SCIENTIFIC ABSTRACT G.B. FUKS - G.I. FUKS

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000513830003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FUKS, G.B., inzh.; rOKRASSj L.I.. Inzh.
Precast reinforced concrete rectangular pipes. Avt.dor. 23
no.-3:25-26 Mr '60. (MIRA 13:6)
(Oulverts)

L 26377-66
ACC NRs AP6007660 (A) SOURG 3 GODEI UR/0413 3 28 28
10
AUTHORS: Barenboyir! I. Yu.; Dubrova, Ye. P.J Vasillyitv, V. D.; Lurik, N. M.;
Raftevich, Ye. N,j Spitkovskiys S. A*j, _.?ukg. ell dmanp M. B.1 Leybmans
Y-8. J4.-.-Ko1o_6o_Auevj B. B.; naks, V. A.; Khandshil V. V.j Oolldfalld, 1.6M.1
Lifshitsj 1. L.
ORG: none
TITLEt A means of erecting railroad bridges of arched-opan conotrue.tion from
separate sections. Class 19s No. 17839)
SOURCE.- Izobroteniya, promyshlenVye obraztsy, tovarnyye znakiy no- 3, 1966, 28
TOPIC TAGS: bridgej bridge construction, structural engineering, railroad bridge,
cantilever bridge
ABSTRACT: This Author Certificate presents a means for erecting railroad bridges of
arched span construction front separate sections. Thd sections are suspended and
joined with struts or the atructure above the arch by temporary sloping and horizonta
members. These members am-ye as cross-stays ivid upper booms. The sections also
feature a cantilever truss (see Fig. 1) with a triangular framings the lower girder
of which forms a scmi-arch. The upper girder of tho cantilever truss is s -et above
the travel span., which includes separate elements of the truss used in mounting and
elevating the structure. These members subsequertly form.a triangular cantilever
-Card 1/2 001 624&2'~

L-26317-66-
ACC NRs AP60D7660
Fig. 1. 1 - upper string of the cantilever
truss; 2 - struts; 3 - slanting members;
lower string panels; ~ - anchor post;
_T 6 key block; 7 - floor plates; 8 - cablesj
anchoU block; 10 - tension cables;,
Join S.
frame, cross-stays and semi-arch sections. Each panel thus formed servos as a
support for the next panel. The panels are rigidly fastened along the entire face,
t1io process being repeated until 0o ofitire somi-arch is formed. Then cables are
placed between the link sections and the support. When the cables are.tightenody
the semi-arches are rotated with respect to the support section, thus unloading
the diagonal and horizontal members of the cantilever. Tho cables are removed, after
wliich the travel-span plates are placed upon the structure above the arch between
the link aections of the aemi-arch and the supports When the wearing surface is
completely laid, the remaining part of the cables is tiGhtened. Favorable working
conditions for the support are created by freeing the support from one-sided loadings;
assembly of the semi-arch takes place simultaneously on both sides of the pier, with
each addition being a cantilever addition* The abutment portion of the semi-arch ifi
prepared in place between the first support block of the semi-arch and the pier.
Forces in members of the cantilever are lessened by the introduction of stiffener
cables in the upper girder at 1/2v-2/3 of its. design length. Koments in panols on
the semi-arch are reduced through a akewid arrangement of axes of diagonals relative
to points of intorsection of the axes of vertical memoers and the semi-arch blocks.
Joints are placed between adjacent semi-arches on the assembled anele., thus -
controlling the position of cantilever **=* In the span. ar best I figure.
SUa OOEEI I 12L SUBM DAT3t AMM

rMplasorgo Prof. doktor meditsiny i filoLsofii
Roentgenotherapy for malignant tumors during surgery. Vest. rent.
irad. 36 no* 2:3-9 Mr-AP-161, (MM 14:4)
L Iz TSentrallnogo rentgenologicheskogo instituta pri gospitale
imperatora Frantoa Iosifa v Vene,
(CANCER) X RAYS-THERAPEUTIt-i USE)

~FUKSY G,P--#Zb.
Better utilization of vood in conatruction. Ayt.dor. 24 no.400
Ap 161. (MM l4t5)
(Wood)

FUKS, 0._1p doktor takhn.nauk, prof.; BOIKOV, G.P.,, kand.tekhm.nauk,,
dotsent
Determination of the degree of blackness using two referenow
standards. Izvons.uchOozav.; energ. 5 no.3-lt88-90 X t62,
I (HIU 15212)
I* Tomskiy ordena Trudovogo Krasnogo 2bameni politekhnicheakiy
inetitut imeni S4M* Urovas Predstavlena knfedroy teoreticheskikh
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to 101. The MISOVIS I Of The VA11%. dc- W1 "ben the
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1100A Mad Suspensions Possessine Antinsalmm Viiiewilly.
fin Russian.) G. 1. Fults and T. A. Meclikovskaya.
varwhkaya /,a born (vii'ji.-s (Factory lAboratory). v.
15, Apr. 1949, p. 43"36.
Mocribes anti diagrams simple capillary viximi-
meter particularly suitable for Investigation of
salts, suspensions, and solutions of high gwlymers
possessing anomalous viscosity. Typical data pre
tabulated and charted.
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mikroskoricheeskikh rochininyM c!-3st;-'7,. Tv-iiy
C r
u-lo!-..:-oniy, agrotelkhniki i arropochvoven-lonlya, ir..
Dibliocr: 11 na,-.v.
SD- ISTOPISI 110- 35, 1949

HTK~,, G. 1.
?A 39/49T11
UM/Ohmistry Sw*pmibn Or 49
Chemistry Dispersed System
"The Aaheremce of Microscopic Particles to the
lkr& SurfiLoo of Mquidi,," G. i. Yuka., v. x.
Majohnikor, To. V. Tsygawva, M-Union Sci
Rob Inst f(R- Fertilizers, Agrotech, and Soil
Studies Imeni K. 1. Oedroyts, 4 pp,
*Dok Ak Nauk SSSR" Vol ixvp No
Studied adherence of xono&is 'persed suspensions
-of quartz, glass, graphite, clAy, soile., and
rosin to quarts, glust metals, paxwffin in vater,
aineral oils, and. several other liquids. Sub-
mitted by Acad F. A. Rebindar, 3 Jan 49.
39AM1

LMM/Physice - Emulsions 21 Jun 49
Solo
"Flow of Dilute Structured Sole and Suspensions,"
G. 1. Fuko, 4 pp
"Dok Ak Nauk SSSR" Vol LXVI, no 6
Studied flov of 0-05-0-5% V205 hydrosols, 0.2-
1.9% Graharn solo Fe(OH)3, 0.2-1.4 rubber nolu-
tIons in a kerosene fraction (boiling point 200-
3200), ceresin suspensions in medicinal vaseline
oil and xylene and 0.1-2.5% water suspensions of
bentonite and kaolin, saturated with Na*, K*, H',
and Ca * * ions - Constructed special unit for this
I/Pbysics - Emulsions (Contd)
21 Jun. 49
study, consisting of two coaxial cylinders, between
which liquid -under study vas placed. Inner cylinder
(radius 37 mm) was rotated at a constant speed (2-3
and 6 rpm). Motion of liquid was obserred with the
aid of particles (carbon, graphite, ZnO, aluminum)
0-5 '&-% in diameter depoetted*on the surface of the
1:Lqmid. Distance between cylinders vas 51 mm-
Particles vere placed along the radii everY 3 or
1-5 mm. Submitied by Acad P. A. Rebinder 26 Apr 49.
151T93

- --r Ailk
. 1;~, - V it ,I .~k.
"Improving the Viscosity and Temperature Properties of Lubricating Oils by
Compounding Fractions"s p 3-11, in the Monograph "Investigationand Use of
Petrolewn ProduQts", edited by N. G. Puchkov, Gostortekhizdat, Moscow-Leningrad,
1950.

ez,
0 ' founwe 0.
-kPi,~-A"!"fi, VS, cf- r"I"lius
., I --I- ~ - ~ p:, . .4. 1 .

Y:;U:X:S:A-=G.I-.- KUSAKOV, M.N., professor, redaktor; LIVOYA, L.A., vedushchi.7
redaktor; POLOSINA, A.B.. takhnichaskiy redaktor
[Viscosity and plasticitv of petroleum products] Viszkost' t
plastichaost' nefteprodulctov. Pod red. M.M.lusakovao Moskva,
Gose nauchno-tokhn. izd-vo neftianot i gorno-toplivnoi lit-ry,
1951. 27 p# [Microfilm] (HURA 10:1)
(Petroleum products)

MINASYAN. M.A., inzhener; F=. G.I., kandidat khimicheskikh nauk.
&t base for fine lubricating oils. Kasl.-zhir.prom. 18 no.6:15-16 J*
'53- (KLRA 6:6)
1. Trost *Kraonodarzhirmaalo" (for Minasyan). 2. Naucbno-issledovatell-
skiy institut chasovoy promyshlennosti (for Ydke),
(lubricution and lubricants)

FUKS, G.I.; SANDCHIRSKIY. D.H.
M%w -
Third All-Union Conference on Colloidal Chemistry. Koll.zhur. 16
no.2:154-160 '54. WaA 7:3)
(Colloids)

