SCIENTIFIC ABSTRACT VASENIN, R.M. - VASETSKIY, YE.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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1146-1148 Ok 1:
1. Ila sko k I,,
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EaT(M)AAWP(j) I.JP(c.
ACC NRs
BOURCE CODE: UR/0081
AUTHOR: Chalykh, A. Ye.; Vasenin, R. M.
0091C 010
/01C
ii~
'X
ORG:
TITLE: Interference micromethod of investigating diffusiol in a polymer-solvent
system
SOURCE: Ref. zh. Khimiya, Abs. 16S75
TOPIC TAGS: polymer, polyvinyl alcohol, diffusion, interferometer, Multibeam
interferometer
ABSTRACT: Based on the phenomenon of multibeam interfernece from tvo surfaces of a
q been designed for studying the diffusion kinetie
plate, a device (interferometer) has
of solvents in transparent polrmers~h The device consists of a diffusion cell, a
light source, an optical system, and a microscope. The original paper includes an
overall view of the device and a cutaway view of its optical system and diffusion
cell. The procedure is explained on the I*sis of the diffusion of water in poly-
vinyl alcohol; an interferogram of the process is inclused. It is shown that In the
system polyvinyl alcohol-water the dependence of the coefficient of interdiffusion
on the concentration of the water is in the form of a curve with a maximum. Yu.
Kercha. (Translation of abstract] _AT7
.'V1 Z'~

L - -vi i07-66 FaVM*Y$~WPI, j, I-
,E'PH'
CCN~, 2
A
- Vr 2 SOURCE CODE~t 5/062/6 47/0)50
AUTHORi Ctromov, V, K*j ',~q~gr_jn (21alLkh A. Ye.j Vo~rutski_y S. S,
OAG; Moscow Institute of Chemical Precision Technology im, 14. V. Lomonot3ov (I/jos:Kovskiy
inatitut tonkoy khfmicheskoy t -0 o
TITLE: Effect of'the molecular weipjit of hydrocarbons and Lheir diffusion ,in polymors
SOURCEj AN SSSR. Dokladyj v. 165, no. 2, 1965, 347-350
TOPIC TAGS: hydrocarbonp molecular wei0itp polymer , chemical reaction
ABSTRACT: The diffusion cooffIcient (D)of hydrocarbons In polymors was stuaed by
changing their molecular weight for 1-2 ordera. Tho following systems w3re sturtle(i
(polymer, hydrocarbon (s), temperature); polylsobutyleno'i ( I I octane;~ or dorlacane,
or hexadecanep 20-12OC; I, paraffin (nQl-ecUlar cerns'..ne,
100-130C; I) lyethylene (molecular weight -2000 or-5000), 100--130C; atactic wly-
propylene (IIT, paraffin (molecular weight -325), 60-100G; III ceresine,
and III polyethylene (molecular weight-2000 or,-5000), 100-130C. In thq systeva
studied, D depended on the molecular wolghtof hydrocarbons, accor4ing to the equation
D=JQk1-1 j where K and -~ wore constant and M was t- molecular weight; -~,-Ioponded on
the concentration of the hydrocarbon In a system and on the nature of the polymer.
At 100-20CP 14 was -J3 or - 2 for I or III res~ecLlvely. For polyethylenes, -~ was
Card 14- -UDGi- 67.8'*01-03.

ACC NR, AP5028282
2-5 and r4 1,5 at 120 and 130C, respectively. In -,his case the temperature dei;rjnl~-,nce
of was probably related to the concontration of the areas of orlorrid crys t -U n
in 'the poly-n-O,.vlenns. At highEir temperatures, tho mobility of chnin13 InCrOaSCd Ind V
became saa.iQr. At 1300, hol6dng other factors i:!onstant, the value of I Increased
- '14atactic propylene 41)olyisobutylone. 1 01
with the polymorss polyothylens At D
for a hydrocarbon of -ario-ltc-O.-a~ weight of 2.1o4 was -J6.10-12' or -J21.10- cm2/"O. I
In I or II, respectively. 'Atli an Increase of hp!rocarbon concentration in a system,
the activation onergy of the diffusion process d,3croased# Tho paper was presented by
Academician S. S. Ye3dvejev, 13 Apr. 65* Cbrig. art. hasi 4 figs-
SUB CODE% 20,07/ SUBM DATISi 09Apr65/ CRIG MFt 009/ OTH RM OW

~4 V iornonoz! :,va Mc

L 38850-66 Ew(j)/EVIT(m)/T P14
39is-009
r A-CC "R, AR6011874 SOURCE CODE: UR/0081/63/000/016/so(-
AUTHOR: Chalykh, A. Yel- Vasenin R. 14.
on;
TITLES Optical methods of studying diffu-s-i
SOURCES Rafe sh. Xhimiya, Abs. 16S74
REF SOURCES Nauchn. tr. Moak. tekhnol. in-t legkoy prom-sti, vYp- 30, 1964, 192-199
TOPIC TAGS: fluid diffusiong optic methodp optic interference, colorimetry, refrao-
tometry
ABSTRACT: Optical methods suitable for studying diffu Ision in the polymerl- solvent
system were studied over a wide concentration range. On the basi-s-of-IN-ephysical
processes underlying these methodsp the latter were divided into three groups: re-
iractometric, interference, and colorimetric methods. The advantages and disadvan-
tages of the individual methods are shown by comparison. Optical shcemes due to
Iamm, Staube and Labhart, characterizing the various refractometria methods, and also
LongsworthIs scheme, characterizing one of the interference methods, are shown and
described. Bibliography of 30 titles, Yu, Kercha, [Translation of abstract]
SUB CODEt 20

CHALYKH, A.Ye., aspirant; Akum, Rom., ka-nd-. teklin. riauk,, dotse: t
Optical methods for the stud7 of diffusion. Nwich. tr-udy MIILP
no.30:192-199 164.
Interference aicromethod for thq study ,f dLffusion in the
system polymer-solvent. Ibid.: 20(,'~~206
(MBIA 18:6)
1. Kafedra fizicheakoy i kollcildnoy khimii Mookovskogo tf3khrio-
logicheskogo Instituta legkoy prouiyuhlennoati.

VASFIIIII, V. V.
Equiaffine Uieox~r ol" thress of ~.iurface;s. Sib. =at,.
zhur. 5 no.ItU-33 Ja-F *-64~ (MMI 17;7)

VASIVIN, Vovs.
Existence of Bol,.,tlf~f:3 I ) a 3yntrim cr dif."aru 4 L,
. - n" a
equations. 51b. aut# z1hur. 5 ",).1,:7-7L-7717 ~7,11-~,gl(4
(MIRA 17:8)

SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1518
AUTHOR NOVIKOV,I.I., SOLOVEV,A.N., CHABACHPAEVA,E.M., GRUZDEV,V.A.,
PRIDANZEV,A.I., VASENINA,M.JA.
TITLE The Heat Transfer and the Thermophysical Properties of Fused
Alkali Metals.
PERIODICAL Atomnaja Energija, L, fasc. 4, 92-106 (1956)
Issued: 19-10.1956
From 1950 to 1955 the authors carried out experimental research work concerning
the thermophysical parameters and the heat transfer of fused metals. The present
article deals with the most important results obtained in the course of this
research work.
Heat transfer: The experimental apparatus consistod of a heat commutator, cooler,
pump, consumption meter, and registering valve. The individual components and
their functions are discussed. In a series of experiments the heat transfer be-
tween liquid sodium and the copper heating surface is investigated. In the course
of a second series of experiments the inner surface of the same heat commutator
was coated with a nickel layer of about 10 4V- thickness. Experiments were carried
out at a velocity of flow of the liquid sodium amounting to from 0,8 to 11 m/sec
and at temperatures of from 140 to 3400 C. On this occasion the dimenionless
criteria characterizing heat transfer were modified within the following limits:
Re - 1,5.104 to 2,1.105, Pr - (5 to 9).10-3, Pe - 100 to 1400.
The viscosity of Na, K, Li and of a eutectic mixture of Na and K (251% Na +

