SCIENTIFIC ABSTRACT KAMINSKIY, V. - KAMINSKIY, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620310016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

W" -r 0- " ~42 SOURC E CODE: UR/0251i f66/044/00.3/0685/ 0588
AUTHOR: Karamyan, A. T.; Kiminskly, V. A.; Bochikashvili, T. P.
ORG; none
TITLE: Physical properties of the complex compound (CH 3)2 Os BF 3
SOURCE: AN GruzSSR. Soobahcheniya, v. 44, no. 3, 1966, 586-588
TOPIC TAGS: boron compound, eater, chemical separation,;Aysical property
ABSTRACT: The complex compound of boron trifluftide with dimethyl ester is widely used
in the separation of boron isotopes, but the published literature ort the physical properties of
this compound is insufficient and sometimes even contradictory. To fill t1ds gap the authors
carried out a detailed investigation of the properties of this com1pund. Since during the sepa-
ration process the complex compound (CH 3)20* BF3 always Is pment in a mixture with the
product of its theirmal decomposition -- the complex compound c(CH30)3B-2BF 3 , the physical
parameters of thin mixture were also investigated " a function of the concentration of Its
components. Density was measured with the aid of a pycaometer as a function of temperature
Card 1/4__

AP7001662
3
and Jound to vary from 270 cm
at 0. DT &M 1. 239 glem at 24. O*C
to 1. W g/crd at 97. O-C. Specific
heat was found to be 0. 406 cal/g-deg.
Heat of vapoilzation. measured with
the ald of the setup shown in Fig. I
Fig. 1. Diagram of setup for meas
the heat of vaporization:
I - vaporizer; 2 - pocket for measuring
the vapor temperature; 3 - double-
jacketed reflux condenser; 4 - flow
meter; 6 - ILVW tank-, 6 - pocket for
measuring the temperature of the con-
dmeW complex compound

ACC NRI AP7001562
and found to be 20.9 + 0.2 kcal/mole. Vapor viscosity was measured by means of dovice
shown In Fig. 2 and - from 215-15-6
found to range poises at 98'C to 315,10-6 poises at 129T.
for detenn-
Isity.
ater; 3 - ra-
motor; 5 -

ACC NRs AP7001562
The viscosity of the liquid compound was determined with the aid of a standard viscosimater
and found to range from 2. 05* 10-2 poises at 15*C to 0. 88* 10-2 poises at 82*C. Surface tension
as determined by t~e capillary method, ranged from 36 dynes/cm at 0 *C V) 27 dynes/cm at
90T, and the refractive Jndexo as determined by means of an AbW-type refractometer, ranged
from 1. 3102 n2O for pure e(CH B-2BF tol.3326n 20 for a c(CH 0) 31 2BF solution
D 30)3 3 D 3 3 3
containing 50% (Cl~ )20- BF.. These findings on the physical projxirtles of the complex com-
3
pound (CH3)20* BF~,j make possible the prior calculation and evaluiLtion of the hydrodynamic
processes in separatory columns for the production of boron Isotopes, as well as thermal cal-
culations. lGiowledge of the density and refractive index of mixturias of this compound and Its
liquid decomposition product makes possible a rapid quantitative analysis of tha degree of ther-
mal decomptialtion of this compound in the columns, Orig. art. has: 2 figures, 7 tables.
:SUB.'CODE: 07, 20/ SUBW DATEv, 28JAn66/ ORIG REP: 002/ OTH PXF: 001

AKOWV'# Yu.R.; GVERDTiSITELI, I.G.; KAMINSKIY. V.A.; PARTSAKHASHVILI, G.L.
Packs for columns used In isotope separation. Atom energ,
17 noe5084-303 N 164. WRA M12)

KAMINSEY, V.A.
Dintillation under nonaliobatic conditions* Soob. ki Gruz. SSR
28 no.5t529-534 My 162. (MIRA 1815)
1. Fiziko--tekhnichaAiy institut AN GruzSSR. Submitted April 189
1961.