14)
USSR/Chemical Technology - Chemical Products and Their 1-13
Application. Treatment of Natural Gases and Petroleum.
Motor Fuels. Lubricants.
Abs Jour : Referat Zhur - 1(hirdya, Nu 4) 1957~ 12975
Author : Puke G.I., Galltsova N.Ye. Use 1.1.
Title : Low-Viscosity Watch Oils
Orig P'Ab : Chasovyye mekhanizmy, Sb. 1) M., Xashgiz) 1955, 165-185
Ab.-+ract : Preparation of low-viscosity Oils for clockwork raechn-
nisne, from oils of nedium viscosity, can be effected
by three netbods: dilution with low viscosity synthe-
tic components, removal of viscous components of fat
by freezing or by adsorption sepnration (decreaso in vis-
cosity of bone oil, that is attained therebydoes not ex-
ceed 16%), chei-iical treatmo-nt of the oil involving ester
Intercliauge of fatty acid glycerides.
Bibliography,28 references.
Card 1/1 26o -
124-11-12792
Translation from: Referativnyy Zhurnal, Mekhanika, 1957,N r. 11, p 68 (USSR)
AUTHOR: Fuks, G. I.
TITLE: The Lubricating Qualities of Instrument Lubricants.
(Smazochnaya sposobnost' pribornykh masel)
PERIODICAL, Chasovyye mekhanizmy. Sb. 1, Mf.%scow, Mashgiz, 1955, pp 186-215
ABSTRACT: The author reaches the conclusion that the lubricating qualities of a
lubricant ar~! determined by the interaction of the liquid molecules and
the surface of the solid body, as well as by the capability of the thin
layer of liquid to support t1eavy normal loads and to offer small,,resist-
ance against tangential displacements. Therefore, lubricating qualities
must be evaluated in terms of two quantities: 1) the resistance offered
ty a thin layer of liquid to normal and tangential stresses, or 2) the
ratio of the one to the other. This ratio equals unity throughout the
liquid, except that it grows within the boundary layer of the liquid.
Fot,.r methods were developed for the investigation of the mechanical
characteristics of the liquid boundary layer. One of these methods is
based on the utilization of a variant of the four-bead device for the
Card 1/3 measurement of friction. The three other testing devices have been

124-11-12792
The Lubricating Qualities of Instrument Lubricants (continued).
developed for the investigation of the statics and kinematics of the phe-
nomenon of adhesion. One of the investigational methods developed
permits the simultaneous determination of the clearance between sur-
faces in mutual contact and the reaction of thin liquid layers against
normal loads.
The investigation shows that the friction coefficients of lubricated
surfaces depend on the load, and that hence the Coulomb-Arnanton law
of friction does not apply here. Its characteristics are characterized
with adequate accuracy by Deryagin's two-term expression. The in-
vestigation of the kinetics of adhesion of plane-parallel lubricated disks
indicates that the thin layer of lubricant in the interstice between the
metallic surfaces may be divided in three parts, according to their
mechanical characteristics: 1) a plastic-viscous part, adhering to the
metal; Z) a layer in whiqthe viscosity is higher than average; 3) a
layer in which the reference value of the viscosity prevails. The first
and second layers constitute the boundary layer of the lubricant, the
thickness of which does not exceed 0.40 micron. It is shown that the
Card 2/3 Jubricating quality of a lubricant depends on its composition. It is
greatei -in animal than in mineral fats, without, however, exhibiting

124-11-12792
The Lubricating Qualities of Instrument Lubricants (continued)]
any direct additive characteristics in mi~ktures of the two types of fats,
The introduction of animal fats and, more especially, animal acids and
other superficially active substances to mineral fats reduces the tan-
gential and increases the normal components of the lubricating quali-
ties of the lubricants, wherein the effectiver-ess of these additives
depends greatly on the precise composition of the lubricant and the
additives. (B. G. Zaloga)
Card 3/3

YUS, G. I.
~W "~,. 4*
.~r .1 1!
Investigating the mechanical properties of liquid films in the
- space between solids. Zav.lab. 21 ne.12:1455-1461 155.(XLRA 9:4)
(Films (Chemistry))

124-58-6-6872
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 6, p 88 (USSR)
AUTHOR: Fuks, G - I.
TITLE: Investigation or Solid- particle Interaction in a Liquid by Methods
of Adhesion and Friction Measurement (Issledovaniye vzaimodey-
stviya tverdykh chastits v zhidkosti metodami izmereniya prilipa-
niya i treniya)
PERIODICAL: V sb. Tr. 3-y Vses. konferents: 'i po kolloidn. khimii, 1953,
Moscow, AN SSSR, 1956, pp 301-328
ABSTRACT. A brief survey is given of the problem of the interaction of highly
disoersed particles in a liquid. Results are presented of the
aut~orls experiments on Lolid-particle interaction ir, a liquid by
applying the following methods: 1) measurement of the static a,id
kinetic adhesion of plane-parallel disks for various distances bet-
ween them and rectangularly crossed thr,,ad--. 2) measurements
of the friction of beads in a liquid for va.yi-.:p loading and duration
of contact. The variation in the temperature dependence of the
disk separation timc in mineral oils and the estimated liquid-flow
activation energy for various clearances confirm the conclusion
that the liquid boundary layers in contact with solid bodies possess
Card 1/2 a structure and mechanical properties different from the properties

124-58-6-6872
Investigation of Solid-particle Interaction in a Liquid (cont. )
of the bulk of the liquid. It is noted that friction and adhesion in a liquid for
average distances between bodies in contact do not depend on the second coef-
ficient of viscosity (thick or fluid-film viscosity) of the liquid. It is shown
that adhesion increases substantially with an increase in contact tirne and in
specific loading; increased loading, addition of surface-tension reducing sub-
stances, and electrolytes lower the coefficient of friction Bibliography~ bl
references.
N - F. Bondj re nko
1. Boundary Iayers--Physical properties 2. Bo,induy layeri-
Ms~ihanical properties 3. Liquids--Properties Adhesion----
Analyvis 5. Friction--Analysis
Card 2/2

Fum I (". I.
"Study of the Interaction of Heavy Particles in Liquid by the Ilethod of
Measuring the Adherence and Friction" (Issledovaniye tzaimodeystviya tverdykh
chastits v zhidkosti metodami izmereniya prilipaniya i treniya) f6rom tho book
Trudy of the Third All-Union Conference on Colloid Chemist , Pp.301-328,
Iz. AN SSSR, Moscow, 1956
(Report given at above Conference, Minsk, 21-4 Dee 53)

RICBINDIR,P.A.. akademilc, otvatetvannyy redaktor; TBFXOISNKO, N.Y.,
otvatstvannyy roodaktor; KARGII, V.A.. akademik, re4aktor; DUYANSIXT.
A.V., redaktor; DARTAGIII, B.V.O rabktor; DOGADKIN, B.A., professor,
radaktorl,n redaktor; YBGOROV. N.G.. redaktor isdatelletva;
XOSKVICHIVA, 6 4.~
, obtnicheekly redaktor
[Proceedings of the Third All-Union Conference on Colloidal ChemistTy]
Trudy Tretlei Vaesoiusnoi konferantsti po kolloidnoi khimil. Moskva:,
Izd-vo Akedamii nauk SSSR, 1956. 494 p. (NLRA 91ll)
1. Vaesoyuznaya konforentaiia po kolloiduoy khimii. 3d. Minsk. 1953.
2# Chlan-korrespondant AN SSSR (for Dumanskiy, Deryagin) 3-
Deyetvitelinyy chlen AN BSSR (for Termolanko)
(Colloids)

As- -- - -- -----

1A r-
4017L4VtS!I&r-AtIOn Of OUR ;lt 1--lode-Ste
'ITrTr

!Z5-10u, (Viuw ly at 60 --t V)wld witIl R bright'llum)!Iation.
'
clictligi-S fil vil 24 bm
m-5KY, rxi-jity, and tile ptmAidc no, in
---------- st M)' wirt d ad, isvd.~-r mN midmi,,m Cwvbtlmni as omida-
Itt Ihc prc-~.-me. DT *.L-,-tIoxiJe:ts, and uadt-x
id" no.
:vms the o~!xqoljly OrkIrA, midity slorcri

A- jx
1 't'

LOS IKOV, aj.,pr~of , rv4:XREYN,S 3.15r6f red; FUKS, G.I., kand.khim.nauk; red.;
-fNA S.A. #
LOSBYAKOVA, Te.S., vedushchly redakrorr-kW I tekhn.red.
[Improvement in the quality and the use of lubricants; a collection
of papers] Povyshenie kachestva i primenenie smasochnykh materialov;
abornik dokladov. Moskva, Gos.nAuchno-tekhn.izd-vo neft.i gorno-
toplivnoi lit-ry, 1957; 364 'P. (MIRA 10:12)
1. Moskovskij, dom nauchno-tekfinicheskoy propagandy imeni
F.E.Dzerzhinakogo.
(Lubrication and lubricants)

.N. T
t4, , - 4 , , -~;k ; " ., I . , . % , -, .-.4
Amb rdi
If.
it
m

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jo
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rent"ti't i .
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XI
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and
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- I-,
IJK-5 1,7- -1 -
I L
mnMAYLYUK, A.S., inzhener; FURS, G.I., kPnd.khim.nauk.
e............ "...
Wear of materials used for making supports and axles of precision
instruments. Priboroetroenie no.9:18-21 S 157. (MNU 10:10)
Nechanical wear)

