SCIENTIFIC ABSTRACT KOBOZEV, N.I. - KOBRIN, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723410017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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vOt"Ell"Imm

MALITSEVO A,M,; XCGOW, M*
4CLITIty C77't*b~~c prvpired In the ultrasonic flold from
I FtC1 solutime of ~mrlous toneentmtions. Zhur. fit. kbim.
36 no.2a439-4.41 F 164. (M't.RA 17t8)
1. Moskovskiy goeudarstvenrqy universlot imni Lownceovas

DANCIFSSKAYAj MAI KOWUV, Nole; UNMOSHEV, Yu.A.
Catalyein by metal vapors, I'art 3. Zhur. fi;. Mir* 38 no~2:
442-448 F 164, (HTR4 17: 8)
1. Moskovskly goruftratwi-tinyy univerattat,

LI VERI CHZHOU JU An.-chouji MALITSEV, A.N.1 KOBOZEVI, N.I.
Activity of adsorption Pt-cetslysts obtainod in the ultrasonla
field* Veate Monk, uno Sai. WUwo 19 no.,109-42 J&-F 164,
(HIRA l7s6)
1. Kafedra fixicheekoy Ithimil Mookovskogo univorsitata,

ACC NQs" AP6034iSO--
/23 65.
1WO07
AUTHOR: Nckrasov, L. I.; Skorokhodov, I. L; Kobosev,.X. IA-.
ORG,. Chemistry Department, Moscow State Vaiversity in. M. V. Lomouosov
(KhImichaskiy fakulltat. Mookovskly gosudarstvannyy universitet)
TITLE: Physical chemistry of concentrated oxone. 'Formation of ozone from oxygen
in a glow discharge at low temperatures
SOURCE: Zhurnal f1sichaskoy khimilt v. 40, no. 10, 1966, 2361-2365
TOPIC TAGS: ozone wyathavU , concentrated ozone, glow discharget elemental oxygeng
ozone formation kinetics I ari/ee.-i
ABSTRACT: A study has been made of the formation of ozone from oxygen In a glow
discharge at 0.5 mm Hg and -196C. The genarator was described in an earlier study
(N. I. Kobozev at al. Zh. fix. Wails 34, 1843. 1957). The generator was operated
on voltages ranging from 800 to 1200 v and a frequency of 50 cycles with a discharge
Icurrent of 0.15 &=p. The flow velocity of oxygen varied from 0.1 to 4.0 1/hr. The
experiments were directed toward determining the place of ozone formation, and the
role of the discharge tube$ connecting charmel, trap, and priesence of elemental
oxygen in the trap. It was shown that ozone is formed in the trap, and only in the
presence in the reaction zone of a cold surface and elemental oxygen. 7be glow
Idischarge is only the source of elemental oxygen* In other experiments, the
1/4 VDC; 541.14+541.13

ACC NAs AP6034150
A?'# Mo
1/hr

Fig. 1. Depindence i'n&i ib~olut* Fig. 2. Dependence of tho,d*Sr"
yield in ozone on the U/V parauter of oxygen conversion onthei U/V
(U, discharge power; V, flow volo- paramter
city)
a - Inert; b - active surface of
a - Inert; b -active surfacet of the connecting channel.
.the connecting channel.
dependencies of the yield in ozone and of the degree of oxygen conversion on th4
U/V parameter (U, discharge voltage; V, flow velocio were studied with the us* of
connecting channels with Inert or active surface (see Fits, 1 and 2), The ramats
of the experiments tave indicated the following uschaniss of ome formations
:ard 2iC'

44C NR& AP6034150
dissociation of molecular oxygen In the discharge tube
oj!~*O+O.
2) recoubination of oxygen &tons In the connecting channel
0 + 0 + +)As (2)
(M,-valls of the channel)4,
The reaction 1/reaction 2 ratio determines the anouint of elemental oxygen reaching
the cold wall& of the trap. -This ratio depends on such factors as flow velocity and
pressure of oxygen, discharge voltage, and state of the surfaces of the discharge
tube and connecting channel; 3) reaction of elmental oxygen with oxygen molecules
absorbed on the cold walls of the trap
0+01-8-03-8.
(8;-46ld its1li of the trap).
,CON-31-4

'";'u f414 AP6034150
In the experiamts',, ga&ll suounts of &IW*t 100% liquid ozone have been synthesized:
Orig. arc. hass 2 figures.
SUB CODIs 07/ SMM DiT91 13M&765/ ORIG W, 008f OTH Mg 0111

wr(i) ijp(c)
~
Nft. -AW2610-
AUTHORt Pichuainat No G.t LusVE# R. K.j 11skrasoyp L. I.1 Kobosqyj--N~-1&.
Offis Chemistry !~partmontj Mocow State Univorsiu in. M. V. Lompno"W (Dbdabookly
fakulrUVj-1%-sWo-,rok1y gosudarstven:Vy urdversitst)
TITUS Dnondeme of the optioal density and Iminesconce Intensity ~of Adsorption
monolayers of ohlorophylls c6 and Ir on their surface cote-ontration
SOMMI Zhurnal fislohookoy khImiIq v, 110p no. 79 1966,, 1664-1665
TOPIC TAGSO chlor*WUp luidnesconce spectrung adsorption
ABSTRACTI Chlorophyll@ & and 4 isolated from nettle leaves were adsorbed at 200C
from alcohol solutions an activated magnesium oxide. Tho loothonw obtained showed
the adsorption of 4 to be almost twice that of &. Diffuse reflection spectra were re-
corded with anj&2$%oording St%ftroph2tM21! 40 The plots of optical donaltyre.
surface concentration of the pigments were similArp although the optical density of
the chlorophyU a. monola"r was soll0what higher than t"t or 4, The luminescence
.1114opeatrograph with & photooloatric attachnont* Me&-
spectra were taken with an.PE-
surewnts of the lumineseeno* intensity to a function of the pigment oomentration In
the monolayer yielded curves with a pronounced maximum at Surface concentrations car,-
responding to the transition from the plane monolayer of pigment molecules to the 1W
or with edge orientation relative to the surface of the adsorbent# A sharp queno"
1/2 MC i __14
3_*42�54
ACC-N*i- ---AP6dW53F-
of luminescence was found In ohlorophyna. monolaors (almost down to sm)g and a
slower change of Intensity was observed In chlorophyll, 6 9 despite the poster density
of the adsorption layer of this pigment, 2M* fact is explained in terms of energy
transfer to nonluminesoont surface *Iox6z*o which leads to Umi"94 1110 M"nohift of
the second kind- Orig. art. has 1 3 figures.
SUB COMO O?o2O/ SM DATRI 21QM3/ ORM WO Oil/ '0TR IdWo oct
2

Ll V"I'-CT1ZHOUi MALITSEV..
Energy activation of crystalline catalysts. Zbur. fIz. kb1m.
39 no.llt2704-2707 X 165. (WRA M12)
1. Moskovskiy gasudarstvennyy universitst Imeni M.V. Lomonosova,

TUMIlrANOVA, G.T.; LES-K-EM, V,P-; KCb:)Z9V,_9,le
p,hisi,ai ationastri or *.-,tj:,ai%trdt4&d Krtw 15# ZhwjflsvMiu*
39 w.)-0,%)80-?* 0 165* OCRA 18112)
., 10--Pka~vakly gosud%ratVmin %:n,-vprslt*t, lsmnl Lemoneseve.
1
Oubmi-tted %ty 2-It !')(4,

XfdWI,I.Vol YWUIIXO# A*Pojjqp~~Vj Bois
Moat of irradiation an the catalytic activI t7 f
during b7drogenation. Zhurofiz.hims 39 nool.112712p78"
165, (MM 18122)
is Moskovskirgoaudarstyennyy uni"reitat imani Hole
Lomonotons

SOMMSAROVt P804
.J9VaaJA*;,-VEVASOV, L.I.1 TSrRULINIKOV,
Magnotic, and optical properties of bet*-carotene adsorbed an
magneelwo oxIdea, '91ofisiks 9 no,4s42&433 064. (MRA 18 13)
1, Hookovskly gomWarstvannyy un1vereltet Imeni Lmonosava.