AUTHOR: Kaminskiy, V.D. SOV/'113-58-4-17/21
TITLE% The LAZ-695 Bus (Avtobus LAZ-695)
PERIODICALt Avtomobillnaya promyshlennost-, 1956, Nr 4, 1? 45 (USSR)
ABSTRACT: The article briefly enumerates charaoteristies of the now
LAZ-695 passenger city bus (photo on cover p 1) by the L'vov
Bus Plant. The bus has 32 seats and a capacitY Of 55 pas-
sengers. It has two doors and an int6gral body, a 109-HP,
4-stroket ZIL-158L engine with oarburator and reaches a
maximum speed of 65 km/hr at a fuel consumption of 37 li-
ters per 100 km when fully loaded.
ASSOCIATION: Livovskiy avtobusnyy zavod (The Llvov Bus Plant)
1. Passenger vehicles--Desiga
Card 1/1

BIYBUIATOV, A.G.) KMINSKIYAJ~D.
Prospects for finding gas and oil in the central sect(:,r of the
Yuryuzap'-Sylvenskoya depression. Geol. i geofiz. no.15:50-55 164.
1 -
1. "Basluieft"'.

nmixsx4is V. K.
and Yunak, P. 11. PRODUCTION OF GROHITE PLUGS
.11 1- "W,
AN'D ('30GIBLIZ IN TIM LUTSCII SWOJ30DY FACTORY AND THEIR BEHAVI(It 1N
PRACTICIE. egneupory, 9, 77-84 (19111).- Best, results vere secured
with the use of fire-clay plugs and Lxaphite crucibles. The cruciblts
contain up to 20% Lrraphite. The addition of coarse-flake Graphite tD
the raw materials for plugs increased the refractoriness in comparison
with additions of fine-flake materials.

1. KAMTNSKn, V.K., KUSIPMEPIK, N.T.
2. USSR (600)
4. Coke Ovens
7. Mechanizing the molding of coke-oven materials. Ogneupory 17 no. /+, 1952.,
KraRnogorovskiy Zavod imeni lenina
9. Monthl List of Russian Accessions. Library of Congress, August 1952.
UNCLASSIffE-D.

ww"i
li,5 K I Y) v K.
USSR/Ohemical TechnOlogy - Chemical Producto and Their Application. Silicates.
Glass. Ceramics. Binders, 1-9
Abst Jouxmal: Referat Zhur - Khimiya., No 19, 1956,, 62335
Aut hor: Git'yar., To. A., Kamirskiy, V. K., Koysman, I. Ye.
Institution: I(rasnogorov Plant imeni Lenin
Title: Productico of Burners frm Ware Containing a High Percentage of
Chanotte for Coke Ovens
Original
Periodical: Ogneupory.,, 19561,110 1, 6-9
Abstractt To improve thermal stability of burners (B) of coke ovens the
Krasnogorov Plant imeni Lenin has initiated mass production of B
-dry high cbamotte content kaolin paste in lieu of plastic
from half
press foribed ebamotte clay B. The mix-Eure consists of' 85% kaolin
cbamotte and 15% Vladimir kaolin as binder. Chamotte is produced
by firing of plastic briquet consisting of 80% Vladimir kaolin and
26% Chasov-Yar clay at 1,4000 for 8 hours. Chamotte is ground in
ball mills and the-paste is made- r-roll mills. After
Card 1/2

TSIGISR, V.D.; KAMINSKIY, V.K.; KUSEMIN. N.I.; PANKRATOV, D.I.;
Redesigning certain elements of low tonnage gas chamber kilns for
burning dinas bricks. Ogaeupory 21 no.3:107-114 '56. (KM 9:8)
1. 11harIkovskiy institut opeuporov (for TSigler). 2. Krasnogo-
rovijkiy opsupornyy sayod (for Kaminekly, KUBhnerik, Phnkratov,
Laroakov, lyssond).
(7irebricke) (Kilns)

AlAi 12 / I /V S X, / V
USSR Ahemical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur Khimiya, No 9, 1957, 31583
Author Strelets V.M., Kaminskiy V.K., Belobragin N.Z.
Title Production of Semi-Acidic Coke Shapes by Semi-Dry
Pressing on Frictional Presses
P, / -
Orig Pub: Ogneupory, 1956.,4No 4, 152-157
Abstract: Laboratory and semi-production scale experiments
have shown the possibility of producing semi-
acidic coke shaped articles, of class A according
to GOST 4873-49, containing 74-75% SIOL, by semi-
dry pressing on frictional presses. The following
mix is recommended (in % by weight), chamotte 50
(Chasov-Yarskaya clay Ch-2 + Vladimirskiy kaolin
C ard 11*2
7-4