AUTHOR FUKS 0. 1. PA - 3165
TITLE -1WtT6-n-_o`f_Tiquids in Narrow Clearances Between Flat Solids Approach-
ing Each Other.
(0 techenii zhidkostey v uzkikh zazorakh mezhdu ablizhayushchim-
lays, ploskimi tverdymi telamif -Russian).
PERIODICAL Dokl ady Akademii Nauk SSR,1957,Vol 113,Nr 3,pp 635 638 (U,S-S-R-)
Received 6/1957 Review;d 7/1957
ABSTRACT In some of the author-s previous papers (Zav.Lab.21,12 1455 1955
and others) it was shown that the.(equation of Stephan tZa.Belr.kkad.
Wineen.69,713,1874) and Reynolds Phil.Trans.Roy.Soo.177,157,1886)
in not satisfied in the case of disks which are separatedby suffi-
ciently thin layers of minoral-and other lubricating oile, by ates.-
ric acid-solutions in organic solvents; and by aqueous solutions of
electrolytes. In more recent experiments the following deviations
from the equation were determined on the occasion of the circula-
tion of the aforementioned liquids in narrow claarancess 1.) re-
tarded flow in or-out of the liquid in the clearance. 2.) formation
of a r;st layer which cannot be pressed out in the came of a charge
up to kg/Qzm within 36 hourea 3o) rise of .'# (time of approach, of
stripping reap. of the flat-parallel disks) in the ease of an increa-
se of the length of contact. 4.) noAlinoar dependence of time on 1/F
and 1/hj. (him the primary clearance, to the normal (vertical) for-
Card 1/2 ce which approaches or separates the disks), At the boundary between
Motion of Liquids in Narrow Clearances Between Flat PA - 3165
Solids Approaching Each Other.
solid and liquid specifically molecular-surfaoe propertlee were found.
This indicates the dipendenoe of the effect on the surfaae-aotive-sub-
stances and on the electrolytes. It proyes the forastion of a sp*-
oial structure of the surface - layer in the case of the investigat-
ed liquids in a depth of the order of Opl,~w. The nature of the desc-
ribed effect is inhomogeneous and is, in partioularp determined by
not - balanced and balanced phenomena. (4 illustrations, 2 tables
and lo citations from Slavic publications).
ASSOCIATION Scientific Research-Institute
PRESENTED BY REBINDER P.A.9 Menber of the
SUBMITTED 18-7-1956
AVAILABLS Library of CongTess
Card 2/2
of the W&toh-Industry.
Academy

AUTHORS: Fuks, G.I., Timofeye,,a, L.V. 32-24-4-19/67
TITLE- A hiethoa for the Estimation of the Corrosion Aggressivity of
Lubricating Oil at Moderate Temperatures (Metod otsenki
korrozionnoy agressivnosti swazochnykh masel pri umerennoy
temperature)
FEEODICAL: Zavodskaya Laboratoriya, 1958, Vol. 24, Nr 4, pp. 427-429 (USSR)
ABSTRACT: The standard method according to GOST-7934-56 hitherto in u3e re-
quirea an investigation lasting 30 days; in order to avoid this
loss of time a neff investigation method was developed in two
varieties. The new method was worked cut in consideration of the
fact that a change of temperature from 200 to 60-IOOOC causes
acceleration of oxidation but no change of the oils, and,in ac-
cordanoe with the electrochemical character of corrosion, that in
the case of contact being established between two metals of dif-
ferent kind, acceleration of corrosion takes place too. As may be
seen from a schematical drawing test vessels of cylindrical shape
and certain dimensions containing the metal to be investigated
Card 1/2 are mounted on a revolving wheel in the oil. The difference between

A Method for the Estimation of the Corrosion
Aggressivity of Lubricating Oil ILt Moderate
Temperatures
32-24-4-19/67
the two varieties of this method is mainly caused by the shape of
the test vessel and thus of the oil level. Experiments showed that
brass corrodes sooner than steel, and that a simaltaneous presence
of both metals increases the velocity of corrosion still more. A,
rise of temperature as well as the presence of moisture increases
corrosion in accordance with the aggressivity of the oil. The
sensitivity of the method exceeds the standard method because, e.g.
the influence exercised by 0.01% of water in oil upon corrosion is
noticeable. Investigation results showed among other things that
a 72 hours' test at 750 according to 'Che first variety corresponds
to a 30 days' test according to the standard methoa, as well as to
natural wear at 20-500 for a period of 2-3 years In clockworks. A
further saving of time was made possible by employing the second
variety. There are- 3 figures, 2 tabi.:m, and 2 references, 2 of which
are Soviet.
ASSOCIATION: Nauchno-issledovatellskiy institut !:~Ihasovoy promyshlennosti
(Scientific Research Institute of the Clock- and Watch Industry)
1. Lubricating oils--Corrosive effc-o 2. Lubricating oils
--TemperaLure fac,oro Me* 1r,
Card 2/2

AUT9OR: Fuks, G. I SOV169-20.6-13115
TITLE: The Investigation of the Boundary Friction and Adhesion With
the Purpose of Studying the Interaction of Highly Dispersed
Particles (Issledovaniye granichnogo treniya i prilipaniya s
tsellyu izuoheniya vzaimodey8tviya vysokodispersnykh ohas-
tits). 1. Some Boundary Properties of Solutions in Narrow
Flat Clearances Between Solid Planes (1. 0 nekotorykh granich-
nykh svoystvakh rastvorov v uzkikh ploskikh zazorakh mezlidu
tverdymi telami)
PERIODICAL: Kolloidnyy zhurnal, 1958, vol 20., Nr 6, pp 748-758 (USSR)
ABSTRACT: Fri.ction and adhesion of solid bodies in liquids is measur-
ed to study the lubrication properties of these liquids.
The interaction of solid bodies of simple geometric form in
aqueous solutions of electrolytes, surface-active sub-
stances, etc. is here investigated. Figure I shows the
attraction forces of discs separated by turbine oil and
NaCl solution. If the approach of the discs has reached
its highest value, the layer between the disco is called
the residual layer. The speed of attraction depends on the
radius of the discs. The thickness of the residual layer
is influenced by the composition of the liquids and the discs,
the pressure and the temperature. The influence of the
Card 1/3 temperature is shown in Figure 3. The thickness of the re-

:310 V/69-20-6-1 3/15
The Investigation of the Boundary Friction nnd Adhesion with the Purpose of
Studying the Interaction of Highly Dispersed Particles. 1. Some Boundary
Properties of Solutions in Narrow Flat Clearances Between Solid FInnes.
sidual layer decreases with an increase in specific pressure
(Fig. 3, Table 3). The resistance of the residual layer
against thinning in the presence of surface-active substances
is shown in Figure 4. It varies usually between 0.8 and 12
kglsq cm. The loosening of the discs in electrolyte solutions
and surface-active substances depends on the time of contact
and the pressure. The coefficient of boundary thickening
changes in a similar way (Fig. 6). This coefficient for LiCl
solutions increases with the concentration of the solution
(Fig. 7). The boundary viscosity is 1-6 times higher than
space viscosity.
There are 5 tables, 8 graphs, and 27 references, 18 of which
are Soviet, 7 English and 2 German.
Card 2/3

SOV/69-20 -6-13/15
The Investigation of the Boundary Friction and Adhesion with the Purpose of
Studying the Interaction of Highly Dispersed Particles. 1. Some Boundary
Properties of Solutions in Narrow Flat Clearances Between Solid Planes.
ASSOCIATION: Nauchno-issledovatellskiy institut chasovoy promyshlennosti,
Moskva (Scientific Research Institute of the Watch Industry,
Moscow)
SUBMITTED: May 27, 1957
1. Solutions--Boundary layers 2. Liquids--Adhesion 3. Solids
-Adhesion 4. Adhesion--Measurement 5. Lubricants--Test methods
Card 3/3

AUTHORS: Fuks, G. averinag N. Io SOV/20-121-2-3rV:z3
TITLE: The Influence of the Cation RadiuB Upon the Properties of the
Boundarv Lavers of Electrolyte Solutions in W-farfinces Be-hrtin
Mwe Surfaces of (Vliyaniye radiusa kationcot na
svoystva granichnykh sloyev rastvorov elektrolitov v ploskikh
zazorakh mezhdu poverkhnostjami kvartsa)
PERIODICAL: Doklady kkademii nauk SSSR, 1958, Vol. 121, Nr 2, pp. 322 -
325 (USSR)
ABSTRACT: A very weak solution of the chlorine salt of alkali metals or
earth alkali metals is brought between two plane parallel
specular uartz diskal the disks are pressed together (load
unto 8 kdcm2 during 3 - 9 hours). The boundary layer which ie
equal to half of the width of the clearance between the diska
is measuredg furthermore the thickness of the remaining layez
is measured which is equal to half of the solution layer which
cannot be pressed out of the free space between the rInteal
I and the re
then the ratio of the viscositien./I sistance of the
Card 1/3 residual. layer to compression

SOV/20-121-2-35/53
The Influence of the Cation Radius Upon the Propertie3 of the Boundar-i
Layers of Electrolyte Solutions ir. negmwes Bstwaan Pleas Surwis 0-# Qrsats
h' (c.1 - Of
min P P
Eat-cril ft hl - h11
P p min min
is determinedl ht and hO denote the thickness of the
min min ,
boundar) layer at specific loads CrI and I", Then the d-imension.-
p p
lesa coefficient 7 of the buundary thickening is determinsd to
be specified by T w (t pull pull)/~j ; where tpull is the time
during which a tensile stress is applied and 0' 11 is the
pla .
tensile stress,. (The thickness of the investigated boundazy
layer did not exeed OP35/.,,). Numerous resulta of suoh in-
.L
vestigations and of the relationa between the Yarious factore
are given. The influence of the temperature on the magnitude
of T shops that T partly increases exponentially-with the
temperature. Investigations of the dependence of the 'thickness
of the boundary layer of 0,01n- electrolyte solutions showed
Card 2/3 that hmin is the highest when monovaleat cations are used.

