SCIENTIFIC ABSTRACT VOYTOVETSKIY, V.K. - VOYTSEKHOVSKIY, B.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001861120018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.AUTHOR VOYTOVETSKIY V.K.9 LEVIN B.A.9 MARCHMO V. PA - 2670
TITLE 5ft 15-800 keV Radiation Accompanying U215 Fission Induced by
Thermal Neutrons. (Kyakhkeye j*-izluch9niyo v oblasti onergiy at
15 do 800 W, seprovozhdayushcheye deleniy u235 toplorymi
neytr*nami.- Russian)
PERIODICAL Zhurnal Eksperime i Tooret, Fiziki 1957, Tel 32, Nr 2t
267 (USSR).
Received: 5/1957 Reviewed: 6/1957
ABSTRk.ff Baorimental orderi In a current of thermal neutrons an ionization
chamber with*U42:) was fitted which registered fission fragments.
Per the purpose of analyzing the amplitudes, the amplitudes of
a scintillation counter which oeinoide with the fission fragments
resulting'fromi fission fragments are selected by means of a
coincidence scheme and a "goal". The experimental order in
discussed by on the basis of a graph. Measuring Results are we 1
reproducible on the occasion of repeated measurements. -15ploi
acts of fissioning par sea wart registered. A diagram illustrates
-the amplitude distribution of the moment& of these r-rayi-,~yhioh
as regards time are vorrolated with the fragments within the
energy interval 15 - 400 ksV. Statistical accuracy of measuremeLts
*Nounts to OP5 - lP5 %, The photopeake correspond to the energies
.., Tj 60* 1019 1199 1429 207'q 295 and 360 keV. Measurements carried
CARD 1/2

235 lp PA - 2670
Soft 15-800 keV Radiation Accompanying U ission Induced by
Thermal Neutrons,
out with a lead layer of 5 mm thickness between chamber and
crystal permit the OY&Tf6tion of the influence exercised by non-
elastic scattering. In the opeotrum-obtained by means of the
layer of lead the lines 271 101P 119P 142, 2%,~W axe lacking
and*the line 360 keV is considerably weakened.-The line 60 keV
was fully conserved and a-weak radiation of 207 still exists-
The lines 27, 101P 119# 142P 207t 295 and 360 keV are presumely
caused by the-l-radiation occurring on the occasion of fieson
but the-line 60 keT and a negligibly small part of the radiation
with 207 keV are bausea'by the nonelastic scattering of fission
noutrohn by the iodine contained in the crystal.
For seine lines of the radiation occurring en the occasion of
fissior. the values of-energy and intensity are given in a graph.
Apparently, the soft radiation is emitted by excited fragments
after emission of the neutrons.
(6 illustrations and 1 table)
ASSOCIATION Institute of Atomic Energy of the Academy of Science of the
USSR*
PRESENTED By: - -
SUMaTTEDs 24- 9- 1956.
AVAILLBU: Library of Congress.
CARD 2/2
7.

VOYTOVICH, Ye.A.
Effeotiveness of the production of paper with polyethylin
coating for packaging of milk. Eum. i der. prom. no.4tl6-19
O-D 164 (HIRA 18:2)

SOURCE CODE: GE/0030/66/013/002/0351/oj~A'
AUTHOR: Manzheliy, V. G.;.Tolkachey.,-A;--~.;-Voy-tovich,-Y~~-I.
Institute of Low-temperature Physics and TechnologL AN UkrSSR, _nj&r~kov
~(Fiziko-tekhn1cheg_kiy institut-nizkikh temp;-ratur)
all q q~
TITLE:- Thermal expansion of crystalline nitrogen oxygen nd methane
4
SOURCE: Physica status solidi, v. 13, no. 2, 1966, 351-358
TOPIC TAGS: nitrogen, oxygen, methane, crystal, thermal expansion
ABSTRACT: The experimental data obtained on the physical I en_o 0
with.simple molecular structure cannot often be ir-0-Peiry Rerpreted because of the
lack of data on thermal expansion of the crystals. The thermal expansion data are
also important for verifying many conclusions based on the dynamic theory of a
lattice. This paper deals with the linear coefficients of thermal expansion of
crystallized solid nitrogen, oxygen, and methane for which the linear coefficients
-were measurel in the temperature range 21 to 45K, 21 to 45K, and 21 to 60Krespec-
tively. As in the first-order phase transformation temperatures are approached
from the low-temperature phase side, the linear expansion coefficients exhibit an
anomalously rapid increase. A possible explanation of these anomalies based on the
idea of lattice orientation defects in molecular cy-tstals is given. The specific
heat at constant volume and the Gruemisen coefficient for crystalline methane are
calculated and a possible explanation of the low values for the Grueneisen co-

L,2124U-66
ACC NRs Ap6oo5439
efficients is offered.. The graphs of the temperature-deplendence of the linear
expansion coefficient for crystalline nitrogen, oxygen, and ImetIlume are presented.
Authors thank V. I. Peresada, D. Ya. Sukharevskiy, L. S. KukuaM.Id ~nd-l. 0.- KUM
--for-valuableAiscusblons. Orig. art. h~s~.5 Rgures, 1 table, and 3 fol;~dZs - -FJKP
SUB CODE: 20/ SUBM DATE: IlNov65/ 001/ SOV REF: oo4/

,,XOYTOVITSKIY, V.K.
Characteristics of a new strain of transplantable mouse aarcoma Alsn-
01M, Vop. onk. 10 no.5s6o-66 164. (MIRA IP:8)
1. Iz laboratorii taitogenetiki (zav. - doktor biolog. nauk Ye.Ye.
P01,09yants) Inatituta eksporimentallnoy i klinichookoy onkologii
A124 SSSR (dir. - deyetvitelinyy chlen Al-ill SSSR prof. U.N.Blokh1n).
Adres avtora: Moskvup 1-110, ul. Shchopkinay 61/2,, korpus 9,, In-
stitut eksperimentallnoy i klinicheskoy onkologii AMN SSSR.

VOYTREVICH, A. A.
42664. VOYTREVICII, A. A. Cf, ',rtltlre^-iz:ron. L;F-y3tVjj T'otGjbnbta ynl'--a.
T~Yuljlotenf Eksparim. Riologil i Yeditsiny, 1948, No 12, .;3 452-55 . -kf
SO: Letopi3l 4"hurnal Inykh Statey, Vol. 7, 1949

I ~-M F f F n N I
ranL7p-q -nn i "'u :)~e-icle 9tructure .11
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24
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IV- k
AUTHORS: VOY-t k' V8 0. V. V0 tsek V K~qsamn_ly
M t __TZV K,_ Mityurev V. K.
-t yur q
--ORG:- Kiev Pedagogical-Institutelm.-.-O. M.-Oorikiy-(Kyyivstkyy-pedinsty-
tut)
--qq -
_.~.71TLE_:___ Transport:-effects--in InAs CdTe-and---InAo-ZnTe alloys
SOURCE: Ukrayinslkyy fizichnyy zhurnal, v. 10, no. 12, 1965, 1349-13531
TOPIC TAGS: indium alloy, electric conductivity, Hall constant,
thermoelectric power,1nat conduction, electron mobility, electric
measurement
ABSTRACT: Samples of various compositions of the InAs-CdTe and InAs-
ZnTe alloys were prepared by meltin~(the constituent materials of pur-
ity no worse than 99.999% in quartzk'~4mpoules, using vibrational mixing.
After zone recrystallization,"' ~e_tmpies were coarse-grained. The
electrical rwasurements were carried out on right parallelepip'~ds cut
from ingots with mean dimensions of 1.0 x 3.0 x 12.0 mm with ohmic
electrodes ofli~ure indium. Measurements were made of the electrical
conductivity, the Hall constants,, the Nernst-Ettingshaueen effect over
a temperature range of 8oo--6om, the differential thermal emf, the co-
efficient of thermal conductivity, and the transmission spectrum at

