
3) Platinum crucibles and a cup from the Tentelevsky Works of St. Petersburg, for . . . . . . . . 136 ,, 40 ,,
4) Refractory materials (brick, clay) from the factory of Davydov, for . . . . . . . . . . . . . . 79 ,, 98 ,,

Laboratory of Inorganic Chemistry.

Head: Prof. D. P. Turbaba.

In the past year, 1905, for the laboratory of inorganic chemistry there were acquired, almost exclusively, inexpensive, commonly used instruments and reagents for students’ work and for demonstrations at lectures, for a total sum of 3,598 rub. 13 kop.

The most important acquisitions may be considered only the following:

6 accumulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100 marks.
Electric furnace . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90 ,,

Technical Laboratory of Inorganic Substances.

Head: Prof. V. N. Dzhons.

In the past year, 1905, the following sums were expended on the arrangement and equipment of the technical laboratory of organic substances:

1) Construction of laboratory furniture and various carpentry work . . . . . . . . . . . . . . . 2890 rub. 33 kop.
2) To Serebrovsky for construction of the amphitheater in the large chemical auditorium (1/7 part) . . 855 ,, 22 ,,
3) Installation of gas and water supply and electric lighting . . . . . . . . . . . . . . . . . . 925 ,, 55 ,,
4) Copper gas and water taps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 388 ,, — ,,
5) Acid-resistant sinks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144 ,, — ,,
6) Cast-iron ribbed floor plates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 362 ,, 32 ,,

7) Instruments, tools, and glassware . . . 3537 rub. 80 kop.
8) Chemical products and materials . . . 92 „ 80 „
9) Books and journals . . . 159 „ 27 „
10) For the preparation of drawings for demonstration
    at lectures . . . 32 „ — „
11) Office supplies, bindings, and other
    minor expenses . . . 109 „ 53 „
12) To the railway for the delivery of freight and to the forwarding agent
    of the Chelyabinsk customs house as remuneration . . . 188 „ 45 „

Total . . . 9685 rub. 27 kop.

Among the acquisitions, the following deserve attention: Soxhlet’s apparatus for the examination of milk, Wollny’s refractometer, Engler’s viscometer, the Orsat-Lunge apparatus, a copper sterilizer, calorimeters of Junker and Langbein and Hugershoff, and a hot-air motor; altogether for the sum of 727 rubles.

In the past year 1905 the following donations were received by the laboratory:

1) From the Russian Society for the Production of Chemical Products—a collection of products of the processing of coal tar.

2) From the Joint-Stock Company of the “Astra” factory—a collection of products of oil-pressing and oil-extraction production and of petroleum oils.

3) From Kuchumov’s factory in Kostroma Province—a collection of products of dry distillation of wood.

Library.

As of January 1, 1905, according to the library inventory there were ten thousand six hundred five (10605) titles, twenty-one thousand nine hundred forty-two (21942) volumes (including donated titles 3082), for a total amount of sixty thousand seven hundred sixty-five rubles fifty-one kopecks (60765 rub. 51 kop.), not counting the value of books and journals received as gifts and in exchange for the News of the Institute.

During 1905 the Institute library received and entered in the inventory one thousand two hundred sixty-seven (1267) titles, two thousand three hundred twenty-seven (2327) volumes, including donated titles 387, for a total amount of nine thousand ninety-three (9093) rub. 70 kop., not counting the value of books and journals received as gifts and in exchange for the News of the Institute.

Thus, as of January 1, 1906, according to the library inventory there were eleven thousand eight hundred seventy

two (11,872), volumes twenty-four thousand two hundred sixty-nine (24,269), including 3,454 donations, for a total sum of seventy-eight thousand eight hundred ninety-three rubles fifty-three kopecks (78,893 rub. 53 kop.), not counting books and journals received as gifts and in exchange for the Proceedings of the Institute.

Among the principal acquisitions made in 1905 the following publications should be included:

Journals A.

1) 7433 Abhandlungen zur geologischen Special-karte von Preussen und Thüringischen staaten Bd. I—X in 434. ind. N. T. H. 1—38 . . . . . . . . . . 325 rub.

2) 3016 Annalen für Gewerbe und Bauwesen Heraus. von Glasser 1885—1900 . . . . . . . . . . 130 rub.

3) 7434 Annales de la société geologique de Belgique Bd. 1—29 . . . . . . . . . . 75 rub.

4) 289 Annales de chemie et de physique 1816—1899 640 rub.

5) 5182
    i) Annali di scienze mathematiche et fisiche.—Roma 1850—1857 . . . . . . . . . . 56 rub.
    ii) Annali di mathematica pura et applicata Roma T. 1—7 1858—1865 . . . . . . . . . . 70 rub.

6) 5180 American Journal of Mathematics edited by Simion Newcomb Vol I—XXII 1878 1900 . . . . . . . . . . 200 rub.

7) 4280 Beiträge zur Paleontologie und Geologie Bd. 14—16 1902—1903 . . . . . . . . . . 51 rub.

8) 7429 Bolletino del R. Comitato Geologico d’Italia 1870—1902 . . . . . . . . . . 95 rub.

9) 7530 Les Brevets de sucrerie recueil mensuel des Brevets d’invention decre…ie et de Raffinerie 1898—1903. 144 rub.

10) 7428 Fortschritte dar Teerfarben fabrication und verwandten Industriezweige T 1—6 1877—1902 . . 130 rub.

11) 7041 Giornale di mathematiche 1862—1904 . . . 184 rub.

12) 6873 Gazzetta Chemica Italiana 1871—1908 . . . 282 rub.

13) 2073 Jahrbuch für das Berg-und Hüttenwesen in Königreich Sachsen Jahr 1880—1890 . . . . . . 30 rub.

14) 2096 Jahrbuch Berg-Hüttenmanische der K. R. Bergakademien 1890—1901 . . . . . . . . . . 50 rub.

15) 2743 Journal für praktische Chemie T. 1—60 . . . 250 rub.

16) 7760 Journal für Landwirtschaft Jahr 25—48 . . . 104 rub. 15 kop.

17) 7559 The Quarterly Journal of pure and applied Mathematics Vol 1—33 1857 1901 . . . . . . . . . . 380 rub.

18) 7149 Repertorium der technischen Journal Litteratur Jah. 1870—1892, 1894, 1896—1903 . . . . . 101 rub. 58 kop.

19) 4188 Rendiconti del Circolo Matematico di Palermo Bd. 11—13, 15—18 . . . . . . . . . . . . . . . 41 r. 20 k.
20) 7408 Transaction of the Institution of Mining and Metallurgy Vol I—XII 1892—1903 . . . . . . . . 137 r. 50 k.
21) 2243 Zeitschrift für Mathematik und Physik T. 1—44 1856—1899 . . . . . . . . . . . . . . . . . . . . 335 r.

Books V.

1) 7268 Hadwörterbuch der Staatswissenschaften Bd. 1—7 64 r.
2) 7435 Agassiz Recherches sur les poissons fossiles 5 Vol teki et tilos . . . . . . . . . . . . . . . . . . . 225 r.
3) 7436 Stoppani Poliontologiloni bard 4 vol. . . . . . . 62 r. 50 k.
4) 7437 Heer Flora tertiaria Helvetiae 3 Bb . . . . . . . 56 r.
5) 7525 Drinker Tunneling, explosive compounds and Rock drills New Jork 1893. . . . . . . . . . . . . 52 r. 50 k.
6) 7668 Cayley Colected Mathematical papers Bvoli et indes 128 r.

Among the valuable donations should be included:

1) From the Imperial Tomsk University, Izvestiya Universiteta, 1889—1904, 27 volumes.
2) From the mother of engineer Shvarts, who died on October 20, 1905, in the city of Tomsk, 49 titles, 54 volumes.
3) From the St. Petersburg Mining Institute, 21 titles, 24 volumes.

Expenditure of sums for the library in 1905

According to the staff allowance, 8000 rubles were assigned for the fundamental library; overspent in 1904—446 rub. 18 kop.

Remaining for 1905: (8000 r.—446 r. 18 k.) = 7553 rub. 82 kop.

1) For books and journals ordered from the city of Leipzig from bookseller Fock (with mailing by post) . . . 4768 r. 95 k.
2) For books and journals ordered from the city of Paris from bookseller Hermann (with mailing by post) . . . 1113 r. 96 k.
3) For books and journals, from Makushin . . . 956 r. 23 k.
4) The same, from various persons . . . 102 r. 77 k.
5) For binding books and journals . . . 1065 r. 85 k.
6) To the railway for delivery of freight . . . 298 r. 20 k.
7) Maintenance of employees . . . 873 r. 66 k.
8) Minor expenses (advances) . . . 300 r. — k.

Total . . . 9479 r. 62 k.

Overspending (9479 r. 62 kop.—7553 r. 82 k.) = 1925 rub. 80 kop.

Special Funds

a) For the replenishment of journals and to cover overspending — 6000 rubles.

No.	Item	Amount
1)	To Hermann of Paris for journals	40 rub. 65 kop.
	To Makushin of Tomsk for the same	117 rub. 80 kop.
	To M. Weg of Leipzig	794 rub. 78 kop.
	To various persons	3 rub. 57 kop.
	For binding	116 rub. 35 kop.
	To the railway for delivery of freight	8 rub. 35 kop.
	Total	1081 rub. 50 kop.

Remaining for 1906 (6000 rub. − 1081 rub. 50 kop.) — 4918 rub. 50 kop.

b) For the replenishment of the library with books and journals on photography, economic and juridical sciences, and hygiene — credit of 1000 rubles.

No.	Item	Amount
1)	To Sborovsky for books	200 rub. — kop.
	To him also	196 rub. 25 kop.
	Total	396 rub. 25 kop.

Remaining for 1906 (1000 − 396 rub. 25 kop.) — 603 rub. 75 kop.

c) For supplementing expenses for checking and putting the library in order — credit of 504 rubles. The credit was not spent.

d) For the replenishment of the instructional library.

No.	Item	Amount
1)	For books, journals, and newspapers	404 rub. 07 kop.
2)	For binding	285 rub. 36 kop.
3)	To the railway for delivery	55 rub. 08 kop.
4)	Minor expenses (advance)	100 rub. — kop.
	Total	841 rub. 51 kop.

Remaining for 1906 (1000 − 841 rub. 51 kop.) — 159 rub. 49 kop.

A detailed report will be printed as a separate offprint in the Proceedings of the Tomsk Technological Institute.

Movement of the Funds of the Commission for the Publication of Lectures

By January 1, 1905, of the credit from special funds placed at the disposal of the commission, in the amount of 5028 rubles (see the report for 1904), there remained on hand 581 rub. 36 kop., which sum was returned to the special funds of the Institute.

According to the Institute accounting office:

	Amount
In 1905, received from the publication warehouse	1000 rub. 41 kop. *)
During the same time, spent by the commission	5699 rub. 35 kop.
Overspending as of January 1, 1906	4698 rub. 94 kop.

According to the monthly reports of the commission warehouse:

Publications.

	Written-off	Publications on hand	Total
Balance as of January 1, 1905	1033 rub. 15 kop.	7277 rub. 08 kop.	8310 rub. 23 kop.
Newly received	591 rub. — kop.	4577 rub. 75 kop.	5168 rub. 75 kop.
Issued free of charge to authors, libraries, and reduced price of certain publications, total	— rub. — kop.	677 rub. 47 kop.	677 rub. 47 kop.
Sold	186 rub. 25 kop.	977 rub. 37 kop.	1163 rub. 62 kop.
Remaining as of Jan. 1, 1906	1437 rub. 90 kop.	10199 rub. 99 kop.	11637 rub. 89 kop.

In 1905 the warehouse turned over to the Institute accounting office, as indicated above, 1000 rub. 41 kop.; but to this sum there must also be added 212 rub. 32 kop., received likewise in 1905 but accepted and recorded by the accountant only in January 1906; thus, for 1905 the warehouse received and turned over to the treasury a total of 1212 rub. 73 kop.

The difference of 49 rub. 11 kop. between the amount turned over by the warehouse to the treasury (1212 rub. 73 kop.) and the amount received by the warehouse from the sale of publications (1163 rub. 62 kop.) is explained as follows:

	Amount
1) Received: a) additional fee for certain lectures	48 rub. 15 kop.
b) for sheets with problems in mathematics held on commission	3 rub. 65 kop.
c) debt for old lectures	2 rub. 56 kop.
Total	54 rub. 36 kop.
2) Issued to subscribers for part 1 of Professor Molin’s Differential Calculus because of money taken in excess (1 rub. 50 kop. instead of 75 kop.)	5 rub. 25 kop.
Total credited to receipts	49 rub. 11 kop.