Atomnaja Energija, 1, fase-4, 92-106 (1956) CARD 2 / 2 PA - 1518
751/'t K) was measured by the method of damped torsion oscillations of a small
pail filled with the fused metal. The experiments, which were carried out
under different conditions, yielded results which agreed well with one another
and which are shown in diagrams. In the case of all metals investigated,
r ( - viscosity?) diminishes at first rapidly and later more slowly.
The temperature conductivity of alkali metals; The metal is investigated in a
vertical thin tube of stainless steel the lower end of which is closed by
welding. The carrying out of experiments is discussed in detail on the basis
of drawings.The temperature conductivity coefficient of K diminishes at first
sharply and later more slowly as temperature rises. The temperature conduc-
tivity coefficient of Na grows from 100 to 1500 , after which it decreases
monotonously with a further increase of temperature, but the temperature con-
ductivity coefficient of the alloy mentioned increases monotonously.
The density of the fused alkali metals was measured in a simple manner and
with sufficient accuracy by means of a body of known volume which was submerged
in the liquid to be investigated. All measuring values are on a straight line
with an accuracy of 0,400a. The density of Na and K decreases linearly with
rising temperature.
INSTITUTION:

F%IIN, G.Yasj VASMINAji_J., red.; ISHKOVIL, A.K.,, red.; ELIKINA,
tekhn,'7Fe_d.; GFOYIOV, A.S., tekhn. red.
(Work and wages in state commerce) Trud i zarabotnaia plata v go-
sudarstvermoi torgovle; sbornik rukovodiashchikh materialov. Izd.2.,
perer. Pod red. N.I.Vasenina. Floskva, Gos. izd-vo torg lit-ry
1961. 335 P. (Wages-commerce) (MNA 14: ll~

VASININA, H.T.
WAMOWWW 0 lp~~
Indicators for a liygienie rating of dyes used for rubber toys.
Trudy ZSGKI 14 '53. (KM 7:9)
(Dyes and dysing-Clismistry) (Toy@) (Rubber goods)

VASMSA, U. T.
Dissertation: *Hygienic Evaluation of Basic Pigments Used in the Manufacture
of Rubber Toys." Leningrad Sanitaxy-Hygiens Medical Instp Leningrad,, 1953.
ReferativW Zhurnal-MdwJya, Moscow, No 7, Ipr 54,
SOs SUM 284p 26 Nov 1954

AID P 14l0
Subject USSR/Medicine
Card 1/2 Pub. 37 - 7/23
Author Vasenina, N. T., Kand. of Med. Sci.
Title Hyg ienic characteristic of some aniline dyes
used in the manufacture of toys
Periodical Gig. J san., 1, 29-32, Ja 1955
Abstract The purpose of this work, assigned by the
Chief State Sanitary Inspector, USSR, is to
decide if three aniline dyes applied on toys
but not included in the list of authorized
dyestufrs (panitary Regulations, 1953), are
harmless. The results of the tests on white
rats and chemical analyses described in this
article are negative. The dyes In question are
not recommended for coloring toys. Table.
5 ref., 1929-1951,

XTDLIN, Isaak Takeylevich, kandidat takhnicheakikh usuk, detsest; MALTUHN,
Y.N., retsenzent; KULICHUTSKIT, V.N., rotsousent; VASIM. Aly
-P'*
.rodakt*r, VORCBIYIWA, N.N., rodakt*r; KARA IX, lX.,tei9&-lAe's'kiy
[Paper-naking aM finishing machines] Bumagodelatellays otdolo-
ehnys mashiny. Hooky&, Go(sloobusisdat, 1955- 303 P. (KEMA 9:5)
(Papermakiag machinery)

BARAHOV, Nikolay Aleksandrovich, inzh.; DCBROVOLISKIT, Dmitrly Sergeyevich,
kand.tekhn.nauk, dots.; IVANOVA, Klavdiya Aleksandrovne, retsenzent;
KALYUTIN, Vladimir Nikolayevich, reteenzent; VAS'MIXO;_A-.Y., red.;
SIDBLINIKOVA, L.A., red.izd-va; SHITS, V.P., tekhn.red.--
[Technology of papermaking] Tekhaologiia bumazhuogo proizvodstvas
Izd. 2-oe, perer. i dop. Moskva, Goslesbumizdat, 1957- 333 P-
(Paper industry) (MIRA 11:5)

-7 JYr
t
MLIN, Isaak.Yakovlevich, dote lkand.tekhn.nauk; KOZULIH. IT.A.. retsenzent;
KLOPOV, Y.M., retsenzent; XASSAM,-A-Te. red.; VOROBIYLVA, U.N.,
rod.izd-va; SHITS, V.P., tekha.rod.
[Papermaking and finishing machines] Bumagodelatelinye i otdelochnya
mashiny. Hoek-va, Goeleebumizdat, 1958. 484 p. (MIRA 11:6)
(Papermaking machinery)
"AA

SOLOMKO, Vasiliy Savvichi_A'ASE2jKQ-,,-.-A,Y,., retsenzent; SERDYUKOV,
M.P., retsenzent; SIMAXOVA, A.R.,, red.; KNIVRICII, Ye.D.,,
red. izd-va; SIIIBXG"VA, H.Ye., tekhn. red.
[Woodpulp and paper industry in Finland]TSelliulozno-bumazhnaia
prorjyshlennost' Pinliandii. Yoskva, Goslesbumizdat, 1~62. 538 p.
(MMA 15:12)
(Finland-Woodpulp industry) (Finland-Paper industry)

DZHALILOV, Khanlar Ibragimovlcl~, k,;,id.ekon.naulc;,3~~SEEKG-,A.V., red.
(Problems of the
Problemy syrIevoi
Izd.2., perer. i
1964. 258 P.
raw materials basis of the woodpulp industry,'
bazy tselliulozno-bumazhnni promyshlemosti.
dop. Moskva, Izd-vo "Lesnaia promyshlennost',"
(MIRA 17:5)

VASENKO, B.v komandir zvena, master sporta
Yak-IBF in flight. Kryl.rod- 12 no.7:21-23 Jl 161. (MIn 14:6)
(Airplanea--Piloting)

VA general-mayor artillerii; KRASOVSKIY, L.V. p
polkovnik, red.; MURZAYEV, N.I., red.
[Firing service; a collection of methodological recom-
mendations and exercise on the firing service of ground
artillery] Ognevaia sluzhba; sbornik metodicheskikh re-
komendataii i uprazhnenii po ognevol sluzhbe nazemnoi
artillerii. Hoskva, Voenizdat., 1965. 214 p.
(MIRA 18tl2)

VAMKO, N.A.
Defects of automatic scales and their elimination. Sakh.proz.
29 no.6:9-12 155. (KLRA 9:1)
1.3talinskaya gruppovaya laboratorlya.
(Scales (Weighing instruments))