--ACC NN AP6002028 .3 1
300KO It is proposed that the band structures of alloys of the InAs-
CdTb system and of the initial compounds are analogou3. The rne-chanism
of carrier scattering is discussed. The effective electron mass for
alloys of the system InAe-Cd'Pe is found to be 0.05 m 0' The arTill value
19 -3
of the effective electron maso at a concentration of about 10 cm
and the regular variation of Eopt as a function of the alloy composi- I
1~
tion indicate that by purifi3ation of the investigated substances one.
can obtain material withfigh electron mobility for a given width of
the forbidden band. Authors thank Profeasor D. 14. Naslyedoy and
Horyunova (Goryunova) for interest in the work. Orig. art. has:
fo:cmulas, 1 table, and 4 figures.
SUB CODE: 20/ SUBM DATE: 15Dec64/ ORIG REF: 009/ OTH REF: 005
Card 2/2

L: 14012-66 Eilfr(d)IEI'iP(Y)IEWP(k)lr--,'Ip huAwp
ACU NIT: AP6003400 21 CE WDE: UR/0102/65/000/005/0021/0025
AUTHOR: Voytsekhivslkyy, V. B. - V2yteekbovskly, V. B. (Ivano-Frarldvallo 2f
ORG: none
TITLE: A method for the determination of dynamic characteristics of a linear object taidng
into account the registration errors of the input signal
OU
S
RCE: Avtomatyka, no. 5, 1965, 21-25
TOPIC TAGS: linear automatic control, control -"-stsqhtiit~~- dyaamid system-
sys
-ABSTRACT: A method is proposed for the,,theoretical determination of the dynamic
characteristics of controlled linear r the case when both the output and input
signals contain interference terms. tr assumes that the perturbations are not
mutually correlated and that they are not correlated with the signals. The method utilizes
the correlation function moments; the moment calculation accuracy is also given. The
author thanks M. 1. Obuvalin for his help during the investigation. Orig. art. has:
26 formulas..
!SUB CODE: 13 SUBM DATE: 19Oct64 ORIG REF: 001 OTH REF: 001
Card I
72-

ACC. NR: AP5026819 SOURCE CODE: UR/0206/65/000/017/0095/0095
INVENTOR: Khil'chevskiy, G. L.; Voytsekhov, Yu. R.; Tullchinskaya, K. V.; Lazarey.
V.; Vodolagin, V. Yu.
ORG:---none
_TITLE: An ultrasonic ounced by Experimental Re-
--pickup Class 142, No. 174452 Cann
_(Eksperimen-
tsearch and Design Office of the Black Sea Council of National EconRTMY
titl"no-issledovatel'stoye i konstruktorskoye byuro Chernomorskogo Sovnarkhoza)]
!SOURCE: Byull.eten' imobreteniy i tovarnykh znakov, no. 17, 1965, 95
~TOPIC TAGS: piezoelectric transducer, q1trasonic inspection, wavaguide
-7-
-ABSTRACT: This Inventor's Certificate introdFucitais an-ultrason c pickup--designed-for--
,studying gaseous media. The device consists of a bousing containing a piezoelectric
~transducer and a waveguide. Interference from the walls of the vessel being Mni-
itored is absorbed by making the housing in the form of a cylindrical labyrinth with
'MB CODE: EC.91E/ SUBM DATE: O5Oct64/ ORIG REF: 0001 OTH REF: 000
'.Ccrd -1/2

cam 1/1 Pub. 89 - 8/27
Authars I VOYLS4CKnw-,'Li;b, Bi. V.
Title For nirther technical progress
Abstract The needs for further mcr2anizaLion a-r4
new 'eea- and manufacturing tachiliques are outlined by Tne C; I LI ef
lnstltultlun

NIMLIMUSYM, Lev Alakeandrovich; GIRSHKAN, Gersha Khaimovich;.VOYTSMOVICH,
B.T., retsenzent; GEORG3NBERG, R.I., rateenzent; R=HASTHOV, N.S.,
r~d_.-, POLYAK. N.Tu., red.; ZHITNIKOTA, O.S., tekhnred.
(Antenna circuits for wide-band shortwave transmitters; design and
construction] Antennye kontury shirokodiapazonnykh korotkovolno-
vykh pered6tchikov; roachat i konstruirovanie. Moskva. Gos.energ.
i2d-vo, 1960. 263 p. (MIRA 13:9)
(Radio, Shortwave--Antennas)
-pqq

VOYTVKHOWCH, G.V.
The fulcrum. 6razhd, 4v. 4^2 no.70-9 il 165. ()CP.A 1817)
1. Nachalinik Upravleniya inzhonerno-aviatsionnoy sluzhby Ministerstva
grazhdanskoy aviatsii.
R

VOYTSMOVIC117 L. A.
OTIA/looloss"I pt"Po"Ing
GMA"MiLz Umtorazotoe" of 71toza Oros" cortooo aw saftral ot"r
L. V. MMI "*also 2. 0. s"O"Too S. I* U&WAVO so No K4kwbgnkov#
L'* A, TGytd4kbDvjd4 AUMMUALM p6trolvis tcL an 3401 k1rolp"Ung I"%,w ) pp
O.Drik 4tk aaa V*j Unto to 6
sp"tMZr&phj* and st&tjsUcA atoUgis of 07 sadstomw * t skoft fros Now-kovskUp
ChakraksUy# Xw-&S*aWdy# WA samtwy dqp"Its it, the Uler of ollbscrl:4 deposits
-or QnwAwddy R&jo4 liwskU Oblast* rouw tmt pretax* or orzanic ow,-=& vocadiugh
z%tad*nsz*,p titsrlui4 alcUlp barium cmd str=Uva in varl"s Iltbologic ovops -
sarA-Butostar-as obys WA e=t= - wo rMt gcwect;gd onluelvely %" 4"Y at UMAG
subodtted tly Azad D. A. 142jasddam 27 ozt.
ft 35/49w
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ty'n&' mottij m.
Feetin I
I
.Gelatins fominL pectic from the press., Sakh. prom., 26, !lo. 1, 1952. 'Reviaw--,-d by
B. L. Zaslovskiy, V. A. Zambrovskiy.
9. Monthl List of Russian Accessions, Library of Congress, Apri-I 1952---~Wl Uncl.

