SCIENTIFIC ABSTRACT VOLPYANSKIY, L.M. - VOLSHTEYN, L.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860720017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TOLFrARXIT, Lev Markovich; IRA, N.A., takhn,red.
[Costing in shell molds] 36itle Y obolochkom formy. Moskva#
Gos.nauchno-tekhneizd-vo mohinostrott.lit-ry, 1960. 66 p.
(blauchno-popullarnaia bibliotska rabochego-liteishohiks, no*9)
(miRA 14:3)
(Shell molding (Founding))

GIROVSKIY. nauchnyy rabotnik; XWITORER, S.B., nauchnyy rabotnik; SHASS, H.
Ye., nauchnyy rabotnik; D'YAKOVA. N.Y., nauchnyy rabotnik; BABMO, A.P.;
VOL1?YA=IT, S.Ya.; NXMYLK. G.H.
,[Socialist competition for cost reduction In construction work] Sotalalisti-
cheakoe sorevnovanie za snishenie stoimosti stroitellnykh rabot. [Avtorskii
kollektiv: V.F.Girovskit i dr.] Moskva, Gos.i%d-vo lit-x7 po stroitellstvu
I arkhitekture, 1953. 55 P- (MLRA 6;7)
1. goexhilatroy treat (for Pabenko, Volpyanakiy, Merslyak). 2. Kufedra
Organizataii I planirovaniva stroitellnogo proizvodstva MINI imeni S.Ordzho-
nikidze. 3. Moskovskiy inzhenerno-ekonomicheakiy institut imeni S.Ordzhoni-
kidze (for Girovskiy. Kantorer. Shass, and Dlyakova).
(Construction industry-Costs)

VOL-RABINOVICH, L., inzh.
Folystyrol adhesive. Mest,prom.i khud,promys, 3 no,12s3O D 162,,
(MM l6t2)
1. TSentraltnaya laboratoriya upravleniya, khimicheskoy
protWohlennosti Moskovskogo gorodskogo lspoWtellnogo komiteta
Moskovskogo gorodskogo soveta deputatov trudyashchikhoya.
(Styrene polymers)

L 18955-63 Em/EwPWAPF(c) AvT W /bDS AmcAsD PS-4#C-4/Pr,4
RMIWWIMAY
ACOESSION NR: LP30065h3 S1019-116310001009100:5310055
AUTHOR: Vol-Rabinovich, L. Le
dhesivefrfor polystyrene plastic
TIME: Polymerizable a
SOURCE: Plastichesklye massy*, no. 9. 1963p 53-55
TOPIC TAGS: polystyren6s plastics., Y4 adhesive
ABSTRACT: A tp.olymeriz able adhesive for polystyrene plastics was developed
based on PKIKsin., a solution of hard polystyrene in styrene monomer. The
adhesive is non-to~dc, can be made in different viscosities by varying amount of
polystrrene in monomer, and can be used with advantage over solvent adhesives
such as dichlorethane. "The toxicological test was carried out under the
supervision and by the inmediate, division of G. Ya. Xellman." Orig. art. '=31
1 figure.
ASSOCIATION: None
SUMITTED: 00 IATE ACQ: 30SoP63 ENCL: 00
SUB CODE: FA
Card
140 RE? SOi: 001 OTIM: 001

VOLRAT. A. (Volrate, A.]
intestinal viruses carrier state in healthy children before and
after vaccination vith live poliomyelitis vaccine. Vestis Latv
A no.4tl39-144 '162.
1. Institut mikrobiologii AN Latviyokoy SSR.