*) In view of the fact that in 1905 there were no classes at the Institute and the vast majority of students left, the sale of publications was weak, as a result of which receipts for the whole of 1905 were almost three times less than they had been in just the last four months of the preceding year.

Appendix No. 1.

STATEMENT

of the personnel of the Tomsk Technological Institute of EMPEROR NICHOLAS II as of January 1, 1906.

Director	Professors: Ordinary	Professors: Extraordinary	Teachers: Staff	Teachers: Hired	Laboratory Assistants: Senior staff	Laboratory Assistants: Junior staff	Laboratory Assistants: Hired	Inspector	His assistant	Librarian	His assistant	Records clerk	His assistant	Accountant	His assistant	Superintendent of buildings	Architect	Physician	Feldsher	TOTAL
1	7	10	17	15	14	5	2	1	1	1	1	1)	1	1	1	1)	—	1	1	82

1) From hired-payment funds.

Appendix No. 2.

CURRICULUM

of the Tomsk Technological Institute of Emperor Nicholas II

for the 1904–1905 academic year.

FIRST YEAR. Subjects	1st half-year: Lectures	1st half-year: Exercises	2nd half-year: Lectures	2nd half-year: Exercises
A. Subjects common to all departments.
Theology	2	—	2	—
Analytic geometry	2	1	2	1
Infinitesimal calculus	3	2	—	—
Descriptive geometry	3	2	1	1
Theoretical mechanics	2	1	2	1
Physics	2	2	3	2
Elementary technology	—	—	2	—
Drawing	—	4	—	2
Elementary mathematics (optional)	1	—	—	—
B. a) In the mechanical department.
Inorganic chemistry	2	—	2	—
Geodesy	1	—	1	2
Drafting	—	6	—	6
Infinitesimal calculus	—	—	3	2
Construction art	2	—	2	—
Total in the department	21	18	20	17
b) In the engineering-construction department.
Inorganic chemistry	2	—	2	—
Geodesy	2	2	2	2
Drafting	—	6	—	4
Topographical drafting	—	1	—	1
Infinitesimal calculus	—	—	3	2
Construction art	—	—	2	—
Total in the department	20	21	21	16
c) In the mining department.
Inorganic chemistry	4	—	4	—
Mineralogy	2	1	2	1
Drafting	—	6	—	4
Infinitesimal calculus	—	—	2	1
Construction art	2	—	2	—
Total in the department	24	19	22	13
d) In the chemical department.
Inorganic chemistry	4	—	4	—
Geodesy	1	—	1	2
Drafting	—	6	—	4
Infinitesimal calculus	—	—	2	2
Construction art	2	—	2	—
Total in the department	23	19	21	14

SECOND COURSE

A. Subjects common to all departments.

Subject	1st half-year: Lectures	1st half-year: Exercises	2nd half-year: Lectures	2nd half-year: Exercises
Strength of materials	4	2	—	—
Graphical statics	2	—	1	1
Physics	2	2	2	2
Architecture	2	—	2	—
Building art	2	—	2	—
Architectural drawing	—	2	—	2
a) For the mechanical department.
Mathematics	2	2	2	2
Theoretical mechanics	2	2	2	2
Strength of materials	—	—	2	1
Theory of mechanisms	2	1	2	1
Technical drawing	—	3	—	3
Total in the department	18	14	15	14
b) For the engineering-construction department.
Mathematics	2	2	2	2
Theoretical mechanics	2	2	—	2
Strength of materials	—	—	—	1
Applied mechanics	2	—	—	—
Technical drawing	—	2	—	2
Drawing for building art	—	2	—	2
Drawing	—	2	—	2
Total in the department	18	16	15	16
c) For the mining department.
Mathematics	2	1	—	—
Applied mechanics	2	—	2	—
Organic chemistry	—	—	2	—
Mineralogy	3	2	3	2
Paleontology	2	1	2	1
Technical drawing	—	2	—	2
Total in the department	21	12	16	10
d) For the chemical department.
Mathematics	2	1	—	—
Applied mechanics	2	—	2	—
Organic chemistry	4	—	4	—
Mineralogy	2	1	1	1
Technical drawing	—	2	—	2
Total in the department	22	10	14	8

THIRD YEAR.	1st half-year. Lectures.	1st half-year. Exercises.	2nd half-year. Lectures.	2nd half-year. Exercises.
A. General subjects for all departments.
Steam boilers	3	—	—	—
Heating and ventilation	—	—	2	—
Technology of building materials	2	—	—	2
Technology of water and fuel	1	1	1	1
Architectural design	—	2	—	2
B. a) In the mechanical department.
Electrical engineering	2	2	2	2
Thermodynamics	2	—	2	—
Theory of steam engines	—	—	4	—
Steam engines	4	—	—	—
Hydraulics	2	—	3	—
Machine parts	2	—	—	—
Technology of metals	2	—	2	—
Hoisting machines	3	—	—	—
Mechanical design	—	6	—	6
Laboratory in strength of materials	—	2	—	2
Work in workshops	—	—	—	12
Total in the department	23	13	16	27
b) In the civil-engineering department.
Electrical engineering	2	2	2	2
Hydraulics	2	—	2	—
Building art	2	—	2	—
Structural mechanics	3	—	3	—
Mechanical design	—	3	—	3
Design in building art	—	2	—	2
Geology	1	—	1	—
Mineralogy and petrography	2	—	2	—
Applied mechanics	2	—	2	—
Railways	2	—	3	—
Theory of probabilities	—	—	2	1
Laboratory in strength of materials	—	2	—	2
Total in the department	22	12	22	15
c) In the mining department.
Electrical engineering	2	2	2	2
Mechanical design	—	2	—	2
Geology	2	—	2	—
Mineralogy	2	2	—	2
Paleontology	2	1	2	1
Metallurgy	2	—	3	—
Applied mechanics	2	—	2	—

Subject	1st half-year: Lectures	1st half-year: Exercises	2nd half-year: Lectures	2nd half-year: Exercises
Physical chemistry	2	—	3	—
Mining art	2	—	4	—
Triangulation	2	2	2	2
Chemical laboratory	—	6	—	6
Laboratory for strength of materials	—	1	—	1
Total in the department	24	19	23	21
b) In the chemical department.
Design work in mechanics	—	2	—	2
Geology	1	—	2	—
Metallurgy	2	—	3	—
Applied mechanics	2	—	2	—
Physical chemistry	2	—	3	—
Chemical laboratory	—	12	—	12
Laboratory for strength of materials	—	1	—	1
Technology of mineral substances	—	2	—	2
Total in the department	13	20	13	22
FOURTH YEAR*).
A. Subjects common to all departments.
Hydraulic engineering structures	1	—	1	—
B. a) In the mechanical department.
Structural mechanics	3	—	3	—
Locomotives (general course)	—	—	2	—
Water conduits and pumps	2	—	2	—
Wood technology	2	—	2	—
Mechanical working of metals	3	—	2	—
Factory machines	2	—	3	—
Steam engines (design)	4	—	—	—
Design work	—	5	—	5
Work in workshops	—	—	—	—
Work in the engineering laboratory	—	2	—	2
Total in the department	17	7	13	7
b) In the chemical department.
Geology and mineral resources	1	—	2	—
Mechanical technology	2	1	2	—
Design work	—	12	—	1
Practical classes in the organic laboratory	—	—	—	—
Practical classes in the technical laboratory	—	—	3	12
Metallurgy (special course)	3	—	—	—
Electrometallurgy (special course)	1	—	—	—
Chemical-metallurgical methods	—	—	—	—
Factory machines (special course)	2	—	3	—

*) The curriculum of the 4th year of the mining department is in a separate appendix.

Subjects	1st half-year: Lectures	1st half-year: Exercises	2nd half-year: Lectures	2nd half-year: Exercises
Technology of nutritive substances (general course)	2	—	2	—
Technology of organic substances (general course)	2	—	2	—
For metallurgists	15	13	13	13
2. Technology of mineral substances (special course)	4	—	4	—
Technology of nutritive substances (general course)	2	—	2	—
Technology of organic substances (general course)	2	—	2	—
For inorganic chemists	11	13	14	13
3. Technology of nutritive substances (special course)	4	—	4	—
Technology of organic substances (general course)	2	—	2	—
For nutritive-substance specialists	9	13	12	13
4. Technology of organic substances (special course)	4	—	4	—
Technology of nutritive substances (general course)	2	—	2	—
For organic chemists	9	13	12	13
Pulp-and-paper production (special course)	1	—	1	—
Total in the department	—	—	—	—
FIFTH YEAR.
a) Mechanical department.
Factory machines	4	—	—	—
Political economy	1½	—	—	—
Factory hygiene	1½	—	—	—
Factory legislation	—	—	—	—
General study of laws	1½	—	—	—
Work in workshops and laboratories	—	—	—	—
Projects:
a) In structural mechanics	2	—	—	—
b) On locomotives	3	—	—	—
c) In electrical engineering	2	—	—	—
d) In workshops	3	—	—	—
Total in the department	18½	—	—	—
FIFTH YEAR.
b) Chemical and mechanical departments.
Political economy	1½	—	—	—
Factory hygiene	1½	—	—	—
General study of laws	1½	—	—	—
Factory legislation	—	—	—	—
Practical work in the technical laboratory	—	12	—	12
Design	—	1	—	1
Microbiol. ferment. (special course)	1	—	1	—
Total in the department	5½	13	1	13

Mining Department

Subject	1st half-year: Lectures	1st half-year: Practical	2nd half-year: Lectures	2nd half-year: Practical
FIRST COURSE
Theology	2	—	2	—
Analytic geometry	2	1	2	1
Infinitesimal calculus	3	2	2	1
Descriptive geometry	3	2	1	—
Theoretical mechanics	2	1	2	1
Physics	3	2	3	2
Inorganic chemistry	4	—	3	—
Geodesy	2	2	2	2
Mineralogy	2	1	2	1
Technical drawing	—	5	—	4
Drawing	—	4	—	2
Topographic drawing	—	1	—	1
Elements of technology	—	—	2	—
Total	23	21	21	15
SECOND COURSE
Infinitesimal calculus	2	1	—	—
Theory of differential equations *)	1	1	1	1
Theory of probability *)	—	—	2	2
Strength of materials	4	1	—	1
Applied mechanics	2	—	2	—
Graphic statics	2	—	1	1
Physics	2	2	2	2
Mineralogy	3	2	3	2
Paleontology	2	1	2	1
Building art	2	—	2	—
Architecture	2	—	2	—
Architectural drawing	—	4	—	—
Technical drawing	—	—	—	4
Qualitative analysis	—	12	—	12
Organic chemistry	—	—	2	—
	22	24	19	25

*) For the mining, geological, and mine-surveying specialties.

THIRD YEAR

Subject	1st half-year: Lectures	1st half-year: Pract.	2nd half-year: Lectures	2nd half-year: Pract.
Electrical engineering	2	2	2	2
Applied mechanics	2	—	2	—
Metallurgy for mining students	2	—	3	—
Metallurgy for factory students	3	—	3	—
Mineralogy	2	2	0	2
Paleontology	2	1	2	1
Mining art	2	—	4	—
Physical geology	2	—	2	—
Triangulation and theory of error equations	2	2	2	2
Laboratory in strength of materials *)	—	1	—	1
Laboratory of quantitative analysis	—	6	—	6
Technical design	—	2	—	2
Electrochemistry and physical chemistry for factory students	2	—	3	—
Mining students	22	18	18	21
Factory students	23	16	19	19

FOURTH YEAR

Subject	Factory: 1st half-year Lect.	Factory: 1st half-year Pract.	Factory: 2nd half-year Lect.	Factory: 2nd half-year Pract.	Mining: 1st half-year Lect.	Mining: 1st half-year Pract.	Mining: 2nd half-year Lect.	Mining: 2nd half-year Pract.
Hydraulic engineering	1	—	1	—	1	—	1	—
Mechanical technology	2	—	2	—	2	—	2	—
Mine-factory mechanics	—	—	2	1	3	2	2	2
Factory machines	4	—	—	—	—	—	—	—
Mining art	4*	1	4*	1	4	2	4	2
Ore dressing	2	1	1	1	2	1	1	1
Gold mining	1	—	1	—	1	—	1	—
Metallurgy of iron	4	1	3	1	0	1	3*	1
Assaying art	2	—	—	—	—	—	—	—
Historical geology	in the fifth year	in the fifth year	in the fifth year	in the fifth year	in the fifth year	in the fifth year	in the fifth year	in the fifth year
Petrography	2*	2	2*	2	2	2	2	2
Practical geology	—	—	—	—	1	—	1	—
Spherical trigonometry	—	—	—	—	1	—	—	—
Fundamentals of higher geodesy	—	—	—	—	—	—	—	—
Triangulation	—	—	—	—	2*	2	2*	2
Mine surveying art	—	—	—	—	2	2	2	2
Assay laboratory	—	12	—	12	—	6	—	6
Electrochemistry and physical chemistry—with the 3rd year	2	—	3	—	—	—	—	—
Total	24	17	20	18	21	18	22	18

*) Optional.