SOV/20-121-2-35/53
The Influe4ce of the Cation Radius Unon the Properties of the Boundarv
Layers of Electrolyte Solutions in C146rances Betwen Pl=e Surfaces of Quartz
LiC! - 0,26A , maximum value); BaCl 2has the lowest value of
hmin* Also E reaohes higher values for monovalent cations than
for bivalent ones, but here LiCl has the lowest value of 't and
RbC1 the highest one (concentration: 10 mg-equ/1 at 200C).
There are 4 figuresq 2 tables, and 11 referenceat 10 of which
are Soviet.
PRESENTED: March-7t.1958, by P. A. Rebinder, Member, Academy of Soiences,
USSR
SUBMITTED: February 28, 1958
Card 3/3

LOSIKOV, Boris Vitallyevich, prof., doktor takhn.nauk; PUCEKOV, Nikolay
Gavrilovioh, kand.takhn.nauk; ENGLIN, Boris Abramovich, kand.takha.
nauk; FM, G.I., kand.khim.nauk-, KAVMNA, R.I., k8nd.tekhnonauk;
LITOVE.-r.-A., Vedushchiy red.; FEDOTOVA, I.G., takhn.red.
[Principles of the use of petroleum products] Oanovy primenenita
nefteproduktov. Izd.2., dop. i perer. Kosk7a. Gon.nouchno-tekhn.
izd-vo neft. i gorno-toplivnoi lit-ry, 1959. 566 p. (MIRA 12:3)
(Petroleum products)

5(4)-
AUTHOR:
-zov/69-21-4-22/22
Fuksq G.I.*
TITLEt
I~ERIODICAL:
ABSTRACTs
Card l/ 13
"4.-aw,*WAU
~7oM 'e-m--s"'of Colloid Chemistry at the VIII Mendeleyev Conference
Kolloidnyy zhurna', Vol XXI, 1959, Nr 4, PP 509-511 USSR)
The VIII Mendeleyev Conference of General and Applied Chemis-
try wa.- held in Moscow from 16 to 23 March 1959. The con-
ference Daid much attention to problems of colloid chemistry,
Reports on the solvation of ions and molecules and the struc-
ture of the double layer of adsorbed ions were delivered at
the section on electrochemistry. At the section on chemistry
and technology of polymers, reports were deLvered on the
mechanical properties of polymers with fillers. At the sec-
tion on chemistry and technology of silicates reports on the
properties of argillaceous ouspensions were made, The subsec-
tion "catalysis and adsorption" of the section of physical
chemistry devoted one of its sessions (11 reports) t~ prob-
lems of physical adsorption and ion exchanga. The section on
colloid -,hemistry condticted 6 ses!~ions (one was a joint

SGV/69-21-4-22/22
Problem2 of Colloid Chemistry at the VIII Mendeleyev Conference
session with the section of silicate chemi3try)p at which
57 roj)orts and communications were delivered. The sessions
were attended by 70 to 250 delegates, and the joint session
by more than 600. The sessions of the section were crowded,
which limited the diucussions. The reports of the section
were focussed on the Pollowing problemst 1) surface layers
and thin f ilms; adhesion (10 reports); 2) adsorption and ad-
sorptional interac-6.Lon (11 reports); 3) emulsion and foams
(7 reports); 4) formation of colloidsp strength and ooagu-
lation (11 reports); 5) physico-chemical mechanics and stru-
cturizing processes ~11 reports); 6) sei.-iicolloids and disperse
systems in polymers U reports). Each of these problems was
discussed at a special session of the section. The reports
of V.P. Smilga. ~:,d B.V. DeryaCin were devoted to the role
of electrons in the adhesion theory, and the reports of N.A.
Card 2A3 Krotova and L.P. Morozova were on adhesional connection and
the methods of its investigation. Yu.F. Deynega, A.V. Du-

SOV/69-21-4-22/22
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
Card 3/13
manskiy, G.V.Vinogradov and I.Ye. "Neymark delivered reports
on the c"fect of the surface and its mod4fication on t~e
dielectric properties of some disperse systems. V.V. Karasev.
and B.V. Deryagin reported on new results in the measuring of
the viscosity of find wall (pristennyy) layers of a liquid
with the aid of the viscometric blowing out method. G.I. Fuks
reported on the results of model investigations of ;-l-emen-
tary acts of interaction of solid particles in electrolyte
solutions and showed the influence of electrostatic repulsion
of diffuse layers, of hydrated ions and the surface properties
of particles on this effect, in dependence on the distance
between the particles. I.I.S. Ostrikov reported on his method
of visual investigation of the development and "self-heal-
ing" ("samozalechivaniye") of cracks in transparent material
at the change of the load. ',Vith the aid of this method the
author modelled and studied drying and soaking processes of
disperse and high-molecular systems. T'le report of S.I. Popell

3OV/0'9-21-4-22/22
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
Card 4/13
w,is on the interphase tension of iron at the interface with
a silicate smelt (measuring by the form of the drops), and
the report of II.V.Pertsov was onthe surface activity of
liquid metallic coverings and their effect on the strength
of the metals. A number of reports on adsorption and ad-
sorptional interaction were concerned with the theoretical
and practical aspects of this problem. Deep-seated pitch
coals, which are taking on an ever-increasinE importance
in the national economy of the Belorusskaya and adjacent
oblasts, were minutely characterized in the work of N.F.
Yermolenko and Z.A. Krivchik, who reported or, the structure
and the adsorptional. activity of these coals. A.B. Taub-
man and S.A. Nikitina considered tile role of the kinetic
factor in adsorption and vietting phenomena and showed., that
for the practical use of wetting a,7ents for the interception
of dust their efficiency can be determined nct so much by -
high surface activity under static conditions as by the ca-

-0-,-169-21-4-22122
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
pacity of quickly forming e-.ulibrium adsorDtion layers.
P.I. Yer:nilov tcld of his studip~-, into the dooendence of
the efficiency of alkyl phenol poly- thyleneglycol ether
solutionn on their structure. i.Ye. Neymark reported on
the results of his study of the effect of ch2mical modifi-
cation of mineral sorbent surfacoo on the ad3orptional pro -
perties of' the sorbents. P.V. Moryganov considered the thermo-
dynamics of the dyeing process of cellulose fibers, B.N.
Mellnikov propoz,~d equations for the dez:,cription of the
kinetics cf fiber dyeing. V.P. Androsov described the effect
of different factors on the selection of S01;3 ffromvats
by synthetic fibers (caprone and nitron). A.A. Kbarkharov
reported on his investigations in the field of dyeing syn-
thetic fibers (nitron and lav3an) with soluble -Lnd inso-
lubl,p dyestuffs, The reports of A.A. 7.'OrOZO,,,
1. , R.111. Dranit
3kaya and Ye.K. Tsuguy on the division of gri~en and violet
raodificationo of c,romium sulfate and the renort of G.V.
Card 5/ 13 Nemirov on tho 3orption on cellulos.~ from aqueous solutions

3OV/69-21-4-22/22
,roblons (if Colloid Chemistr~, at the VIIII MlendeleZ(ev Confercnee
of some -alto concerned special problems of a'I'sorPtion
of electrolytee and the properties of adsorbents. The
communication of Ye.M.Kazakov and G.A. Kitayev or, electron-
microscopic investiCations of the film formation mechanism
of copper hydroxide on a solid surface belonged to the group
of reports devoted to the problem of adoorptional interaction.
Although for formal reasons the session of the section deal-
ing with the problem "emulsions and foamo" was opened with a
report of V.F. Boyko, the inve3tigationo of this author ex-
ceed the limits oil this problem and are devoted to the de-
velopment of a method of plotting diag-rams, which show com-
position, state and properties of mt,.1ticompoLind disperse
systemo. Ye.1,1. Ale4sandrova, V.11. Tsvetkov and N.j. liazumik-
hina reported on their works, concerning non-cl~actrolytic co-
a6;ulation of poLystirole latexes. The report o--;' Yurz-
Carcl 6/13 henko and !:.V. Wchcr wao devoted tc sc,mc peculiarities in
the course of chain reactiona in h.-drocarbon emulsions sta-

SOV/0'9-21-4-22/22
Problcms of Colloid Chemistry at the VIII IMendeleyev Conference
bilized by surface-active emulsifiers. A.B.Taubman and A.F.
Koretskiy reported on the role of the structuro-mechanical
properties of adsorbed layers in the stabilizing action of
solid emulsifiers. MI.A. Korbuz delivered a report on "the
Role of the Emulsifier as Kinetic Factor of Emulsional Acidi-
fication of Hydrocarbons". S.M. Levi reported on the investi-
gatuion of structuro-mochanical properties of gelatine and
photooraphic emulsions, which permit the establishment of a
number of dependences necessary for the development and sub-
stantiation of the technology of spreading light-sensitive
emulsions on supports. M.B. Radvinskiy reported on the me-
chanism of the effect of chemical foam-extinguishers and pro-
posed a nex scheme of production of an efficient foam extinc-
tion device applicable to systems .,.hich boil under preosure.
The report of the head of the Dutch school of colloid chemis-
tryq G,Kruft (G.Kroyt), which opened the discussion of the
Card 7/13 problem of formation and stability of colloids showed the