-VOLRAT, A. [Vo2rate,, A.)
DccwTence of enteroviruses in healthy chil&en. Vestis Iatr ak
no*3:97-102 t61,
I* Institut mikrobiologii AN Iatviyokoy SSR.
it

KUKAYN, R. [Kukaine, R.J; INDULEN, M. [Indulina, M.); KANEL,I., I. [Kanele, 1.];
KONDRASHOVA, M.; KLtNIIIYJL 'B LWAna, V.1; VOLRAT, (Volrate, A.);
FELDMAN, G. (Foldmane; G,j,- iAGArIWA, L.j PAPUAp MO; POFOVAt V.-
Characteristics of the tuberculin tests in children inocculated
during early infancy with-PEr-bral BCG vaccine and live poliomyciijis
vaccine'. Vestis Latv ak no.7:.U5-a17 162.*
1. Inatitut mikrobiologii AN Latviyokoy SSR,

ACC NRs AP6022603 SOURCE CODE: CZ/0032/65/015/012/0938/u942
AUTHOR: V21enik, Vlasakova, L.; Volrabova H.: Iastovkova, 0.
ORG: State Research Institute for the Economic Use of Materialp Prague.(Statni
vyzkum-n-y-u-s-Ea-v--o-cTirany-materia.Lu) ~/
TITM: Determining the actual surfdca area of metal samples from krypton sorption
SOURCE: Strojirenstvi, V. 15, no. 12, 1965, 938-942 v7
TOPIC TAGS: metal surfacep krypton, gas adsorption, chemical laboratory apparatus
ABSTRACT: 17he article describos a method of measuring
*the actual surface area of metal samples by calculating it from'.
the adsorption of krypton and also the laboratory equipment re-.
.,,qulrod for its application; Although tho method is quite ac
,curato and is practically the only ono which can be used by
plantsj It has disadvantagesp a3.the measurements take much
time and the equipment is rather sophisticated. This paper was presented by
Engineer M. Roubal. Orig. art. has: 8 figitres and 1 table. (Based on authors'
Eng. abst.] [JPRSj
SUB CODE.- 11, 0`7 / SUBM DATE: none / ORIG RM 002 / SOV RM 001
OTH REF: 004
Card 1A Gua UDC: 5,31.7.621-787: 546-294

30593
Z/032/61/m J/ol
v, 1 1,2 / t-~ r) -) 9
AUTHORS V,1 a.-t k o vif Vo 14, 1) 0 Vill I - 43 11 (1 VC ~ 1, e it 6,
,r rmv: - fn I ti a I gt ages o I.* st.pe I cort-o-mi oil at p I t!v~v ~,d t vin--r-ii-
tures
I IF. CA I.,: S troj ixt-nstv I, v. It. I no, 1.1 , 1961~ , 8113-847
TEVP: The premeni paper im biiscd on the theory of Cabrera and
Mott (Ilejr.l: Roo.Progr. in Phys. .12, P.161) which prolposem that
VOI. eaeft metia 1. -nnel -e1. of, Con;fition-s there is n critical tetn~oera-
ttirf~ a t. u4i i ch a tit-, mm it ion he tKeen t;,.o typt-s of corrosion
can he obso-t-ved. Above the critical temperature, the
11mill Cactoj- Jift,ectilix ('Orrosi.on is diffusioll of metal. catiom.; to
cho sixt-l'nep oU Che met-al. The rate of' oxidation can be extirease,(I
bV tjli~ 1);41-abotic lat.(: 11
Y kt, -t- a,
fit! v f.. -,x - thickness of laver, 1 -time,atidkand a OVV
callstatit.q. Theref'ore, a corrosion TWOCC1.4.14 Which obe-.!a the
joaritbolic law will m-oceed wi-thotit reachin.% a moximm It Pnd Ific 1""'Pt,
thickness will increamp with tinte. ()%I Cile other Imild, tkil! Coll-lisirm
mechatilmm below tho critical. temlier,111IF-1. is dettl-Illilled by ;III
C.11-d 1/5

30593
1 Ili tia I S of mi ov I corrom i t-pn ...