M A 9 A v it a x biffilsvX06414
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egg
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00 & j, COLDRUETRIC-D ETF.,Rv rNATI ONO P CILICON IN SILUMM AND OTHER ALTNIN11M
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s Me 1(-.-;ppko (Zhure Priklado Mini., 1946, 19, 606-607; C, Abe.,
-

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19470 41, 83*
IA- u
On Russian) Ajisslove the sample In 26% Na OH, d! it a
000 idth H20 and add HCl to disslove any Al(OH)3. Dilute the slightly soidio
904 sol6tion to 500c.o. Vake an aliquot slightly basio eith N&OH and treat
so. with (KH4) MoO4 in a hot solution, oool, add 3g besidins solution and Coo
25%NH40H. Dilute to a definite vols and measure the blue colour against a iuse

eta ndard solution. Good agreement with gravimetric ronutts was oDtainedo .0 Are*

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VfJ;
k
24 (T) PHASE I BOOK EXPLOITATION Sm/1365
L9vov. VhIv*r#yt*t
YAttz-W7 I V96J1c7uzM09* 6*v*ahchwdYM p0 apektrookopil. t. Is
HolokulyarrAya (Ptperg Of the 10th All-Union
Conference on Spectrodao;7. Vol. Is Molecular Spectrodicopy)
IL'yov) Jx4-yo Llvoyakogo mly-ta, 295?. 499 p. 4 000 oopless
printed. (Serlest Itos PIxyohny)r sbirnyk, vyp.
Additional Sponsoring Agena7a Aka4emlya nauk SSSR. Komissaiyss po
spektrookopii. Ed.s 0azer, S.L.1 Tech. Ed.t Saranyuk, T.V.1
Zditorlal Boards LIMaterg, 0.3.2oadomician (Reap. Ed., Deceased).
0
Neporent, B.S., Doctor f Phy I Mathematical Sciencas,
Pa"linakiy, I.L., Do4for or PhyAloal " HatheMatiaLl Sollences,
M41knatt. V.A.. Doctor of Physicia and Xatherustical Sciences.
KojmsitskU, T.O., Cand,11data of Toohalcal Soleness, "Yakiyo 3.9.0
Candidate of Phqaloal and XatkAmatlcal Soie=ess, Klizovakil, L.K.,
Candidate of Phyatcal ssrA MatkAzAtical Sciences, )Uliyanchuk, V.S.#
C
andidate or Pbj#lqea " Mthfi=tleal 361611046 and Glauborisan,
A. Ye., Candidate of Maloal and Mathematical
Card 1/3o
Mazarov. I.N., L.A. Xazitwjna, a-ad I.I. Zarotskaya-
Determination of the Structure of Carbanyl Compounds
Prcha Absorption spootri or Thsir 2.4-dirAtropher4yl-
hytrassones; 185
Istrallevich, Ye. A., D.N. Shigorin, at &I. Absorption
Spectra of Carbaniona 188
Popov, Ye. M. larrar*d Spectra of Bow Thlophosphorle
Organic Compounds lea
BagrallshvIll. G.P., &W D.N. Sh:lgorlss. Znfrand
Spectra am the Structure of Certain Aso Dyes
and Their Nydroahlorldes 190
Yaaenk% Ye. N. Effect of the Solvent. on the Petition
in the Infrared Spectrum of
AmMea 192
Card 13/30
Vt

AUTHORS: Vasenko- 1L',_1L..'-Cherny&vzkaya, A. P., S07/48-22-9-31/4o
_-Chernaya, 11. V.
TITLE: Infrared Spectra of Salt Solutions (Infrakrasnyye spektry
solevykh rastvorov)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1958,
Vol 22, Nr 9, pp 1125 - 1125 (USSR)
ABSTRACT: This is an investigation of the influence of ions
on the structure of fluids, which is determined by inter-
molecular hydrogen bindings. The authors used the
vibration spectrum of the saturated solutions of
potassium nitrate and of potassium bromide in formamide
as a vehicle of their investigation, as the spectrum
of formamide is well studied. Moreover, formamide
exhibits a considerable similarity to water, as the
nature of its intermolecular bindings leads to the
formation of a spatial lattice structure spreading through
the whole fluid. The C-N bond of the formamide was
chosen for the reason that 4ts position is noticeably
Card 1/2 altered at a formation or a rupture of the hydrogen

Infrared Spectra of Salt Solutions SOV/4B-22-9-31/4o
bindings in which the amino group as well as the
carbonyl group participate (Fig 1). It is besides rather
intensive and is comparatively far removed from the
others. The absorption spectrum was recorded of saturated
potassium nitrate solution in formamide in the ran6e of
1200 A 1500 cm- 1 and of saturated potassium bromide
solut ion in formamide in the same spectral region with a
M - -11 spectrometer with a common-salt prism. The
absorption spectra which were recor#ed for the sake of
comparison showed in the investigated range a noticeable
absorption which is not characteristic for pure water
(with potassium bromide - two bands). The origin of
this absorption is at present under investigation as
well as the dependence of the absorption spectra upon
the concentration in the re-ion already investigated
and in the frequency range of the 11-H, C ~ 0 in forniamide
and O-H in water. There are 2 references, 2 of which
are Soviet.
ASSOCIATION: Llvovskiy politekhnicheskiy institut (L'vov Polytechnical
Card 2/2 Institute)

VASEHI
Daily round of businese activit;y. Tnesh.torg. 29 no.10:45
'59- (KIRA 12:12)
(Russia) (Machinery industrir)

VASENIN,
Justified intere3t. Vnesh. torg. 29 no.11:33 '59.
(MIRA 12:12)
(Rusaia--Commorce) (Automobiles)

USSR/Chemistry - Thermodynamic Properties Aug k9
Electrolytei?
'"The Thermodynamic Properties of Solutions'of Strong
Electrolytes in Formaldehyde: III,-the Coefficients
of Activation of Potassium Nitrate, Potassium Bro-
mide, and Potassium Iodide," Ye. N. Vasenko, Lab
111~. iof Physicochem, Po4rtech Inat, L'vov, 3 pp
nZhur Fiz iaim," vol xxiii., No 8
%Glyes the formila expreping t4e relationship be-
tveten the functions J/mt and m'f (f(?r use in studying
solutions of 0.01-1.1 potassium nitrate and 0.025-0-8
concentrations of potassium bromide and KI
6-(/49TU
USSR/Chemistry Thermodynamic Properties Aug 49
_(Contd)
in formaldehyde with respect to decreases in their
freezing points). Calculates coefficients of actl-
vation for these three salts. Attributes the be-
havior of the nitrate ion in contrast to the halide
ions to the normalization of structurally complex
liquids such as. vater and formaldehyde. Submitted
1 Dec 48.
67/4W11

VASM09 B.
Chemical Abottiattl
Vol. 4,8 H44 5,
Mar. 10,
Goneral 6nd *Aeal ChetlistrY
bilecific gravity and viscosity of the fOnn&mI4*4k*
forrnam!4~~ J9-N-V-kg-gd9-U-Lftb,=:
rAXr. IqS-r- Z*ur. Fos. Aftsm.
28"fF; G.A. IFT. PIT4W-UW).-ne viscosity
and sp. gr. of mixts. of HCONIft (1) and HCONEtt(H) in 14,
different cams. between 0 and 100 mrAe % of HCONH$j
were deld. by means of pycnomettrz and a cl -Cap try
V14cometer at tile temps. 0. 25, W, and 75' In a the"Ostat
i whose temp. was const. within 0.02*. The tabulated re~
suits Indicate much as3ocn. of mots.; It Is suggested that 1;
and 11 are cc-ribined in various ways through R bondit.
I. W. 1,9---bmar-