*) For subjects marked with an asterisk, the examination program for the corresponding specialization is abridged.

FOURTH YEAR.	MINE SURVEYING	MINE SURVEYING	MINE SURVEYING	MINE SURVEYING	GEOLOGICAL EXPLORATION	GEOLOGICAL EXPLORATION	GEOLOGICAL EXPLORATION	GEOLOGICAL EXPLORATION
	1st half-year, Lect.	1st half-year, Pract.	2nd half-year, Lect.	2nd half-year, Pract.	1st half-year, Lect.	1st half-year, Pract.	2nd half-year, Lect.	2nd half-year, Pract.
Hydraulic engineering	1	—	1	—	1	—	1	—
Mechanical technology	—	—	—	—	—	—	—	—
Mining mechanics	3*	—	2*	1	3*	—	2*	1
Factory machines	—	—	—	—	—	—	—	—
Mining art	4*	2	4*	2	4*	1	4*	1
Ore dressing	—	—	—	—	2	—	—	—
Gold mining	1	—	—	—	1	—	1	—
Metallurgy of iron	—	—	—	—	0	—	3**	—
Assaying art	—	—	—	—	—	—	—	—
Historical geology	2*	—	2*	—	2	1	2	1
Petrography	2*	2	2*	2	2	4	2	4
Practical geology	1	—	1	—	1	—	1	—
Spherical trigonometry	1	—	—	—	—	—	—	—
Fundamentals of higher geodesy	2	1	2	1	—	—	—	—
Triangulation	2	2	2	2	2*	2	2*	2
Mine-surveying art	2	2*	2	2*	2*	1	2*	1
Assaying laboratory	—	—	—	—	—	6	—	6
Total	21	11	19	12	21	16	21	17

Appendix No. 4

CURRICULUM FOR 1905–6

Mechanical Department.

FIRST YEAR. (Basic).	1st half-year	1st half-year	2nd half-year	2nd half-year
	Lectures	Pract.	Lectures	Pract.
Theology	2	—	2	—
Analytic geometry	2	1	2	1
Infinitesimal calculus	3	2	3	2
Mechanics	2	1	2	1
Physics	3	2	3	2
Chemistry	2	—	2	—
Geodesy	2	—	—	2
Technology of metals	—	—	2	—
Civil engineering	2	—	2	—
Technical drawing	—	6	—	6
Architectural drawing	—	—	—	2
Drawing	—	4	—	2
Descriptive geometry	3	2	1	1
Total	21	18	19	19

*) In the subjects marked with an asterisk, the examination program for the corresponding specialty is shortened.

**) Metallurgists, ore miners, and geological-exploration students attend together with the students of the 3rd year (in the second half-year).

FIRST YEAR.

(Parallel)

Subject	1st half-year — Lectures	1st half-year — Practical work
Theology	2	—
Analytical geometry	2	1
Infinitesimal calculus	3	2
Descriptive geometry	1	1
Theoretical mechanics	2	1
Physics	3	2
Chemistry	2	—
Geodesy	2	2
Technology of metals	2	—
Construction art	3	—
Drawing	—	2
Technical drawing	—	6
Architectural drawing	—	2
Total	22	19

SECOND YEAR.

Subject	1st half-year — Lectures	1st half-year — Practical work	2nd half-year — Lectures	2nd half-year — Practical work
Infinitesimal calculus	3	2	3	2
Mechanics	3	2	3	2
Theory of strength of materials	2	1	4	2
Theory of mechanisms	2	1	2	1
Graphic statics	1	1	2	—
Machine parts	3	—	2	—
Chemistry	—	—	2	—
Architecture	2	—	2	—
Construction art	3	—	—	—
Architectural drawing	—	—	—	4
Technical drawing	—	6	—	—
Work in the chemical laboratory	—	3	—	3
Total	19	16	20	14

THIRD YEAR.

Subject	Autumn semester: Lectures	Autumn semester: Pract.	Spring semester: Pract.	Spring semester: Lectures
Electrical engineering	2	2	2	2
Technology of construction materials	—	—	2	2
Technology of water and fuel	1	1	2	2
Technology of metals	2	—	2	—
Steam boilers	—	-	2	—
Theory of steam engines	4	—	—	—
Design of steam engines	2	—	2	—
Thermodynamics	2	—	2	—
Hydraulic motors	2	—	3	—
Architecture	—	—	2	-
Hoisting machines	—	—	3	—
Design work in mechanics	-	6	—	6
Design work in architecture	—	—	—	4
Work in the mechanical laboratory	—	1	—	1
Work in the workshops	—	12	—	—
Heating and ventilation	2	—	—	—
Total	17	22	22	17

FOURTH YEAR.

Specialties.	Factory and mill: 1st sem., L.	Factory and mill: 1st sem., P.	Factory and mill: 2nd sem., L.	Factory and mill: 2nd sem., P.	Electrical engineering: 1st sem., L.	Electrical engineering: 1st sem., P.	Electrical engineering: 2nd sem., L.	Electrical engineering: 2nd sem., P.	Railroad: 1st sem., L.	Railroad: 1st sem., P.	Railroad: 2nd sem., L.	Railroad: 2nd sem., P.
Subjects.
Structural mechanics	3	—	3	—	3	—	3	—	3	—	3	—
Hydraulic engineering	2	—	—	—	2	—	—	—	2	—	—	—
Locomotives	2	—	2	—	2	—	2	—	4	—	4	—
Water-supply systems	1	—	1	—	—	—	—	—	1	—	1	—
Pumps	1	—	1	—	1	—	1	—	1	—	1	—
Technology of wood	2	—	2	—	2	—	2	—	2	—	2	—
Mechanical technology	3	—	3	—	3	—	3	—	3	—	3	—
Factory machines	—	—	2	—	—	—	2	—	—	—	2	—
Theory of electricity	—	—	—	—	1	—	1	—	—	—	—	—
Electrical engineering	—	—	—	—	6	—	6	—	—	-	—	—
Flour mills	2	—	2	—	—	—	—	—	—	—	—	—
Carriage building and brakes	—	—	—	—	—	—	—	—	2	—	—	—
Gas engines	—	—	2	—	—	—	2	—	—	—	2	—
Design work	—	5	—	4	—	5	—	4	—	5	—	4
Work at the engineering station	—	2	—	2	—	2	—	2	—	2	—	2
“ in the metals laboratory	—	—	—	—	—	—	—	—	—	—	-	—
Total	16	7	18	6	20	7	22	6	18	7	18	6

FIFTH YEAR. Subjects.	1st semester Lectures	1st semester Practical	2nd semester Lectures	2nd semester Practical	Note
Political economy	2	—	2	—
Factory hygiene	2	—	2	—
General jurisprudence	2	—	2	—
Factory legislation	—	—	2	—
Work in workshops	—	—	—	—
Work in the engineering laboratory	—	—	—	—
Design	—	8	—	—	according to the number of students
Gas engines	—	—	2	—

CURRICULUM FOR 1905–6.

Civil Engineering Department.

FIRST YEAR. (Basic).	1st semester Lectures	1st semester Practical	2nd semester Lectures	2nd semester Practical
Theology	2	—	2	—
Analytic geometry	2	1	2	1
Infinitesimal calculus	3	2	3	2
Mechanics	2	1	2	1
Descriptive geometry	3	2	1	1
Physics	3	2	3	2
Chemistry	2	—	2	—
Building art	2	—	—	—
Geodesy	2	2	2	2
Elementary technology	—	—	2	2
Technical drawing	—	6	—	4
Topographic drawing	—	—	—	2
Architectural drawing	—	—	—	2
Drawing	—	4	—	2
Total	21	20	19	21

FIRST YEAR. (Parallel).	1st semester Lectures	1st semester Practical
Theology	2	—
Analytic geometry	2	1
Infinitesimal calculus	3	2
Mechanics	2	1
Descriptive geometry	1	1
Physics	3	2
Chemistry	2	—
Building art	2	—
Geodesy	2	2
Elementary technology	2	—

	1st half-year, Lectures	1st half-year, Practicals
Technical drawing	—	4
Topographic drawing	—	2
Architectural drawing	—	2
Drawing	—	2
Total	21	19

SECOND YEAR.

	1st half-year, Lectures	1st half-year, Practicals	2nd half-year, Lectures	2nd half-year, Practicals
Infinitesimal calculus	3	2	3	2
Mechanics	3	2	3	2
Theory of the strength of materials	2	1	4	2
Graphic statics	2	—	1	1
Physics	2	2	2	2
Architecture	2	—	2	—
Building art	3	—	3	—
Applied mechanics	—	—	2	—
Geodesy	—	—	2	2
Chemistry	—	—	2	—
Architectural drawing	—	2	—	2
Technical drawing	—	4	—	—
Drawing in building art	—	—	—	4
Chemical laboratory	—	3	—	3
Total	17	16	24	20

THIRD YEAR.

Main.

	Autumn half-year, Lectures	Autumn half-year, Practicals	Spring half-year, Lectures	Spring half-year, Practicals
Electrical engineering	2	2	2	2
Technology of building materials	—	—	2	2
“ water and fuel	1	1	2	2
Steam boilers	—	—	2	—
Statics of structures	4	1	3	1
Applied mechanics	2	—	2	—
Roads	3	—	3	—
Hydraulics	2	—	1	—
Building art	—	—	2	—
Geology, mineralogy, petrography	3	—	3	—
Heating and ventilation	2	—	—	—
Design in mechanics	—	2	—	—
“ in architecture	—	—	—	4
Exercises in building art	—	4	—	2
Mechanical laboratory	—	—	—	2
Architecture	—	—	2	—
Total	19	10	24	15

FOURTH YEAR.

(Core.)

Subject	Railway bridges — 1st half-year: Lectures	Railway bridges — 1st half-year: Practical	Hydrotechnics — 2nd half-year: Lectures	Hydrotechnics — 2nd half-year: Practical
Construction art	2	—	2	—
Locomotives (autumn half-year)	—	—	—	—
Technology of metals	2	—	2	—
Technology of wood (autumn half-year)	—	—	—	—
Railways	3	—	1	—
Bridges	4	—	2	—
Hydrotechnics (waterworks, port structures, and hydraulic-engineering structures)	3	—	—	—
Drainage and irrigation	2	—	2	—
Water communications	—	—	3	—
Port structures	—	—	3	—
Hydraulic engines	—	—	1	—
Water supply and drains	2	—	2	—
Technology of weak currents	1	—	—	—
Electric railways	1	—	—	—
Design in water supply	—	2	—	2
Design in bridges	—	2	—	2
Design in railways	—	1	—	—
Design in hydrotechnics	—	—	—	1
Higher geodesy	2	1	2	1
Architectural design	—	2	—	2
Total	22	8	20	8

CURRICULUM

of the Mining Department for the 1905–6 academic year.

FIRST YEAR.