SOI/69-21-4-22/22
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
relativity of th,3 border betreen Simple and polymeric
molecules. The Yugoslav chemi:3t B. Telak reported on in-
vestigations intended for the design of plane and volume-
tric models of disperse systems, which are in the process
of sedimentation. Z.Ya. Berostneva and V.A. Kar,~,in reported
on the cry!~tallization ".Iechanism of colloid titanium diox-
ide. This work appeared a.,, the continuation of a series of
electron-microscopic investigations of the authors, in-
tended to clai-ify the mechanism of formation of colloid par-
ticles. B.V.2uryagin delivered two reports. In the first of
thoset oriE.,inal devices for the investigation of disper5e
systems or surface particles in the flow (flow ultramicros-
cope flowineter of condensation nuclei etc)vrere described.
In the second report, he considered the peculiarities of
Irieterocoagulation, the elemento of the theory of this
.affect, and he deocribed model experi,.-.ents, rhich confirm
Card 8/1, the foundat~.on of the theory. Yu.M. Glazmaan and D.N. Stra-

.;0V/0'9-21-4-22/22
Problems of Colloid Chemistry at the VIII IMendeleyev Conforence
zhesko delivered a report on'the Significance of Adsorptional
Phenomena in the Mechanism of Coagulation of' Lyophobic Salto
by Electrolytes". In his reporl on the prepF-ration ~_,nd the pro-
perties of concentrated metal salts, E.L. Natanson -eneral-
ized his prolonged research in ttiis field and poin ted to a
number of practical applications of mettl sols. The commu-
nication of S.G. Telotov was devoted to the results of the
investigation of t~,e reversibility of hydrosol Pe 203 -dry eel,
and to the effect of copper acetate on this prozess. in his
report S.Ye. Kharin kon the example of colop6ny salts and
transformer oil emulsions) considered the appli.o.ability
of thermodynamic methods for the description of the sta-
bility of equilibrium (more correctly - conditi=al equi-
libirun...) colloid systems. f".3. Lyalikov r~aported on in-
vesti[;ations of the recry3tallization proces~3 of Dolydis-
perso systems stabilized against aggreCation. in !,he report
of E.M. 3i'in the theoret-Le'al an~! experimental investiga-
Card 9/13 tions of the author in th~L field of saccharoi3e -.rystalli-

3-,7/0'9-21-4-22/22
Problems of Colloid Choniii3try at the VIII Mendeleyev Conference
Card 10/13
zation were generalized. Problems of physico-Chemical mecha-
nic3 and structurizing processes were discussed at the joint
ses.sion of' the sectiono of colloid chemistry and silicate
chemistry. The discussion was opened with a report of P.~.
Rebinder "Basic Problems of Physico-chemical !,echanics of
Dioperse and High-Molecular Structures". Ye.Ye. Segalova
reported on her works in the field of the kinetics of the
development of crystallization structures and of the in-
crease of their stability. O.I.Luklyanova reported on the
structuro-chemical conditions of stabilization of sulfates
by hydration, and Ye.B. Andreyeva - on crystal structuriza-
tion of calcium hydrochlorine aluminate. 1M.P. Volarovich and
I.V. Churayev reported on the results oi
the investig-ation of the physico-chemical properties and
the structure of 'neat, vith the Lid of radioactive isotopes.
In the reports of N.V. Mikhaylov and Ye.Ye. 'Kalmykova, and in
those of N.V. Mikhaylov, the physico-ch,~.-,iic;_il theory of

SOV/65-21-4-22/22
Problems of Colloid Chemistry at the VDIMendeleyev Conference
concrete and its individual applications were further de-
veloped. The structurizing role of fillers in the cement
paste was demonstrated. O.P. Mchedlov-Petroeyanp P.A. La-
tyshevp A.G. Bunakov and N.A. Levchuk reported on "the
Thermodynamic Investigation of Cement Vibro-Activation".
The author considered the mechanism of the hardening of
variously-composed cements. G,I. Logginov reported on the
rules governing the binding of calcium oxide with quartz
sand. The report of G.V. Tsitsishvili, D.N. Barnabishvili
and K.Ye.Avaliani was devoted to the adsorptional pro-
perties and the structure of montmorillonites. The physico-
chemical foundations of the formation of a metallo-ceramic
body were set forth in the report of V.N. Yeremenko. The
reports on senicolloid and disperse systems in polymers con-
cerned specifie4, but important practical or theoretical
aspects of these problems. To this category 'oelonged the
Card 11/13 report of V.I. Yakimova, SoLe Talmud and Y.P. Mlishchenko

SOV/69-21-4-22/22
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
on the interaction of cellulose with liquids, the communi-
cation of M1.I, Knyaginichev and Yu.R.Bolkhovitina on the
properties of starch in salt solutions, and the report of
A.A. Morozov and SoN. Stavrov on the results of the investi-
gations of cation-substituted ipecimens of Black Sea agaroid
and White 5ea arar-agar. L.I.Belent kiy, M.Ye. Kazanskaya and
T.V. Bromberg reported on their -,-,-ork in the field of dye-
stuff absorption spectra. The displacement phenomena of
these spectra permitted evaluation of the molecular inter-
action in senicolloid sy.,,temo. E.V.Prisman reported on the
application of the method of inveotij~ition of (double light
refraction for the det,;rminatiQn of the form of' macromole-
culas in the solution. A.P. Demchenko reported on "Lyophilic
Property and Some iroblems of the Theory of Directed Deter-
.gent Synthesis". The work of the section of colloid chemistry
was summarized in a conclusive report of its heat P.A. Pe-
Card 12/13 binder. In its decisions, the section welcomed the success-

SOV169-21-4-22122
Problems of Colloid Chemistry at the VIII Mendeleyev Conference
ful development of applied and theoretical colloid chemistry
in the Soviet Union. The work of the section of colloid chemis-
try of the VIII Mendeleyev Conference number and significance
of delivered reports yielded little to the work of normal con-
forences on colloid chemistry, despite the fact that the last
of this kind was held in Tbilisi less than a year ago. The vo-
lume of "Kolloidnyy zhurnal" does not correspond to such a
development of the science of colloids, which leads to con-
siderable delays in the publication of the works. The section
appealed to the AS USSR to increase the volume of Kolloidnyy
zhurnal by no less than 5TIo. Welcoming the rise of a nor. branch
of science, physico-chemical mechanics, the section appealed
to the AS USSR to speed up the organization of an institute of
physico-chemical mechanics. In its decisionst the section also
posed the problem of the organization of a permanent-working
colloquium on colloid chemistry and Planned for the organiza-
tion of a normal conference on colloid chemistry in 1961,
Card 13/13

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P-."m tmsr-- P d-* .(~"o -wo .4 -6 -Sd
n T-9"" j.
P I..Z- -4 '(".1)
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Xm- T-n-minp -0
To---U m -I%- t 1=1 -W
paj,,ddy p.. lz
m.-&.d uw-

FUKS, G..-I-.. -
Reduction In the hardnc23 of quartz and ruby induced by adsorp-
tioa in solutions of neutral electrolytes. Koll. zhur. 22 no-2:256-
258 Mr-Ap 160. (MIRA 13:8)
1. Uauchno-ioaledovatelInkty inntitut chasovoy pror7shlennosti,
Moskva.
(quartz) (Rubles)

FM, G.I.; MIMIMTUX, &.8,
Measurements of boundary friction and adhesion, designed. to
determine the interaction of highly disperse particles. Part 3.4
Effect of neutral electrolytes on the friction of quartz, ruby
and agate at higii contact pressures. Koll. zhur. 22 no. 6.720-
729 M-D 160. NIRA 13:12)
1. Nauchno-isaledovatellskiy institut chasovoy prom7ablennosti,
Mookva.
(quarts) (Agates) (Rabies)

157 1/ 0 80068
AUTHOR: Puke, G. I. S/020/60/132/01/0434064
B004/B0O7
TITLE: The Mechanisms of the Action of Neutral Electrolytes on the Cohesion
of Particles in a Coagulation Structure
~k
PERIODICAL: Doklady Akademii nauk SSSRI 1960, Vol 132, Hr 1, pp 164 - 167 (USSR)
TEXT: The author investigated the influence of electrolytes on the interaction of
particles by measuring the thickness and the resistance of the boundary layer of
electrolyte solutions between polished plane-parallel quartz disks (Ref 4) and
by measuring the friction of a spherical surface of negatively-charged quartz and
positively-charged ruby in the electrolyte (Ref 5). The distance between the
quartz disks was varied between 3 - 5 and 0.02)w and measured. Contact pressure
was between 0.04 - 10 kp/cm2,. The kinetic cohesion of the quartz dinks and the
time of their separation depends, as shown by table 1, on the composition of the
solution. It follows from table 2 that also the thickness of the remaining
layer depends on the composition of the solution. From the data obtained the
author draws the conclusion that the distance between the quartz disks depends
on the thickness of the diffuse layers-of adsorbed inne and on the interaction
of these layers. For the repulsion of the diffuse layers equations were derived
Card 1/3

80068
The Mechanisms of the Action of Neutral S/020/60/132/01/43/064
Electrolytes on the Cohesion of Particles B004/BO07
in a Coagulation Structure
by B. V. Deryagin (Ref. 6) and A. N. Frumkin (Ref. 9). The author gives the
equation in a now form. Fr - KZ2C exp(-hKZYC-)$ where F denotes the repulsive
force of the conjugate diffuse layers, Z - the ion charge, C - concentration,
and h - the distance between the surfaces. Fig. 2 confirms the agreement of
experimental data with the values calculated according to this equation for
electrolyte concentrations up to 8 - 10 mg-equ/1. In concentrated solutions
non-electrostatic factors of interaction occur, probably because of further
or secondary hydration of the Iona (Refs. 10, 11). Table 3 gives the coeffi-
cients of friction of ruby and quartz in 0.001 N solutions of neutral electro-
lytes. The data do not follow the equation derived for the repulsive force.
The coefficient of friction depends on the charge number of anions and cations,
which indicates the participation of ions not bound to the surface. Fig. 3
shows the dependence of the coafficient of friction of ruby and its wear upon
its microhardness which is differently influenced by the electrolytes. There
are 3 figures, 3 tables, and 13 Soviet references.
Card 2/3

,rhe Mechanisms of the Action of Neutral S102SIOM 32/01/43/064
3lectrolytes on the Cohesion of Particles B004/BO07
In a Coagulation Structure
ASSOCIATION: Nauchno-isaledovatellskiy institut chasovoy promyshlennosti
(Scientific Research Institute of the Clock- and Watch Industry)
PRESENTED: December 8, 1959 by P. A* Rebinder, Academician
I
S
UBMITTED: December 1, 1959
Card 3/3

PHASE I BL'.K EXPLQIIATI~N
konforqntsly& p0 trqrllyu I lzn~su v =Aanlnakh. 3d.