VOYTSEKHOVICH, HD
Tobacco Manufacture and Trade
Moistening.tobacco, in the humidifier (TUM). Tabak 13 No. 2,, 1952.
Mo List or Russian Accessions# Library of Congresso June 19529 UNCLASSIFIED

VOYTOEKHOV-IGH, 11. D. j Gand Mod Sci - (diae) 'Disturbance of func4lons
of the cardiovas lar system in bum traumax.1 Moe, 1958. 13 pp
(0entral Inat fOxrA vanced Training of Phyeiolano), 200 copies
fi
(KLi 15758o 118)
-7+-

Chnnges in the c^rdlovascular system In burns. Toenowed.zhurg
no.12117-24 D157 (MIRI ID5)
(BURNS. patholoj7,
cardiovasc. system (Hus))
(CARDIOVSCULAR SYftM, in vAr,dis,
bums (Rue))

VOYTSEKHOVIOH. N.D.: KOVaEVA. N.M.
.Rffmct of onset of jaundice on the course of rhowmatold arthritis,
Sovet.med. NO-3:23-26 Mar 510 (GLML 20:6)
1. Of the Faculty Therapeutic Clinic (Director--Prof.Ta,H.Tarsyav),
Moscow Medical Institute, and of Blagushinsk Hospital,

USSR/Humn and Animal 'Physiology (Normal and Pathological) -
Mood Circulation. General.
Abs Jour: Ref Zhur-Biol-, No 17, 19581 79518-
Akuthor : Voytaekhovich, N-D-
Inst i-
Title Change of The Cardio-Vascular Systera During Thermal
injury.
Orig Pub: Voyen.--d. zh- 1957, No 12, 17-24.
Abstract: No abstract.
Card 1/1

VOYTSEKHOVICHj-W.&j-Rclkjavjaik rAdal=hby
Unifom ana3,wis of zorbidity in a.zilitary unit, Voen.-wd. zhur.
no, 2:16-18 F 1.61. (MIRA 14:2)
(NEDICIIEP MILITARY) (DISWFS-RtPORTINO)

VOYTSEKHOVICH, T.V.
Coefficients of the variation of morphological and biolo-
gical features in the subspecies of dent corn and popcorn
under various conditions of mineral nutrition. Vop. biol.
i kraov,, mad. no.4:68-74 163. (MRA 17:2)
I

TurnnMVICH, T.-V.
Effect of mineral food on the growth,, development and sar yield
of different corn subspecies. Top.biol.i kraev.med. noo3tlO5-
110 162, (HM 16%3)
(UZEUISTAR-CORK (HAIZE)-MTILIZERS AND MMURES)

MELINIKOV) A*M9; "OVICHS Ye.D.
Oil potential of the terrigenous Devonian in the western part of
the Melakes Depression, Geol,nefti i gaza 6 no.4:9-15 Ap 162.
(MIR& 1514)
1, Treat Tatneftegazrazvedka.
(Melekes Depression-Petroleum geology)

VIDY.TSEKHOVSKAYA,, A.A.
Representatives of Endothyridae family (Foraminifera) fron lower
Carboniferous sediments in the Far North. Sbor.st.po paleont. i
biostrat. no.24:16-45 161., (MIRA 1582)
(RussiayNorthern--ForaminiferatFossil)
I
1 0

SHEYLYAGINK. Ye.V.; VOYTSMbVSK&YA, A.L.; PASHININA, Te.I.
.Stabilization of stone-fruit oils during stor 9. Trudy
VNIISNDV no.4:119-1?5 158, IMIRk 12-.5)
(Oils an4 fate- Storage)
(Antioxidant;)

VOYT.SMOVSKAYI.
. ~ 1! ~-
Utilization of vitamin 7 in cosmetics. Masl.-shir.promo 25
n0-3:26-28 '59. (MIR.A 12-.4)
1, Voesoyuznyy nauchno-Iseledovatellekly Institut aintatichask-M
i naturalInykh dushistykh veshchestv
(Cosmetics) (,Acida. Fatty)

VOYTSEKHOVSKAYA, A.L.; SlINLYAGINA, Ye.V.; GUSHCHIMO Ye.l.
Preparation of linoleic and linolenic acid est6re (vitamin 7).
Report No.l. Preparation ofVttamin F. Trudy VITIISNDV no.5:
..124-128 161. NIRA 14:10)
(Linoleic acid) (Linolenic acid) (cosmetics)

VOYTSEKHOVSKATA, A.L.; BELOV, V.N.
Synthesis of V tf -substituted S -lactones. Report No.!.
Trudy VNIISOV no.6:6.2-66 163.
Synthesis of -substituted d-lactones. Report No.2.
Ivid.i66-73 (MIFLA 17:4)

VDYTSEIOIOVSKAYA, A.Lj SMLYAGIIT-'~ Ye.V.
Preparation qf linollic and linolenic acid es~era (vitamin F).
~Loport No.4, Stabilization of vitamin F. Trudy VNIISIW no-5:
128-134 161. (MMA 34: 10)
(Linoloic acid) (Linolenic acid) (cosmetics)
U.,

-VOYTSEXIIOVSKAYAp A.L.; SHLMYAGIIA# YeoV.j GUSI IIIAj Ye.I.
o 7
Preparation of catiolanp a new kind of co=atic materiaL
Trudy VIIIISIIDV no.5:134-135 161. (MIRA 14:10)
(Cosmatics) '(Acidsf-Fatty)

KIRILWY, V.1.0 VOYTSAKHOVSUYA, A.M., KIRILWTAO N.Ye.
Investigat.ing the stability of active bleaching solutions used
In-the processes introduced by the Scientific Research Institute
of Motion-Pictures and Photography. Usp.nauch.fot, 7:230-235
160, (HTR& 1317)
(Color photography) (Photographic chemistry)

MILIOV9 N.I., VOTTSIBMWAs A.M,, MILLOU, N.Ye.
Uvestipting the thermostatic aging of the color Image. on a
multiple-layer film prooensed by various methods. Usp.nikuoh,fot.
7:240-245 160. (MIR& 1317)
(Color photograph7)

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ZHUKHOVITSKIY S.Yu.; Y
.9 PXTS ~KHGV~KJY, k-P.
A poBsible cauBe of pipe freezing. Azerb. neft, khoza 40
no.1:24 Ja 161. WIRA 14:8)
(pipe)

VOYTVMOVSKAYA,:~Z. A.
USSR/Chemistry - Antimony Compounds
Spectra, Absorption
Aug 49
uInfluence of the Aggregate State Upon the Absorption Spectrum of Antimony Triiodide (Sb13),
K. V. Butkov, I.A. Voytsekhovskaya, Lenir..grad Mining Inst, 4 Pp
"Dok Ak Nauk. SSSR" Vol 1XVII, No 6
Earlier work by Reahinskiy and Holl'vo convinced authors that the Influence of the nature
of the chemical bond on the shift of the long-wave absorption Land (V -Vf) in crystalfusion
transition is similar to the one they discovered in crystal-gas transEon. In typical
ionic compounds (with ionic crystal lattices and ionic molecules in the gaseous phase)
Vk-vf is greater than 0 while in silver chloride, with an ionic crystal lattice and an
atomic molecule in the gaseous phase, Vk-vf equals 0. Experiments confirmed the assumption
that in halides with an atomic bond, e.g,p antimony triodidej vk-vf is less than 0. Sub-
mitted by Acad A. A. Lebedev 25 Jun 49
PA V50791

VOITSEXROVSXAYA 1. A.
26909. BUTKOV, K. V., VOITSEKIOVSKAYA 1. h., vliyaniye agregatnogo soatoyaniya na spektr
pog-loshcheniya trekhiodistoy sUrl=y. dok-lady akad. nsuk SSSR. no va va seriya
t. LXVII, No. 6 ig4g, a. 939-92-bitiliogrt s. M
501 Latopin'Zhurnallnykh Statay, Vol. 1.6, 19149.