electric doiible layer and is chavacterized by it filit-Ly ralpid initiil
growth of the laver, soovi reaching ;% 1111aximulit limiting thickness.
Ths- I J m i I ing thi ckne!5.s is an J.riverse l"unct ion o f ahsol tit e temp#-r;-.-
t Irro T, e~rifl can he rupy-e-zeiii ed,e-raphical IV ns a n -,
tile absc-is- Do I er-
i it uersoc ii tig Ra nt, the critic.-It temperitture T k.
j
m i. na t j. on of limiting thickness at various temperatures and extra-
po] at, i on of the plot.s of inverse thickness itgai-nat T will
produco the critical tenmeraturv Th at whi.ch the growth of Clip
efirrosion Iover. aft'veted merely by the electric double laver. will
reach JA.,R max.imlim. Beyond the critical temperature corrosion will
proceed hV Ole ionic dif'1'13.mlion im-civirlism, withmit. ever reaching a
11W X i tilmn. Thereforp, d-ict-mina(ion of* thf! criticat temperature
is hi-t#:ov1 on an accuriite ition-4urement fit' the Layer thickness al
41i.fTertall temperatures atid atmospher-ic vonditions.. A novs-I oplica.1
method is now de-scribo!d which permits Ilie determination or lavr-r-
tlvicktit!ss within art accits-nev of' a I"o-w It I% b;1.4q-fl oil previolls
1 %01 -
1. C- O?r- ('. i : x s. c-i- i w i f it
%vork ot' A. V.% e1%. -4. Vv s
chartires of thf- t..N of polarized Light on be-ing rel'Iectr-1
tilt. of tile Studied objects- The 1~!ver thickrit-s i~
volliIIII(ed I'l-orri 'All'i tht. I-4-11-m-tivv illdtv#!%~
cor(I 2/1

3C593
Initial stakek~*f steel corrosion ... Z/032/61/011/011/002/005
9112/9535
of the no t I'and its oxides The thickness of corrosion layers at
~'the init is 1 9 of corrosion at relatively low temperatures
ranges fr.1 tons to a few hundreds of A. and conventional
me'thods fia,6 on.found Inadequate.to measure the course of oxide-
tion.~ The -061'cAl method permits following the growth of the
corr::ion layfro with great accuracy trom a knowledge of the
opt coniolaitts of the material and ellipticity changes of
pol!ri'!ed light. On the basis of the test results the critical
temperatur4a of stools with'varying amounts of B are tabulated.
They. range from 217% for 06 Czech conmtructionat steel 13 030 to
2770C fee stools with very htSh,-(10%) 0 conittnt6. Furthermore,
the thicknose of layers At& Visited against corrosion-times at
~diffdron .t temperatures f6i~soivon different typek ofstool
'(Abscissa's - time:of.oxidation, in hours; axis thickness of.layer,
Aq'in A)*, -The now method., permits examining the corrosion resist
of at 10 ol constructioni'I'Materials-in 60-80 hours, whereas conven-
:tional.procedures. re4ulre 00 to 1000 hours and produco~ only
ou6jective *valuations. The method is rectimaitnded by the authors an
a standard too*. There Are 11 figures. 2 tables and 6 references:
Carci 3/5

321JZ I / 0
~Initiml stages of steel corrosion Z/03 il/011/002/005
..2112/9535
4. Soviet-blot and 2 non-Sovist-bloc. The English-language
references read as f6llownt Ref.1 (quoted*in test), Ref.6% Vernon,
W.H.J., Calnen, B.A., Clews, C.J.H.., Nurse, T.J., 1953, Proc*Roye
Soc.(A) 216, P-375-
ASSOCIATION: Sta tni.vy'zkumny ustav ochrany materiIilu, Praha
(State Research Institute for the Protection of
Materials, Prague)--
(With
0.35%
Fig 8
Twith 0-76!
Card 4/5 _~,'O_, T 7 _J
Fig. 9
(With
6% 8)
Fi 10
10% B)
WC

T I -ILI

30593
Initial stages of steel corrosion Z/032/6i/oil/011/002/005
E112/E535
2M
W
vx
5W
Mc
- --- ------ --------
2M
wv
Oltt4i
m
ki 0
a, 20
TEO
Fix.3. Steel 13 030. Fis.4. Steel 12 022 FiX.51. Steel 15 110
Card 5/5