VASEAC,
th-
(.Ldz
'1110M
V
It ects 0 mbdns of this systern were
0
diethyl-
meamied at 25' In the interval of 5 to 85 0101-
I julde (1) wit 'a calorimeter capable of s2r:k"t rt,
t,
ItIvity to supply data on 2. to ". quant ties
and f heat effects obtained
of U( d. and ma itude a
ves to a Is es on the considerable energy Of 11
din tw 0 a C and (D of 1, this cn-Vy
a bI Ols liar bonds between viols.
y for the marked Increase In
f, de dj~ a tly, an the
19Y f o '=nyl :7&P'
shar e Of cat
nig of H e S 0 p of tom2mide for t
v. N. Bodna.
le., the '01. of I. rAL-
*,A

USSR
9TAVAY arld Vb;CoqltL;Of the -.7ANDSALethy1forni.
7 ' I I If Ndj'~.- ~ it
wnl~eaciarjstejn. T ~jL and S
lttqt. lzffd,*V-fTr&T., .71-ir. S.. Khim.
(pol cc I =vov).
J~cf= 43, 2.150d.-I In, 5p. gr. and
v1scoiky (I of tile typical irration.0 sy~mm kJjO (I)-
IICONCtj (11) were rammired Ja the compri. interval
0-100% and the telit , (a) Ilitel Vitt G-75'. Data or, d. and
" "" tabulated and graphed; ilm temp, eo~ff. of q is utr;o
taLulated for V Intermls from 1.1i to 40*. Tile saux.
valties of n (ut wiy const. teinp.) and ;NAV occur w1wn (tic
nuie, fraction tir a is about 0-2). The unaivey 4106 ityt-
Thechfiltypoof
mol. interaction ii formation of It Iluncim.
Cz-

V 1 1 -_ I
USSR/ Physics Spectral analy-sis
Card Vi Pub. 43 " 49/62
Authors I Vasenko, Ye. 11.
Title i -Infrared spectr.L and association in solutions
Per.iodical j Izv. AN SSSR. Scr. fiz. 18/6, 725-726, Nov-Dee 1954
Abstraot I The importance of infrared absorption spectra is explained in determining
the state of molecules in associated liquids in ternary solutions in the
presence of a t1drd component (homogenizer). The characteristics of' such
spectra in case of reaction between molecules, deformed oscillations of
equimolecular solutionp and associations by means of H-bondG, are des-
cribed. Some results of associations in various solutions, as obtained
by means of infrared absorption spectrao are listed. Five references:
-2 German, 1 Indian and 2-English (1934-1952). Graph.
Institution _i The Pcilytechniwam, LIVOV
Submitted z

r7y forublifti'k ihis iiiiary system
P -11 Inst., J'Vov)~ Ukrain. Kht"t.
usdan).-ReLlprocal soly. of st
ternary systetprECONfl~11CONEtr-C4111, was studied at
24* by isottfermni titration. TL f I n. is
ts to R I tood' h'o'= 'T
-ry amalhl this PnIn g.1. '# 4", of-
11CONE-to.1 When the compri. In expressed In molar per-
ccatage, tile binodat curvt isiyxn., the crit. point of 4oln,
twing almost' at tht max. of this curve. Tht directio-i of
tLe "conode" Is almost euctly parallel to the base of the
tria" I . -The solutropy phetionicnon wzLi not obieried.
Cf, ~-',Ijljn and Franke, CA 0, 2 M-L E. Baraba.41;

Chemistry - Physical chem:Lstry
C,ard 1/1 Pub. n6 - 8/3o
Authore I Vaserko, Ye. N.,*and Blank, M. G.
'Title I Mutual solubility in a ternary form-imide-acetone--benzene system at 25'~
Periodical j Ukr. khim. zhur. 2113, 327-330, June 1955
Abstraot I Experiments were conducted with a ternary formamide-acetone-benzene systen
in which formamide is the high-association component to deterrune the mut---
al solubility of the three components. A great analoQr was revealcd tot-
ween the system investigated and the ethyloneglycol-acetone-berzene syF,~ez.
At 300 the acetone wras found to be a better homogenizer for the
benzene systera, than for water-benzene. The co-.-nonenta of tho ternary c,,it-
ical solution point were determined by the index of refraction and densit~r
of the solutions. At a lou forimmide content in the ternary solations the
acetone nhoi-ted a tendency to,..!ard the benzene phase. Five references: 3
USSR and 2 English (1930-1954). Tables; graphs.
Institution : Polytechnical Inst., Lab. of Phys. Chem., Llvov
Submitted : November 20, 1954

USSR/Phyaical Che-ftstry - Surfll~ac.(? Fnenom~.na. fivisor-otion. 2-1-j
Chrowtography. "&on Excbange
Abs Jour Referat Zhur - Inimiya, go 2, 1957, 3984
Author Vetrova G,A,, *I;'usf.-;)ko Ye-,N.
Inst Lvov Polytechnic !n7-;_t_iTu_7F_e
Title 'Suvface Tension in 4-he SyGters- Diothyl Forraamide -
Water, Forramide - 14ater, Diethy.1 1-orm-mide - ForcuirriJo.
Orie Pub Nauch- zap, L'vovsk. politekhii. in-ta, 1956, No 22, 3-9
Abstract By the method of maximum bubble pressure a determination
was made oi surface tension 6-6f the following solutions:
a) diethyl forroxide irater, b) formarcide ( 11) - wa-
ter, c) diathyl forrymdde - forrrandde, at a tiamperature
t = 15-'500. Sy3tOM a., by the sha:,e of G,..sotherrns, apper-
tains to irrational 3yutenis: the iso-therms are curvas
that are ccnvex toward'the composition a?dls. '-L%.v curve
representirig the dependence of temperature coefficient
of surface tension, upon the ccmpcsition, in the
Card 1/3 - 219 -

USSR/Physical Chemistry - S,.--rface Phenom~!na. Adsorption. P-13
ehronlatogvnphy. 'loll Lxchango
Abs jour Referat Zhur - hlLirniya, No 2, 3.957., 3984
a maximum and a minimum, the rmxir.= is i3hifted into th~l
region of the .'Les,3 surface--active H, while the minimum
-- into the region of considerab2-e I-contitnt; apparently
in this instanc,.: a gradual bz-eak up of assiclated rrol('CLI-
lea of I os -taking place, aad the formatioa of assocla
tion. comDlexes of molecules of I ar.1 II. Ia all threQ
systems is observed a r-egative Zeviation from Sta%hors-
kiy isotherm; vith increasing tcj-Tpe.:-ature these devia;-*.
tions decrease,
Card 3/3 221 -

VASEIIKO, Ye.11.; GATAI.A, Ye.Ye.; ZAKLMSKAYA, f'I.P.; LEVAS11rVA, V.L.;
KHAYIDUPOW.. V.F.; S"4-'!O",GIJN,. 0.V.
Liquid-vapor equilibrium in the te~Tary sy3tem acetic anhyc:z-fce -
acetic acid - acetaldehyde. Dokl. LIPI 5 no. 1/2:172-17r, 163.
(miRf, 17:6)