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POPrRIN, L.S.., kand. tekhn. nauk; KARPOV, V-0.,, inzh-I FMWICHNOV, N-N.;
Y.Ar O.Y.
use of 4igital-computars in the choice of optl== fiMito
parametere of large condenaing turbine eystems, Teploonergatika
10 no.12t26-33 D 1:63. (KM 17s 8)
1. Rhergeticheskiy institut Sibirskogo otdoloniya AN SSSRe

KUZNF,T-c'JV Yu.A.; MAKAROV, A.A.; MELENTIYKV, L.A.; M]ERE2-IKOV,
.1.P.;
NEKRASOV, A.S.; TSVETKOV., N.I.; KUZNETSOV, Yu.A.;
MAKAROVA, A.S.; KARPOV, V.G.; MARSUROV, Yu.V.; !ZROV,
Yu.P.; URILEV,-L.S.; TSVETKOVA, L.A.; VOYTSEKFOVSKAYA,,
C V.; YEFIMOV, N.T.; LDENTALI, G.B.; KQ-TftkV,"V."A.:;-
tPIYAYET, L.S.; G&E, A.Z.; KARTELEV, B.G.; KRUMM, L.A.;
LIOPO, T.N.; SVIRKUNOV, U.N.; DRUZHINJJI, I.P.;
KONOVALENKO, Z.P.; KHAMIYANOVA, N.V.; SHVARTSEMG, A.I.;
NIKONOVI A.P.; STARIKOVy L.A.; POFYRIN, L.S.; PSEE211CHNOV)
N.N.; TROSHINA~ G.M.; CHELITSOVI H.B.; SVETLOV, K.S.;
SUMAROKOV, S.V.; TAKAYSHVILI, M.K.; TOIMACHEVA, N.I.;
KRASILEV, V.Ya.; KOSHELEV, A.A.; KUDINOVA, L.I., red.
(Methods for using electronic computers in the optimiza-
tion of power engivaering calculations] Metody primeneniia
elektronno-vychislitellnykh mashin pri optimizatsii energe-
ticheskikh raschetov. Moskva, Naukas 1964. 318 P.
WIRA 17: 11)
1. Akademiya nauk SSSR. Sibirskoye otdeleniye. Energetiche-
skiy institut. 2. Chlen-korrespondent AN SSSR (for Melentlyev).
-2- N

84607
S/18IJ60/002/010/030/051
Y00~//4% 114 X, / 3 9,5') B019/BO56
AUTHORS: loyteekhovIkUa. I. A., Golubeva, L. A..,
TYu-tXUUn1XoXa' le;-V.
TITLE: Investigation of the Properties of Alkali-halide Crystals,
The Dielectric Losses in KCI(Ba)-Crystals
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 10,
pp. 2536 - 2539
TEXT: tan 6 xas measured for KC1 single crystals, which were activated
with bivalent barium ions, Measurements were carried out at
300 - 1-5-10 3 c and at temperatures between -55 and +600 C. It was found
that the dielectric losses had a relaxation-character. tan ;5 as a func-
tion of the frequency has three maxima. The first maximum is caused by
dipole-oscillations, which are formed in the association of Ba++ with
cationic vacancies of the medium. The second maximum may be caused by
the same dipole oscillations, if the impurity Ions form a second lat-
tice, which is built into the 01-lattice. The existence of the third
Card 1/2

54607
Investigation of the Properties of
Alkali-halide Crystals. The Dielectric
Losses in KC1(Ba)-Crystals
S/181J60/002/010/030/051
B019/BO56
maximum could not be explainedp and requires further Investigation.
Fxom the dependence of tan 6 on the direction of the growth of the arys-
tala2 the conclusion is drawn that the Impurity concentration during
crystal growth was non-uniformly distributed. With the help of the
formula by Lidiard (Ref.6), the impurity concentration is estimated an
being 3.5-10-3 moles from tan 6. This work was carried out at the
Kafedra eksperimentallnoy fiziki Leningradskogo politekhnicheskogo
instituta imeni M. I. Kalinina (Chair of Experimental Physics of
Leningrad Polytechnic Institute imeni M. I. Kalinin). There are 2 fig-
'ures and 6 references: 2 Soviet and 1 Japanese.
ASSOCIATION: Leningradskiy politekhnicheskiy institut im.
M. 1. Kalinins, (Leningrad Polytechnic Institute imeni
M. 1. Kalinin)
SUBMITTED: November 19, 1959 (initially), February 18, 1960
(after revision)
Card 2/2

,.YOYTSEKHOVSKAYAp,;iA.t kand. fiziko-matematicheakikh nauk, doterent;
RE.KA.'J)VA, C.I.,'.kand. Miko.-matematichaBk1kh nauk, dateent;
Y-"SOPOVA.1 P.M.0 assistent
Detarmination of the optimum parameters of an uncooled antimony-
indium photocell, Izv. LETI no.47:316-334 162. ' (MIM 16:12)

VOYTSEKHOVSKAYAj I,A..; GWUIKOVj A.G., prof.; YMMOLOVA, A.P.;
'-i�&k-OVSQiA-', II.M.; NAUSIOVI, T.D.; ORLCV, VX.;
PIGULF,VSKIYI Ye.D.; VASHISMWA, V.11., tekbn. red.
[Exercises in,physica) Posobie k uprazhnoniiam po fizike.
Loningradp Loningr. plektrotekhn. in-t im. V.I.Ultianova
(Lenina). Part 3.[Optics, atomic physics) Optika, atom-
naia fizika. 1962. 197 p. (MIRA 16:12)
(Physics--Problems, exerciBess etc.)

VOTTSEMWEATA, I-At; GOI;JBXVAg L.A*; TTUTYWILOVAt TO.V.'
Investigating the properties of alkali cr7stals; dielectric losses
in KC1 (Ba) ar7stale. Piz. tver. tela 2 no.10:2536-2539 160.
(MIRA 13:12)
1. Ieningraclakiy p:)litekhnicheSki7 inotitut imeni R.I.Kalinina.
(Potassium chloride crystals-Xectric properties)

AUTHORS: Voytsekhoyakay4-,--1-1., Colubeva, L. A., 5T-27-7-25/40
Tyutyunnikova, Ye. V.
TITLE: Concerning the Problem of the Dielectric Relaxation
I's
ases in Ionic Crystals. (A Preliminary Report)
K voprosu o relakeatsionnykh dielektricheakikh
oteryakh v ionnykh kristallakh. (Predvaritellnoye
PC
soobshcheniyeD .
PERIODICAL: Zhurnal Tekhnicheekoy Fiziki, 1957, Vol. 27, Nr 7,
pp. 1591-1593 (USSR)
ABSTRACT: The dielectric lonses in monocrystals with simplest lattice
were investigated. For this purpose monocrystals with a cross
section of not less than 80 qmm were grown in a potassium-
chloride ra-elt. Pure potassium chlori,..e which war additionally
purified by repeated crystallization Yas used as rait material.
The measurements of the tangent of the anf;le of dielectric
losses in the frequency ranZe of from 4.102 to 106 cycles
showed that in pure crystals a distinctly marked relaxation-
maximum exists at a frequency of about 7.107 cycles at
t 200C. On a rise of temperature this maximum is displaced
in the direction of hiEh frequencies. The E;eneral character
Card 1/2 of the dependence tg6 on the frequencyp obtained by the