USSR /themical Technology. Chemical Products T-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour: Referat Zhur Khimiya, No 9, 1957, 31583
VL-I, refractoriness above 1730*), byproduct of
concentration of Prosyanovskiy kao-lin 30 (refrac-
tortness 17000, grain size from 2-2.5 to 0.9 mm)-
and Chasoy-Yarskaya clay Ch-1, 20; moisture con-
tent of mix 5.5-6.5%, number of press impacts
6-7, of these the first 2-3 are light.
C ard :~A

15 W
AUTHORSj _.E~nsk~_I~Nnkratovf D. 1. 0 SOV/131-59-9-3/12
Kushmerik, B. 1.
TITT:~t An Experiment for the Utilization of Foam Filters
PERIODICAL: Ogneuporn 1959, Nr 9, Pp 395-401 (USSR)
ABSTRAM A method for removing dget from gases by meana of a foam layer
was developed by the'Leningradskiy tekhnologiiiheskiy institut
imi Lensoveta (Leningrad Institute of Teohnolog7 imeni Lensovet).
In 1957 the high effioianoy of such apparatus was proved in the
K.rasnogorovka Works imeni Lenin by means of a test foam' filter.
The testing plant was elaborated by the above mentioned works
together with the Ukrainskiy nauchno-isaledovatellskiy institut
ogneuporov (UNIIO) (Ukrainian Scientific R6seardh Inst#ute for
Refractories). Table 1 shaws the experimental results Oained
with a foam filter. Table 2 shows the suotion.ventilation systems
of the fire-clay grinding seotion. Table 3 shows the working
results of the ventilation- and purification systems, equipped
with foam filteraq for January and February 1959- Figure 1 shows
the achematio illustration of a foam filter, followed by a
description. Figure 2 is a schematio illustration of the foam
Card 1/2 filter apparatus of the fire-olay aeotion. Table 4 shows the pulp

An Experiment for the Utilization of Foam Filters SOV/131-59-9-3/12
density in the olarifying plant. In the majority.of oaase the
degree of purity was abovt 95%. Figures 3 aul 4 show photos of
the foam filters in the fire-olay sectiong ca well as of' the
clarifying plants. A aescription ofthese plants follows. Finally
the foam filters are designated as simple2 cheapp and efficient
devices. There sJVe 4 figures and 4 tables.
ASSOCIATION: Kraeriogorovskiy shenotao-dinasovyy zavoa im. Lenita
(Krasnogorovka Fire-clay and Dinas Works imoLi Lenin)
Card 2/2

Worl,
. of entarprivDs of the "Re"raetorics Ore" trout in 1961.
Ognoupory 26 no.10:446-41~7 162, 14:11)
1. Trest "Oenomornorud".
(Refractories industry)

137-5 8--6- 13346
Translation from, R eferativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 314 (USSR)
AUTHORS: Kaminskiy, V. M., Rozenberg, E. Z
TITLE.- An Investi gaETO"_ojjjCjLL-- res i stance Properties of Solid Solu-
tions (Izucheniye zharoprochnosti tverdykh rastvorov)
PZ_RIODIC,,~L: V sb. - Issled. po zharoprochn. splavam. Vol 2, Moscow,
AN SSSR, 1957, pp 34-43
ABSTRACT: A presentation of the results of an investigation dealing with
the effect of the magnitude of interatomic forces in crystal
lattices of Ni-base solid solutions (SS) on their stress-rupture
time properties, as well as of the effect of the-internal struc-
ture of austenite grains on the strength of the metal at elevated
temperatures. The characteristic temperature or'the meELn-
square deviation of the atoms from th'ei~.eiquilibriuna position
during thermal oscillations served* As sta'ndar-cls of the stretigth
of the interatomic.bonds (IB). indirect studies of the strength
of the IB were performed on the basis of a relationship in
which the magnitude of G and internal friction appear as
functions of the temperature employed in the tests and the com-
Gard I/Z position of the alloy. The stress-rupture time properties of