VASEIIKO,, YF-N.; GATALA, Ye.Ye.; ZAKUTSKAYA , M.P.; MAYFUROVA, V.F.;
SFDIO.'..ULJN, O.v.
Vapor pressure and boiling point of a ternary mixture of acetic
anhydride, acetic acid, and water. Dokl. LPI 5 no. 1/2:161-
164 163. (MIRA 17:6)

USSR
CATAECORY Farm Animals.
Small Horned Cattle.
ABS. JOUR. RZhBiol., L'o. og 1959, i1r). 25862
AUVIOR Vasei*o Ye, P.
tal Biology, AS Kazakh*
TITL~e Data or the Etiology of Fine-neeced Sheep of
the Desert Zone.
ORIG. PUB. Tr. Tn-ta eksper" biol. AN KazSSR9 1958, 49
16-39
ABSTRACT Since 1953, an investigation pertainingto the
ecology of sheep belonging to the Priaral.1-
skaya breed group is carried out. One of the
characteristics of these sheep manifested in
their good adaptability to desert conditions,
is expressed bythe high degree of their fer-
tilityq tht-:~ normal development of their young
and the systematically increasin wool produc-
I
tion, The sheep endure a 7-8 [C
higher en-
vironmental temperature than fine-fleeced
CARD: 1/3
*SSR.
48

COU14TRY USSR
GATE.C ORY
AB3 . JOUR. RZhBiol., 11o. 1959, No.
AUTHOR
T IT LE
ORIG. PUB.
ABSTRACT and feeding conditions of tho FriiArallskaya
fine-fleeced sheep, and meazurees are proposed
for raising their productivity under desert
conditions. -- M. F, Dennina
CARD: 3/3

DZHkLILOV, Kbanlar Ibragimovich; V4'IWKQAg A,V.j red.; KHIVRICH, Ye.D.9
red. izd-va; VDOVINkj, Y.M., tekhn. red.
[Prospects of the development and expansion of the sources of raw
materials for the woodpulp and paper industry] Perspektivy razvi-
tiia, i rasshireniia syrIevoi bazy tse:Lliulozno-bu*zhnoi pro-
myshlennosti. Moskvap Goslesbumizdat, 1960. 162 p. (MIU 14:9)
(Wo,--dpu3.p industry)
I ,

NEMIROVSKIYI I.A.; VASENKOV, 0.1.; KOMISARENKO, Yu.Ya.
Graphicoan-glytical. investigation of nonlinear processes in hydraullic
systems of machine tOD15. Stan, i instr. 36 no.9t13-15 S 165.
(MIRA 18:10)

, ; 1
VASZMVA. G.
Accelerated method for determining the neutron oultiplication
coefficient. Atom.energ. 9 no.5;428-430 N 160. (MIRA 13:11)
(Neutrons)

4 L
A L L R A F 'A U 4 j j 2 j ~! 9 0 4 1 J ~f
IAUTHOR: Artamkin, V. H.; Vasenkova. 0. V,; Otr*nhchenko, 1. V.:
TITLEs Optimum* regitme for reactor shutdown
SOURCI-Me Atomnaya energiya, v. 17, no. 3, 1964, 189-193
~TOPIC TAGS: Fedorenko optimum control method, reactor optimum c-on-
trol, reactor, reactor poisoning, reactur shutdowil
!ABSTRAM A procedure is described for celculating the optimum- re-
gime for reactor shutdoin emploving Fedorenko's approximatfon Mathoi
for the numerical solution of a nonlinesr optimum control problim.
It is assumed that the concentration of fi ssion product is a fu,icti )n
of the nean (with respect to fuel volume) neutron flux, The t)a�ic
parameters det2rnining the optimum retictor control for a given mhut-
down time are calculate?. Also obtainpol ie the r,31azionship bctweui
q-~tdown ti-me and 0-.e xt-on 0 -. t I n u M_ r 0 1 t 0 r
conc-ol ana Fcram concil--lons. r 1 9 i" rk a 6 1 L. g U r e F, a n L
o u i a a .
C,,d 1/2

JASSOCIATION: none
!SUBMITTED: 02Mar64
SUB COI)E- ~lp
Co, d 2/2
kTD PRESSs 3115 ENCL: 00
qo 3-,;- I;tv!
Vl tRN-R,-, V -UR;,-'.
-1, YIN
0

Analysis of species parasitic on Laph7gma exigua Hb. in Uz'je).ristan.
Dokl.AH Uz.SSR no.11:65-67 156. (MIRA 13:6)
1. Institut zoologii i parazitologii AN UzSSR. Predstavleno
akademikom AN UzSSR B.S.Kanashom.
(Uzbekistan-Parasites-Army worms)

N VAMKOVAI-Y..Ko- _.
it~iments from tho'biology of the wasp Habrobracon brevIcornis Vsx.,
parasitic on the cotton moth. Trudy Inst. sool. I parat. AN Us. S;M
6:121-126 '56. (MLRA lOvS)
(Uzbekistan--W%sps)' (Cotton--Dlseases and paste)
(Parasites-Moths)

YAKHONTOV, V.V.; DAVLETSHINA, A.G.; VASENKOVA, V.M.
Characteristic features of the change in the entonofannft of the
Golodnaya Steppe as influenced by its cultivation. Vop. ekol.
7:214-W 162. (MA 160)
1. Institut zoologii i parazitologii AN Uzbekskoy qSR~, Tas6ent.
(Golodnaya Steppe--Insects, Injurious and beneficial)

GAGAR 111A~ A. V~ ; V-1 I I NEH~ VA6ENOV IGH, M. ! .; ~SVET- -IVNIIVV~
M.Y.; S-YET-MOLDIAVESKIly, G.Ya. -1----- 4 - - KAYii, I.;,.;
Nonencephalitogenic formolized vaccillne against
Vop. virus. 9 no.2-167--169 Mr-Ap '64. (MIRA 17:22)
1. inst-itut poiAcmiyel-Ita i virusnykh entsefalitcv A.1,111 SSSR, Moskva.

1: P, 14 ~ 1.
t
ox
,.Jnlng on F 14,Z C. tCn*
Zjn
~n'~-'glcbulins Pxd irm-unt: ~;era. 42
ncu.3-.92-97 tL, 14-5. ip-f:
1. Gosudarstvennyy Y-,ntroltnvy Irstitut medit3inskilch bio--Ig;,.heskJ.k'h
preparatov lyw.-if Taras -- vi cha.

WEISZ, P~.
.,GIAZ, P.;VASENSZKY, S.;_SGHULZ,.A.;SZKNDI. J.
Reflex conditioning-in decrease of adrenal vitamin C by adrenalin.
Ory. h*til. 93 no. 14:409-410 6 Apr 1952. (CIML 23:3)
1. Doctor for Weiss, Glas, and Vasensky; Technical Assistant for
Schulz and Szondi. 2. Institute of Pathapbysiology (Director
Prof. Dr. JTossef Soo). Budapest Medical University.