-,
GOROKJ4t','JAf !.!.; MALITSFV, A.N.; XOBOZEVt R.I.
Determining the fraction of active surface of platinum black
in catalytic reactions. Zhur. fit. kh1m. 39 no.5t1206-
1210 Pq 165, (MIRA 1818)
1, Mookovskiy go3udaretyannyy univeraltet Imni M.V. Lomoncscvs.

L 9725-~6 W(*)/OXWJ)/W(t)/VMb) YJP(b) JDIWIJGIRK
ACC NR% "60V171 SOURCE CODE: UR/0076/66/039/010/2360/2367
AUTHOR: Yemsl!Mova,,G.1o Lebedev, V.P
Moscow State !W_Ygreift 1rut M#V..I&MS=g (Moskoveldy gosudaralvennyy
universitst)
TITLE: Physical chemistry of ooncentra rt 25 Mscba~ism and Mastias Of
the low-temperature catalytio d922MMj=on Mofid o'szone -on ehLkum and palladium
7
BOURCEt Zhurnal ftsicheakoy kkiniii, v# 30, no. 10, 1965, 2380-2287
TOPIP TAqS-. o?m, Platinum, palladium, catitlysis XWe*111 A-LA-.11
ANTRAM The d6composition of liquid 100% ozone and Its solutions In nitrogen and
oxygen at -105. OC an platinum and paWium bhtck and on adsorption platinum catalysts
goes through an notive chemisorbed state which Is thought t6tavolve the composition no ,4
3
The transfer of the energy of the elementary exothermic event to accomplished In no -: '-I I
layer of ozone physically adsorW on Ow surface of the catalyst from one active center to
the next. In the course of the catalysis, an oxylpn compound of plattnum of We composition
MeO is formed on the surfaosj this compound to sufficiently stable at the temperatures
Card 2/2 VDC 641.124/.128

21515-" F.VT(d)/bV (s)A1KP(J)/rAWP(1)jtTC(&)-6 IJP(c WINAM.
ACC MRt A.P6000008 SOV= COM I M V/66/040002/02al/0294
AUTHCRt Kabosev, I*
mot Moswv State Univenly (Hoske"My gosudarst"mv universitet)
TMZt ftsiochopticia sindIxUan of Womtic!j._jW &bMiaLt U.Msses
;SOURCEI Zhurnal f1sicheskay kh'3d't re 40, nos 2# 1966# 281-294
"TOPIC TAGSt information theory$ ybyslcsl~ chevistry theary, cybernetics$
ABSTIUM - --- NLKohozey
i a-ruwwrxdSov;ek physical chemist associated'-wttl~ -
Moscow State University, notes In a recent article that until recently
'inform ation-logical processes have been simulated through the use of me-
chanical, electromagnetic, electronic, and optical systems and have been
studied theoretically by means of mathematical logics and probability
theory. 'Me discovery of other forms of simulation and methods of analysis L,
might contribute to a better undersi*nding of information-logical processes,
which, of course, are of -great imixn4ance in the development of mo&-jk*n
technology, Physical chemistryhas at Its disposal qxperimental-and
Card 1/4

L 21515-"
-at, AP60oM
-when applied to thought processes, are cap 6*4,
theoretical methods, *Ich, 4b1,
6f yielding rAw aspects.which. would supplement the mathematical, cyber-_
netic, and physiological treatment of these processes. Physical chemistry
may also significantly contribute,to the solution of the associated problem
of the limitations of artificial "machine" thought.
Kobozev suggests that the Idarmation process can be thermodyna
cally simulated by a sample of ideal gait which consists of Identical and
changeable "particle-chancea. 1* defined by him as not undergoing any
processes other than transfer by pumpingwith the expenditure of information-
work, from the z cello which they originally occupy into some one cello,
This provides a thermodynamic derivation of the Shennon equation which -
Shennon-had proposed on the basis of lbs convenience of the logarithmic-
measure of information and of its Intuitive -truth.
tion
7%0 "lationship between the entropy (indeterminacy) of inform&
and the amount of information Is thermodynamically strallar to the rel&U
ship between -the decrease.in- the ~entrcprr of an 14eal gas and the work
Card 2/4

L 21516-66
ACC NRI AP600M
-it to precisely Wiftner's ainottnt of Information
performed on the gas
-which expresses this worL The expenditure -of Wa-work leads to an In-,..
crease in the free energy of information and makes it thermodynamically
unstable.
j'hus, the information prQcess, lies at the boundary of generat
~_thermodyndfflifas Kobotev's emphasis) svith a constant number and an
a -distr buted itmong z Isolated (in the case oV
w4hwVod nature of partitle I
preinformation) or Interconnected cells (in the case of degenerate Infdra~
mation). Consequently, whate",r the nature of the "particle -chances,
the performanoe of the infornattim prOOOSS 4t the notecular U001
is thermodynaari04ttif permissibte and does not require conditions which
could not be physically fulfilled by molecular systems (Including living
substances) .- Transition to o1wideal thermodnpdoslis associated vith a dhaw
in the Mu"r And nature of th4i--"P-ar'tl,0-5--GMnoo-s"irtaken and is a consl&raMe
expansion of the o informatiov, model Into a more general ease. Buah
a generalization leads d~r#ct%y to thermod7nodes of thought. Orig., arts bast
Card j/4

36127-66 ENT
WIM(OlEn
XwhjO SOIRC2, CODES U.-L1006
jACC 14Rs W&O/00310706/0703
AUTHORS Str&khM B, V, X*Wzsvt V, I#
ORG: Ybscow State Vidyelsity In, M. V. Imonosov (Yoakovskiy govudarstvonnyy univer-,
sitet)
TITUS Dsco=g~Ui andgxl~dation of nALrous oxide in an olectric discharge
9 706-708
SWPZr-,l Mzurnal f1sicheakay khimli, v. 40,.
a.
TO?IC TAGS$ nitrogen oddop electric dischargep oxygen
ABSTRACT: Nitrous oxW H20 vas decomosecl and oxidiud in an electric dischirge f
the first G;Z D*oW"- sition of ours H20 at 100 m Hg produced & yield of
i 23.2 vol. % at a "Itio onergy Ov a 18.0 W hr/liter. For the oxidat;.onj, the hit
ost yield in the case of N20 - O~ mixtures at 240 mn HC vas 12 vol. % and also car-
responded to U/v - 18, It is postulated t:h&t, in the decomwsition of N-20, the form
tion of N'O is due to the oxidation of %0 solecules by ato~io oxygen famed by the
partial decomposition of X20. Authors are deeply grateful to le. A. Tersmin &Y4 A.
N- =ksev-P "a "liod the discharge apparatust and to V. L. Ivanter, vho took a
direct part In the experiments. Orig. art. hast I figure and 2 tables.
SUB COIS1 07/ SUEM DAM 1~3Api,65/ aM RUS 007/ OTH W8 001
C*M 1/1NIZ.00 =1