137-58-6-13346
An investigation of Heat-resistance Properties of Solid Solutions
the alloys at temperatures of 600, 700, and 8000C provided the standards for
the heat-resistance properties. In order to study the effect of the internal
grain structure of SS's on their behavior at elevated temperatures, X-ray
diffraction and magnetic analysis methods were employed to investigate
structural chan es occurring during phase hardening in an alloy containing
29~o Ni and IFO Ti. Attention is drawn to the direct relationship existing
between the strength of the IB in the crystal lattice of SS' s and the heat-
resistance properties of the latter. Alloying of Ni with Ti and Cr in-
creases the strength of the IB. At elevated temperatures and relatively
small stresses, which would effect destruction of the alloy only after a very
long period of time, the alloyed SS's may lose their advantage over SS's
which have been alloyed to a smaller degree; this condition is due to a de-
crease in the difference of mobility of atoms in crystal lattices of the SS's
investigated, as well as to the progress of "diffusional" deformation. It
is pointed out that disruptions in the lattice of a SS, caused by a large
number of intragranul~r division interfaces which appear after the phase
hardening, resul.t in,an~ increased resistance to high-speed deformation
and a Teduced resistance to low-speed deformations. Bibliography: 11
references. 1. Nickel alloys--Mechanical properties 2. Nickel alloys--Test results
3. Nickel alloys--Crystal structure V. N.
Card Z/ 2

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are memory, equipments wish ferrite cores With a:
ecapAclty of, the one type A !;',280 30-digit riuml~ers,
i~di.jit numbers. The maximalAbnes of revolution amount
pective y.:: Ali fundimental net D
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llsl.'noted f.. 11, memory equipment,~wil;h a constant compasition
~lt4e depen storage and r pduction of b Te-
epr
hiLtiori recorded in such memory equipment is no',
lostklunng
on eit
~rati her by the mernory equipment or in the m' fhine as'
thali-ty opene,broad perspectives for their utilizationkin spe-
acl, es thatoperate with real objects according, tofixed
on wit other types of memory ecluipments emplciyln-~ ferrites
t*#Y, _~4ch memory equipments are significantl I pler and
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Co4stant;~Memor Gut" :eTA cializedmachines S/799/6Z/000/003;1005/008
quip
c6niainl i sma le~ 4mh r6 hardWareiterns. For identical memory capa6tiea the
fir, t*1b !aory,!eqq Oeiciibed. here -requires for its construction a sxr~aller
CP l
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n be,~~ bf co 0 Id ot er:access,6ries than the second. However, it cantiot match
the laftrF: it ire spect..i~o the; time '.of revolution for a complete cycle. An optimal
nurn e r ofaddresses and numerAkal blocks in them rrnemo
..relatJohiihi e tb ry
Ma! zix it p eter g od ih4ach. specific cast from the programming conditions, the
req .uir a ti e C) iWID4114,14ri for a full and average cycle, and by- the practical possl-
bilily 0 -(he,ozons~r6,ctilon. P 'the required commutators. Illustrations compi,ise the
10,
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ni xx
'It I lory ma rices of the two types of memory, the funda-
mei~tal p-incible ti OPO'Ation of the memory cores, the itindarnental scheme of a
typical ls,~-vitclii n1j'I% it of :addre'
e se commutator, a schematic network ofthe

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I'j 't
SSSR;'; Institut elektronnykh UpraVIYay0shchikh mpshin.
so, J Aka4O liiyok
75
Tsi66 a yy~~ ~1 ekluiika. i:vychislitel nyye ustrOystva. no. 3. 1962,
TEXT:I The Pei:l~ _tsIorth th result of the development of the elenit-nto-of a
e me 04 UIL en a capacity of '048 numbers with- 1:he,,k:se of
ma1rmIi4yp 76 t I (ME) of Z.
T. y . .i , I . I.
-I :V it - f~r!~i ie C 's Which was performed at the Institute of Electronj,~ Control
It 6211
M chi#e4i, AS:U8 4'~ir. 1959 and 1960. A supplementary impulse is use4~to re-
4.: duce t~e~ noi~e~bi'c grd~ miexcitation in the M E. . The relationships be-
& due to: se
d the vemiexcitation noise with the opera
twfie'wtkie re6c! Bigh I'a an tionDA ~~o.nditions.
of hetcolre are dl,kiinGc Optimial param, aters of the operating current pulls are
s e J~e 64,. am .ongi !tlomi .1,t: of 1 the zupplementary pulse. Criteria are provid( Ifor the
se ectiob, of cores testing code. The circuitry of an autornatI'c equip-
for ii ME, iilso a
0 i ferrite''rin
;1_ memt Tlthe:ins~ gs according to the criteria selected i.s described.-
Th :ex ~ri2lieyit# 6n or, 1~e p6ise;characteristics of ferril:e cores was perlrormed in
the .am Ntu&b. co di!