Subject	New entrants — 1st half-year: Lectures	New entrants — 1st half-year: Exercises	New entrants — 2nd half-year: Lectures	New entrants — 2nd half-year: Exercises	Continuing — autumn half-year: Lectures	Continuing — autumn half-year: Exercises
Theology	2	—	2	—	2	—
Analytic geometry	2	1	2	1	2	1
Infinitesimal calculus	3	2	2	1	2	1
Descriptive geometry	3	2	1	1	1	1
Theoretical mechanics	2	2	2	2	2	2
Physics	3	2	3	2	3	2
Inorganic chemistry	4	—	4	—	4	—
Geodesy	—	—	2	2	2	2
Crystallography	—	—	2	1	2	1
Construction art	2	—	2	—	3	—
Drawing	—	4	—	2	—	2
Technical drafting	—	6	—	4	—	4
Architectural drafting	—	—	—	2	—	2
Topographic drafting	—	1	—	1	—	1
Elementary technology	2	—	—	—	2	—
Total	23	20	22	19	25	19

SECOND YEAR

Subject	Fall half-year: Lectures	Fall half-year: Pract.	Present 1st year, spring half-year: Lectures	Present 1st year, spring half-year: Pract.
Infinitesimal calculus II	—	—	2	1
Theory of probabilities	2	1	—	—
Strength of materials	—	—	4	2
Applied mechanics	2	—	2	—
Graphic statics	1	1	2	1
Physics	2	2	2	2
Construction art	3	—	—	—
Architecture	2	—	2	—
Organic chemistry	2	—	—	—
Mineralogy	2	2	2	2
Paleontology	2	1	2	1
Architectural drawing	—	—	—	4
Technical drawing	—	4	—	—
Geodesy	—	—	2	2
Work in the chemical laboratory	—	12	—	12
Total	18	23	20	27

THIRD YEAR

Subject	1st half-year: Lectures	1st half-year: Pract.	Present 2nd year, 2nd half-year: Lectures	Present 2nd year, 2nd half-year: Pract.
Electrical engineering	2	2	2	2
Applied mechanics II	2	—	2	—
Steam boilers	—	—	3	—
Technology of fuel and water	2	2	—	—
Metallurgy for mining engineers	3	—	2	—
Metallurgy for factory engineers	3	—	3	—
Mineralogy	—	2	2	2
Paleontology	2	1	2	1
Mining art	4	—	2	—
Physical geology	3	—	2	—
Technology of building materials	—	2	2	—
Triangulation for mining engineers	2	2	2	2
Physical chemistry for factory engineers	3	—	2	—
Laboratory in strength of materials	—	1	—	1
Laboratory in quantitative analysis	—	6	—	6
Technical design	—	2	—	2
Architectural design	—	—	—	4
Hydraulic engineering	2	—	—	—
Hoisting machines for mining engineers	2	—	—	—
Architecture	—	—	4	—
	—	—	—	—

FOURTH YEAR.

Subject	Factory, 1st sem., lec.	Factory, 1st sem., pract.	Factory, 2nd sem., lec.	Factory, 2nd sem., pract.	Mining, 1st sem., lec.	Mining, 1st sem., pract.	Mining, 2nd sem., lec.	Mining, 2nd sem., pract.	Mine-surveying, 1st sem., lec.	Mine-surveying, 1st sem., pract.	Mine-surveying, 2nd sem., lec.	Mine-surveying, 2nd sem., pract.	Geological, 1st sem., lec.	Geological, 1st sem., pract.	Geological, 2nd sem., lec.	Geological, 2nd sem., pract.
Hydrotechnics	2	—	—	—	2	—	—	—	2	—	—	—	2	—	—	—
Mechanical technology	2	—	2	—	2	—	2	—	—	—	—	—	—	—	—	—
Hoisting machines	—	—	—	—	2	—	—	—	2	—	—	—	2	—	—	—
Water-lifting machines	—	—	—	—	1	—	1	—	1	—	1	—	1	—	1	—
Mine-works mechanics, brief course	2	—	2	—	—	—	—	—	—	—	—	—	—	—	—	—
Factory machines	—	—	2	—	—	—	—	—	—	—	—	—	—	—	—	—
Mining art II	—	—	2	1	—	—	2	1	—	—	2	1	—	—	2	1
Ore dressing	1	—	2	—	1	—	2	—	1	—	2	—	1	—	2	—
Gold work	1	—	1	—	1	—	1	—	1	—	1	—	1	—	1	—
Metallurgy of iron	3	—	4	—	—	—	3	—	—	—	—	—	—	—	3	—
Chemical-metallurgical methods	—	—	2	—	—	—	—	—	—	—	—	—	—	—	—	—
Historical geology	2	—	—	—	2	—	—	—	—	—	—	—	—	—	—	—
Petrography	2	2	2	2	2	2	2	2	2	2	2	2	2	4	2	4
Practical geology	—	—	—	—	—	—	1	—	—	—	1	—	—	—	1	—
Spherical trigonometry	—	—	—	—	—	—	1	1	—	—	1	1	—	—	1	1
Fundamentals of higher geodesy	—	—	—	—	—	—	—	—	2	2	2	2	—	—	—	—
Triangulation and theory of errors	—	—	—	—	2	2	—	—	2	2	—	—	2	2	—	—
Mine-surveying art	—	—	—	—	2	2	2	2	2	4	2	4	2	1	2	1
Physical chemistry and electrochemistry	3	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—
Metallurgical laboratory	—	12	—	12	—	6	—	6	—	6	—	6	—	6	—	6
Design in metallurgy	—	1	—	1	—	1	—	1	—	—	—	—	—	—	—	—
Design in mining art	—	1	—	1	—	2	—	2	—	1	—	1	—	1	—	1
On steam engines	—	—	—	1	—	—	—	1	—	—	—	1	—	—	—	1
Practical classes in paleontology	—	—	—	—	—	—	—	—	—	—	—	—	—	1	—	1
Fans	—	—	—	—	—	—	1	—	—	—	1	—	—	—	1	—

FIFTH YEAR.

Subject	2nd semester: Lectures	2nd semester: Exercises
Political economy	3	—
Industrial hygiene	3	—
Mineral deposits	2	—
General legislation	2	—
Historical geology	3	—
Mining art II	4	1
Ore mining	2	1
Designs in mine-works mechanics	—	2
Prospecting for magnetic ores	2	1
Hydrotechnics	1	—
Practical geology	1	—
Special designs and work in laboratories

CURRICULUM

of the Chemical Division for the 1905–1906 academic year.

FIRST YEAR.

Subject	For newly admitted students — Autumn semester: Lect.	For newly admitted students — Autumn semester: Pract.	For newly admitted students — Spring semester: Lect.	For newly admitted students — Spring semester: Pract.	For continuing students — Autumn semester: Lect.	For continuing students — Autumn semester: Pract.
Theology	2	—	2	—	2	—
Analytic geometry	2	1	2	1	2	1
Infinitesimal calculus	3	2	2	2	2	2
Theoretical mechanics	2	1	2	1	2	1
Descriptive geometry	3	2	1	1	1	1
Physics	3	2	3	2	3	2
Inorganic chemistry	4	—	4	—	4	—
Elementary technology	—	—	2	—	2	—
Art of construction	2	—	2	—	3	—
Geodesy	2	—	—	2	2	2
Drawing	—	6	—	4	—	4
Architectural drawing	—	—	—	2	—	2
Sketching	—	4	—	2	—	2
Total	23	18	20	15	23	17

SECOND YEAR.

Subject	Autumn semester: Lectures	Autumn semester: Pract.	Spring semester: Lectures	Spring semester: Pract.
Infinitesimal calculus	—	—	2	1
Strength of materials	—	—	4	2
Applied mechanics	2	—	2	—
Graphic statics	1	1	2	—
Physics	2	2	2	2
Mineralogy	1	1	2	1
Organic chemistry	4	—	4	—
Architecture	2	—	2	—
Art of construction	3	—	—	—
Technical drawing	—	4	—	—
Architectural drawing	—	—	—	4
Practical exercises in qualitative analysis	—	12	—	12
Total	15	20	20	22

THIRD YEAR

Subject	Autumn half-year: Lectures	Autumn half-year: Practical classes	Spring half-year: Lectures	Spring half-year: Practical classes
Applied mechanics	2	—	2	—
Steam boilers	—	—	2	—
Heating and ventilation	2	—	—	—
Botany	2	2	2	2
Geology and mineral resources	2	—	1	—
Thermodynamics, physics, and electrochemistry	3	—	2	—
Technology of water and fuel	1	1	1	1
Architecture	—	—	2	—
Technology of building materials	—	2	2	2
Design in mechanics	—	2	—	2
Design in architecture	—	—	—	4
Practical classes in quantitative analysis	—	12	—	12
Practical classes in the organic laboratory	—	—	—	—
Practical classes in the building-materials laboratory	—	1	—	1
1. Metallurgy, special course	2	—	3	—
Technology of mineral substances, general course	1	—	2	—
For metallurgists	17	20	17	22
2. Metallurgy, general course	3	—	2	—
For inorganic specialists	15	20	14	22
3. 4. Metallurgy, general course	3	—	1	—
Technology of mineral substances, general course	2	—	2	—
For organic and food specialists	17	20	16	21

FOURTH YEAR

Subject	1st half-year: Lectures	1st half-year: Practical classes	2nd half-year: Lectures	2nd half-year: Practical classes
Electrical engineering	—	—	2	2
Geology and mineral resources	2	—	—	—
Hydraulic-engineering structures	2	—	—	—
Mechanical technology	2	—	2	—
Design	—	1	—	1
Practical classes in the organic laboratory	—	—	—	12
Practical classes in the technical laboratory	—	12	—	—
1. Metallurgy, special course	3	—	3	—
Electrometallurgy, special course	—	—	1	—
Chemical-metallurgical methods	—	—	—	—

Course / subject	1st half-year: Lectures	1st half-year: Pract. exercises	2nd half-year: Lectures	2nd half-year: Pract. exercises
Factory machines, special course	—	—	2	—
Technology of nutritive substances, general course	2	—	2	—
Technology of organic substances, general course	2	—	2	—
For metallurgists	13	13	14	15
2. Technology of mineral substances, special course	4	—	4	—
” Technology of nutritive substances, general course	2	—	2	—
” Technology of organic substances, general course	2	—	2	—
For inorganic chemists	14	13	12	15
3. Technology of nutritive substances, special course	4	—	4	—
” Technology of organic substances, general course	2	—	2	—
For nutritive-substances specialists	12	13	10	15
4. Technology of organic substances, general course	4	—	4	—
” Technology of nutritive substances, general course	2	—	2	—
For organic chemists	12	13	10	15
Writing-paper manufacture, special course	1	—	1	—
FIFTH YEAR.
Political economy and statistics	2	—	2	—
Factory hygiene	2	—	2	—
General legislation	—	—	2	—
Factory legislation	2	—	—	—
Practical classes in the technical laboratory	—	12	—	12
Design	—	1	—	1
Total	6	13	6	13
Microbiology of fermentation, special course	1	—	1	—

Appendix No. 4

The distribution of the number of hours of classes among professors and instructors in 1905 was:

Director E. L. Zubashev

Both half-years.

Subject	Number of lecture hours	Number of hours of practical classes
Chemical technology of food substances	6	—
Technology of water and fuel	1	—
Supervision of laboratory classes	—	—
Total	7	—

Instructor of Theology, Prof. D. N. Belikov.

Subject	Number of lecture hours	Number of hours of practical classes
Lectures on Theology	2	—

Ordinary Prof. I. I. Bobarykov.

Both half-years.

Subject	Number of lecture hours	Number of hours of practical classes
Strength of materials	3	—
Machine parts, 2nd year	2½	—
Practical classes in strength of materials	—	1½
Supervision of design work in mechanics, 3rd year	—	6
Laboratory classes in strength of materials	—	—
Total	5½	7½

Ordinary Prof. N. I. Kartashev.

Subject	Number of lecture hours	Number of hours of practical classes
Locomotives (general course), 1st half-year	1	—
Locomotives (general course), 2nd half-year	2	—
Locomotives (special course)	4	—
Car building in the 1st half-year	1	—
Design work, 5th year	—	3
Total. In the 1st half-year	6	3
" In the 2nd half-year	6	3

Ordinary Prof. N. M. Kizhner

Both half-years.

Subject	Number of lecture hours	Number of hours of practical classes
Organic chemistry in the chemical department	4	—
Organic chemistry in the mining department	1	—
Laboratory classes	—	—
Total	5	—

Ordinary Prof. F. E. Molin.

Both half-years.

Subject	First half-year	Second half-year
Infinitesimal calculus in the 1st year	3	—
Integrals and integration of equations in the 2nd year of the mechanical and civil-engineering departments	2	—
Theory of probabilities	1	—
Practical classes in mathematics in the 1st year	—	3
The same in the 2nd year of the mechanical department	—	2
The same in the 2nd year of the chemical department	—	1/2
Practical exercises in the theory of probabilities	—	1/2
Total	6	6

Ordinary Prof. D. P. Turbaba.

Both half-years.