L 41104,,'_66 sw7~(MVENP(j) RM/K#/jV
ACC NA, AP60139OG SOURCE CODE
AUTHOR: ]KqbqLa~v, N. I.
_-mNaft~
ORG: none
UR 076/66/040/004/0784/0794
TITLE: Physicochemical simulation of data aoquislUon and thought processes. it.
Thermodynamics of the thought process
SOURCE: Zhurnal fiticheakoy Ithimil, Y, 40, no, 4, 1966, 784-794
TOPIC TAGS: thought process, thermodynamic process, thermodynamic analysis, data
acquisition s*arz1ad=
ABSTRACT: Operating with such concepts as data acquisition, intuitive, probabilistic. or
logical thinking, the spontaneous thermodynamic process, and free energy loss, the author
concentrates his thermodynamic analysis primarily in the area of logical thought processes
to establish physical and chemical condlUons satisfiable by a molecular level mechanism.
Also, to obtain in such manner data Indicating *hether the thought process is rooted In mecha-
nisms on a molecular or other level. Ile mathematical treatment is detailed. Data acquisi-
tion is simulated from terms of general thermodynamics in the form of a forced concentration
of all random data In one x-cell. The thought process to simulated from terms of chemical
1/2
541.11+100.37

L 4C095-66
NR, AP601ii66
thermodynamics in the form of a spontaneous translation of z -class data concentrated in one
cell into some k class, accompanied by loss in free energy and entro .1 Data acquisition is
derived thermodynamically from the thought process as a partial and simpler entropic form of
it, realizable by molecular mechanisms, Ile reverse phenomenon does not occur. It Is
concluded that strictly logical UtInking corresponds to thermodynamic boundary conditions
T-0 and 1V0, which are not realizable on the molecular level. Hence the thought process
cannot utilize common molecular mechanisms and should depend on special mechanisms or
particles not subject to molecular statistics and for which T-0 Is not a condition of attaining
a non-entroplo state. Orig. art. hast 21 formulas and I figure.
SUB CODE: 06,07,20/ SUBM DATEs 27Nov63/ ORIG REF: 001/ OTH REF.- 003
bionics 4
."FEW 7
M
nw. a

KODOZO 9 P. 1.
Ovorvoltage
Adsorption theory or hydrogen overvoltaget 2# Desorption of hydrogen from polarizable
cathodes. Zhur,risekhim. 26 no,3, 152,
Monthly List of Russian Accession # Library of Congress, Septezber 1952. UNCIASSIFIED.

VEDERNIKOVO M.; pRIZHK09 M.; PAXEVINq D.p starahly master; pre-
podaystel,
Personnel for ths.giants of the ohestical industry. Prof. UM. obre
21 no.ls$-9 Ja '64o (MMA 1713)
I* Direktor profossionallno-tekhnicheskogo uchUishchs No*53p L*-
ganskaya oblo (for Vodernikov)e 2. Zamestitelf dizektora pv"ssio-
nallno-takhnichookogo uchilishoha No.,53, Luganskaya obl. (for Prish-
We

nizateils, remonts, elektricheskop podyishnog sostan na SeyertWkh zhol-dor.
ganization of repair of the eleatria rolling stock on the Northern railromm-7-
ElektrifikatsiJa shel-dar, tranqwta, 1933, no# So p. 8-10).
DLCt W70I.E27
SO: Soviet Transportatiomand Conownicationa, A BIblIoVapkV Librer7 of Colwesst
Referems Departunt, Washington# 1952p Unclassified.

KOR0771, 11. V.
XOPOMN's V, U, - "Investipation of the Coefficient of Cohesion and
the For-stion of Flat Spots on the Wheels of Streetcars durinp, PreaHnP."
Min filsther Education U.1-11. Yhoscow Automobile and Road Mat Irieni V. V.
Volotov. Mosrow, 1055- (Dissertation for the Derree of Candidate In
Technical Sciences)
SOUICE Knlzhnaya Letopis',j No 6 1956

AUTHOB: _Kobozev# Vadim Mikhaylovich, Candidate SOY/2& .58-1-33/33
of Titc6lc 1 go-re-nae;, Assistant to the Chair of Electrical
Transport at the Moscow Institute of ?over Engineering
TITLE: An Investigation of the Possibilities of a Better Emplorment
of Brakes In Tramears by Means of Braking Pressure Controllers
(Issledovaniye vozmozhnostey povysheniya ispollzovaniya
tormoznykh aredetv tramvaynykh vagonov putem ustanovki regulya-
torov naxhatlya tormoznykh kolodok)
?ERIODICAL: Nauchnyye doklady vysshey 0hkolyq Elektromekhanika I aytomatikal
1958, Nr 11 pp. 267 - 272 (USSR)
ABSTRACT: The problem an to whether the use of brake shoo pressure
regulators would Increase the efficiency of shoe brakes of
tramcars was Investigated. These regulators warrant in
automatic correspondence between the friction coefficient of
the brake shoos and the friction between wheel and rail. A
reluctance- and an electropneumatic regulator were Inv*stigated.
Test runs under operational conditions showed that in auto-
matic control of brake shoo pressure regulation bj such
controllers 18 very effective. A
brakine effect Is attained
Card 1/2 2
at pressures higher than.6 kg/cm 0 ?he equivalent tractive

An Investigation of the Possibilities of a Better Employ-SOV/-261--58-1-33/33
ment of Brakes in Trazoars by Means of Braking Pressure Controllers
effort varies between 132 and 210 kg/t and is 171 kg/t on
the average. The prbeipal schemes of thene regulators are
given.'There are 4 figures and 3 tables.
ASSOCIATION: Kafedre alektricheakogo tranaporta Hoskovakogo
onergeticheakotp Ins-6itu!& (The Chair of Electric
Tranaport at the Moscow Institute of Power Enginkering
SUBMITTED- December 19, 1957
Card 2/2 1 USCOW,-DC-W*871

. N"Y6"
8(6) A4-1-
AUTHORt Kobosevt 1. M,-1 Candidate of Technical SOY/161-58-2-29/30
Soisnoosp Asmistant to the Chair of
Electric Transportation, Moscow Powor Engineering
Institute
TITLEs Investigation of the Friction Factor of a Tramway Car When
Braking With.s, Shoo Wheel Brake (Iscledovaniye kooffitsiyenta
stsoplonLys, traavaynykb vagonov pri tormoshonii koloono-
kolodoohoya tormosom)
PERIODICAM Nauohnyy* doklady vysehey shkoly. Eloktromekhanika L
avtomatikat 1958, Nr 2, pp 228-235 (USSR)
ABSTRACTs b 1955 the am of the Moscow traisway (of the NTY-82 typo)
were checked by the author as to its friction factor# The
results obtained are presented here. The *arm were
investigated individually, as in operation. The invootiga-
tion of the friction factor was carried out at complotl
regular braking down without blowing out the brake cylinder
and at reduced speed of the oar. This led in 80% 'Of all- -
oases to a quoining of wheels. While braking down con-
pletoly the forces acting upon the pair of wheels were
Card 1/2 osoillographed by means of a mire resistance transmitter.