Concerning the Problem of the Dielectric Relaxation Losses 5T-2T-T-25/40
in Ionic Crystals. (A Preliminary Iteport) - -
experiment, is in good agreement with the curve calculated
according to the formula. The activation energy amounted
to about 0,3 eV. Besides the dependence tgb on the temperature
was here investigated at two frequencies -103 cycles and
5-jo4 cycles - in the temperature range of from -20 to
+3000C. The activation energy amounted to about 0,3 eV.
The result agrees with that obtained by G. I. Skanavl with
regard to the fact that the dielectric losses in crystals
of the KCI-types possess a relaxation-nature. Besides KC1-
monocrystals with an admixture of a bivalent copper-ion in
the form of CuCl2 were inveatigatod. It io nhown that the
maximum of tgb, caused by the oopper-ions, can only occur
in the case of a sufficiently high additional concentration
or at a sufficiently high temperature.
There are 4 figures and 7 references, Y of whichare Slavic.
SUBMITTED: December 29, 1956
AVAIUBLE: Library of Congress
Card 2/2 1, Single crystals-Dielectric properties
I

VOY EKEOVSKATA---I-*-A--------
Dissertationi "Absorption Spectra During Heat Dissociation of Certain Metal Halogeni-
des and the Effect of the State of Aggregation on the Absorption Spectra of Some
Inorganic Compounds." Cand Phys-Rath Sci, Leningrad Electrical EnZineering inst,
Leningrad, l953* (Referativnyy Zhurnal--Khimlya, Yloakva, No 10, MV 54)
SO: SUM 318, 23 Dee 1954
'P

ZHMHMA Jq I.N.A VOYTSFJMOVSKAYA, I.Yu.
Fhezqlpboophiale acid dianddev* Zhur.obkhiz. 33 W.4:1349-1351
Ap 163, WRA 4: 5)
.1, Institut organicheskiy khImii AN UkrSSR.
(Phosphinic amide)
4P~T;W fQ~ VIE2

(3)
AUTHORS: Zhmurova, 1. N., Voytsekbovaksya, I. Tu., SOY/79-29-6-67/72
Kirsanovt A. V.
TITLE: Direct Amidation of Carboxylic Acids (Neposredstvennoye
amidirovaniye karbonovykh kislot)
PERIODICAL: Zhurnal obahchey khimii, 19599 'Vol 29p Nr 69 pp 2083 - 2088
(USSR)
ABSTRACT: In this Invest igation the authors attempted to extend the scope
of application of direct amidation of carboxylic acids, under
11softer conditions in a pyriaine oolvent" (Ref 3) without ex-
amining the question of amidation under "harder conditions at
higher temperatures". Different amides affect carboxylic acids
quite differently. It io especially unintelligible that several
homologues and analogues of trianilide of the phosphoric acid
do not react with carboxylic acidso when heated in pyridine.
The question was of interest, whether the amides of the mono-
basic phosphoric acids occur in pyridine as an agent of amida-
tion, and whether for amidation under "soft conditions" the
presence of two groups of amides in the molecule is necessary#
in which at least one "free" hydrogen atomp connected with the
Card 113 nitrogen atom of the amide group (R-~~! 2) has to be present.

Direct Amidation of.Carboxylic Acids SOy/79-29-6-67/72
Amides of the type (R0) PONH and Ar PONH and their H-substi-
2 2 2
tuted compounds were selected as samples to be analyeed. The
amide and the dimethyl amide of the diphenylphosphinic acid amw
idate the carboxylio acids, when heated in pyridine or dioxane
and are very easily saponified. The amidation capacity of the
amides of the diphonylphosphinic and diphenylthiophosphinic ac-
ids corresponds to their easiness of saponification i.e. to
their capacity to combine with hydroxyl. The amide, dimethyl-
amide and phenylamide of the diphenylthiophosphinic acid and
the phenylamide of diphenylphosphinic acid do not amidize the
carboxylic acid under the same conditions, and it J.9 difficult
to saponify them. The mechanism of amidation of carboxylic ac-
ids with amide and dimethylamide of "he diphenylphosphinic ac-
id differs from the mechanism of amiclation of the carboxylic
acids with amides of the sulphuric acid. Some amides of the
diphenylphosphinic and diphenylthiophosphinic acid were syn-
thesized. The anidation. with the amide of the diphenylphos-
phinic acid, according to the scheme
FCOOH + (C6H 5)2po"E2 ---->RCONH2+ (C6H 5)2pOOH
Card 2/3 takes place especially smoothly. In the table amides of both

Direct Am4dation of Carboxylic Acids SOV/79-29-6-67/72
phoaphinic acids are listed. There are I table and 11 refer-
ences, 2 of which are Soviet
ASSOCIATION: Institut organicheskoy khimii Akademii nauk Ukrainskoy SSR
(Institute of Organic Chemistry of the Academy of Sciences
of the Ukrainian 33R)
SUBMITTED: May 6, 1958
Card 313

ZHMUROIIA, I.N.; VOYTSEK[IOVSKAYA,_,_I.Yu.
Alkyltetrachloro phosphoruo. Zhur.ob.khim. 35 no.12:2197-22.00
D 165. (IMPA 19:1)
1. Institut organicheskoy khimii All UkrSSR. Submitted January
is.* 1965*

ZHMUROVA2 I.N.; VOYTSEKHOVSKAYA, I.Yu.; KIESANOV, A.V.
Triphenoxyphosphazoarylso Zhur. ob. khim. 31 no. U:3741-3764
N 161. (MIRA 14:11)
1, Institut organicheskoy khInii AN Ukrainakoy SSR.
(Phosphazo compounds)

voy/ X-11.
VOYTS~iv,,~VISIOIKA,
On the stability of a rectaWlar plate conpressed beyond
the limits of elasticity. Dop. AN URSA no.21121-124 157.
(MLRA 10:5)
I# Inatitut matematiki AN URSR. Prodetaviv akademik AN URSR
O.Tu. Isblinelkiy.
(MAsticity)

_tIlglo 66,
ACC NR' AP6016698 SOURCE CODE: UR/0079/65/035/012/2)L97/2200
AUTHOR: Zhmurovap I. N.; Voytsekhovs~M,,,L Tus
ORG: I(tQ_f,;LtRLe_2f Organic Chemietryo All UkrSSR (Institut organichosk6y'-khimii
AN UkrfjSRJ
TITIZ t--Pbosphorus--alkyltetrachloridq-p---I--
-SOURCE: Zhurnal-obshchey khimii, v. 3% no.-12, lC16% 2197-2200-
TOPIC TAGS: chlorinated organic compound# phosphoric acidt sulfur compound
Istable- alkyktetraohlorophosphoruses- whieh dedonntio-se-when-heated- I-"
.above 00. At 20-300 buty1dioblorophosphine Is ohlorinated to
diehlorobutyltetrachlorophosphorus, and propyldlohlorophosphine
Is converted Into propyltetraohlorophosphorus. Alkyltetrachloro-
phosphoruses reaot w1th sulfur dioxide or sueoinnio aoid to form,
7- _j 1~e "_Id al0h1qr1des of alkylphosphonio aoida, RPOCIz, where R
C It 6 ISO 90
#.C59,, pr Iso-C
3 7 -C3H7'1 C411 IdO-C090 C4H?C'2 Al
Whose oharaoteriatios are presentedt
The authors express their thanks to A, V4' Korganav,for aid a&-4..
council.on the research. Orig. art. has: 1 table. LJMt5J
SUB COM 07 SUBH DATE: 18jan65 ORIG REF t008 / OTH REF 1009
Card UDCi 457-241