--VASEVSZKY, 3zilard
From the Hungarian for Dr. Kathryn Kncvlton
Orvosi Hetilap, vol. 93, No. 44, pp. -1248-1251, Nov 2, 1952
Magaa Barinavelo, atbagan (711: 1-2 aep.) hattion a molIckvoookerag inukodeocre.
[Effect of high section of the spinal cord (between the lat and 2nd theracic segments)
on the function of the suprarenal cortex.]
Uj ACTH titralasi e1jaras
New ACTH titrating process
by
Drs. Pal (Paul Weisz, Edit (Edith) Glaz and Mr. Szilard Vasenszky.
Technical assistance by Andras (Andrew) Schultz and Janos (John) Szendi.
TTaaslatad z;.,
AM

WEISZ, P.; GIAZ, N.; VASMZKY, S.; SCHULTZ, A.; SZANDI, J.
The effect of high traassection of the spinal cord on the function of
adrenal cortex; a nev ACTH titration method. Orv. hatil. 94 no. 44:
1248-1251 2 Nov 1952. (CLKL 24:1)
1. Doctor for Glaz and Vasenesky. 2. Pathophysiology Institute, Buda-
pest Medical University and Third Internal Clinic, Budapest Medic&' Uni-
versity.

WZISZ, P,;GIAZ, 3,;VASENSZKY, S.
Rxperimental studies on the relation between the central nervous
system and the hypophyseal-oArsuccortical system. Acts. ph7siol. hung.
4 SuPP1:39-41 1933. (CIML 25:1)
1. Of the Pathophysiologioal Institute and of the Third Internal
Clinic, Budapest University.

W1.1,MZ.,- P,;GIAZ, 14;VASIMZKY, S.;GLTI. T.
ACTH titration after section of the spinal cord. Acta mod. bung. 4 no.2:
201-205 1953. (GLKL 25:1)
.41schnical Ammistante: A. Schuls and J. Szendi.

WEISZ$ P,;GLkZ, E.;VASENSZKY, S.
Experimental studies on the effect of endogenous ACTH. Orv. hetil.
94 no.43:1194-1196 25 Opt 1953. (CUM 25:5)
Doctor for Weiss and Glas. 2. Third Inter'nal Clinic (Director
Prof. Dr. Pal Gomori) and Institute of Pathophysiology (Director
Prof, Dr. Joxsef Soe),-Budapest Medical University*

KI.IYENKO, Aleksandr Petrovich; PETRUSPENKO, Alcksandr Antonovich; ~LLSPNTSQV,
juriy Andreyevjqh_- VYSOTSKIY, Grigoriy Ivanovich; CHEGLIKOV, A.G.,
otv.red.; REHVINIK, T.K., red.izd-va; RAKFLINA, N.P., tekhn.red.
[Thermodynamic properties of light hydrocarbons of the paraffin
series] Termodinamicheskie svoistva legk-ikh uglevodorodov parafinovogo
riada. Kyiv, Izd-vo Akad.nauk Ukrainskoi SSR, 1960. 95 p. (Akademiia
nauk URSR, Kiev. Instytut vykorystannia gazu. Trudy, no.8).
(MIRA 14:12)
(Hydrocarbons--Atialysis)

KLIMENKO, A.P_t_L ViSENTSOT, Yu.A.
Enrichment of generator gas by a propane-butane mixture. G".prom.
5 no.9:18-20 S 160. (KIRA 13:9)
(Gas as fuel) (Propane) (Butane)

KLIMNKO, A.P.; VASEMOV, Yu.A.
Rectification of the propane-propylene fraction in a
centrifugal relitifier with a spiral rotor. Trudy Inst.
iop.gaza AN USSR 9:83-89 161. (MIRA 15:9)
(Petroleum--Refining)
(Propene) (Propane)

RAFIBEKOV, F.H.; VASEF=111, N.L.
Pattern making for ohoo uppors and oolci parl 'a of children's sandals
mamLfactured with the sttitchdown method, Leh.prom. nool;29-31 -Ta-
Mr 163. (MIRA 16:4)
1. Eksporimental.'naya fabrika Ukrainokogo muchno-issledovatellskogo
instituta kozhevennoy promyshlonriosti.

TASOM-1AN, IM, B.
VASERM, YE. B. "The free oscillations of loaded round
elastic arches and rings." Latvian State
U. Riga, 1956. (Dissertation for the
Degree of Candidate in Technical Science).
So: Knizhnaya-leto~isl, No. 15, 1956. Moscow*
51

124-11-13109
Translation from: Referativn-vy Zhurna], Mekhan;],a, 1957, Nr 11, p 120 (USSR)
AUTHOR: Vaserman, Ye 5
TITLE: The Influence ot the Lcad Di.:tr:bution cn the F.,ec Vibrational
Frequency of a Rlvg, (Vliyaniye povedeniYa nauruzlki n~i chastotu
svobodnykh kolelic-iiykol't.~a.
PERIODICAL: V. ~b. -, Vopr dinamiki i dinam, prochno-ti Nr__)
Riga, A N Lat,-SSR, 19qb, pp 49-71
ABSTRACT: Investigates two- and -hree-dimensional vibrations and also the
stability of circular rings _subjected to a uniformly distributed radial
load.
On the basis of Kirchhoff's well-known equations, for a thin, curvi-
linear bar and Klebasch's kinematic relationships, a frequency
equation is get up separately for two-dimensional vibrations of the
wing in its own plane and for three- dimens ional vibrations. In these
equations terms appear which depend on the loading and which take
account of its di5tribution dtiring the freely vibratory deformations
Card 1 /2 of the ring.

124-11-13109
The Influence of the Load Distribution on the Free Vibrational Frequency of a Ring.
(Continued)
Results are obtained for those three or six possible cases which to
date had not yet been studied: (1) the load remains normal to the
undeformed axis of the ring in two-dimensional vibrations; (2) the
load remains directly toward the center of initial curvature during
two-dimensional vibrations; (3) the load remains normal to the unde-
formed axis of the ring during three-dimensional vibrations.
The values of the vibrational frequencies are established in
relation to the load distribution.
The values of the critical loading for the ring are found.
A comparative analysis of the characteristics of two- and
three-dimensional vibrations of the ring is made in relation to the
vibrational mode.
Full and hollow circular sections and square sections are examined.
(D. V. Vaynberg)
Card 212

SOV/124-58-4-45 17
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr4, p 121 (USSR)
AUTHOR: -,V4!~~rman, Ye. B.
TITLE: The Effect of a Load Upon the Frequency of Free In-plane
Vibrations of a Circular Arch (Vliyaniye povedeniya nagruzki
na chastotu svobodnykh ploskikh kolebaniy krugovoy arki)
PERIODICAL: Zinatn. raksti, Latv. univ. , Uch. zap. Latv. un-t, 1957,
Vol 10, pp 81-111
ABSTRACT: The paper analyzes the problem of free vibrations and
stability of fixed and two-hinged circular arches cornpressed
by a uniformly distributed radial load. Three cases of load
behavior during the process of in-plane deformation of the arch
are considered. Exact frequency equations including the norn-ial
stresses are set up for the fixed arch; from these, equations
are obtained for the critical state. For asymmetrical forms
of free vibrations the author applies Bubnov' s method. In the
same manner he presents a solution to the pr3blem of the
frequencies of free vibrations and critical loads for two-hinged
arches. In order to simplify the calculations, the frequency
Card 1/2 equations are transformed so as to contain only real quantities.