Investigation of the Friction Factor of a Trammay 301/161-58-2-29/30
Car Then Braking With a Shoo Wheel Brake
The srithmetioal mo&ns of friction factors at the moment
of standstill of the oar amounted to 254 kg/ton, 1*** 805%
higher than the arithaOical means of friction factors cor-
responding to the beginning of wheel blocking. If there is
no friction between wheels and rails at a speed of 5 to 10 km/b
one can expeat that no extension of braking distance will
occur, The sliding of wheels is dangerous only insomuch as
a flattening of the wheel tires might occur. There are 4
figures and I table.
ASSOCIATIONs Kafedra elektricheskogo transports, Hoskovskogo snergoticheskogo
inatituts (Chair of Zlootric Transportation, Moscow'.
In -titite)
SUBMITTEDt December 19, 1957
Card 2/2

32(3)
AMORs toboosvp Yes.
TITLZs The Oliding of Vbo*ls on Rails In the Case of Normal Rolling
(8kollsbonlys, koles po rol'san pri normallnom kaohonii)
MIODICALS lafachWe dokl"r vyssboy shkoly. Blaktromokhanika I artmatiks,
19589:9,r 3l pp 239 - 246 (VaDR)
ABSTRACTs In the introduction the sliding.of wheels on railsto Wofly
explained and!& formula for the relative speed of sliding Is
given* It In pointed out that this effect has not boon sufficient.
ly-invostilatedp and attention is drawn to the woar-to which
rails and wheels s" oubjootod 'by sliding, The entire theory
-is said to be to nood of further development In principle# two
Goaponants'aro mentioned In connection with ;oars 1) The dotor-
nation of the rim of a whool and of the rails 'by forces trans-
ferred from the wheels to the rails. 2) The *1"tically-plastio
displacements In the sone within which the rim and tho-rail ease
into contact. The circumferences of the rise of four wheels are
then given# and a device Is described by soans of which a mark
is pressed into the rails at -every -rotation performed by the
Card 1/2 whoole The mossuring results show the dependence of sliding

SMI 120)
ARM JrfibaMa 1ffiA4sLJ1LkhMlovJoh
Ckndidato of Toobuloal iffsmoes, Assistant
TITUs Method for the Investigation of the Braking of Vehicles by Naas
of a 11hoolooboo-broke With the Help of Issistangs, Pick-up
(Xotodika Imalodovanlys. reshimy tormotheniya podvisboolp
mostava, kalesno-kole4whoys tormosom a pecosbahtyu provolochuykh
datahikov mprotivloniyt)
PWOMCAM NsuaboM doldody vysshey shkoly. Zlektromakhaniks. I ovtomatika,
1958, Nr 4. pp 161 - 167 (MR)
ABSTIM& The method described here w" worked out by the author for
investigating The braking of tramare by means of a oboo-broks.
11 Is based an the use of resistors Aich an glued anto the
parts under loode tt enabled investigating tborau&hly the
brakisig-o0afflolentp amid It can be used for any vehicle. The
Investigation of the braking coefficients consists in-the
doUrmination of the farces acting on the broke-oboe*, or Us
vortiod levers of the braking rods. me shoo-power and Us
frl*tiOn-pmsr of The tToko-mboes were "loulated during the

Card 1/2 OxPsrimOrAs 1MAd* in woordame with the bending stresses of the
tmsiom*Ur-=;1erm which were suspended an -tbe vertical leverm

Nothod for the byestiption of Vw BrUing of Tobiolas by SW161-W4.XV90
Means of s1heel-shoe-brake With the R41p of Rosistanae Piak-ups
ofibe brakLag Moo 2he resistors were glued onto the
oarriers, wirod, in 6 bridge arrangement, arA oomwoUd with
tbo cirmit of the oaciillograpb via on mplifier. IM diagram of
suoh a suspension of st "rtioal lover is sbmm in figure 1,
Figure 2 shows the cirmit diagru affertAkinin to it. fters on
4 floms,&A 2 Soviet reforenoes.
Xm=,ATIcVt raredra. eloktrloheskogo transports, Moskovskogo mergstlohoskog~
Instituta (OWr for 91sotrioal. Tramportation at the Mosaaw
Institute of Power RiOn Wng)
MMTTIDs February 8, 1958
Cut 2/ 2

80), 12(3)
MMMI ChaboUrevt Taygoly IftUrovicht Candidate SMA61-58-4-21/20
of Toobaloal3cionces, Docon-tS tabozov, Vadin Mikhaylovich,
Candidate of Toohnioal Sol
TITL& Method Of Selecting the Statio Adhesive Weight of an Blectro-
looomolive and the Ifficienoy of Traction Motors for Quarry
Transport in Operwcut Minin (Matodika Tybora staepeogo,
"" ol"trov so, i soshohnosti tyapvykh dvigatoley d1ya.
karlyernogo transports otkrytykh Corrilkh rabot)
PMODICALs Nauobnyyo doklady vyssboy shkoly. BlektromakhanDra I sytomatikat
1958, Nr 4. pp 168 - 174 (LWR)
ASMUCT then operating trains in opez- cut minin , tw circumstances an
of oansidor#Able influence an the Working of the traction motors
of the olootro-looomotives 1, The starting and the acceleration
Of Us U*b 660020 generally ften traveling uphill and 2. the
motor load Is fluctuating,, with the motors having to work =4or
satin= 10M and at a speed of 16 - 25 kwA an an Incline of
2 - 4 ka length, for 8 - 15 minutes of the entire 40 - 90 alvates
Of the JCU=~Yo The" *irouust&rA*s are explained bore In dowl
And it is NbOm that the selection of the traction motor rating
Card 1/3 of a locomotive used in o7on. cu' ainingg has to be carried oat

Method of Selecting The 618410 Adhesive Witt of an MV161-W4-"
Electro-looomotivs end its Kficiency of Traction Motors, for ouaftf'~
Transport In Opm-cut * v4 al
by starting fM the aseend and acceleration an the Inall" of
ihe main Una, ad by Adly esploiting the overloadability, It Is
)mown from tU theory of electric traction (Ref 1) that at givm
limits for the miximm %raotive effort and for Its f2cotmtIons
during the startq the diaraoteristio em on17 be normallY
OUlnedg if the train resistame during the entire starting Alms
is maller thm the alzdmm value of the tractive, effwt during
Us stut. The equation (4) fee Us oWssible, minUm so"lersism
amj~ is deri"do ftis value Is used,iben computing The Armalive
foross of open-cut Odnin vehicles,, for the daterAsation of the
following obfiraciAriatioss the nsoessary static adhesivs vsl4ht
of the slectro-looomotive at a g0m weight of the train and
Incline of the Uml the weight of the train at a given static
adhesdve weight of Us 'looomotivel the Incline of V* line &M
the operational aftesiott coefflolantl the admissible Incline at
A 9L"n Static aftesive weight of the locomotive and the might
of the train. ?or seleatIng the rating of the traction motort Vie
Card 2/3 following data mist be Inome 2he OAtio aftesive weight of the