Subject	First half-year	Second half-year
Chemistry	4	—
Thermodynamics and physical chemistry	2	—
General supervision of students’ work in quantitative analysis	—	—
Total	6	—

Acting Ordinary Prof. V. A. Obruchev.

Both half-years.

Subject	First half-year	Second half-year
Geology	2	—
Petrography	2	—
Practical geology	1	—
General supervision of classes in geology	—	—
Total	5	—

Extraordinary Prof. M. E. Yanishevsky.

Both half-years.

Subject	First half-year	Second half-year
Paleontology of the 2nd year	2	—
Paleontology of the 3rd year	2	—
Laboratory work	—	—
Total	4	—

Acting extraordinary prof. V. N. Jones.

Both half-years.

Subject	Hours	Practical
Chemical technology of organic substances	6	—
Design in chemical technology	1	—
Descriptive geometry	2	—
Practical classes in descriptive geometry	—	1½
Total	9	1½

Acting extraordinary prof. A. I. Efimov.

Subject	Hours	Practical
Physics, 1st year	6	—
Physics, 2nd year in the 1st half-year	2	—
” ” ” in the 2nd half-year	1	—
Supervision of laboratory classes in physics	—	—
Total. In the 1st half-year	8	—
” In the 2nd half-year	7	—

Acting extraordinary prof. Ya. I. Mikhailenko.

Both half-years.

Subject	Hours	Practical
Inorganic chemistry for the mechanical and civil-engineering departments	3	—
Supervision of classes in the laboratory in qualitative analysis	—	—
Total	3	—

Acting extraordinary prof. V. L. Nekrasov.

Both half-years.

Subject	Hours	Practical
Analytic geometry, 1st year	2	—
Calculus of infinitesimals in the 1st year of the mining and chemical departments	1	—
Integration of equations in the 2nd year of the mining and chemical departments	1	—
Practical exercises in mathematics, 1st year	—	2½
Practical exercises in mathematics, 2nd year of the mechanical department	—	2
Practical exercises in mathematics, 2nd year of the mining and chemical departments	—	½
Total	4	5

Acting Extraordinary Professor A. A. Potebnya.

Subject	Hours, 1st semester	Hours, 2nd semester
Electrical engineering, 3rd year	2	—
Electrical engineering, 4th year	6	—
Practical classes in mechanics, 2nd year, 1st semester	—	2
Design work in electrical engineering, 5th year	—	2
Total. In the 1st semester:	8	4
Total. In the 2nd semester:	8	2

Acting Extraordinary Professor I. I. Rontevsky.

1st semester.

Subject	Hours, 1st semester	Hours, 2nd semester
Metallurgy (general course)	2½	—
Metallurgy (special course), 3rd year	3	—
Metallurgy of cast iron, iron, and steel, 4th year	4	—
Supervision of design work	—	3
Total.	9½	3

Acting Extraordinary Professor A. E. Sabek.

Both semesters.

Subject	Hours, 1st semester	Hours, 2nd semester
Technology of mineral substances (general course)	2	—
Technology of mineral substances (special course)	4	—
Technology of construction materials	1	—
Pulp-and-paper production	1	—
Design work in the technology of mineral substances	—	1
Practical exercises in descriptive geometry	—	1½
Drawing, 1st year	—	5
Total.	8	7½

Acting Extraordinary Professor G. L. Tiraspolsky.

Subject	Hours, 1st semester	Hours, 2nd semester
Hoisting machines	1½	—
Graphic statics	1½	—
Structural mechanics	3	—
Hoisting machines in the mining department	1	—
Design work in mechanics, 3rd year	—	6
Practical exercises in graphic statics	—	½

Subject	1st half-year	2nd half-year
Practical exercises in structural mechanics, 1st half-year	—	1
Design in structural mechanics	—	1
Total in the 1st half-year	7	8½
Total in the 2nd half-year	7	7½

Acting extraordinary professor Tikhonov.

Both half-years.

Subject	1st half-year	2nd half-year
Mechanical technology of metals	5	—
Technology of metals for the 4th year of the mining and chemical departments	2	—
Design for the 5th year	—	4
Total	7	4

Acting extraordinary professor L. L. Tove.

Both half-years.

Subject	1st half-year	2nd half-year
Mining engineering	4	—
Ore dressing	1½	—
Gold business	1	—
Design	—	3
Total	6½	3

Instructor N. F. Bundyukov.

1st half-year.

Subject	1st half-year	2nd half-year
Drawing, 1st year	—	6
Practical exercises in mathematics, 1st year	—	3
Practical exercises in descriptive geometry	—	1½
Practical exercises in strength of materials	—	1
Drawing, 2nd year	—	2
Total	—	13½

2nd half-year.

Subject	1st half-year	2nd half-year
Drawing, 1st year	—	6
Practical exercises in mathematics, 1st year	—	3
Practical exercises in descriptive geometry	—	1½
Practical exercises in strength of materials	—	1
Drawing, 2nd year	—	3
Drawing, 3rd year, mining department	—	2
Total	—	16½

Instructor S. A. Vvedensky.

1st semester.

Subject	Hours	Hours
Practical classes: in mathematics, 1st year	—	3
Practical classes: in mechanics, 1st year	—	1
Practical classes: in strength of materials, 2nd year	—	1½
Practical classes: in mechanics, 2nd year	—	2
Drawing, 2nd year (in civil engineering and in mechanics)	—	4
Total	—	11½

Instructor M. N. Ivanov.

Subject	Hours	Hours
Elementary mathematics	½	—
Theoretical mechanics, 2nd year, 1st semester	2	—
Practical exercises in mathematics, 1st year of the mechanical division	—	3
Practical exercises in mathematics, 2nd year of the civil-engineering division	—	2
Practical exercises in mathematics, 2nd year of the chemical division	—	½
Practical exercises in mechanics, 1st year, 1st semester	—	1
Practical exercises in mechanics, 1st year, 2nd semester	—	2
Practical exercises in mechanics, 2nd year	—	2
Total. In the 1st semester	2½	8½
Total. In the 2nd semester	½	9½

Instructor P. A. Kozmin.

1st semester.

Subject	Hours	Hours
Flour mills	2	—
Wood technology	2	—
Practical exercises in strength of materials	—	1½
Practical exercises in mechanics in the 1st year	—	1
Practical exercises in mathematics in the 1st year	—	2½
Drawing, 2nd year of the mechanical division	—	3
Total	4	8

2nd semester.

Subject	Hours	Hours
Flour mills	2	—
Wood technology	5	—
Wood technology in the civil-engineering division	½	—
Practical classes in strength of materials	—	1½
Practical classes in mechanics in the 1st year	—	2

	1st half-year	2nd half-year
Practical classes in mathematics in the 1st year	—	2½
Drawing for the 2nd year of the Mechanical Department	—	2
Total	4½	8

Instructor A. P. Komarov.

Both half-years.

	1st half-year	2nd half-year
Practical classes in descriptive geometry	—	1½
Drawing for the 1st year	—	6
Drawing for the 2nd year of the Mechanical Department	—	3
Design in mechanics for the 3rd year of the Construction Department	—	1
Total	—	11½

Instructor A. E. Krzhizhanovsky.

1st half-year.

	1st half-year	2nd half-year
Hydraulics	2½	—
Design in hydraulics for the 4th year	—	2½
Drawing for the 1st year	—	5
Drawing for the 2nd year	—	2
Design in applied mechanics for the 3rd year of the Chemical and Mining Departments	—	2
Practical exercises in descriptive geometry	—	1½
Total	2½	13

Instructor A. M. Krylov.

	1st half-year	2nd half-year
Steam boilers, 1st half-year	1½	—
The same, 2nd half-year	2	—
Design of steam boilers for the 4th year	—	2½
Practical exercises in mechanics for the 1st year, 1st half-year	—	1
Practical exercises in mechanics for the 1st year, 2nd half-year	—	2
Practical exercises in strength of materials	—	1
Drawing for the 3rd year of the Mechanical Department	—	6
Drawing for the 2nd year of the Mechanical Department	—	3
Total. In the 1st half-year	1½	13½
Total. In the 2nd half-year	2	14½

Instructor N. V. Nekrasov.

2nd half-year.

	1st half-year	2nd half-year
Structural statics	3	—
Bridges	2	—

Subject	1st half-year	2nd half-year
Designs in structural mechanics, 4th year	—	1
Drawing, 2nd year, in mechanics	—	2
Drawing in the art of construction	—	2
″ 3rd year in the art of construction	—	1
Design in mechanics, 3rd year	—	1
Practical classes in strength of materials	—	1½
Practical classes in statics of structures	—	1
Total	5	9½

Instructor V. F. Orzheshko.

1st half-year.

Subject	1st half-year	2nd half-year
Architectural design, 3rd year	—	2
Drawing and architectural design, 1st year	—	4
Architectural drawing, 2nd year	—	2
Total	—	8

2nd half-year.

Subject	1st half-year	2nd half-year
Lectures on architecture	2	—
Architectural design, 3rd year	—	2
″ ″ 4th ″	—	1
″ drawing 2nd ″	—	2
Drawing and architectural design, 1st year	—	4
Total	2	9

Instructor P. K. Sobolevsky.

Both half-years.

Subject	1st half-year	2nd half-year
Geodesy for the 1st year of the civil-engineering division, 1st half-year	2	—
The same for the 1st year of the civil-engineering division, 2nd half-year	1	—
The same for the 1st year of the mechanical and chemical divisions, 1st half-year	1	—
The same for the 2nd year of the civil-engineering and mining divisions, 2nd half-year	1	—
Practical exercises in geodesy for the 1st year of the civil-engineering division, 1st half-year	—	2
The same, 1st half-year	—	1
The same for the 1st year of the mechanical and chemical divisions	—	1
Triangulation and theory of errors	2	—

Subject	1st half-year	2nd half-year
Practical exercises in this subject in the 3rd year	—	2
“ “ “ “ “ “ 4th year	—	2
Spherical trigonometry	½	—
Practical exercises in this subject	—	½
Mine surveying, 1st half-year	2	—
“ “ 2nd half-year	2½	—
Practical exercises in mine surveying	—	2
Total. In the first half-year.	7½	9½
“ In the second half-year.	7	8½

Instructor A. V. Ugarov.

1st half-year.

Subject	1st half-year	2nd half-year
Hydraulic motors in the construction department	1	—
Water conduits and pumps	2	—
Pumps in the 4th year of the mining department	1	—
Applied mechanics, 3rd year of the mining and chemical departments	2	—
Steam engines in the 3rd and 4th years of the mechanical department	2	—
Drafting, 1st year	—	6
Design of steam engines	—	2½
Practical exercises in descriptive geometry	—	1½
Total	8	10

2nd half-year.

Subject	1st half-year	2nd half-year
Hydraulic motors in the construction department	1	—
The same in the mechanical department	2½	—
Water conduits and pumps	2	—
Pumps in the 4th year of the mining department	1	—
Applied mechanics, 3rd year of the mining and chemical departments	2	—
Design of steam engines	—	2½
“ turbines	—	2½
Total	8½	5

Instructor A. A. Shutkov.

Subject	1st half-year	2nd half-year
Theory of mechanisms	2	—
Applied mechanics, 2nd year of the mining and chemical departments	2	—
Supervision of drafting, 1st year, 1st half-year	—	6

Subject	1st half-year	2nd half-year
Supervision of drawing for the 1st year, 2nd half-year	—	5
Design in applied mechanics for the 3rd year of the chemical and mining departments	—	2
Practical classes in the theory of mechanisms, 2nd year	—	1
Practical classes in descriptive geometry	—	1½
Total. In the 1st half-year	4	10½
Total. In the 2nd half-year	4	9½

Instructor M. I. Yuzhakov.

Subject	1st half-year	2nd half-year
Drawing, 2nd year, 1st group, mining department	—	2
Drawing, 2nd year, chemical department	—	2
Drawing, 2nd year, in the 1st group of the mining department, 1st half-year	—	2
Drawing, 1st year, in the 1st group of the mining department, 2nd half-year	—	5
Practical classes in mechanics, 1st year	—	2
Practical classes in descriptive geometry, 2nd half-year	—	1½
Total, in the 1st half-year	—	8
Total, in the 2nd half-year	—	12½

Instructor F. K. Yasevich.

1st half-year.