VOLRAT,_~Volrate, A.) (Riga)
Occurrence of enterovirusea in healtb7 children. VestiB Lfttv ak
no.3:97-3.o2 161. (KEAI jOz9)
I
1. Akademiya nauk L~Ltviyokoy SSR, Institut mikrobiologii.
(Viruses) (Children in Latvia)

VOLRATE91.(Riga)
0".
Finding intestinal viruses in healthy.childrvn. Re rt I. (To be
continued) Vestim Latv ak no./#:155-158' 160. r3i 10:7)
1. Latvijas PSH Zinatnu akademijap Mikrobiologijas instituts.
(VIRUSES) (INTESTINES) (CHILDREN)

DA.XON, M.I.; VOLYNSKI%, V.Kh.
I
Measurement of momenta of fast charged particles and invest!-
gation of nuclear reactions with enargise in the range of
10-10 to 10,12 eV. Zhur.eksp.1 tsor.fis. 37 n0-4:906-909
159. (MIM 13:5)
1. Fizicheskiy institut imeni P.N.Lebodeva Akadonii nauk.
SSSR.
(Particles (Nuclear physics))
(Nuclear reactions)

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L00826--66 GW
iAGdES3IO1V1M: AP5020685 UR/0033/65/042/OOA/0659/0561
523-745
AUTHORi Vol'shakova
0. V.
TITLE: Intensityvarintionn nf the solar wind with the solar activity phase cycle,
from data of stable magnetic field variations
Astronomicheskiy zhurnall v- 42, no. 41 1965, 859-861
ISOURCE;
solar aoti
MkC TAGS: Rolar yq~ AV.
d r m9fn c,ji I
4q, Se-
.,I "!!r I
.~ABSTRACTt The seasonal changes in the PO amplitude were 1nv%.atigat(_-d .-3 that the
changes in the-solar wind intensity as a function of the aolt4r activity phase cycle:
could be estimated. The data covered a time interval of 0 yes:rs--from '.957 to 1964.
IThia corresponds to intervals of highq mediump and low aeti,.ty. It is shown that
ithe mean amplitude of the type pc4 short-period variations of the erirth'S magnetic
ifield corresponding to the solar wind during the quiet poriod (Kp remains
constant throughout the 0 years of obamation, It in conoludod that the Jntenaity~
!
of the solar wind from undisturbed solar regiona does not ca.~nge with the solar
'activity phase cycles Orig. art. has: 1 figure.
Car d, 1/2

L00826-66
ACCESSION Ms AP5020685
ASSOCIATION: Geofizicheskaya stantaiya, Borok Institute, fizi4i Zemli, Akademli nauk
SSSR (RgLrq-k-qepphYsical Station. Institute of Terrestrial Pby:,ice, Academy of
Sciences, SSSR)
SUBMITTEDs 2914ar65 ERCM .00 SUB CODEs AAi
NO REP BM 001 OT]MI 001

TA
L N/1-M hr 'trw n IS.% -MI
;1 7.19-65 -gi a kMJ/ /- / A/ Lf.r %W/ MAW %a /% ( t
ACCESSION NR: AT4046863 B/000Q/W0'0()/00Q/032F/0330
AUTHOR: 20!20-Voye.0 Dudare~o Ye. Pop U9 lahm9na, m. A#
TITLE: Suzuki atmospheres and thoir froportanou In hardanfnmof alloys
SOURCE.- AN SSSR. MauchnOy sovet R2 Drobleme zharoprocPn0kh splavov. Issledovmilya
staley I splavov (Studies on steels and afloys) - Macaw, tzd-vo Nauka, 1004,
TOPIC TAGS: Suzidd atmosphere, metal strength, ms)tal crystal, crystal structure.
alpha solution, alloy hardening, AoMr 6jpmLgg= -Iloy, co per zinc ail,)y. dofect energy
P
A13STRACT: It Is wellAnown that ono of the factors contrlbuting to tho hardening of n1loys tn~
the aJpha solid solution are the Suzuki Vmosphores occurring in the defects of tensile dis-
locations. 'I'lifn lowers the dislocationrihobtlity and Increases the y1old point. Since the
,Suzuki atmospheres vary slightly with temperature, they are vory important at high tempor-I
atures. Several articles (H. Suzuki, P.A. rlinn) have dealt with Suzujd atmospheres.
However, even the latest article by Suzuki does not define the relationship between the
defect energy and Suzukl atmosphere concenfratton. 'I'lio present article shows this
relationship based on the latest publication by Suzuki for alloys with low defect energy. On
the baste of phase equilibrium equatfono, the author ovolvos numerical equations for Cu--Al
and Cu-Zn alloya with low defect energy. Fig. 1 of the Enclosure shows the concentration
Itord