SOV/124-58-4-4517
The Effect of a Load Upon the Frequency (cunt. )
The results of the approximate and the exact solutions are compared in
numerical examples.
1. Structures-Vibratioll 2. Mathemati,~s D. V. Vaynberg
Card 2/2

SOV/ 124-58-10-11470
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 10, p 110 (USSR)
AUTHOR:
TITLE
Vaserman, Ye.B.
Three -dimensional Vibrations of a Circular Arch Under Various Con-
ditions of Load Behavior in the Process of Deformation (Prostranst-
vennyye kolebaniya krugovoy arki pri razlichnorn povedenii nagruzki
v protsesse deformirovaniya)
PERIODICAL: Uch. zap. Latv. un-t, 1957, Vol 13, pp 7-31
ABSTRACT: Examination is made of the natural vibrations and the stability of
the in-plane mode of flexure of circular arches loaded by a uniformly-
distributed radial load. The problem is solved with the usual assump-
tions of the theory of small elastic deformations (the dimensions of
the arch being small relative to the radius of curvature; one of the
major axes of inertia lies in the plane of the initial curvature of the
arch; the influence of the forces of inertia of rotation and the effect
of lateral force are not taken into consideration; the arch axis is not
extensible; shifts and strains are low). Three cases of the behavior
of a load in the process of vibration are examined: 1) The load re-
Card 1/2 mains normal to the arch axis; 2) the load is parallel to its initial

SOV/ 124-58-10-11470
Three-dimensional Vibrations of a Circular Arch (cont.)
direction; and 3) the load remains directed toward the center of the initial arch
axis. The problem is reduced to a sixth-order differential equation with constant
coefficients relative to displacements normal to tile plane of the arch. An exact
solution is found for natural frequencies for 5yrnmetrical and antisymmetrical
modes of vibration. Critical loadings for static stability are derived as a special
case of the problem of dynamics when the vibration frequency is zero. A simpler
solution is obtained by the Galerkin method after special assemblage of an approx-
imating function. A comparison of the results of exact and approximate solutions
with the solutions of Brown (Brown, F.H., F. Franklin Inst., 1934, Vol 218, Nr 1,
pp 41-48) and Federhofer (Federhofer, K., Sitzungsber. Akad. Wiss., Wien, Abt.,
1936, Vol 145, Nr 1, pp 29-56~, obtained by Rayleigh's method is made. A number
of critical remarks are made and corrections offered relative to the article of
A.B. Morgayevskiy (Inzhenernyy sb., 1955, Vol 22, pp 26-32, RZhMekli, 1956,
Nr 9, abstract 6190). Bibliography: 8 references.
Yu.P. Grigor'yev
Card 2/2

rl -" t:1 K V A I I IN
25(0) PHASE I BOOK EXPLOITATION SOV/1209
I
Akademiya nauk Latviyskoy SSR. Institut mashinovedeniyE
Voprosy dinamiki i prochnosti (Pi6blems of Dynamics and Strength)
Riga, Izd-vo AN Latviyekoy SSRI 1958- 178 P- (Series; Its:
Sbornik statey, VYP. 5) 115O0 copies printed.
Ed.: Vengranovich, A.; Tech. Ed.: InkiB, R.; Editorial Board of
Series: Panovko, Ya.G., Doctor of Technical Sciences, Professor
(Resp. Ed.); Aynbinder, S.B., Candidate of Technical Sciences,
Docent; Kalinin, N.G., Candidate of Technical Sciences, Docent.
PURPOSE: This book is intended for research engineers and scientists
concerned with problems of dynamics and strength of structures.
COVERAGE: The book is a collection of ten research papers, prepared
'by members of the Akademiya nauk Latviyekoy SSR (Academy of Sciences
of the Latvian SSR), th e Latviyskiy gosudarstvenniy universitet
(Latvian State University) and the Rizhakoye Krasnoznamennoye
vysshgye, inzhenerno-aviatsionnoye voennoye uchilishche (Riga Red-
Banner Iligher Military School for'lkeronautieal Engineering imeni
Card - 1/3" ,

I
Problems of Dynamics (Cont.) SOV/1209
K.E. Voroshilov) dealing with miscellaneous problems in the
dynaxhics of machines, and the strength, stability, and hysteresis
of structures. The scope of the articles is indicated by the
table of contents below. Each individual report is accompanied
by references.
TABLE OF CONTENTS:
Panovko, Ya.G., Golltsev, D.I., and Strakhov, G.I. Elementary
-Problems of Structural Hysteresis. 5
Kalinin, N.G. Calculation Methods for the Body of All-metal
Railroad Passenger Cars. 27
Strakhov, G.I. Simplest Problems of Dynamic Stability of a
Rod with One degree of Freedom Having Transverse Connections. 41
Gubanova, I.I. Complex cases of Rotation of a Curved Elastic
Rod in a Curved Tube. 51
Card 2/3

Problems of Dynamics (Cont.) 1209
Putyatin, V.V. Pendulum-type Torsional-oscillation Pickup. 63
Golltsev, D.I. Estimation of Hysteresis Losses in Forced
Oscillations With Asymmetrical Cycles. 85
Vaserman,, Ye.B. Two-dimensional Oscillations and Stability
of Circular Arcs Loaded Hydrostatically W-ith Consider-
ation of the Variation In Length of Their Axes. 97
Katayev, I.I. Braking and Blocking in Simple Planetary
Transmissions. 115
Golldfarb, V.M. and Stepanov, A.V. Elastic Constants and
Strained Condition of Laminated Nonhomogeneous Media. 127
Tarnopollskiy, YU.M. Bending of Beams with Straight and
Cicular Axes on an Elasto-plastic Basis. 159
AVAILABLE: Library of Congress
MS/lsb
Card 3/3 3-9-59

VASERWS, K.
Omnma
10110DICALSt TESTIS. No. 5, 1958
TABOWS. K. The question of the preparative obtaining of now ganglio-
bloc)mderm, pentapyrrolidinium and tatrapiperidinium. In Russian. P. 79
Konthly Ilat of last lbropean Accessions (EW) LO, Tol.14mla, 2,
Irebrwmz7 1959, Unclass.

VASERMANS, K.
GENERAL
PERIODICALS: VESTLIS, No. 5, 1958
Vanermans, k. Structure and properties of some 3, 6-disubstituted
pyridazines. In Russian- p. 87
Monthly list of East European A-cessions (EEAI) LG, Vol. 8, No. 2,
February 1959, Unclass.

LIEff316.1 S,ye., inzh.; VASERN1S, A.I.) inzh.
Ways for increasing the duty of the T-16 self-propelled chassis.
Trakt. i sellkhozmash. 33 no-4:1,,5 Ap"63. (MIRA 16:10)
1. Khartkovskiy traktorosborochnyy zavod.
(Tractors)

LIBTSIS, S. Ye., inzht USMUS,,
--". -A. IOj'.;Inzb4I, - -.
"Rassian tractors", a manual. Trakt. i sel"khomash. no.6&
45 -Te 164 (MIRA 170)
1. KharIkovskiy traktorosborocbnyy zavod.

LIDTSIS, S.Yo.; VIISI-MIIIS, A,i..
C,a I cu !a Lirg I. he e le-7-,cn t-= -:,f -.'%e a 5~--*c !,I ~r fl: a n
17: j-'
1. Kharlkovskjy traktorosborocimy-j zavod.

DREVALI, N.V., inzh.; LIBTSIS, S.Ye., inzh.; VASERWIS, A.I.;
inzh.; SHINDNES, R.M., inzh.; KOSOROTOV, B.V., red.
(construction and operation of the T-16 automotive chassis]
Ustroietvo i ekspluatatsiia swokhodnogo shassi T-16. Mo-
skva, Kolos, 1965. 190 p. (MIRA 18:7)
1. Kharlkovskiy traktorosborochnyy zavod (for all except
Kosorotov).