1400) GOV/2o-M-4-12/53
AITTIM11 : Voytnekhovnkaya, K. F.
TITLE: The Stability of Cylindricol Sliella From the Point Of VieW
of the Mathematical Theory of Elasticity (Ustoychivost,
tuilindricheskikh obolochak. a tochki vreniya matematichaskoy
t e or i i uir--Jzou~Wj.Y
PERIODICAL: Doklady Akademii nauk 3:;'.;Ri 1959t Vol 123, 11r 4, pp 623-626
(USSR)
ABSTRACT: The present pa,)er deals rith the problen mentioned in the
title without takin.,~ the componento of the rotation of the
cylindrical shells, but taking the deformation of the boundary
surface of the body into aczount. A hollow cylinder vith the
internal and external radii R 1 and R2 respectively is assumel
to be compressed in the axial direction by the force p
(referred to the iinit of area). The lateral surface of the
cylinder is assumed to be free from forces actin- upon it.
The authoress then determines that value of p at which, be3ide3
the principal state of equilibrium, there existe yet another
equilibrium (that is infinitely more similar to the principal
equilibrium). In '.his second equilibrium the lateral cylinder
surface is also free from forces acting upon it, but it may,
Card 1/2 in this case, deviate from the cylindrical shape. First, the

SOV/2o-123-4-12/53
The Stability of Cylindrical Shells From the Point of View of tile
Mathematical Theory of Blanticity
axially-symmetric variant of stability loss is investigated.
Here the stress function U does not depend on the azimuthal
coordinate 9, and the problem of the compreasibility of the
hollow cylinder is reduced to solving the biharmonic equation
17 4U(r,z) - 0. The corresponding boundary conditions are
explicitly written down. Calculation is followed step by
step. The expression thus obtained for the critical compres-
sing force as rell.as for its minimum value is explicitly
given. The authoress 'thanks Academician of the AS UkrSSR
A. Yu. Ishlinskiy for bringing up the problem as well as for
his directives for its solution. There are 1 fi.-ure and
5 Soviet references.
ASSOCIATION: Institut matematiki Akademii nauk USSR
(Inatiloute of .11athomatics of the Academy of Sciences, UkrSSR)
PRE"ME-am: julY 2.., 1958 by L.I.Selay.,
Card 2/2

VOYTSFYiiovSKAYA, K. F.: Master phys-Math Sci (diss) -- 'The stability of elaz-
tic bodies frcm the standpoint of the mathematical theory of elasticity".
Kiev, 1958. 5 pp (Acad Sci Ukr SSR, Joint Academic Council of the Insts of
Physics, the Physics of Metals, and Math), 150 copies (KL, No 12, 1959, 125)

AD THOR i Voyteekhovskayal K . F. 2o-119-5-17/59
TITLEt The Equilibrium Stability of Rods From the
Point of View of the Mathematical Theory of Elasticity
('Ustoyohivosti ravnovesiya sterzhney s tochki zraniya
matematicheskoy teorii uprugosti)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958t Vol. 119, Nr 5,
pp. 9o3-906 (USSR)
ABSTRACTt The present paper investigates by means of the methods
of the mathematical theory of elasticity the spatial
problem of the stability of the compression of elastic
cylindrical rods. A cylinder of the length 1 and of the
radius'i may be compressed:by a load p equally distributed
over the front phases. The lateral surface is to bo kept
free of loads. Then the state of tension in the cylindrical
coordinates rp 0 1' z (the axis z be along the axis of the
qylinderf and the axes r and 0 be located in the middle
cross section of the cylinder) is determined by the tensions
0 GO- - -p, and the
Card 1/3 er:-- -Tr9-'VI3z -Zor - OP z

The Equilibrium Stability of Rods From the 20-119-5-17/ 59
Point of View of the Mathematical Theory of Elasticity
displacements u0 p/E)r, u' - (-p/E:,)z correspond
r z
to these tensions. E denot:,~s Young's modulus and V the
Poiseon coefficient. The author investigates whether
besides the mainjBtate of equilibrium of the cylinder
(which is characterized by the above mentioned equations)
any other state of equilibrium in possible which infinitely
approximates the main state of equilibrium. In this the
lateral surface of the body is also to be kept free of
loads, it can, however, also be non-oylindricale Three
equations for the connection between the displacements
and the tensions are put down. Then also equilibrium
equations for the displacements, and limit conditions for
the tensions on the deformed lateral surface of the cylinder
are put down. Ansatzes for the functions u r, u0and u z
followp and by putting these into the equilibrium equations
a system of 3 differential equations of second order with
variable coefficients for the determination of the functions
u(r)p v(r) and w(r) occurring in those annatzen is obtained.
Card 2/3 Also for this system of equations a solution ansatz is put

The Equilibrium Stability of Rods From the 20-119-5-17/59
Point of View of the Mathematical Theory of r1asticity
down. Only in the case of a certain value of the
compressing load a non trivial solution is obtained.
At the end the author thanks Yu. A, Ishlinakiy# Member,
AS Ukrainian SSR, for posing this problem and for
direoting the work# There are 2 referenoeop 2 of which are
Soviet.
ASSOCiATIONs Institut matematiki Akademif nauk USSR
(Invtitute of Mathematics AS Ukrainian SSR)
PRESENTEDs December 3t 1957 by L. I. Sedovj Memberg Academy of
,Sciencesp USSR
SUBMITTEDs N6vember,21p 1957
Card W

VOYTSEKHOVSKAU, K.F.
Mathematical theory of elasticity on the equilitriun stability of
rods. Dokl. AN SSSR 119 no.5.-903-906 AP 158. (xiaji:6)
I.Institut matematiki AN USSR. Pred8tavleno akademikom L.I. Sedovym.
(Elastic rods and wires) (Mathematical physics)

i ; - 1. ~,S-2~ - ii., .- ! . . ;.-- .
- "~ -41, : ; ", L I- -., ~ . - I I'. ,
, ~ L _-' ~t . "" , . - , . : 1 :1; 1. . ~ I I ~. ~, - _ " ., . :: , : ~. . I I ~: ~- - - , .,,- ,

VorTSMMOYStATA, K.F. [Voitsekhivolka. K.F.] (Kiyev)
Zlastic plastic problem for an eccentric cylindrical pipe
subjected to the aetion of uniformly distributed pressure. Prykl.
mekh. 4 no.3-1294-301 1~8- (MIRA 13--8)
1. Institut matemattki AV USSR.
(pipe) (Strains and stresses)