OldrOdInamlebeekays t*orlyg srA:kI. Opory skol'zhenlyA. Smaxka
I smatochnyys watorialy (Hydrodynamic Theory or Lubrication.
and Lubricant KateriAls) PE03COw,
tio
l
t
n
ca
Slip Bearings. Lubr
lad-To AX 333M. 422 V. Errata aLlp Inserted. 3.SO0 Copies
printed. (SerItst Itat Trudy . v. 3)
Sponsoring Agency: Akadenlya nauk SEER. Jrstitut mashinoVedentyx
Reap. 194m. for the Section "Hydrodynamic Theory Of Lubrication
-
and 311P Bearingd'- Ye. N. Outlyir, Professor: Doctor of Tech
'
ofessor Doctor of Tech-
P
r
yachkov.
Ic41 Sciences. and A. 9. D
for the Sectlon,&LubricatIon and
Ed
4I 3clences; Rasp
:I
.
.
c
Imbricant PlatorLalsh 0 V. Vinogradov, Professor. Doctor of

a. Klebanov;
chemical sciences; Ed. r Publishing HOus&2 K. Y
Tech. Ed. t 0. M. Due Ikovs.
pURP=z This collection or articles to Intended for VrictlcLng
engineers and research a clentists.
__d6iiiaafi Tn* collection. publlab*d by the Institut eashino-
ved*nlya AN 33SR (Institute or 3cience or vuenints. Academy
of Selences.03N) contains PaDers, present** at the III
7a Iccnferentstya po tr"Ilyu . 7 =:-- "th
119=n -Union Conference on Friction and Wear In riachlne$
,hlc 'van held A?ril 9-15. 1958. Probltas discussed -ere In
i
-
.
I T%aory or Lubrication and
I
Nydrodyn"La Theory (Cont. )
JLully". A-14- Results Or the VOrk Of the AzIll M?
Wirb4idxhan Scientific Resear
t
h Instit
f tn.
u
e o
c
Petroleum XndustrYL) In the Field Of Synthesis, IMV~Mtl-
ptlon, and Application of Additives to Lubricating Oils 366

X
ructLk
Q-- PLI. BOrOvsym, and V.-D. Razn!kOv. Change
:y
tb
1b.
;,
In t
' Co"P`08"'O'n And In the Opera 1 9 Properties
;
of Oils Dur
Use In an Engine 3T3
;a
1-M-X_ 3.. and R_jh_=-R. Nechanleft of the
C6_rrOs1vV AttIvity of Oils and the Protsctlv* Action
of Additives 141
PA&L-2-j_ N_Y*
Gal-Xiova. Z--YAL xlryushov,
i
nd
02
2
On
y1yuk,
the
ApplIcAbLIlty
1 4
ra
s
a 3 t, .
,
.
,
.
thetle late A iu Kat rig 8 386
;=
'
Fuk' a 1 ~ and X-1- YATOrIna - Lubrtc&t.'ftg C&P4clty And
Of the Boundary Layers of' Oils (Phyalcal 3-.Cnl-
f2cance and Char,49tristles of the Lubricating Capacity or
OILS)
-
in in
OT and Z.rudnxy, MochanIcal D.Struc-
tl" 3;1-tIong or P-IYN.r I
l
-

Flow
n a (
1959 U
-*r the tltI-2 'NoChanical Destruc P
ubllshod In
tion of Solu_
"One of ftIrls0butYl.n. In Xln*ral ojl.-~
t4kh"logtra t*V1lv 1 ffins
1% X (*Xhlmtya I
9
O. 2,1
Fsvlov, V- P- RIA4tle-Endurance porpt,t~

arAterl"a (- AN SEEM CrX.- 'Makhanika I mashino-
trOyOni"; Is'
XO. 2. 1959)'

V;!&nOT4- T*- X- and 3. 0. Arabyan. Development of an
tolerate
114thOd for Testing Oils rg r Diesel
Tractor* (I Trek tOr7 I 04I'khOzx44hln
' N
y,
o. 9, 1958) 404

XMINOV. Te.A.; OSM. U.N.; PAT=OV, I.P.; CMMAVTSHV, N.A.; HAZIRIN, I.T.;
S- a-I-- VLADZIYNMI-Y,!' A.P.-, PATSMOT, I.P.; ATMIR7, A.T.;
LOPOYAN, G.S.; PETROV, G.G.; KOZORSZOVA, A.A.; LISITSKIT, K.Z.;
TAKOBI, N.A.; BZLYANCHIKOV, G.P.; IVAROV, V.S.; VCROHOV, N.M.; RU-
HYANTSEV, V.A.; ZILLER. G.K.; BMZHNAYA. V.D.; LITINA. Te.S..
vadushchiy red.; TROPIMOV, A.Y.. takhn.red.
[Manual on the uses and consumption standards of lubricants] Spra-
vochnik po, primeneniiu i normam raekhoda smazoehnykh materialov.
Moskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry.
1960. 703 P. (MIRA 13:4)
(Lubrication and lubricants)

PUTILOVA., lys, Niko3AyeT=j. PrImimal ucMstiyeKM, G.I* PAVWVAp
N.N.0 red.; GCROXWVA, S.S., takhm.red-.----
Daboratm mamial of conoid chemiotry] Rukovodstvo k prakti-
cheskim zaniatiiam po kolloidnoi kbJvnii (glavy 7-9 soat.G,I.Fuks)o
lzdo/+op parer* i dopo Moskvap Goo.izd-vo *Vyaahaia ebkola.,"
1961. 341 P. (MIU 150)
(c*noids)

MMYAGIN, B.T., otv.red.; VADUTArATA. N.H., red.; KROTOTA, N.A.. red.;
.KUSAKOT, N.H., red.; NWIN. S.T., red.; PROKHOROT, P.S., red.;
TALAM, X.T.1 red.; FUS, G.I., red.; RANKTITSIR. A.L.,
red.izd-va; RILIKA, Tiij."'; 1-e'-khn.red.
[Investigations in the field of surface forces; ciolleation of
reports made at the Conference on Surface Forces. April 19601
Issledovaniia v oblosti poverkhnostnykh ail; abornik dokladov
na konfarantaii po poverkhnoatnym silam, aprell 1960 g. Moskva.
1961. 231 p. (MM 14:4)
1. Akademiya nauk SSSFI. Inatitut fizicheakoy khinii. 2. Chlen-
korrespondent AN SSSR (for Deryagin).
(S=face chemistry)

31900
S/645/61/000/OOCI/006/007
E075/W5
AUTHOR: Fuks. Gil.
TITLE: Properties of solutions of organic acids in hydrocarbon
liquids at solid surfaces
SOURCE- Konferentsiya po poverkhnostnym silam. Moscow, 1960.
Issledovaniya v oblasti poverkhnostnykh sil; sbornik
dokladov na konferentsii. Moscow, Izd-vo AN SSSR, 1961~
At head of title: Akademiya nauk SSSR. Institut
fizicheskoy khtmii. 99-112
TEXT: A number of investigators have shown in the past decade
that surface forces can penetrate liquids to a depth of many
molecular layers. In the present work, a study is made of the
properties of boundary layers which are formed on solid surfaces
by the hydrocarbon solutions of organic acids. An attempt is made
to determine the relationship between static or quasi static
properties of the layers, the structure, composition and
concentration of the acids (mainly fatty acids) and the composition
of solvent. The apparatus used consisted of two flat parallel
discs (diameter 2 to 17 mm) with small holes in the centre. The
Card 1/5

.31900
S/643/61/000/000/006/007
Properties of solutions of organic ... E075/F,485
discs were thermostated and placed in liquid under study. The top
disc was rigidly attached to a parallel plate condenser, one plate
of which moves together with the disc. The capacity changes In an
electric circuit connected to the condenser measurf4d the distance
between the dist~s in the range of 0.02 to 5-- 10 m.-Lcrons vrith a
precision of 0.01 microns. The liquid between the di CS was
gradually squeezed out by a pressure (0.08 to 30 kg&O) applied to
the top disc. The surface finish of the discs was such that the
boundary layers having a thickness greater than 0,02 mi~--rons ~.ould
be investigated. Resistance to rotation of one disc relative to
the other was measured by a. suitable spring systlem. It was shown
In the initial gxperiments that the rate with which the distanf~.e
between the discs decreased, whilst liquid is forced out from the
gap between them, is given by the Stefan-Reynolds equation for
distances above several tens of microns. However, the rate of-
liquid displacement from the gap under a given load decreases
markedly when the distance falls to lower 7alues. Finally a
residual liquid layer remains between- the d,,s:.s whi,-h cazinot br-
displaced by the pressures used. Low molecular weight
hydrocarbons investigated Ocenzene. n-hexane c-rclo-hexane.,
Card 2/5