1-99159-A.4i
ACCESSION -NR-.--~~AT4046863_.--~:-~
for Cu-Zn alloys, whilo Fig. 2 shows the same for Cu-Al alloys. In previous publications
it has been Incorrectly suggested that the importance of Suzuki atmospheres increases Gs
the solid solution concentration Increases. Solid solutions disintegrate after low tempera-
ture annealing following deformation. An equation to evolved showing that the hardening:
depends on the defect nnorgy for the given alloy. Preciso calculations cpnnot as yet be made
since sevoral f actorn arn still untuiown, a. 6t. the dbf act energy with a 18lizuki Rtmosphorn.
Howevor, for small Suzuld aftnsopherce, Via values may be found. ForCU 4. 38 atj Zri
the contribuUon of the Suzuki atmosphere In hardening doeg not exceed 1. 5 kg/mm2. Ill
conclusion, it is suggested that empirical curves of hardening should be constructed. Orig.
art. has: 2 figures and 14 equations.
ASSOMMON: none
SUBA1ITT9D: 16tTun.64 ENCL: 02 SUB COD?,- 101
--tAUERt';
NO REF SOVt 004 .005
C

77 7- . ; , , -,. f ~ , , - ~ Z--~ L- - I
L.9959-65
ACCESMOM Nn.- A",r404
6803 ce ENCLOSURE: oi
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Figi 1. Concentration relaUonablpsfif or Cu m alloys (T=293K)
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ALEKSANDROV, I.A.; SHUNMAN, V.I.; KOGAN, Yu.S.-, SHVETS, Ye.M.,*
Prinimali uchastiye- MISTIANCK, Yu.Z.; LIZUNKOV, V.P.;
HiiOVA, Z.D.
SEREGINA, A.P.; KAZ~
Hydrodynamics of plates made of S-shaped elements. Khim.
t tekh.topl.i masel 6 no-7:38-44 J1 161. (MIRA 14:6)
1. Olproneftemash.
(Plate towers)

G.I.; VOLISHANSKIT, X.J.
------------
Production of feeds enriched with vitanin 1112 fron distilling
wash (survey). Spirt.prom. 26 no*1:34-35 '60.
(MIRA 13:6)
(Distilling industries--By-products)
(Feeding and foods)

PIRTMANO G.I.;--VOL!PW9!Tt,M.I.
Fermenting action of fungal ap7lase on starch (from "Die Branntween-
wirschaft,n no.23, 1959). Spirt.prom..26 no.6:45 160.
(MIRA 13:11)
(Amylase) (starch)
W- al-w-MI MIN MERNMEM, ~TMINMINRP'
R

MTN", G.I.; VOLISHA ir. M. I.
Using grain and potato residual wash as a culture
sodium for microorganisms producing vitamin 1~2. Spirt.
SpIrt.promo 26 no.4:34-37 160- (XLRA 1388)
(CY&nocob&1win)
(Macterioloff-4ultures and culture med1a)

VOLISFANSKIT, K.I.; KOPTLOVA, A.M.
Out session of the Scientific Council of the Central
Scientific Research Institute of the Alcohol and the
Liqueur and Todim Industries. Spirt.pro e 26 no,4:
44-45 l6o. Miki 13 ' 8)
(Distilling Industries-Congresses)

VOLISHANSKIY, M.I.; XOPYIOVA, A.M.
All-Union Seminar on ne-d types of production. Spirt.
prom. 26 n0-5:46 160. (MIR4, 13:7)
(Distilling induatries)