Subject	1st half-year	2nd half-year
Roads	2½	—
Civil engineering	3	—
Design in structural mechanics, 5th year	—	1
Drawing in the 2nd year of the engineering-construction department, in civil engineering	—	2
Drawing in the 3rd year of the engineering-construction department	—	3
Practical classes in strength of materials	—	1
Total.	5½	7

2nd half-year.

Subject	1st half-year	2nd half-year
Roads	5	—
Civil engineering	5	—
Design in structural mechanics, 5th year	—	1
Drawing in the 2nd year of the engineering-construction department, in civil engineering	—	2
Drawing in the 3rd year of the engineering-construction department	—	2
Total.	10	5

Instructor P. V. Butyagin.

Both semesters.

Subject	Hours	Hours
Factory hygiene	4	—

Instructor S. A. Zhбikovsky.

Both semesters.

Subject	Hours	Hours
Hydraulic-engineering structures	1	—

Instructor K. A. Zaranek.

Both semesters.

Subject	Hours	Hours
Drawing and architectural drafting for the 1st year	—	4

Instructor, Professor A. M. Zaitsev.

Both semesters.

Subject	Hours	Hours
Mineralogy, 1st year, mining department	2	—
Mineralogy, 2nd year, mining department	3	—
Mineralogy, 3rd year, mining department	1	—
Mineralogy, 2nd year, chemical department	1½	—
General supervision of work in the mineralogical laboratory	—	—
Total	7½	—

Instructor A. P. Kalimanov.

Both semesters.

Subject	Hours	Hours
Topographical drafting in the 1st year of the civil-engineering department, in 2 groups, 1 hour each	—	2

Instructor, Prof. F. Ya. Kapustin.

1st semester.

Subject	Hours	Hours
Mechanical theory of heat	2	—
Theory of electricity (for specialists in electrical engineering, 4th year)	1	—
Total	3	—

2nd half-year.

Subject	1st half-year	2nd half-year
Thermodynamics	2	—
Theory of electricity (for specialist electrical engineers of the 4th year)	1	—
Total	3	—

Instructor A. D. Kryachkov.

Both half-years.

Subject	1st half-year	2nd half-year
Architectural drafting, 2nd year, in 2 groups, 2 hours each	—	4
Design, 3rd year	—	2
Drawing and architectural drafting, 1st year	—	4
Total	—	10

Instructor K. K. Lygin.

1st half-year.

Subject	1st half-year	2nd half-year
Supervision of architectural design, 2nd year	—	2

Instructor I. V. Mikhailovsky.

Both half-years.

Subject	1st half-year	2nd half-year
Jurisprudence and factory legislation	4	—

Instructor Z. A. Rokachevsky.

1st half-year.

Subject	1st half-year	2nd half-year
Drawing and architectural drafting, 1st year	—	4
Drawing, 2nd year	—	2
Total	—	6

2nd half-year.

Subject	1st half-year	2nd half-year
Drawing and architectural drafting, 1st year	—	5
Drawing, 2nd year	—	3
Total	—	8

Instructor Prof. V. E. Sapozhnikov.

Both half-years.

Subject	1st half-year	2nd half-year
Botany	2	—
Pure culture of yeasts	1	—
Practical classes in botany	—	2
Total	3	2

Instructor Prof. M. N. Sobolev.

Both half-years.

Subject	First half-year	Second half-year
Political economy	4	—

Instructor V. M. Sukhorovsky.

Both half-years.

Subject	First half-year	Second half-year
Supervision of architectural design, 3rd year	—	2
Architectural drafting and drawing, 1st year	—	4
Architectural drafting, 2nd year	—	2
Total	—	8

Instructor P. F. Fedorovsky.

First half-year.

Subject	First half-year	Second half-year
Supervision of architectural design, 3rd year	—	2
Drawing and architectural drafting, 1st year	—	4
Architectural drafting, 2nd year	—	2
Total	—	8

Instructor L. K. Gibson.

Both half-years.

Subject	First half-year	Second half-year
English language	4	—

Instructor F. P. Debetz.

Both half-years.

Subject	First half-year	Second half-year
French language	4	—

Instructor G. E. Johansen.

Both half-years.

Subject	First half-year	Second half-year
German language	4	—

LABORATORY ASSISTANTS.

Additional classes.

V. Yu. Gan.

Subject	1st half-year	2nd half-year
Practical exercises in strength of materials	—	1½
Drawing, 1st year of the engineering-construction department, 1st half-year	—	6
Drawing, 1st year of the engineering-construction department, 2nd half-year	—	5
Total	—	—
in the 1st half-year	—	7½
in the 2nd half-year	—	6½

N. V. Gutovskii.

Both half-years.

Subject	1st half-year	2nd half-year
Elementary technology	1	—
Drawing, 1st year of the mechanical department	—	5
Practical exercises in descriptive geometry	—	1½
Total	1	6½

P. A. Kazanskii

1st half-year.

Subject	1st half-year	2nd half-year
Lectures on historical geology	2	—

2nd half-year.

Subject	1st half-year	2nd half-year
Lectures on historical geology	2½	—

A. A. Levchenko.

Subject	1st half-year	2nd half-year
Practical classes in mathematics, 1st year	—	2½
Practical classes in mechanics, 1st year, 1st half-year	—	1
The same in mechanics, 1st year, 2nd half-year	—	2
Total	—	—
in the 1st half-year	—	3½
in the 2nd half-year	—	5½

G. F. Ovsyannikov.

1st half-year.

Subject	1st half-year	2nd half-year
Mining art	3	—

V. D. Ryazanov.

Both half-years.

Subject	1st half-year	2nd half-year
Geology in the engineering-construction department	1	—
Mineral resources	1/2	—
Petrography	1	—
Total	2 1/2	—

V. S. Titov.

1st half-year.

Subject	1st half-year	2nd half-year
Theoretical mechanics, 1st year	2	—
Practical classes in mechanics, 1st year	—	1
Practical classes in mechanics, 2nd year	—	2
Total	2	3

2nd half-year.

Subject	1st half-year	2nd half-year
Practical classes in theoretical mechanics, 1st year	—	2
Practical classes in theoretical mechanics, 2nd year	—	2
Total	—	4

D. V. Frost.

Subject	1st half-year	2nd half-year
Practical classes in mathematics	—	2 1/2
Practical classes in mechanics, 1st year, 1st half-year	—	1
Practical classes in mechanics, 1st year, 2nd half-year	—	2
Total in the 1st half-year	—	3 1/2
Total in the 2nd half-year	—	4 1/2

Appendix No. 5.

Category	I semester, Mechanical	I semester, Mining	I semester, Chemical	I semester, Engineering-construction	II semester, Mechanical	II semester, Mining	II semester, Chemical	II semester, Engineering-construction	IV semester, Mechanical	IV semester, Mining	IV semester, Chemical	IV semester, Engineering-construction	VI semester, Mechanical	VI semester, Mining	VI semester, Chemical	VI semester, Engineering-construction	VIII semester, Mechanical	VIII semester, Mining	VIII semester, Chemical	X semester, Mechanical	X semester, Chemical	Total
1) By semester and department	85	57	53	56	135	92	66	71	144	55	72	43	83	29	15	21	47	34	11	24	3	1196
II) By confession:
Orthodox	59	41	43	44	99	76	54	63	96	47	53	37	64	24	10	18	39	32	10	20	3	932
Catholics	3	1	4	5	8	3	1	3	8	4	1	4	6	—	4	2	2	2	—	1	—	68
Lutherans	2	2	—	2	1	6	—	2	3	—	—	2	2	2	—	—	—	—	—	—	—	22
Evangelical Reformed	—	—	—	—	—	1	1	—	—	—	1	—	—	—	—	—	—	—	—	—	—	3
Armenian-Gregorians	2	3	—	—	3	5	2	1	2	1	1	—	—	1	—	—	1	—	—	—	—	20
Old Believers	1	2	—	1	—	—	2	—	—	—	1	—	—	—	—	—	—	—	—	—	—	7
Edinovertsy	—	1	—	1	1	—	1	1	1	—	—	1	—	—	—	1	—	—	—	—	—	7
Sectarians	—	—	—	—	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1
Karaites	—	—	—	—	1	—	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	1
Jews	18	7	6	3	22	3	5	3	34	2	9	5	11	2	1	—	5	—	1	3	—	135
Total	85	57	53	56	135	92	66	71	144	55	72	43	83	29	15	21	47	34	11	24	3	1196

III) By estate:

DISTRIBUTION OF STUDENTS

Estate	I semester: Mechanical	I semester: Mining	I semester: Chemical	I semester: Civil engineering	II semester: Mechanical	II semester: Mining	II semester: Chemical	II semester: Civil engineering	IV semester: Mechanical	IV semester: Mining	IV semester: Chemical	IV semester: Civil engineering	VI semester: Mechanical	VI semester: Mining	VI semester: Chemical	VI semester: Civil engineering	VII semester: Mechanical	VII semester: Mining	VII semester: Chemical	VIII semester: Mechanical	VIII semester: Mining	X semester: Mechanical	X semester: Chemical	Total
Nobles	7	5	7	3	3	4	6	7	7	6	5	1	2	2	3	2	4	4	—	4	—	2	—	80
Officials	18	13	11	12	25	21	11	17	19	16	11	12	14	2	2	4	10	8	4	10	7	7	1	237
Clergy	7	2	2	6	6	5	3	6	7	4	3	—	3	4	2	1	2	1	—	2	3	3	—	67
Merchants	6	4	5	7	17	8	8	5	12	4	11	2	6	4	1	1	6	3	3	6	3	3	2	118
Townspeople	30	18	18	14	47	28	21	18	64	17	18	15	41	9	4	9	14	8	2	14	6	6	—	401
Peasants	8	8	5	6	14	15	8	9	18	1	8	4	8	7	2	2	5	3	1	5	1	1	—	139
Hereditary honorary citizens	1	2	2	1	—	—	2	1	4	—	—	1	1	—	1	1	2	1	—	2	—	—	—	27
Personal honorary citizens	2	1	1	2	2	—	—	—	3	1	3	—	—	—	—	—	—	2	—	—	—	—	—	16
Odnodvortsy	2	1	1	2	6	5	1	2	1	—	3	3	2	1	1	1	1	—	—	1	—	—	—	33
Lower ranks	1	2	—	—	1	1	—	1	3	—	1	1	—	—	—	—	1	—	—	1	—	—	—	12
Cossacks	1	1	—	1	—	1	—	1	2	3	—	—	1	—	—	—	—	3	—	—	1	—	—	21
Non-Russians	—	—	—	—	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1	—	1
Foreigners	—	—	1	1	1	2	—	—	1	1	—	—	2	—	—	—	—	—	—	—	1	—	—	9
Other estates	2	—	—	11	13	2	3	11	3	2	4	3	2	—	—	—	—	—	—	2	—	—	—	41
Total	85	57	53	76	135	92	66	71	144	55	72	43	83	29	15	21	47	34	11	24	24	3	3	1196

IV) By Prior Education

Distribution of students

Prior education	I sem. Mech.	I sem. Mining	I sem. Eng.-Constr.	II sem. Mech.	II sem. Mining	II sem. Chem.	II sem. Eng.-Constr.	IV sem. Mech.	IV sem. Mining	IV sem. Chem.	IV sem. Eng.-Constr.	VI sem. Mech.	VI sem. Mining	VI sem. Chem.	VI sem. Eng.-Constr.	VIII sem. Mech.	VIII sem. Mining	VIII sem. Chem.	X sem. Mech.	X sem. Chem.	Total
University	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1
Realschule	57	28	33	69	51	38	42	93	27	42	19	36	14	8	5	14	11	6	6	2	616
Gymnasium	57	24	8	47	28	11	10	30	24	18	18	30	10	2	12	21	16	2	9	1	367
Theological seminary	5	2	2	5	5	10	7	7	1	3	2	3	3	3	2	1	—	1	1	—	70
Technical school	2	1	4	5	1	—	3	4	1	3	1	2	1	—	—	1	—	1	1	—	34
Industrial school	—	—	—	4	1	3	—	7	—	—	1	6	—	—	—	8	3	1	6	—	43
Crafts school	—	—	—	—	—	—	—	—	—	3	—	1	—	—	—	—	—	—	—	—	4
Land-surveying school	—	—	—	1	1	—	—	—	—	—	1	2	1	1	2	1	2	1	—	—	14
Military school	2	—	3	—	3	2	5	3	2	2	1	2	—	—	—	—	1	—	1	1	26
Cadet corps	—	1	2	3	1	2	—	—	2	1	—	1	—	—	—	—	1	—	—	—	12
Commercial school	—	—	—	—	1	1	—	—	—	—	—	—	—	1	—	—	—	—	—	—	3
M. Pr. Agricultural School	—	—	1	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	2
Solvychegodsk Teachers’ Seminary	—	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1
Mining school	—	—	—	—	—	—	1	—	—	—	—	—	—	—	—	1	—	—	—	—	2
Minsk lower [[unclear: “lat. In. Imp. Nik. II”]]	1	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1
Total	85	57	53	135	92	66	71	144	55	72	43	83	29	15	21	47	34	11	24	3	1196