- V A So t j . ~~.
t
K. A. Timiriazev;
LeninR selkhoz.
7 i.
soziO-POlitlc2l lrv~ views -08-1-va. Z,- oz-uerv3
akade-mii im. X.A. Tl.:-;rio3zeva, 19LO. 1-8 -.:.
Cyr. 4 QHW

M. V. Lo:llollsov; lij i-lo-oph i c"I oc i
iz(!--:o, 19110. n. 51-- 2.,)C',,
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Sociological views of V. G. belingkii. pod rea. J. S. Vtas!~tsko:o. 1~, o,3 k v Fa . -,, (i S k C, V a I!< i :.
rabochii, 1'-)49-. 154 p. (49-15764)
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95) r- r- T. I C- F

HECHNIKOV, I.I.; KROTKOV. F.G., glavnyy redaktor; VASEMKIY, G,.S., redaktor;
BILKIN, R.I., redaktor; ANICHKOV, N.N., redXi'oil~'*tdakV' Y.M., re-
daktor; BZKLEKISHIT, T.N., redaktor; KRATZMKIT: N.A., r;daktor;
BIKLZMISHIV, V.N., redaktor; KRATEVSKIT, N.A., redaktor; PAVIOVSKIT,
Ye.N., redaktor; VYGODCHIKOV, G.V.. redaktor; SOBOLI, L.I., redaktor;
ROTZRXELI, R.P., tekhnicheskiy redaktor.
(Collected works published by the Academy) Akademicheskoe sobranie
11 ochinenii. Redaktsionnaia kollegiia: P.G.Krotkov i dr. Moskva, Goo.
izd-vo med. lit-ry. Vol. 13. 1954. 242 p. (MI-H-1 7:11)
(Biology)

RIEZINSKIY, S.R.; VASETSKIY, G.S., red.; SMSONENKO, L., red.;
VLANOVA, L.. teklin.re-d. - - -- - ---
[Selected works by Russian naturalists of the first half
of the 19th century] lzbrannyo proizvedeniia rueskikh
estestvoispytatelei pervoi poloviny XIX vska. Moskva,
lzd-vo sots.-skon.lit-ry, 1959. 659 p. (MIRA 12:7)
1 (Science--Collected works)

VASETSK17, S.G.
Characteristics of eT=ges in the size of eggs in ranning
female roaches, Trud7 Inst. morf. zhiv. no.40:254,..266 162.
(MMA 16: 6)
(Volga delta-Poach(Fish))
(Fishee-Eggs)

VASETSKUP
dices of r~~Rz~h and
in
Rplation betwe~-rl 41
zn.,.
changIng Eilize
162.

CHEPRAKOVA., Yu.I.; VASETSKIY, S.G.
Characteristics of the mature roe of roach (Rutilus rutilus caspicus
Jak.) in relation to the nature of the spawning stock. Vop. ikht.
2 no.2:262-274 162. (MA 15:11)
1. Institut morfologii zhivotnykh imeni A.N.Severtsova AN SSSR.
(Volga River-Roach (Fish)) (Caspian Sea-Roach (Fish))
(Fishes-Eggs)

ACC NR: , -,,,:
0 0 T I P-,
V
ORG: Institute of Physics, Ukrainian Academy of Sciences, Kiev (InsLitut Ifur
Physik der Ukrainischen Alcadernie der NVissenschaften); [Asche] Institute of
Physics Technology, German AcaJemy of Sciences, Berlin (PhysikifflLscil-
Technisches Institut der Dcutschen AKademie der Wissenschaften)
TITLE: Piezoresistance of p germanium
SOURCE: Physica status solidi, v. 18, no. 2, 1966, 749-754
TOPIC TAGS: germanium, p germanium, piezoresistance, germanium crystal,
crystal impurity, temperature dependence
ABSTRACT: The article deals with the measurements of piezoresistance of a
p-germanium as a function of pressure and impurity concentration at 77 to 300K.
The experimental results show a strong dependence of the piezoresistance on both
values. The data for low pressures are in good agreement with the linear theory,
while at high pressures there is a predominance of quadratic terms. The authors
Card 1/ 2

ACC NR: AP7001975
thank Professor S. 1. Pekax for discussing the study. Orig. art. has: 4 figures.
[Authors' abstract] [NTJ
SUB CODE- 20/SUBM DATE: 16Sep66./ORIG REF: 006/SOV REF: 003/
OTH REF: 0021
Card 2-12

L 5P,875 35 EN-17( 1 ) M) /T/E-~'P( t' (b) Pz-6/Feb IJF(c) JTDA4 T
:ACCESSION NR: AP5017292 UR/0181/65/007/007/2021/2023
AUTHOR, Booy.chenko, B. L. ; Vasetskity, V, M.
~TITLE: Temperature dependence of sili,,jon-conductlvity in a strong electric field
~SOURCM rizika tverdogo tela, v. 7, no. 7, 1965, 2021-2023
TOPIC TAGSi silicon, semiconductor. electric conductivity, electric field, electron
temperature
!ABSTRACT: The temperature dependence of silicon conductivity was investigated usin
[.crystals-with-an electric field directed along axis (111). Test samples were of n-
ce CM2.
s n tb specific res istan -of-20 ohmcm with-a Hall nobility of 1350
volt-losec-1, and a life of npproximately 3 microseconds. They had the form of rec-~
tangular parallelopipeds with dimensions lxlxS mm and were cut from the middle sec-'
tion of a single crystal. These sxmp'-es were used to study current density as a
Junction of electric field intensity In the temperature range from 77 to 3000K. The
,770 temperature was achieved by submerging the samples in liquid nitrogen. At room
temperatures the samples wen submerged in transformer oil which was therz=tati-
.cally controlled. Interme-diate temperatures were obtained by placing the crystals
I Card 1/2

L 588755-65
ACCESS'
ION NR: APS017292
into a-stream of nitrogen vapor with ttimperature controlled by means of thermocoupl.69.
Measurements were conducted using rectangular pulses with a duration of 0.2 micro-
seconds and a prf of 1 to 50 cp.3. In -!iach case the prf was varied by a factor of
2-3 to assure that the results were inlependent of the repetitlon frequency. The
power balance equation was used to compute the variation In electron temperatures
as a function of the electric field for various lattice temperatures. It was showl
that in the range of fields from 9 kil,)volts cm-1 up the electron temperature in-
creases constantly with a decrease in the lattice temperature in the neighborhood
of 770K. "In conclusion the ;r.uthors consider it their pleasant duty to thank P. H.-
Tomchuk and 0. G. Sarbey for valuable advice." Orig. art. has: 3 figures.
ASSOCIATIONi-In6titut fiziki AN UkrSSR, Kiev-(Institute of-Physics AN UkrSSR)
SUBMITTED:04Jan65 ENCL: 00
SUB CODE: SS, EM
NO REF SOV: 005 OTHER: 004
Card 2/2 ........

ZHJRAVLF,V. S.. inzh; VASETSKIY, Ye., inzho-
Developing healtb7 and safe working conditions for miners. Bezop.
truda v prom* 4 nooll:3,1-13 9 16o. (KMA 13:11)
1. Daeproatrovskiy sovot narodnogo, khozyaatva.
(Mining engensering--Safety measures)