Method of Selecting Abe Static Adhesive 96141 of an MY/161-W4-M/28
neatro-loacwtive and the Btfialenoy offracUon Motors for Cuarry
transport in Open-cut MInIn
loamotLvag Us operatAcial adhesion doefftaient, the x&xiom
Adb*sion~oosfftoipi, tbn Speed cc the gain in*linat the motor
obafteurINWOUApilikvt; the rMl*ly Use aross-soctical the
Use of. .-AA-L s, unloadit;C9 and stops. The sequence Awn
omptiM tba tractive ferae, is given bore, starting from its
ov*rloadabillty* ftaw we 5 flSpres and 2 Savlet reterames.
ASDOUATICNr Wedra elsorldheskop transports. Moskovskogo onergotlahe
instituta (Owir for IMectrical Transportation at the Moscow
Institute of Power bigLzeering)
BMTTED& Way 200 1950
Card 3/3

i3OV/144-58-11-13/1?
AUTHOR: Kobozev. V. M. (Candidate Technical Sciences, Assistant)
TI=-A Adhesion of Tramoar Wheels to the Rails When Starting
and Moving at #Very low Speeds (Stsepleniye koles traavaynykh
vagonov a rel sami pri troganii a mesta i dvizhenii so
skorostyami, blizkimi k nulyu)
FERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, glektromekhanika,
1958, Nr 11, pp 112-116 (03R)
AB3TRACTi The adhesion of tramcars to rails has not been much
studied although it Is of 2ractical importance. Recommended
adhesion coefficient values have ranged from 120 to 250 kg/ton
at very low speed; the lower of these values is long out-of-
date and the upper value in the sort of figure used in
electric locomotive practice where conditions axe very diff-
erent. Accordingly, the author, in collaboration with the
Moscow Tramwav System mado an experimental study of the
adhesion of tramcars to rails. The tests wore made ona
tramoar type MTV-82, provided with a trailer.. The tests
were made under summer conditions on straight level tracks
with clean rails in dry weather and also on rails that were
Card 1/4

SOV/144-58-11-43/17
The Adhesion of Tramcar Wheels to the Rails When Starting and Moving
at Very Low Speeds
artificially dirtied with fuel oil, The trailer was mechani-
cally braked and the tramear was retarded by smoothly moving
the controller handle rouni, Current and voltage readings
were made by suitable instruments and an osoillograph the
third axle was the limiting one in respect td coefficient of
adhesion the value of which was determined using formula (1).
In some testsmeasurements were also made of spring compress-
ion during braking. To inTestigate the coefficient of ad-
hesion at low speeds the tramcar and trailer were accelerat-
ed until the eontrolier reached the running position and then
the trailer was braked until the wheals skidded. A number of
oscillograms were made as the limiting wheels began to slip
and two of them are given La Pigs 1 and 2, showing starting
and stopping conditions respectively. The curvesgiven in
the osoillograms are discussed. The tests showed that the
values of the adhesion coefficients obtained when the tram-
car was started and when it was moving at very low speed were
the same within the limits of experimental error, The test
results are given in the form of histograms in Fig 3, in
which graph 1 corresponds -"Vo clean dry rails and graph 2 to
Card 214 rails artificially dirtied with fuel oil. The main adhesion

SOV/144-58-11-13/17
The Adhesion of Tramoar Wheels to the Rails When Starting and Moving
at Very Low Speeds
factor values obtained in the teats are given in Table 1
and it will be seen that there is 4oonsidorable scatter of
the results, For example, with clean dry rails it ran"s
from 490-2,34 kg/ton and ori dirty rails from 230-163 k0t-on.
Such ranges are well outside possible errors of measurement
and depend on variations in rail conditions and the like. On
the basisof the taste it is recommended to use for design
purposes an adhesion coefficient for tramcars of 180 kg/ton,
Card 3/4

SOY/144-58-11-13/17
The Adhesion of Tramcar Wheels to the Rails When Starting and Moving
at Very Low Speeds
If necessaxy allowance will have to be made for reduction in
starting acceleration when manual non-automatic starting is
used. There are 3 figures and 1 table.
ASSOCIATIONs Kafedra elektricheakolgo transports. Moskovskogo, energeti-
cheskogo institute, (Chair for Blectrified Transportation,
Moscow Power Institute)
SUBMITTED: February 22, 1958.
Card 4/4

KODOZZY, T.M.
Investigation of the ooeflolent of Motion of streetoar bratellhosse
l6u*h,dokl,vys,shkolyj olektromakh, I avtou, no.ls2l6-221 159.
(NMtA IWO
1. Iskommudoyaw Wedroy elsktriaheskoco transport& NoskovskoCo energe-
tiobeekogo lutituta,
(areltear $-Drake$)

TYO D.N.p dots.# red.
dots,; DONDAMSK.
4MZr
.(General problems of the mmmf"ture and repair of electric
rolling stock; mml for students in the course on
"Hamfnoture wd repair of electric roning stook.e] Ob-
ahchie voproxy proizvodetva i.rezonta alektrichaskogo pod-
vizhnogo sostaval ucbsbnoe posobio dlia studentov po kursu
3"Proisvodstvo I reront elektricheskogo podvizbnogo sostava.0
t.oskval MEL Boole 1962. 173 p. (KIRA 17s6)
ME,
1:010 W

KDDOZLPVO v.M. I WNDARVSUY 0 D. I. . red.
(Principles of the Samfacture of electric rolling stockj
mmimi for students of a cours in wManufacture and repair
of eleotric rolling stock") Onnovy tekhnologii proizvod-
stva alektrichemkogopodyisbnogo sootayal uchabnoe posoble
dlia studentov po kursu "Proizvodstvo i rwwnt slektri-
cheskogo podviabnogo mostava, Moskva., Moak* energe in-to
No.2. 1963. 193 P. (KVA 18 t 2)

KUTYWVSKITp Mikhail PetroviobLJW-Q-OZSV Vadim M.#h_qlovich;
SWMM, Boris KWayevichl
CHERTOKO M.S.9 red.
(Mechanical equipment of the roning stock of street rail-
roads) Makhanicheakoe oborudovanie podvishnogo nos" tram-
vaia. Hoakvat W-mvo H-va ko==okhoz,RSFSR 1963. 405 p,
JHIRA 170)

YEFUEPIOV, Ivan Somenovlch# doktar teklms, nauko pror.1 away~-,
_Y~_Uhqjovich., kand. tekhn. nauk; GUMICH04-FAUOVp
yo*
Boris Petrovich, kand. tekhn. nauk# reds
(Design #-A calculation of the techanical equ!prent of
tralleybuceal textbook for term aM diplowt ,rojectj
for students specializing In *City el,~ctrlc tranrporta-
tion"I Proektirovanie I raschot makhanichetikogo obomi-
dovanlia trolloibusov posobie, dlia kursovogo i d1plor.-
nogo proektirovaniia studentam spetsiallnontl "Gorodskol
elektricheskii transport." Moakvap Energ. in-t. 1964.
23F P. WI.RA 1831)

-JUDBCW,, v. N.
.1 ...... .. .I................ ~ 0 lnm.; POUMKMW P YU-Z-o ln2b.j.'"o lofte
'PS P"O"tlO Oh"94re Gor. zhur. no.7s64,65 il #61.
(KEU l5s2)
"* Ust'tut CllPrwu&wM (for loboseve ?40&enko). 2. amftt&
im- 02~ ~dseo IrIvOY R09 (for Ryabov),
(Bl"tlzkg6-49wp"nt OM suppIles)

"I KODOZFvj Y-V-; MAZARENX()p A.1,
6
Mathenatlell OodeliM of thq opomt,on *f, & sectlon alil.
IST. AN MSR Takh. k1b. nO-2812-23 Mr-Ap'64. (MM 270)
1. ElektrosW 0,

SICMMKIY, 0. (Syah*v#IIWL,, o.), xonoza, ru. (Kaboalavy IVJ? inthe
Now type of svia"AttenlW fam for 10,#0D0 heado Bill*
bud. n no.704 n 161, (MM U37)
L Karivnik maystemi Uporogo proyektuvaniqa No*2 Ukrndiprosill
90spu (for Sichevakiy).
(Svine house and oquipment)

t I gat e,i ij A MOT P I -JV A -,t ee
-MP- t
on, A A

-768-65
j, 14
AT,,,-j(-) 3
pr ImAr
I r u r 0
l7v ~r hri-n -

V '. 1. 1 WLN-M, 0. '1..
K
0 laY, N - i I
2. uz;.-:-,It (6000
4. Entropy
7. rbermo4man-Ice of "ensembles" and theoretical basis for entroyy retularities. Part 1.
Application to chemical proces3os. Zhur. M. khim. 26 no. 10. 1952.
9. Yonthlv Ust oLmuasian Acce ssiotAs, Library of t;ongress, Larch lcI53. Unclassified,