V) By the time of completion of secondary education:

Year of completion of secondary education	I semester, Mechanical	I semester, Mining	I semester, Chemical	I semester, Civil Eng.	II semester, Mechanical	II semester, Mining	II semester, Chemical	II semester, Civil Eng.	IV semester, Mechanical	IV semester, Mining	IV semester, Chemical	IV semester, Civil Eng.	VI semester, Mechanical	VI semester, Mining	VI semester, Chemical	VI semester, Civil Eng.	VIII semester, Mechanical	VIII semester, Mining	VIII semester, Chemical	VIII semester, Civil Eng.	X semester, Mechanical	X semester, Chemical	Total
1905	67	42	24	35	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	168
1904	8	12	21	11	80	48	22	41	—	—	—	—	—	—	—	—	—	—	—	—	—	—	243
1903	3	1	4	4	40	26	19	18	53	20	12	14	—	—	—	—	—	—	—	—	—	—	214
1902	4	1	2	4	8	14	20	6	40	24	31	17	27	6	1	14	—	—	—	—	—	—	209
1901	2	—	2	1	3	2	2	4	34	13	13	7	26	15	3	2	16	17	1	—	—	—	163
1900	—	1	—	—	3	—	—	1	11	5	6	2	14	4	2	1	12	8	3	—	13	—	87
1899	1	—	—	1	—	—	—	—	4	—	1	—	3	3	4	1	14	5	1	1	3	1	47
1898	—	—	—	—	1	2	1	—	1	2	3	—	4	1	3	1	3	1	2	1	1	1	28
1897	—	—	—	—	—	—	—	—	1	—	1	—	3	—	—	—	—	—	—	—	2	—	10
1896	—	—	—	—	—	—	—	—	—	—	4	—	—	—	2	—	1	—	1	—	1	—	9
1895	—	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	—	1	—	—	—	1	3
1894	—	—	—	—	—	—	—	—	—	—	1	—	—	—	—	—	—	1	—	—	1	—	3
1893	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	1	—	1	—	—	1	—	4
1892	—	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	—	—	—	1	—	—	2
1891	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	2	—	3
1888	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1	1
1887	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	1	—	—	—	—	—	—	1
1881	—	—	—	—	—	—	—	—	—	1	—	—	—	—	—	—	—	—	—	—	—	—	1
Total	85	57	53	56	135	92	66	71	144	55	72	43	83	29	15	21	47	54	11	11	24	3	1116

Distribution of Students

By place of birth	I sem. Mech.	I sem. Mining	I sem. Chem.	I sem. Civil Eng.	II sem. Mech.	II sem. Mining	II sem. Chem.	II sem. Civil Eng.	III sem. Mech.	III sem. Mining	III sem. Chem.	III sem. Civil Eng.	IV sem. Mech.	IV sem. Mining	IV sem. Chem.	IV sem. Civil Eng.	V sem. Mech.	V sem. Mining	V sem. Chem.	V sem. Civil Eng.	VI sem. Mech.	VI sem. Mining	VI sem. Chem.	VI sem. Civil Eng.	VII sem. Mech.	VII sem. Mining	VII sem. Chem.	VII sem. Civil Eng.	VIII sem. Mech.	VIII sem. Mining	VIII sem. Chem.	IX sem. Mech.	IX sem. Chem.	Total
St. Petersburg educational district	2	—	4	2	8	3	3	3	5	1	—	2	1	2	1	—	5	2	1	1	1	—	—	1	1	—	—	—	1	—	—	—	—	45
Riga	1	—	—	—	—	—	—	—	1	—	—	—	—	2	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	—	6
Vilna	7	—	5	4	8	4	2	5	14	—	5	2	5	1	2	—	4	1	—	—	4	—	—	—	—	—	—	—	—	—	—	2	—	70
Warsaw	1	—	—	—	3	2	—	3	—	—	3	1	2	—	1	2	2	—	—	2	—	—	—	—	—	—	—	—	—	—	—	—	—	21
Kiev	—	1	—	3	5	7	5	5	10	—	2	2	3	—	1	—	3	2	—	—	2	—	—	—	2	2	—	—	2	—	—	—	—	48
Moscow	6	4	9	9	11	7	6	11	15	5	11	2	8	3	2	4	8	3	2	4	6	6	2	4	6	4	1	4	4	1	—	—	—	122
Odessa	5	5	4	—	5	2	4	5	9	6	10	5	3	2	5	—	3	2	—	—	3	2	—	—	2	3	1	—	3	1	1	—	—	68
Kharkov	5	4	3	3	8	6	8	6	3	6	6	6	13	5	8	2	7	1	1	—	7	6	1	—	6	3	2	—	3	1	2	1	1	93
Kazan	14	7	7	10	16	18	9	8	29	6	8	6	9	7	6	4	9	7	4	4	9	5	4	4	5	2	1	4	2	5	1	1	—	173
Orenburg	15	7	8	10	20	18	13	10	21	3	6	7	11	3	6	7	11	3	—	2	11	5	—	2	5	6	1	2	6	1	1	1	1	164
Caucasus	11	11	6	4	14	6	5	4	8	6	7	3	2	6	7	1	2	2	1	2	2	2	1	2	2	1	1	2	1	1	—	—	—	92
Western Siberia	7	11	6	6	15	5	6	6	4	8	5	5	12	1	8	5	12	1	1	2	12	3	1	2	3	6	3	2	6	4	1	4	1	117
Eastern Siberia	5	3	1	3	21	11	5	3	11	12	5	9	13	6	7	8	13	6	1	2	13	11	1	2	11	6	1	2	6	10	—	—	—	146
Turkestan	6	4	—	2	1	3	—	3	3	1	—	2	3	—	—	2	3	—	—	2	3	—	—	2	—	1	—	2	1	—	—	—	—	31
Total	85	57	53	56	135	92	66	71	144	51	72	43	83	29	15	21	47	34	11	24	47	34	11	21	47	29	15	21	34	24	11	24	3	1196

Appendix No. 6.

STATEMENT

of the receipts, expenditures, and balances of the credits of the estimate of the Ministry of Public Education, appropriated for expenditures for the Tomsk Technological Institute of Emperor Nicholas II for 1905.

	Rub.	Kop.
Appropriated under § 12, Art. 1 of the estimate for 1905	217.865	00
Expended for the maintenance of the personnel of the estimate for 1905	170.832	85
Transferred with the permission of the Ministry to § 12, Art. 2	25.840	00
Transferred to the Main Treasury	20.000	00
Total	216.672	85
Balance as of March 1, 1906, of the credit of the estimate for 1905	1.192	15

Of the remaining unexpended 129 rub. 65 kop. were credited as a free resource of the State Treasury, and 1.062 rub. 50 kop. were declared on the nominal list of the Treasury creditors.

	Rub.	Kop.
Appropriated under § 12, Art. 2 of the estimate for 1905	121.485	75
Transferred from § 12, Art. 1 of the estimate for 1905	25.840	00
Nominal lists of the Treasury creditors: estimate for 1903	1.365	62
estimate for 1904	438	86
Total	149.130	23

Estimates.

Expended:

	1905 Rub.	1905 Kop.	1904 Rub.	1904 Kop.	1903 Rub.	1903 Kop.
For the laboratory of organic chemistry	3.230	50	—	—	—	—
For the laboratory of inorganic chemistry	2.589	26	—	—	—	—
For the laboratory of analytical chemistry	2.940	38	—	—	—	—
For the laboratory of chemical technology of mineral substances	3.001	37	—	—	—	—
For the laboratory of chemical technology of nutritive substances	2.663	59	—	—	—	—
For the laboratory of chemical technology of organic substances	2.750	62	—	—	—	—
For the metallurgical laboratory	2.293	23	—	—	—	—
For the physical laboratory	4.253	41	—	—	—	—
For the electrotechnical laboratory	3.184	52	—	—	—	—

Expenditure item	1905 Rub.	1905 Kop.	1904 Rub.	1904 Kop.	1903 Rub.	1903 Kop.
For the hydraulic laboratory	35	66	—	—	—	—
For the mechanical laboratory	4,323	32	—	—	—	—
For the mechanical workshops	13,062	72	—	—	—	—
For the central station	3,673	44	—	—	—	—
For the cabinet and laboratory of building art and geodesy	1,994	46	—	—	—	—
For the mineralogical cabinet	1,049	50	—	—	—	—
For the geological cabinet	666	39	—	—	—	—
For the paleontological cabinet	750	77	—	—	—	—
For the mining museum	523	83	—	—	—	—
For the botanical cabinet	390	08	—	—	300	00
For the library	9,479	62	—	—	—	—
For teaching aids	466	09	—	—	—	—
For printing reports and other publications	1,099	16	—	—	603	37
For expenses for summer classes	4,545	82	—	—	—	—
For scholarly trips in Siberia	3,270	50	—	—	—	—
For lighting, heating, and water supply	29,734	52	—	—	—	—
For cleanliness	5,542	77	—	—	—	—
For attendants	9,925	23	—	—	—	—
For clerks and office supplies	4,412	24	—	—	—	—
For repairs to buildings	15,996	06	—	—	—	—
For repairs to furniture	307	70	—	—	—	—
For awards and allowances to employees	2,995	00	—	—	—	—
For the reception room	860	71	—	—	—	—
For the gas plant	2,412	67	—	—	—	—
For the kerosene engine	239	05	—	—	—	—
For the distilling cube	28	00	—	—	—	—
For the installation of electric lighting	1,749	10	438	86	—	—
For furniture	—	—	—	—	264	00
Total	146,441	29	438	86	1,167	37
Grand total	148,047	52

In balance as of January 1, 1906:

Estimates	Rub.	Kop.
Estimate of 1905	884	46
Estimate of 1904	—	—
Estimate of 1903	198	25

The 884 rub. 46 kop. remaining unexpended under the 1905 estimate have been declared according to nominal lists to the treasury’s creditors, and the 198 rub. 25 kop. of the 1903 estimate have been credited to the treasury’s free resources.

STATEMENT

of the receipts, expenditures, and balance of special funds of the Tomsk Technological Institute of Emperor Nicholas II for 1905.

	Rubles	Kopecks
Balance from 1904	64.955	05
Received in 1905	33.648	61
Total	98.603	66

Expended:

1) For nonrecurring expenditures:

	Rubles	Kopecks
Supplement to the sums for equipping technical laboratories	3.528	25
For cupboards, instruments, and the installation of lighting in the large chemical lecture hall	742	76
Supplements to the sums for equipping mining laboratories	3.689	61
Supplements to the sums for equipping the office for testing machine parts	286	60
Supplements to the sums for equipping the surveying office	110	00
For replenishing the library with journals and for covering overspending	1 081	50
For replenishing the library with books on photography, economic and juridical sciences, and hygiene	396	25

II) To meet current needs:

	Rubles	Kopecks
Replenishment of the sums of the laboratory of qualitative analysis	4.154	58
Replenishment of the sums of the mining laboratories	1.755	72
“ ” geodesic laboratory	1.977	29
For replenishing the instructional library	844	51
“ reference-books library at the mining lab.	15	40
“ expenses for summer classes in geodesy	1 903	72
“ issuing allowances to students	150	00
“ maintenance of the gas plant	3.214	36
“ preparation of lecture drawings and photographs	384	62

Expenditure item	Rub.	Kop.
For the maintenance of six senior laboratory assistants	6.800	00
For the publication of lectures	5.699	35
For the expansion of teaching, the improvement of teaching-aid institutions, and the editing of the Institute News	1.800	00
For the organic chemistry laboratory	15	75
For the inorganic chemistry laboratory	1.034	70
For the mechanical workshops	2.306	94
For petty expenses	1.486	86
For expenses for printing announcements of vacant chairs	425	63
For expenses for conducting competitive examinations	711	60
For payment of the municipal tax	701	58
Issued as a loan, in accordance with the authorization of the Ministry and of the Mr. Trustee of the West Siberian Educational District: a) for expenses for furnishing the Institute’s teaching-aid institutions (11.366 rub. 24 kop.); b) for expenses for the Building Committee (5.364 00); and c) for the Institute’s household expenses (9.576 67).	26.306	91
Transferred to deposits and special funds of various institutions	914	00
For petty expenses of the office	505	63
For the preparation and conducting of experiments in the chemical laboratory	300	00
To refund to students of the Institute the fee for attending lectures in the 1904–5 academic year	250	00
For expenses for the treatment of the illness of the deceased lecturer P. E. Pervov	830	16
Total	74.374	28
Balance as of January 1, 1906	24.229	38

Information

on the sums expended for equipping the Tomsk Technological Institute of Emperor Nicholas II from the credit allocated for the construction of the Institute buildings under § 13, Art. 1 of the estimate of the Ministry of Public Education for 1905 and from the continued credit of the estimate for 1904.