KASHCHEYEV, V.N.; VOYTSEKEWVSK&TA, L.H.
Abrasion wear of aluminum-magnesium alloys at various
temperaturese Izve vys. ucheb. zav.; fiz. no.1:57-62
'59- (MIRA 12:8)
I,Sibirski7 fiziko-takhnicheskiy institut pri Tomakom gosuniversitate
imeni V.V. Kuybysheva.
(Aluminum-magnesium alloys--Testing)

24(6), 18(7) SOV139-59-1-9/34
AUTHORS: Kashcheyev V.N. ana_Y2ytsektov~kgya.-J.-r1.----
TITLE: Abrasive Wear of Aluminium-Magnesium Alloys at Var-L-Yis
Temperatures (Abrazivnyy iznos splavov alyuminiy-
magniy pri razlich-nykh- temperaturakh)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizik-al
1959, Nr 11 PP 57-62 (USSR)
ABSTRACT., The abrasive wear and "hot" hardness of alloys of
aluminium and magnesium of various concentrations has been
investigated at various temperatures._ Spel:,imens, cast
into a chill mould and subsequently annealed, were studied.
They had the following coneentrationst 07 11 41 8, 16
and 20% by weight of technically pure magnesium, the
remainder being technically pure aluminium. The folloiiing
temperatures were selected for testing: 2'01 100, 200~ 300
and 400 OC. The face of a cylindrical specimen of 5 M
diameter, grJpped in tongs, was rubbed against the flat
surface of a slowly revolving electro-corundum disc of
medium hardness and grain size, bonded with a ceramic
material. The apparatust described by Kiselev (Ref 7)9
Card 115 enabled wear against a continuously changing portion of
the disc; i.e. along a spiral path. The wearing specimen

SOV/139-59-1-9/3L~
Abrasive Wear of Aluminium-Magnesixn Alloys at Various Temperatures
and the abrasive disc were situated inside an electric
furnace. The temperature was measured by means of a
thermocouple, the hot junction of which was plac;ed close
to the wearing specimen. The normal load on the specimen
was always constant ( 3 kg). The amount of wear was
estimated by weighing the specimens before and after the
experiment with an accura,~y of up to 0.1 mg. In Fig 1
the dependence of the total wear of alloys on their
concentration at various temperatures is shown. In Fig 2
the dependence of' total wear of the same alloys on the
temperature of testing is shown. Fig 3 accommodates the
loft hand corner of the aluminium-magnosium equilibrium
diagrams together with waar resigtance curves for the
alloys under investigation. The reciprocal of the total
wear is taken as wear resistan-9. In Fig 1+ therelation-
ship between rubbing force and temperature for alloys of
the concentrations investigated is shown. The hot
hardness,which was tested by the same equipment at the
above indicated temperatures,was taken as a characteristic
Card 2/5 of the me--iianical properties of the alloys. The hardness
was calculated by the formulas

SOV/139-59-1-9/31+
Abrasive Wear of Aluminium-IM'agnesium. Alloys at Various TemPeratuxes
Hk = _P .1~
wherg P is the load in kg d is the diameter of
impression in mm.. In Figs ~ and 67 the relationships
between hot hardness and concentration of the alloys at
various tamperaturas, and hot hardness and testing
temperatur;3 f():- -various con,,.ontratlons, are shown. The
wear by firmly gripped abrasive grains leads to local
destruction of the metal by scratching, An effort has
been made to find a relationship between the 7olune of
matal removed from the surface and the extent of plastip
deformation brought about by s-3rat-.hing,whi,.-h is
expressed by the so-called "piling-up" of metal. Specimens
containing 0.8 and 16% Mg, were scratched at a load of'
0.750 kg. Scrat-;hing was carried out at 20, 200and )i~DOOG
at very low speed. In Fig 7, a typical cross-section of
the metal surfae.,e7 perpendioular to the scratch, is shown.
If Sj. is the cioss-sGetional area c~f removed metal., and
Card 3/5S2 the cros s-- sectional area of piled-up metal, then

SOV/139-59-1-9/34
Abrasive Wear of Aluminium-Yagnesium Alloys at Various Temperatures
Sl
81 - B2
will tend to unity when $2 tends to zero. The more
tlastic the meta17 the greater will be Tk . In Table 1
he test results are shown. As the temperature is raised,
so tends to increase. It appears that Tj is
characteristic of the brittleness and plasticity of
scratched metal. As a result of the above investigations
the authors have arrived at the following conclusions:
(1) The abrasive wear of alloys at low temperatures Is
the lower, the greater the magnesium content of the alloy
and the greater the static distortions at a constant bond
force. This does not apply for high temperatures, as the
melting point of the alloy and the degree to which it
softens begin to exert a decisive influence.
(2) Between the wear resistance and hot hardness of the
investigated alloys there is only a qualitative relation-
ship, and that only at low temperatures of testing; the
reater the hardness the greater the resistance to wear.
Card 1+15 M The concentration of saturation of the solid solution

SOV/139-59-1-9/31+
Abrasive Wear of Aluminium-Magnesium Alloys at Various Tempertures
by magnesium at various temperatures of testing does ot
exert any influenne on the weaT resistance aurves of the
alloys.
(1+) The friction force does not to any extent charaateri:,,-.
the resistance of alloys to abrasive wear.
Tnere are 7 figurGS7 1 table and 7 Soviet referen,,,es,
ASSOCIATION: Sibirskiy Fiziko-tekhnicheskiy institut pri Tomskom
Gosuniversitete imeni V.V. Kuybysheva (Siberian
Physico-Technical Institute at Tomsk State University,
Card 515 imeni V.V. Kuybyshe*-,,)
SUBMITTED; July 47 195.3
ET-,-.T ~rV7~Fr, 1~,, I, i---M~7~7 I* I- ~7,

Owl
S/061/62/000/009/042/075
Bi 66/13144
AUTHORS: ),!atsaberidze, T. G., Voytaekhovskaya, N. F#
TITLE: Contribution to the problem of developing a flow sheet Afor
extractine boric acid from datolites using organic bases
and ion-exchange resins. Communication I. Optimum condi-
tions for decomposition of the datolitan; study in the field
of coagulation of silicio acid
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 9, 1962, 382, abstract
9Y.43 (Tr. Kavkazsk. in-ta mineralln. sZrrlya, no*. 1 NO
1960, 141-148)
TEXT: OptJmum conditions for the decomposition of datolite concentrate
were found to be N 2s04 -ounting to 60,r; of the stoichiometric norm related
to the CaO contained in the ore or concentrate; process temperature 600 C;
stirring tire 30 min; initial liquid/solid*ratio w 4 : 1,, ConsumPt-ion
coefficients are calculated. Producing 1 ton of boric acid requires
11.66 tons of concentrate with a B 20 3 content of 4-91~ and 2.83 tons of
Card 1/2

s/bai/62/000/003/042/M
Contribution to the problem B166/B144
H2so 4' It is shown possible to use organic bases (pyridine) which enable
colloidal S102 to be removed by aluminum hydroxide from the solutions
obtained after decomposition of the datolite concentrate. With decreasing
liquid/solid ratio, the amount of Bilicic acid obtained by using aluminum
hydroxide increases. The max'imum increase takes place at 'a liquid/solid
ratio of 3 : 1; with this ratio v92.21,16' of the silicic acid is removed from
solution.. [Abstracter's note: Complete translation.
Card 2/2
777