KDBOZNYAO N, T,
-"**"W
Use of bromides and caffeine In the trowtuout of pregnancy
toxersial. Cook, an* 17 n0.1337-41 1952. (CLKL 2212)

tOBOUVA, NoV.
-- dMOOMMONOMMOOM
[physiologiod anglysis and treatment of early to0costs of prMAS043 Ojwt
f1siolostahaskoso analiss, ranulkh tokolkosaw bereseimostl J ikh lischents.
moskyal Isd-vo Akadesil wd. nauk MR, 1953. 66 p. (KM ON)
(Pregnancy. Complications of)

1
o
M
1
A
I
;
1
nm,
u
m

KOWMA, N- V-., DOO NOd 601 OISS) -- "The US* Of brOulno MA eafftlno In the
comPlos diff*r*nttat*d trestunt of toxicools of the ascond -belt of prognawya.
Umivo&d, 1959. 19 pp (lonloom-ad ftdiatrlc Wd Inst) (KL, ft 24, 1959, 148)

ARKH1POVA, L.I.; BARABANSHCIUXOV, V.V.j BAKHVAWVA, Z.M.;
BDROVINSWA, M.A. GOWVCHIMO I.Y*.; DZW.GAROVA, P.G.;
YVWKVOVq S,V.; WANOV, MAI XNYAZEVA, T*D. KOW
I-KLO~ZEV
N,V,j XOLZOOVI 1,1.1 LOPOTXO, I.A.; NICUREY, A.P.;
TO~T4XOVA,, Z.P.; RCHMO S.Z.1 SWLICHNTYO V.A.1 SWUM9
I.M. TYAGUN# V.N.1 RWDLINj S.T&,, prof,
(Dispensary service for the urban population) Dispansoriza-
taiia gorodskogo naselentia. lAningrad, Poditaina, 1964~
349 p. (KIRA 17: 6)

IOWMAO.-I. ,-kwW,med.nauk
Intraocular pressure and pressure in the central artery of the retina
in patients vith bypwtonsicu' and glaucoma following the use of
reserpine. M. shor. 16 n0,31139-244 161. (min 14, 3)
lo Is kafedry glasolkh bolesnoy imeni, akadomika V.P. Yilatoft (mv.
prof. SIP WIN Odoookogo seditsinakogo Instituta.
(IMMUIAR PAdOURE) (RITIRL-BLOOD SUPPLI
OVEMMSION) (GIAVCCPA) (RESERPM)

m
ZMMWAj OqV~j XMOSV# GaVe
lbtbod of usiqg "It quantities -of gem for paper ologto.
phorealse 4b,dsla 6 u*q)iS?-5S Y#-Jo 160, (NMA l3s7)
(PAJU ILVISMOUSIS) (a=)

GMIBUT P Z.T.;j SOA. I MATWWAj 7,0.
Morphological changes In 2ung cancer mWor the laloomm of
Pre,operati" A*11--~thsmpy. Top. oak. U no.893.4 165.
(XmA 28821)
Is Is patologoam- I radiologlaboakago otd*2sniy
Gotudwmtvannogo onInjolicheskogo, institute. imeni PeAsOortsona,
(direktor - prof, A.Volovikov).

RADMAYEW, V.V.; GOLIBERT,, 2.V.; XO1!!n:!,.j:!4; SAVCHENXO, G.S.
Morphological changes Ina tmor during the preoperative treatment
of,pulmonary cancer with Thic-TEPAe Xhirurglia 41 no.1024-32 Ap 165.
(Min Is: 5)
1. Patologoamatomdebookor otdelenlys, (sav. - kand. nod. nauk Z.V.
Gollbert) Onkologichookogo Institute Immi Gortsena, Moskva.

Kobra Me Fighting against f"ro p. 263, IMIA VLASTI. Praha. No. 12,
JuDO IY550
SOt Monthly List of the Ust Suopeaft Accossiong (EUL),, LC, Vol, hp
no* 10.0 Oct. 1955. Uncle

KRUMPHANZLP VlAdisirl DYR, Josefp prof'. ins. dr.1 KOBR, Vladimir
Iffect, of the pH value in lactic fermentation on the total yield
of lactic noid. Ivasay pr= 10 no.508-102 W 164.
lo Higher School of Chemical Uchnology, Prague.

L 3!W53-66 W~ (d )/&ff
Aa
A N-F
v U)
AUMOR I rot,
rant L IG
TITLEt A aeahoalam for automatia setting of fittinga tn a 001- CIASO
4 6SS60
GOURM Byullaten' itobratenlY I toym-nych tnakom. no. ~, 1!61;, 4A
IWIC TAGSj automatic oontrol molding atiterial
ABSTPUCT: Thia Author Cort if icato pro Laan ~- 4 m"!~~h=, f= r -7 itu t i f- t t ing r
t r 0 " M. It conslets of a hop %or watc
,:tzirkj-,a in the
v 1112 MO ChAfti n4gs
Iri"W 1)f the diffl~rpnnt ntLa,on th,
0,4;~cmri to the 1
dlff~ QFY Al_f-nn T j*.*7j, gjjjt MVKMID* UY17
on ~ows~do projtattan of tbe, beearl:%v. F-or autwivitte oqttW or the
Card 1/2

cewd
Map OF mll~ PAVRS" IF,=,tr j HAMM

SAMIYO/65/03MO3/0579/0589
AU-PiOP.- Koxin, L. F.; Kabriind Ye. Y4, 421
tudy of anodic behavior at 1 n g~m I r-
i,humial prikladnoy khimij, v. 1-8, no. 3, 19611, 1-79-5(0
TO P I CTAGi: anodic behavior, ind-lum fttairm. indins-m-
hi~-TRA-(-'T: The mechanism of anodic d-is-tAcaqtj,!,p -~f
m i-le M~Qct-rr"J'-
a !-0 ;~!
'I T-
US

L 5n-,58-65
The In Ono Me fop!ed In tbo process of disproportionat'.on of mockovalent Ltt4ita
i F ,
iorls (31n 4 21n + 10 Tht activo-tion snarU and the rate cmstmt of dispropor-
tionation inaction for tMa ia~ -ft- QA' tet~tl ~r,-,!
7 arl. hes., 5 tablas
07Kay63
ENCU! 00
n in
(~Or-T: i C, GC

- - ----------------------- --
AP6035938 SOURCE CODE: UR/0413/66/000/020/0198/0198
Mikitin,'Yu. fs, Kobranoyl A$ P,, Tyullpak6v, N. A.; Chishikov, Tu. Vo
no
Rotary valve for pipelines. Class 62, No. 187537
liobrete~iya, promyshlennyye obr&2tgy, tovarnyye xnaki, no. 20, 1966, 198
AGS: valve, pipeline, pipe flow, M*mW flow control
An Au
"or Certificate has been issued for a rotary pipeline valve, e.g.,
s used In atrcraft-compartmat heat-control system. In its housing is mounted
ting shaft with a disk connected by a coupling (through a profiled cam) with an
ic drive and a control valve. To assure a proper seal between the disk and the
a inner surface, into the housing Ls pressed a thick-walled cylinder, and
ted with it at the ends is a thin-walled cylinder (diaphragm). 7he sealed space
them in cAinnected with the rotary v.&Ive inlet through a control valve, which
a the pressing of the diaphragm to tht disk during the feeding of pressure to it
art. has: 1 figure* INA-981
I 1 0
13/ SUBM DAM 09Dsc64
MI-629,13-PIL06
OAR O.'s