Item	Rubles	Kopecks
Physics laboratory	5.389	02
Laboratory of analytical chemistry	739	50
Laboratory of organic chemistry	1.000	00
Laboratory of chemical technology of mineral substances	6.566	65
Laboratory of chemical technology of organic substances	3.717	83
Laboratory of chemical technology of food substances	—	—
Metallurgical laboratory	2.020	80
Electrotechnical laboratory	6.303	29
Materials-resistance laboratory	11.755	73
Engineering laboratory with an electric station and hydraulic laboratory	27.502	89
Mechanical workshop	34.867	88
Library	16	76
Mineralogical cabinet	32	02
Geological cabinet	4.916	79
Paleontological cabinet	3.715	88
Mining museum	1.494	85
Geological cabinet	95	97
Total	110.135	86

INFORMATION

on the sums expended on equipping the Tomsk Technological Institute of Emperor Nicholas II from 1900 to 1906.

Item	Rub.	Kop.
Physics laboratory	35.918	91
Laboratory of analytical chemistry	29.384	59
Laboratory of organic chemistry	23.451	09
Laboratory of chemical technology of mineral substances	10.240	39
Laboratory of chemical technology of organic substances	12.716	90
Laboratory of chemical technology of nutrients	9.822	34
Metallurgical laboratory	13.587	72
Electrical-engineering laboratory	22.538	31
Laboratory for strength of materials	27.453	79
Engineering laboratory	36.402	89
Mechanical workshops	34.872	82
Library	24.613	01
Acquisition of instruments and models for applied mechanics	7.141	74
Furniture, drawing boards, etc., for lecture rooms	19.987	69
Mineralogical cabinet	8.754	31
Geological cabinet	12.905	88
Paleontological cabinet	6.452	15
Mining museum	2.417	66
Geodetic cabinet	6.224	75
Gas plant	1.950	39
Total	346.837	33

INFORMATION

on scholarships and allowances issued to students of the Tomsk Technological Institute of Emperor Nicholas II in 1905.

For the maintenance of state scholarship students in the reporting year, 15,000 rubles were allocated according to the staff schedule.

Of this amount, 2,450 rubles were issued as scholarships and 6,645 rubles as one-time allowances, while 5,905 rubles were credited to the resources of the treasury.

In addition, during the year, from municipal, zemstvo, public, and private institutions and from private individuals, the following sums were received and issued to needy students of the Institute as scholarships and allowances:

Source	Rub.	Kop.
Department of Public Education	184	75
Krasnoyarsk City Duma	35	00
Director of the N. P. Trapeznikov Craft-Educational Institution in Irkutsk	370	00
Perm Provincial Zemstvo Board	—	—
Omsk City Duma	566	67
Vyatka Provincial Zemstvo Board	935	00
Kaluga Provincial Zemstvo Board	175	00
Murom district police captain	20	70
Irkutsk City Board	330	00
Samara Governor	191	75
Vladimir Provincial Zemstvo Board	300	00
Vologda Provincial Zemstvo Board	120	00
Head of the Kuban Region	37	05
Bessarabian Governor	131	30
Board of the Caucasian Society for Aid to Students	20	00
Board of the Region of the Don Host	70	00
Yelizavetgrad Police Chief	250	32
Novorossiysk Governor	23	97
Managers—the income from a performance staged for the benefit of former pupils of secondary educational institutions of the city of Yekaterinburg	254	00
Marshal of the Nobility of the Region of the Don Host	130	00

	Rub.	Kop.
Yeisk City Administration	310	00
Kherson Provincial Marshal of the Nobility	135	00
Executive Committee of the Society for Aid to Poor Students of Tobolsk Province	250	00
Caucasian Society for Aid to Pupils	20	00
Oryol Uyezd Zemstvo Administration	50	00
Chancery of the Irkutsk Governor-General	215	06
Elisavetgrad City Administration	42	00
Board of the Society for Aid to Needy Pupils and Former Pupils in the educational institutions of the city of Petrovsk	25	00
Total	5.202	57
Total issued in scholarships and allowances	14.297	57

In addition to the above-mentioned state and private scholarships: a) 4 students make use of a scholarship from the Tomsk City Duma in the amount of 1,200 rubles, which they receive directly from the Administration; b) 42 students were given 1,898 rubles — kop. as one-time allowances and loans from the sums deducted monthly by the employees of the Institute for the benefit of needy students.

Thus, the total amount of scholarships and allowances issued to students of the Institute in 1905 was 17,395 rubles 57 kopecks.

Appendix No. 7.

STATEMENT

of the receipts, expenditures, and balance of sums allocated for the construction of the buildings of the Tomsk Technological Institute for 1905.

Description	Rub.	Kop.
Credit allocated for 1905	303,720	00
Materials remaining as of 1905	34,313	55
Total	338,033	55

Expended:

Item	Quantity	Rub.	Kop.
A. For the purchase of alabaster	9,603 p. 18 f.	4,323	56
rubble stone	34.65 cu. sazh.	663	00
Window and door fittings	—	2,723	26
Various articles	—	26	60
Various wire	284 p. 21 f.	103	16
Various nails	425 p.	1,508	94
Various iron	2,767 p. 31 f.	4,662	56
Various slabs	—	341	00
Various bricks	813,750 pcs.	17,561	37
Pine logs	29 pcs.	225	00
Fir logs	454 pcs.	5,445	40
Pine boards	11,385 pcs.	2,030	43
Fir boards	780 pcs.	286	40
Pine boards, thin	3,756 pcs.	1,644	89
Fir boards, thin	2,169 pcs.	380	02
Lath	—	750	03
Stucco lath	228,200 pcs.	290	69
Sand	218.97 cu. sazh.	2,010	80
Bast mats	1,212 cu. sazh.	2,039	80
Iron beams	1,879 p. 35 f.	1,878	52
Rails	12 p. —	18	00
Cement	—	1,725	29
Clay	300 cartloads	135	00
Roofing felt	117 k.	427	11
Glass and its installation	—	1,317	44

Item	Quantity	Unit	Rub.	Kop.
Crutches and bolts	—	—	21	76
Cast iron in articles	—	—	1,830	12
Iron in articles	—	—	448	77
Water	876	barrels	148	92
Samples and their delivery	1,193	poods	3,328	56
For the installation of the gas pipeline	—	—	168	37
Gas plant	—	—	2,173	45
Icehouses	—	—	1,545	10
Heating and ventilation	—	—	3,976	33
Water supply system	—	—	2,675	71
Electric lighting	—	—	235	41
Boiler department	—	—	3,485	99
Chimney	—	—	3,102	33
Total			75,659	09

Item	Rub.	Kop.
B. Payment for work in the construction of the Institute buildings	93,074	91
Salaries of employees, office and economic expenses	8,379	64
2½% remuneration to the architect	9,758	00
For strengthening the funds of the Control Chamber for the preliminary and actual audit of expenditures on the construction of buildings	600	00
Preparation of designs and estimates	100	00
To the Tomsk City Board, as reimbursement of expenses for moving the buildings of the military infirmary	3,720	00
For paving Sadovaya Street	2,120	00
Total	117,752	55
C. Expenditure on equipping the Institute	110,135	86
Total expenditure	303,547	50

Balance as of January 1, 1906

Item	Rub.	Kop.
Materials on hand	29,430	82

Appendix No. 8.

STATEMENT

of the receipts, expenditures, and balance of the sums appropriated for the construction of the buildings of the Tomsk Technological Institute.

For the period from July 1, 1896, to January 1, 1906.

Appropriated credit	Rub.	Kop.
in 1896	200.000	00
in 1898	50.000	00
in 1899	48 000	80
in 1900	303.746	00
in 1901	410.912	25
in 1902	392.100	00
in 1903	548.800	00
in 1904	307.880	00
in 1905	303.720	00
Total	2 565.159	05

Expended:

Item	Quantity	Rub.	Kop.
A. For the purchase of various bricks	21,009.703 pcs.	348 473	29
Quarry stone	2.266.50 cu. sazhens	48 829	00
Lime	465.844 poods 23 lb.	84 898	48
Pine logs	8.732 pcs.	24.552	42
Fir logs	10,798 pcs.	13 181	92
Pine beams	12.474 pcs.	4.749	02
Fir beams	64 pcs.	22	40
Fir planks	5.416 pcs.	2 572	20
Pine planks	108.022 pcs.	64.037	23
Birch planks	157 pcs.	140	67
Spruce planks	1.768 pcs.	597	73
Cedar planks	1.776 pcs.	513	75
Pine boards	29,027 pcs.	11.585	27
Fir boards	66.506 pcs.	8 375	36
Cedar boards	5.128 pcs.	879	12
For the purchase of slabs, croakers, and other items	—	2.586	27

Item	Quantity	Rub.	Kop.
Resin	—	842	42
Sand	3.149,77 cu. sazh.	24.212	87
Cornice stone, steps, and slabs	—	27.166	38
Wool	46 pood 03 f.	207	35
Felt mats	6.379 pieces	9.173	21
Various iron	20.197 pood 22 f.	50.471	62
Iron beams	13.670 pood 08 f.	42.850	33
Iron articles	—	5.594	17
Various nails	3.097 pood 39 f.	11.452	10
Alabaster	120.849 pood	44.831	07
Cement	—	15.707	65
Clay	300 cartloads	135	00
Window and door fittings	—	21.903	12
Stucco laths	1.009.800 pcs.	1.106	10
Wire	321 pood 03 f.	279	09
Steel	1 pood 9 f.	9	17
Rails	591 pood 36 f.	1.008	58
Hemp	659 pood 03 f.	1.900	31
Water	2.236 b.	828	93
Tiles	1.193 pcs.	3.657	56
Roofing felt	417 pieces	1.747	11
Wallpaper	—	1.627	83
Lead and tin	—	202	94
Linoleum	136 arsh. 03 v.	323	08
Slats	5.950 arsh.	147	00
Crutches and bolts	—	126	12
Cast-iron articles	—	4.915	45
Various materials, instruments, and things	—	1.856	59
Window glass, with delivery and installation	—	18.296	84
Quarrying, delivery, and dressing of the granite plinth	—	13.735	98
Delivery and laying of Metlakh tiles	—	16.977	14
Installation of parquet floors	—	30.580	69
Heating and ventilation	—	248.431	98
Gas pipeline	—	52.467	32
Gas plant	—	9.299	77

Item	Rub.	Kop.
Icehouse	6.491	38
Chimneys	4.227	23
Water supply system	2.675	71
Electric lighting	235	41
Boiler-house section	3.485	99
Total	1.302.212	72

Item	Rub.	Kop.
B. Payment for work on the construction of the Institute buildings.	794.072	16
Salaries of office staff and operating expenses	57.429	81
2½% remuneration to the architect	43.798	75
Preparation of designs and estimates	11.541	77
Salary and apartment allowance of the Director of the Institute	10.411	71
Insurance of workers	337	30
For strengthening the funds of the Tomsk Control Chamber for preliminary and actual verification of construction expenses	5.700	00
For reimbursing the expenses of the Representative of the Treasury Chamber for attending the Committee	525	00
To the Tomsk City Administration as reimbursement of expenses for moving the military infirmary buildings	35.000	00
For paving Sadovaya Street, with expenses shared equally with the City Administration	2.120	00
Total	960.936	50
C. Expenses for equipping the Institute	301.837	33
Grand total	2 564.986	55

Item	Rub.	Kop.
Materials	29.430	82
Balance as of January 1, 1906	172	50