Vo-L, 5-1-mtj SWI
VOLISHANSKIY, M.I.
S.A. Spirt. Proms 24 no.2:
Production of ethyl alcohol in the Us (MIRA IIS3)
34-35 158- (United states-11thyl alcohol)
Z-Amumm-DOMM, rpmmw, xx m
Vzq- o-M!4 "90K m
mm

FIRTMAN, G.I.; VOL' SHOSK M.If,
Electronic eves inspect drinks (from "Electronic Industries and
Tele-Tachn.," 58 no.2 1957). Spirt.prom. 23 no.8:31 157.
(MIRA 11:1)
(Bottling) (Photoelectric calls)

MTHAN, G.I.; VOLISHA=ff, X.I.
Apparatus for producing yea.sts. Spirt. prom. 26 no.3t32-35 160.
(MIRA 13:10)
(Yranco-Yeast)

BEM, Rudolf [B76hm, Rudolf); PIEVA, Vladiinir; VOLISHMISKIT M.I.
[translator]; TIVYAKOV, G.G., duktor biol. nauk; Prof.
red.; TSIFERSOH, A.L., red.
[Microscopy of meat and raw material of animal origin.
Translated from the Czechl Mikroskopi1a miasa, i syrlia
zhIvotnogo proiskliozHeniia. Izd.2., perer. i dop. Mo-
skvaj Pishchovaia pronyshlannost', 1964. 334 P.
(MIRA 18;3)

prof. doktor teklm. nauk; TIRANOVAY T.M., itlzh.; VINOGRADOV,
B .N.,, inzh.
Sulfate resistant cements from slag of electrophosphoroun production.
Stroi.mat. 10 no.8:26-28 Ag t64. (MIRA 17:12)

""'02 11-67 WR/C;D/JXT
A.C,C N R AT6022332 SOURCE CODE: UR/0000/66/ooo/000/0026/0033
AUTHOR: Shubarin, Yu. V.; Gorobets, N. N.; Voloshin, V. A. q
ORG., None
-TITLE: Effect which reflections in elliptically polarized antennas have on the
polarization of their field of radiation
SOURCE: -.Vsesoyu7,naya nauchnaya sessiya,-posvyashchennaya Dnyu.radio...22d,
1966. Sektsiya antennykh ustroystv. Doklady. Moscow, 1966, 26-33
TOPIC TAGS: circularly polarized antenna, electromagnetic wave reflection, antenna
polarization
ABSTRACT: The authors consider reflections in elliptically polarized antennas
and their effect on deviations in the polarization of the field radiated by the
antenna from the theoretical value. Antennas with phasing sections in the feeder
channel are considered. The phasing section is an anisotropic medium where the
rate of propagation of electromagnetic waves depcuds on polarization and differs
for the mutually perpendicular components. This section splits an incident
linearly polarized wave into two orthogonally polarized components which are
propagated at different velocities so that they are shifted irk phase by a given
angle at the output of the section resulting in an elliptically polarized field.
Ccird',' l/2

L 02411-67
Formulas are given for determining the effect which reflections frCO the exciter
aperture have on polarization of the radiated field and it is shown that the
coefficient of ellipticity is considerably reduced by these reflections in the
case of waveguide radiating elements. This effect is insignificant for horn
radiators. Variations in the polarization of the field emitted by the antenna
are also considered from the standpoint of reflector-exciter interaction. It is
found that this type of interaction causes a considerable reduction in the co-
efficient of ellipticity for the entire antenna when the phasing section is ad-
justed for circular polarization in free space. This effect may be used if
elliptical polarization is necessary in the center of the antenna aperture for
producing a circularly polarized field at the principal maximum of antenna radia-
tion since the directional, diagram for the exciter is ordinarily not identical
with respect to components and the amplitude distributions vith respect to com-
ponents differ at the aperture. Orig. art. has: 3 figures, 15 formulas.
SUB CODB; 201 SUBM DATE; 22Mar66/ oRiG REF: 002
r.,A P/P he

GOLUB', NsS.'; VOLSHINA R.K.
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