SHD4KO.. I.G.; KWINp A.A.; VOYTSEKHOVSKAYA., U.S.; TATEVOSYANt Te.L.;
MAXAROVAq 1.P.; GAIDVkM~7C)L;i-'dINZBEAG'-X~j.; h1nintli
.9
uebastiyeT POLYAKOVA, G.V.; MVERSHENKO,, V.I.
IfttroduciM continuous mercerization s"tems in the mnufac-
ture of viscose rayon. Xhim. volok. no-3:61-65 v63.
(MIRA 16:7)
1. Kiyevski7 kombimt (for Shimko,, Kuvin., Voytaskhovskaya).
2. leningredski3r filial Vzonoymnogo nauchno-ino3jedovatell-
okogo ina*ituta iskusetvannoga volokna (for Tate
Makarovs.). 3. Ki7evs)dy filial Vaeooyaznogo naucbmp-txxledo-
vatellakogo instituta iskasstvannogo volokna (f6r Gaydukovp
Polyakovap Bezvershonko). 4. VaeBoyuznyy naucbm-iseledovatell-
skiy institut iskusstvennogo volokna (for Ginzborg).
(Rayon) (Mercerization)

POLAND/Boil Science. Mineral Fertilizers. 1-5
Abs Jour: Referat Zh-Biol., No 6, 25 March, 195T, 22493
Author Voitsekhovskii, Domanskii
Inst
Title The Effect of Nitrogen Feedings onDiminishing the Deleterious
Effect of Drought on Summer Barley.
Orig Pub: Pmce Komis. nauk. roln. i lean. Poznanskie to~mrz przyjasiul
nauk. Wydz. mat. - przyrodn. 1956, 3, No 2, 28 yj ill.
Abstract: A stuay was conducted on the effect of nitrogen feeding and
lowering soil moisture to 25 or 20% of full moisture capacity
in the burhing, emergence into tubes, and earing phases for
2 years in vegetative experiments with barley on podzol soils.
The beat effect was obtained by feeding during the bushing
period. The most marked crop loss was caused by drought in
the tube emergence period. When N was introduced in the bushing
period, drought in this or in subsequent phases somewhat lowered
the grain crop, but the total content of protein of the crop was
Card 1/2 -8-

even increased. A sinultaneous addition of H and lowering of soil
moisture in the tubulation phase led to a further crop diminution,
evidently due to a decreased quantity of water available to the
plante, In this variant, the total number of grains waa smaller
and the percentage of unfilled grains was higher. Plants affected
by drought or those which were fed had a much larger content of
protein in the grain.
Card : 2/2
-9-

POrKOVAR L.M.; LEVIK, 1',P.; VOYMEYHOVSKU, A.P.; RUNICHENrO, T.N.
First toust of thq use of chromates to Incrppuve tl,~-
of clay muds. Burenle no.4:12-14 164o ~MIRA 38:5)
1, Moskovskiy ordena Trudovogo Krautiogo Znapient 'IIStItLIt PC-Ifte-
kidmichoskoy i gazovoy Fromyslibe-nnosti i=. akad. Oubk.1-a i
Krasnodarskiy fi'lial Vse3oyuz-icgo nefterazovcgo
,r,i+.,-----+'--kogo n.9 ti vu t a.
%~~y

VOX'IZDLtJ)VS&iYj, A. P-o mustbr Tech Sta - (Lass) "F~qjerimental invevtivaL4on or
alae concroto flooring and rool'ing ptmoln." .b-wyahtnak, A.V pp.
(Acad of Constr & Architccturo USSR. 5"-Res 11nnt of t;onerete and Ferroooncrete),
N
.L5u copies. (KJj No 40, 1957j p.0/2)

BMISHTXYII. D,0,; VOYTSMIOVSKIYj A.A.; ZABOROVS V.I.
Pt-astressed 3xl2r, pancils to be used for roofs of industrial buildings.
Strni, prnr2. 35 no.12.*35-37 D 157. (XIRA 11:1)
1. Urallakly filial A!vLdemli atroitel'stva i Arkhitnkturv SSM
(Roofs, Concrete)

-ACC-NRa--AMWYQYY-----
V1jY4F
INVENTOR:_ -Babkir-x M. I.; Bivin.-Yu. VoytsAhovskly, A. I.; Alekseyev, L. I.;
Sukhoruchenko, V. A.
ORG: none 63
TITLE: Device for generating pressure pulses in a liquid.1 Class 42, No. 179050
SOURCE:- Izobreteniya, prorqshlennyye obraztsy, tovarnyyeznakig-no.- 41 1966, 91-
TOPIC TAGS: -hydraulics, hydraulic control, hydraulic-cotitrol system, pulse generator
ABSTRACT: The proposed device contains a working chamber connected to a hydKaulicl
cylinder with a piston which senses the kinetic energy of the feed load by means of
a gage. To generate various-shaped pressure pulses and to regulate the moment of
initiation and the rate of pressure drop in the working chamber, the piston is made if
the form of a glass which is covered on the bottom by a diaphragm which ruptures at a
given pressure. The glass has a longitudinal slit and radial openings which connect
the internal piston cavity at a ceitain position in respect to a cylinder with %n
1 2
UDC: 621.227-3:620.1-05

ACC NRt

-4

~ig.- I-.- Liquid- pulse- generator ------

piston; 3
1 - Working chamber; 2 diaphragm;
4 - longitudinal slot; 5 radial openings;
6 - cylinder; 7 annular groove; 8 throttle.

--annularzgroore-on-the Anternal surface- of-the--latter-'-.- --groove -fif___connect_ed_-tV2r,_du__A
ITS]
a throttle to the overflov duct (1140 Fig. 1)C'- OrIg. 4rt.,has: 1 figure.
SUB CODE: 21/ SM DATE: 26Tan65/ ATD VNESS: 4W.?N
Card- -_21

SAMNLY, F.P.;
[Vo,tsekhivu'ky1, O.V,I; KE
j;Y I] V
YdTYUREIV~ V.K. [M4tiurlov, 'V.Y ); RUDIP YU.V.
Transfer effects in the alloys InAs-CdTo and TnAs-Zn'e.
Ukr.fiz.zhur.10 no.l2tl349-1353 D 165.
(MIRA 1911)
1. Kiyevskly pedagogicheakiy Institut in. Gorlkogo.
Submitted Deccrn~r 15, 1964.

VOITSMOVSKIT, A,V, [YoI,tseX4ivo'kyi,, O*V*1
-
Thermal coni6etivity of certain four-component semiconductor
alloys. Ukr. fiz. zhur. 8 no.9:1027-1028 S 163. (MIRA 17x8)
1. Kiyevskiy, pedagogicheskiy institut, In. Gorikogo.

GORYUNOVA, N.A. VOYTSEKHOVP&IY
A-,Yj PROCRUKRAN, V.D.
Possibil-ity of forming solid solutiorw in oome four-conqxnent sy3tew.
Vest*LGUjjno.IOtI56-l58 161. (MIRA 14:5)
(Solutions, Solid)

VOYTSBKIIUVSKIY, A,V, LVoit30khi'"'t'