___L -ENT(d)AW11) .61)"
V-91KOANNOMP(l) - JD
-AGGL WV029616
THORSI Volionins 0.- 1. -1 m*itO4- Yu. I lobranovi A. go I Mwerow To -
MUM A valve for alioid or g"6 -Clods 47j, No. 173556
SOUMIt 9yullstant isobraCe-n- ____ uv"ich mkovs, -no 151 1965,, m
TOPIC TAOSs valvap slactromqViatic otffK.+,# olsotrougnetic field
ABMI= i --- This'luthor- Certificate pnewits- an
for a liquid or a gas, The valve contaija starting and retaining collsp adtah"
for connecting the cqlla a plungerp and a stop (see Fig, I on the anclosure). To.~ `-N
M-1
stop
jimprove the efficiency Zd to lower the tiperation cost of the valve.0 the
J:,; J,
is made In the form of a sloping oylinds3v sealed on the side of the main pliftwo
This cylinder contains a movable -xidlix 7 plunger pulled to the bottom of the
!stop by the increasing mapotio force &Vier the main plunger is worn, 4owne The'.
! auxiliary plunger is motivated by the swAches, Orig, art. has 1 1 figur*6. __. , _*,~:.Z`.:
2MI4
AMIATION t Organizataij% gosw1arstvannogo komiteta p-o aviatsionaor
I SM (organization of the State Comaitteo on Aviation Technology# SM)
i Cold UDG: 621.XIB.3--364.

MIR;

L 4004-66
ACCEMION MR AP509449&

iWB=Tn) I OSM~
MLI -01 WD CWSj 12
NO MW SDVI 000 Of= I ~
.Ooo
'

WJXIMOTA, X.Khj MOM. ?.T.1 GILIKOMA, I.G.; LITOT, Y.Yo; MSCUMAINAt
X,S,t MISAMBRIU, X,A,l GAYV=XA, X.X.1 KMWWA, N,P.;
KORUWYA. I.N., red.1 LAMDU, Sof, red.1 ISMINMAO Z.A,,
[Forty years of the toter A.B.S.Ral statistical collection]
Tatorebmin AMM so 40 let; statletlaheekli abornik, Xassulp
Tatarskas ImIshnom Ind-vog IW, 171 p, (X13A 14t3)
1, Toter A,6,8#1# Mil stiaheskoys upravledys. 2. ImemlorLik
Statisticheakogo upravlonlys Tatarskoy ASSR (for Kobranova).
Ostar A.S.S.R.-Statistics)

KUMUUFA, Tilt
lISIVISHAd US OMOUTO porosity of rocks, Trudy 01 ae.15:
21-28 055. (porosity) (Km 928)
;.- - , ~- 1. - - - " ~
- ,4;-- 1 ~! - I ~
..'.- ~,'. ~ . ~' ", ~' i,

15-1957-3-3697
Translation from: Beflerativnyy tharnal, Geologiyao 1957, Nr 3.
p, 175 (USSR)
AUTHORS: Kobranovap Vo Hop Leonova, B.A.
TITLE: The Study of Thin-Bedded Sections In Drill Holes by
Guard Electrode Methods (Izuehartya tonkosloistykh
rezrozov skV&zhin motodami soprotivleniya ekrani-
rovannogo zatemleniya)
PERIODICAL: Tr, Moak. neft. In-ta, 1955, Nr 15, pp 29-46
ABSTRACT: The paper presents the principles of an electrical log-
ging method utilizing the resistance of a guard also-
trade and of a method using the resistance of an elec-
trode sliding along the -well of the drill hole and giv-
Ing miororesistance or the guard resistance. Applioa-
tions or the methods are discussed. Comparative data
are cited on studies of thin-bedded sections In drill
holes in the oil fields of the northern Cauca-
sus . These wore obtained by a short gradient sonde, by
Card 1/2 a miorosondep and by the methods mentioned above,.. It
lb-107-3-3697
The Study of Thin-Bedded Sections in Drill Holes by Guard Electrode
Methods
was discovered that the section was divided into 1,3 to 4 times
as many layers by the guard electrode method as by the log ob-
tained from the short gradient sonde- with the microresistance
method ,this ratio was increased up io 3.5 to 10 times. By us-
ing the guard electrode methods it Is possible to differentiats
layers 6 am thick. Describing the different methods of electric
,well logging, the author concludes that they should be listed
according to degree of detail in subdividing the section as
followss m1oro-guard electrodep microsonds, andjuard electrode.
Less detail Is obtained in differentiating a sea on uhan using
the gradient sonde 9 O.2bA 0.05V. The results of a survey with
thi3 instrument were compared with the logs obtained by the now
methods.
Card 2/2 No A# P,

DAINNOV. V.S.. profollorl IMUMA. V.v.,
f'--
SoUslon Of diftallon a-W-admos7tion "tivily to rook proportloso
Trudy M n0-351156-359 155. (ma 918)
(loaks-Asm"ll) (oil v*11 106"t slectric)

IOMUOVAq Tel.# dotsest.
Wftmmmw
Study of neutron properties of rooks.
055, (Aaaks-Asslysis) (lautrow)
frudy W no.25s251-259
(MA 918)

w'llknlAvmmA# IWARSIATA, Nina Daltriyomal DAMINOY, T.N.0
MO,
pro .. kt0=90off.-I
I u1nor.nauk, retsousent; NIXIMED, A.A., vedushchly
red,;.POLOSIXA, A.S., tokhn.red.
[Detervinins physleal proportion of rook] Oprodolonto fisichosklkb
avoletv gornykh porod, Kookm. Goo.nawhao-tokho.lid-vo neft. I
gorno-toplivnot lit-ry, 1957. 160 p (KIRA U.- 1)
(Rook;)

*6
% rmai IrA - T-T- --Z. - I
Iffoot of 800611tion of rooks an their diffusion.
"Morptive Astivilyj. 00016 Refti 1 A6.616044 is 157. (Km logo)
(Itooks.-Jeal"Is) (Mearption) (Diffulon)

DUUMTO T.N.; BZMILIBRNIAI Mora*;
XMLIlj A.Isj JPOZIN, L.S.. StrAZOADY. B.1.1 UMMA, X.O.;
MMSIN# IsX.1 UMOBDT# T.Ts: XVW, T*oA*l %==, A.P.
forninalogy wA symbols used in applied geapbweics, Prikle geofis.
moo2V223-235 060. (KIU 13112)
(Prospect int-4sopWolcal metbods)

-KOBRANOVA, Vera Mikolay"UI-DAKHMOVA, V.N., doktor gsol.-4dner. nauk,
pmr., red.1 PEAHINA, Y*.G.g vod. red.j VCFVIIOVA, T.V.;
tokhn. red,
(Physical properties of rooks; petrophysict ]Fisicheside avot-
stu gornykh porodl petroflaika. Pod red. V.N.Dakhoovs. MD-
skya, Gostoptakhisdatg 1962. 490 p. (MIRfi 16t2)
(Petrology)