31900
Sl&r51611000100010061007
Properties of solutions of organic ... E075/E485
isooctane and n-decane) did not form the residual layers in
contrast to mineral oils and hydrocarbon solutions of fatty acids.
The load applied to the discs determines the thickness of the
residual layer. Its resistance to further compression grows as
the thickness decreases. When the load is temporarily decreased,
the thickness increases; this demonstrates the existence of a
cleaving pressure of the residual layers. The results presented
show that; a) the thickness of the residual layer formed from
hydrocarbon solutions of fatty acids depends on the chain-length of
the acid, molecular structure of the solvent and the nature of
solid surface; b) the thickness of the residual layer is a
linear function of the chain length of the hydrocarbon radical;
c) Vae thickness increases with the increasing concentration of a
fatty acid dissolved in low-molecular weight hydrocarbons:
mineral oils, which themselves form thick residual layers, are
less sensitive to this concentration effect; d) the thickness of
oriented layers is affected ("softened") by increasing temperature,
slowly at first and more rapidly as the heating progressesi
however, at temperatures near 100*C, the layers are still not
completely destroyed; e) solvents take part in the formation
Card 3/ 5

C) (j C,
643/61/000/000/006/007
V
Properties of solutions of organic ... E075/B485
of residual layersi it is postulated that the molecules of
solvent are situated between the ends of hydrocarbon chains thus
lowering their interaction; this effect depends on the structure
of solvent molecules; f) the resistance to displacement (flow) of
the residual layers and, consequently, the static faricticn under
condition of boundary lubrication, is determined by the thickness
of residual layersi in ths case the role of the fatty af:~ids Is to
increase the cleaving pressure (which is proportional to the length
of fatty acid molecules) but for a constant thickness of the layers
the length of the molecules does not influence the static. friction.
B.V.Deryagin, M.M.Kusakov, N.I.Kaverina, S.M.Serikova,
N.I.Rydenkov and G.S.Bratova are mentioned in the paper for their
contributions in this field. There are 13 figures, 2 t&bles and
21 references: 12 Soviet-bloc, 2 Russian translations from
non-Soviet-bloo publications and 9 non-Soviet-bloo. The four most
recent references to English language publications read as follcwsf
Ref.?a A. Moore. Proc. Roy. Soc., Ser. L, 195~ 231:
Ref.l~. F.Bowden, D.Tabor. The Friction and D;'tril-a~-~on of Solids~
Oxford, 1950; E.Tringle. Trans. Farad. Soc., 1'-4-50, nc,246; 9,-.
Ref.18: J.Menter, D.Tabcr, Proc. Rov. Sor-, S,~-r, A 101~6_ v.204514,
Card 4/q

31900
S/643/61/000/000/006/007
Properties of solutions of organic .. EO?5/E485
J. Sanders, D. Tabor, ibid., 525;
Ref.21: J. McBain, Colloid Science. Boston, 1950, 17;
J. Hess. Fette and Seifen', 1939, 469 572.
ASSOCIATION: NII chasovoy promyshlennosti Gos. Komiteta Soveta
Ministrov SSSR po avtomatizatsii mashinostroyeniya
(NII of the Watchmaking Industry, State Committee of
the Council of Ministers of USSR for the
Automatization of Machinery Construction)
Card 5/5

3/08V62/000/005/076/112
B162/B101
AUTHOR: Fuks, G. I.
TITLE: The mechanism of action and the effectiveness of additives
which increase the lubricating capacity
PERIODICAL: Referativnyy zhurnal. Xhimiya, no. 5, 1962, 527,
abstract 51,1210 (Sb. "Prosadki k maolam i t6plivam".
M., Gostoptekhizdat, 1961, 228-238)
TEXT: This is a critical review. Proof is given as to the polymolecularity
of the boundary layer of a lubricant. On examining the mechanism of the
lubricating action of oils it was concluded that additives which increase
the lubricating capacity of oils are substances which, when added to the
oil, lessen the resistance to the mutual displacement of the contacting
solids and which increase the resistance to the thinning of the boundary
oil layer. 'When selecting additives it is necessary to take into account
the thickness of the oil layer between the components, the rate of displace-
Card 1/2

S/081/62/000/005/078/112
The mechanism of action ... B162/B101
ment, the mechanical and chemical characteristics of the solid surfaces,
and the composition of the oil. 41 references. -~bstracterls note: Complete
translation.;
I
Card 2/2

Synthetic watch-lubricating oils. Priborostroenie no.C:24-26 My 161.
1
(MIRA 14:5)
(Clocks and watches-Lubrication)

FUKS) G.I., doktor tokhnonaukp prof*
Use of tableo for calculatirg the adiabatic process of in ideal gas.
Izv# vys, ucbebo zave; energ. 5 no.6:123-127 Je 162. (MIRA 15:6)
1. Tomskiy ordena. Trudovogo, Krasnogo, Znameni politekhnicheskiy institut
Jm-mi B.F.Kirova. Predstavlena kafedroy teoreticheskoy i obahchey
-;,eplotekhniki. (Gases)

STREL TSOV V. V. ; SHCHU111, V. X. - REBROV,, A. K. ; 1~ , G- KUUTEIAXE S.S.;
1 J.,4 Y
LYKOV, A.V.1, PREDVODITidV: A.S.; KOIIAKOV, F.K.; DUSHCHENKO, V.P.;
MAKS314OV, G.A*; KRASEIKOV, V.V.
Readers' response to I.T. Ellperin's article "Terminology of beat and
mass transfer" in IFZh No.l., 1961. Inzh.-fiz. ::hur. 5 no-7:3-13-3.33
ii 162. (MIRA 15:7)
1, Wmiko-tekhnologicheekiy institut, g. Ivanovo (for Strelltsov ).
2. A-riatsiomyy instituts Kazan$ (for Shchukin, Rebr(rr). 3. Poll-
tekhnicheskiy institut,, Tomsk (for Fuka). 4. Institut teplofiziki
Sibirskogo otdoleniya AN SSSR Novosibirsk (for Kutatcladze). 5.
Fnergeticheskiy institut All i&R,, Rinsk (for Lykov). 6. Gosudarstven-
nyy universitet imeni Lomonosova., Moskva (for Predvoditelev). 7. *
Institut inzhenerov zheleznodorozhnogo transporta,, Moskva (for Konakov).
8o Institut legkoy promyshlenrosti., Kiyev (for Dushchenko).
9. Voesoyu:;n zaocImyy institut pishchevoy promysh2ennosti., Moskva
(for Maksim ~Y- 10. Tekhnologicheski 'institut pishchevoy
promyshlennosti, Moskva (for Kragnikov
(Ifeat-Transmission) 6as irmsfer)

16 -6)
FPH/LW (J:)/L?17(c)/k-Am& (i)/BDS/J~S
Ps-4/Pc -- 3Pr-4/Pab-4 .RK/WW/'W/MAt/hJ W)-2 AMC11,~?GCIEW-31SM
:ACCESSION M - AP3004220 8/006i--
'AtTrHORS1 Pukas G-',~-Olekherov, (Deceasod)
T ITT LE tApproaches to the use of fluo jdrocaibons ~d chlorof luarobvdrocarbons
roh
as highly stable inst7=ent
ila\
OpUv. I masel, not 7P 1963# 58-6.,!:
SOURCE: xhlriiya i tel4woloal4a t
T OPIC TAGS s hydrocarbon instrument oil, friction coeffic-ientj fatty acidt
-oolioid solutionj boundary layer
BORACT s Highly dispersed (colloidal) suspensions of up to 0.04% fatty acid in
luoro--and chlorofluorohydroci ons were prepared by the condensation method and
i- th a co-solvent (chloroform or carbon tetrachloride) subsequently distilled off.
T e coefficients of frIation of steel vs* steelf steel vs, rubyp and, in some
stances, Alloy VK-6 vs. ruby, were then determined for a range -of temperatureal.
dditive concentrations, and numbers of carbon atoms of the fatty acid additive.
It was found that the dispersions prepared are stable and are good,lubricantall-/
attemperaturen above the malting point of the dispersed fatty acid* It is
postulated thatthe fatty acid is-only able to form the necessary boundary layers
from the molten state. Orig. art. bast 5 figures and 3 tables*
Card 1/#
ASSOCIATION: Sc.ientific.Research XMM Institute for the Watch-Ind4trJ,#~

FUKS,,,,.~'.1.,.doktor takhn. nauk; FUKS, L.G., Anzho
Caymorning to error in -the. handbook. "Engineering thernodynamicam
by M.P. VWcalovich and IpI. Novikov, Izvo vys. ucheb. zav.;
energ. 6 no.9:121-122.S 163. (HIRA l6tl2)
1. Tomskiy ordena Trudovago Krasnogo Znameni politeklmicheskiv
institut imeni S.M. Kirova. Predstavlena kafedroy teoreticheskoy
i obshchey toplotekhniki.

PAS, G.I.; NIKOLAYEVA, N.I.
Determination of maxiAu*, shear stress by means of a conic plastometer
of increased sensitiviti. Zav.lab. 29 no.1l.-1339-1341 163.
(MIRA 16:12)
1. Nauchno-issledovateltakiy institut chasovoy promyshlennosti:

8/0124/63/000/(a2/MU/M22
ACCESSION NR; AR4015133
SOURdE, Rzh. Makhanikas Abe* 12B734
AUTHM Fasp Q*I*
TITLE: On the computation of ideal gas mixiAg processes
CITED SOURCEs Izv. Tomskogo politekhn 'in-ta; 't.119, 1963, 34-38
TOPIC TAGS; ideal gave Ideal gas mixture# gas mixture
TRANSLATION: The,author examines the mixing of ideal gazos in the presence of
heat transfer. Section I deals with a method of computing all of the mixture
parameters: the temperature. total enthalpy. velocity. el al., which are in-
volved in the mixing of nows of the individual gases. Her it is &3sumod that
all of the gas parameters prior to mixing, as well as the gas mixtize pressure p
and the cross-sectional area of the chaimel S are given. In Socticin 2 he pro-'
sents the appropriate method of computation for mixin processes lit & constant
volume. The computational methods described are based on the use (if thermodynamic
Card 1/2

to
ACCESSIM XR: AR4015133
property tables for iases and molar formulase 460 of th"o the
imethods turned out to be relatIV01y ".10. Vaio Kuptoovo
DATE ACQ: AWcO so cooticsn ENCL: 00,
Card 2/~

FUKS, G.I.; NIKOLAYEVA, N.I.
Effect, of neutral electrolytes on coagulation interaction in a
sqspension of glass globules. Dokl. AN SSSR 153 no.2:398-400
N 163. (HIRA 16:12)
1. Nauchno-issledovatellskiy institut chasovoy promyshlennosti.
Predstavleno almdomikom P.A.Robinderom.

FUNSp G.I.; BRATOVAV G.S.
Effect of organic acids on the boundar7 friction end
sticking of solids in bydrocarbon liquids, Dokl. M SSSR
1'53 no-5:1i25-u28 D 163. (MIRA 117: 1)
1. Nauchno-issledovateltakiy institut chasovoy prorWshlen-
nostie Predstavleno akademikom P.A. Rebinderom.

EMINOV, Ye.A.; SD.'ITSYII, V.V.; OSMI, R.N.; CIIEKAVTSEV, N.A.; PATSUKOV,
I.P.; USOV, A.A:; RKS, G.I.; VLADZFIEVSKIY, A.P.; AVDP-,Y-VV, A.V.;
ARZM,Iff,OV, Sh.P ; PfN6V-,b.G.; KOZORIEZOVA, A.A.; LISITSKrr,
K.Z.[deceased]; YAKOBI, 1.',.A.; BELMICHIKOV, G.P.; IVAI-.,OV, V.S.;
VORONOV, IT.M.; RthIYANTSEV, V.A.; TROMIUK, V.A.; BERSIITADT,
Ya.A.; ZILLER, G.K.; BEREZIMAYA, V.D.; KLEYI-010VA,K.F., ved.red.;
TITSKAYA, B.F., ved. red.
[Manual on the use and norms for the expenditure of lubricants]
Spravochnik po primeneniiu, i normarn rasklioda sirazoclinykll mete-
rialov. 2. perer. i dop. Izd. 1,1,oskva, Khimiia, 1964. 855 p.
(1.!l RA 18: 3)

- F-UK5, .,.
I tind pregerta"I on of th~.- secon.J inw In a ~ouTse of
ynam ;--. Tz-v. TPT '.1,15: --*2 1 ";
te~!-n.~csl thermod , i,, F - 0-
W:RA l8t8"

L 493h-66 EwT(m)/EdP(w)APF(c)/TA
Jil/WW/DJ/GS
~ACC NRt AT502~676 SOURCE COD& UR/000)/65/00&/,1X)6/0228/ 2
AUTHORS a I hand.-A I smac _2
k Yu, M~
ORG.- Scientific Committee on Friction and Lubricationp AN,ZSSSR ~auclxr*`Y GOVOt PO
trenlyu i smazkam AN SSSR)
IL
TITLE: Means for decreasing friction torque'in miniature sleeve bearage
SOURCE3 AN SSSR& NauchW sovet po treniyu i omaskem. Teoriya treniyu:i isrAOsa
(Theory of friction aW wear - Moscow, lzd-vo Nauka, 1965j, 228-232
ADO
TOPIC TAGS i instinmnt bearing,, instrument pivot, bearing friction, Orecision
bearing
ABSTRACTs Methods for decreasing the triction torque in precision boari
(instrument pivotas eta) by decreasing the shaft diameter or by imprwring the
frictional properties of the pkmt materials were investigated, B&s*J an work by
N. I. Kollchin (Mokhanika mashlap t. 11 M,-Lep- Mashgis,9 1963) and Is I'd tragell sk.
(0 dvuchlennom "cons treniya. Dokl, AN SSSR,, ig6o,, t. 140j, No. 5). the friction
torque can be e-Vressed as + KI X.)
Card

1; 4934-66
ACC NRs AT5022676
(where K w.-constantp rts radius,# P w load), This relationship was
experimentally verified by measuring pivot torques (0,3-1*0 mm diaMOWr pivots)
according to the method described by Yue M. Khandel'sman, V. Ve Dokucbalova,, and
A. S. Mikhaylyuk (Immeraniye msaykh momentov troganiya. UmeritelInay-a tekhnika,
1962s No. 2). Thus, friction torque can be decreased by decreasing the pivot
diameter and'by providing overload supports which protect the Pivots (0,08-0015 m
diameter shafts tuive been used with overload capabilities to 10 000 graas)s The
coefficient of friction is knoim to be proportional to the contact area and
increases with.deareaming clearance. After decreasing the pivot length (to
decrease contact area)q it is advisable to provide a curved contact area 'which
helpq to keep liquid lubrioants in the contact area, Since the friction coeffi-O
cient does not necessarily decrease with improved surface finish (A. "I. Akhmatov
Molekulyarnaya fizika granichnogo treniya. Fizmatgiz., 1963) one shouR.-d-e-t-e-r-a-kinhe
the optimum finish rather than. specif)r the finest finish which can be providede
A survey of lubrication methods has been presented previously (G. 1. Fluka qr4 Ld Vj
Timofeyeva. Kachastvo i primeneniye priborroich masel i smazok, TsBTI:., 1959)0
The work has resulted'in the development of bearings with friction torques on
the order of 0.001 gmecm and centering accuracy of 0#002 mm. Orig. art. has: 1
tablej 4 figures, and 4 torawlas.

,.L 493h-66,
ACC NRs AT5022676
CUB GODE: IE. mrl suBm DATE iIBMay65/ ORIG RU 1 007

FUKS) G.I., prof., (Joktor; LYALIKOV, A.S.
Calculation of the overheating of the winding surfaces of the
additional resistances of electric measuring instrum3nts.
'rzv.TPI 1370-12 165.
Concise method for calculating the overheating of resistor
winding surfaces of electric measuring instruments. lbid.t
.13-21. (MIRA 19:1)
6a 6,6~11 a 9

VALMDV, A.S.; FUKSI G.I., prof., doktor; LONRIOV,G.D.
Selection of additional resistances of electric measuring,
instruments according to their power rating and hull
characteristics. Izv.TPI 137t22-24 165.
(MIRA 19:1)

YUKS, G. I.
25674
Stepan' sovershenstva Teplosilovoy Ustanovki Izvestiya TowAkogo Politekhn. in-ta
im. Kirova, T. LXVI, VYP. 2, 1948, a. 91-112-Bibliogr: 16 Nazv.
SO: IZTOPISI No. 34

Ivis, G. I.
25673
Raschet Adiabatichaskogo I. Politropichookikh Protsesaov Po Sradnviy Teploemkostl
Isveati.va Totaskogo Politakhn. in-ta im. Kipova, T. LIVI, VYP. 2, 1948, 9. 113-19.
SO; LETOPIS I No. 34

MKS, G. I.
25671
K Vopraev 0 Postroanit univepeallnoy Teplovoy dlagramV ideallnOgO ga2a. IZVOettya
Tomakogo Politakha. in-ta its. lorva, T. LXVI, VYP. 2, 1948, 9. 121-25.
SO:- LICTOPIS' No. 34

mms, G. I.
25672
liskotorya Vozmozhnosti Urelichenlya Otdaohi Toplovykh Ustanovok. Izvestlya Tomskogo
Politekhn. In-ta Kirova, T. LZVI, VYP. 2, 1948, a. 127-43.-Bibliogr. 6 Nazv.
SO: LETOPIS' No. 34

FOR
Fy L~3~G 1. 1 El 41.1
h,ofe,usor.-loktor DIR
E3,R
Tomnkiy politelcludeliasidy Inotitut. C2an.R
11 Konferentaiya po volyrosam partiynosti nawki"
Report about tocll-,iiqvl thormodynamica.
Source: Vestnik Vyaijlioy Shkolyp No,* 6# 1949l pa 57t
Izdntolliitvo,, Sovotakaya Nau3mP

YUKS. G.I., doktor tekhnichookikh na-ik. ti~ 16 Lo f;
"Technical thermodynamice.0 M.P.Vukalovich, I.I.Novikov. RaTieved
by G.I.Yuke. Ilek.sta. 25 no.2:62-64 7 '54. (HIaA 7:2)
(Vukalovich, M.P.) (Novicov, I.I.) (Thermodynamics)

Z,
Subject
Card 1/1
Author
Title
USSR/Engineering
Pub. 110-a - 14/14
AID P - 2772
Periodical
Abstract
Fuks, G. I., Doe. Tech. Sci., Prof.
H. I. Belokon' "Termodinam1ka" (Thermodruamics)
Gosenergoizadt 1954 (Book Review)
Teploenerg., 9, 63-64, S 1955
The book reviewed is criticized for some riew theories
presented by the author and is considered to be of
little value to students because of its erroneous
statements.
Institution None
Submitted No date