MASS I BOOK SMOITATIOIN BOV/16372
KO
141cheskiye ovoyebya gorn*kh porodj petrofisika (Physical Pro
ertles ofkRookaj Petrophysias) Moscow,, Oostapt*bizdat,, 1g;.
490 P. Irrats slip Inserted. 4650 copies printed,
Ed.(Title pags)t V. X. Dakhoov, Doctor of Geology and Moral Sol-
enooso Professorj Imutive Ed.s Ye. 0. PerehIna; Tech. Zd.t V, V,
Voronova.
POPOSS: The book is a,textbook for students spoolalizing.in geophysi-
calprosp*cting. It may*Also be used by students of geology and
u1ning, and engineers and technicians of geological and geophysical
services.
COVERAM Th* book-gives-fundamentals on the oompositio%processes of
formation,and changes In-the physical properties of rocks. An malMa
in made of the re Omd pbrdnll pr9paMes and Ilthologlo-yet-
rographio oharac an of rocks necessary for the study of rooks
Card I/ML2,

ALCKSEIV# F.K.; ANDRINTS, G.L.1 ARSMOW., A.L; ASTAFIIVp ruePol
DEVZq W.D,l BMWVSKIYp A.I.1 GEMMALOV, G.S.;
DCROSHMO# V.I.; nSWHMO, A.A.1 ZAPARAO S.A.1 KALINICHMMO, V.P.;
KMNAUMMNKO# I.K.1 XIKOUAj Ye.1.1 NKOBOIZ&Ve Y.N.1 KUPIN, T.Yeol
WrWS, VXI LTAKWVq N,I.j MALTUTAq U*101 , ru.3.1 OVODMO,
D.K.1 OKSAXICH, I.F.1 PANOV9 V.A.j POVZM, Z.B.1 PODMVANOVj A,L;
POIISHCHUX# AXI POLYAKOVj V.O.; POTAP079 A.I.j SAVITSKir, U.;
MRSIXt V.I.I SMVM,, M.N.; SOMOV, G.A.1 STATEMCHp A.A.1
TXRESHCHLPNXO,p A.A.; TIT079 0.9.1 MIN, A.?.; KHOMMOV, W.P.;
SMYXOp V.0,; SMUN# 0.0.; SICSTAXOV, M.M.1 SHTANIZOl V,I.
Practice of ac4struetion and exploitation of open pits of Krivoy
Rog Basin mining and ore dressing combines. Gor* shur, no.6o
8-56 is 063, (KIRA 160)
(Krivoy Rog Basin-Strip mining)

- - - - - - - - - -
-;n ui

(P W.4
-,~ ,.-nlc: at pi tysical properLies determitlied aTj rok ~,Lmpjr ) & d
fi. k4 t u ., of
-1 . -
I I : I ~, ~ ! - I!u% r I (In A -l r " ~ ~ " - ~I I t- I . I

VANDEMp".1 KaWOVpll KOHMMLD*
Studleo on the perautweaus toxlolty of orgmlo phoophate am-
pomda. 2. Affoot of.the miss of the contaninod area of the
skin and the concentratlon of the toJim on the ponetraticn
rate of parsoxon through the skin# Arab. big. rada 14 nooll
13-19 163,
1. Institut, za sedicinska Istralimja i zedicinu radal &Web*
t MI! 7

Yu A OORBAMV., S. A. IMMM 21# 0. D. UTYSM 0. 0.
"Apparatus for the DWOStiption of Bete-O&MM CoiWidences vith WiCa-
tion of &Iarge B*U Opectrometer vith Double Focussing.!
report submitted for All-Unim Conf an Nuclear SPectroscoPYs Thillsip 14-M
Feb 64.
IY&Y AN K&2= (L2st Nuclear Physics, AS Kai=)

KOBRIK* V.A.
Oapillary tamistams of the Yessols of -the skin in hypertension.
Zdrav. Bolo 7 no,3117-19 Mr 162. (MM 1483)
1, Is smtorira "Nosyishm tochmamprayleniya Minsdrava BBSR
(SUvaly vmb.R.A.Khotalka). Mauahnyy rukovaditell raboty
~Uslushsznv deratall nauldt akadamik a MR B.I.Trusevich.
(hv%&mIcv) (GAPILLARICS) OUR)

7% 0 "r
AND KOIJAIN, A. L,
VNE7EAL DISEA.SES
C-jurses on d a r-Ato -vane rology in Russia vrior to the e!,!L&blinhn,!!nt of zvecirl schools.
Sov. zdrav. 11, no. b, V52.
',bnthly List of Russian Accessions, Library of Conpress, Nove 1)- 2. Incl&ssifted.

a ,
FRUnUROMIT, A.V,j Scomf Bat OtTorsdoo KALASMFIM, T., tekhn.red.
E
Sol's and Plants) FOOkOO I r$ltsnls, XO&kvat Hookasbochil,
1946. 66 P. (lolls) (NIU 13:8)

ICBRU,, 1,1 YIMIX# B.I., r*daktor
k am" -
Efemas obtaining high crop yio)Asj *voalb vookose umbelso
Pod rod. B.Sftbkviw. [Xosimo] Xoskovskit roboahit, 1946o
149 P. (Xoscow Province-Agricidtwo) Oat 1016)
-j

DOLZH"BZIY, L.D.I. 10161jo-Aps otvoredo; MMIIIOT# 1,5,g prof,# r*d*j
11 11"IRMI iffis Moo dottenti LZITS. A.# tokbn.,red.
C14ro forses crop y1elds in one year] Dws urosbale kormovM
kulltur v cod, Pod md, TA.Vemohinovs I A.T.Peterbureskop.
Kookys, Nook.ratoahil, 1946, 47 pe (XIIA 13M)
1. Upraylyayusbohly uchabno-opytays khosysystvou Vermag Sal'sko-
khosynystyeAnoy skedeall 1m. Tialryssays (for Dolshmuskly)e
(Forage plants)

KABLOU, G.G.o kendblolog.nauki TOMMOT, A.B., mmehuyy sotrudaft;
lam ,B.0 red.: .9MMOV. X.. takhn.red.
ElOsing harass In agrInIturel lqwlisovenie loshadel T $91skou
khoslalstvto Koskm, Xask,raboahli, 1947o 118 P,, (NLVA 13t9)
1. UveduyushoMy otdolou tonal spol I sovenlys Tessoyusnogo asuchno-
Issledovatol'skago instituta konsiodstva (for larlson), 2. Too-
soynsnyy nauchno-Issladowstollskiy lustltut konswodstva (for
(Topykay).
(Draft horses)

KOBIUN' B.
Agriculture
Questions in increasing vegetable productivity. (Moskva) Hoskovskii rabochii, 1951.
Mon List 2_f Russian Accessions, LibratV of Congress, June 1952. tr.-ClASSIFIED.

KOBPdN, B.,
Agriculture & Plant & Animal Industry
Problew in the development of hortim9turs. Moskvat HoWtovskil rabochil, 1951.
MOuthlY JAJLt If- Russian Accestions, Library of Congreagg April 1952. UNCUSSUIRD.

ROBRIN, B.
Agriculture
System of fertilizing plants by rotation of pasture landas Materialy sovoshchanita
v NX VXP W rabotnikoy nauchno-iseledovateliskikh uchreshdonlis spetsialistow L
peredovikov sel'skogo khosialst v& Moskovskoi oblasti. (Moskva) Moskovskii rabochL ,
1951.
1*-n&bly jaj& 2_f Russi Accessions, Librw7 of Congress, W 1952. UNCUSSIFIED.

XWRns B.. red.: YAKOn"A, To.o tekba.red.
Ecollectlys form cbmirmals notebook] ZopisjuAa knisW yndsgdstllls
kolkhosa# 1954, 1954, 471 p. (NnA 1213)
(Collsetive lam)