SCIENTIFIC ABSTRACT ZHUKAUSKAS, A. - ZHUKHOVITSKAYA, Z.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064910020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

9/236/63/000/001/006/015
Ei6,, iAmantal invest
4gation !-- Ort! D251/D3(16
e
shown (increase of t.ie se factors reduced the boiidary layers'). The
parameter (x/gRej.) 0.1 , where a io ihe diatance oatween the olatea
and x the abaraoterin'ic dimension is used to t:t~e
0
effect on lo,~al evolUtlor -)f
gineer.,ng o~l~' ~he AS
Aprl.
9 5 2
Card 3/3

HEAT EXCHANGE IN BOUMIARY LAYERIUSSR)
f
giar~iauskas, A, , J. ituglda, and A. iukauskas. Mokslas ir technika, no. 4,
i
1963j 34-35. 9/253 /63/000 1004/00V001
I
Rel:ttionships for calculating heat exchange when the properties of a fluid are
i, 7, V,-
n- *Ie vf-Iocify and temperature fields in

p TO.
ZHIUGZHDA.- LL [Ziugzda, J.];.?~~KAS,_,4,.A.,,[Zitkauokasy A.)
Experimental.study ofJocal peat transfer In the entrance
aection betweon ~Obxallel Plates..- ttudy AN Lit. SSSR. Ser.
B no. 1:U7-124 10o (KIRA 1?-5)
'lef tekhniki AN Litovokoy ~'SSR.
1. Institut energetiki i III ctro
V 4 p
fl., III

MATYUKAS, A.A. [Matiukau, A.]; ZHYUGZHDA, I.I. [Ziugzdao J.1; MAKARYtVICHYUS,
V.I. (lhkarevicius, V.); [Zukauskas, A.)
Using semiccnductor therriniators for mmanuring
., v:scous fluid flow
speed. Trudy AN Lit. SSR Ser. B no.3:87-90 163.
(MIRA :8:3)
1. Institut energatiki I elektrotekhniki All Utovskoy SSR.

tilt I
:ACCESSION 1?14038656 S/0170/64/0001004/0003/0007
AUTHORt Zhu1muskas, A. J,.j Ambrazyavichyus. A. B.1 Zhyugzhda, 1. 1.
TITLEt Effect of the nor4sothermaliV of a surface on the beat exchange of a
plate In longitudinal ncw
SOURCEs Inzhenerno-fitioheskiy zhurnal, no. 4, 1964, 3-7
TOPIC TAGSt Surface nonisothermality, heat exchange, longitudinal flowo laminar
boundary layer, turbulent boundary layer, laminar r1ow# turbulent flow, heat
transfer
ABSTRACTs The heat exchange between a nordsothormal plate and a flow of air
water, and transfomor oil with a laminar And turbulent boundary was studied
experimentally in the range of Re numbers ranging from 10 to 3 x 10. critorial
equations were derived for calailting the heat exchange between a plate and a
laminar and turbulent boundary layer* It was found that in the case of a
laminar boundary layer, -the initial unheated segment of the plate has a substantial'
effect on the heat transfer. Thenonisothermality of the surface has an apprqoi-'!
able effect on the rate of the heat exchanges, Origo arts hast 3 figures, 7
formulas, and 2.tables..

ZIIUKAUSKAS, A. A.; ZirRJGZIIDA, I. I.
"Experimental invest:tgation of heat transfer and hydrodynamic resistance
in the entry of a pLane channel with laminar flow of viscous fluid."
report submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12
May 1964.
Inst Power & Electrical Engineering, AS LitSSR.

ZHUKAUSKAS, A.A. [Zukauskas, A.]; AMBRAZYAVICHYUS, A.B. [Ambrazevicius, A.];
----MWdZHDA, i.:r. (Ziugzda, I.]
Effect of the,nonisothermality of a surface on heat transfer
from.a. plate in a longitudinal flow. Inzh.-fiz. zhur. 7
no.40-7 Ap 164. (MIRA 17:4)
1. Institut energetiki i elektrotekhniki AN Litovskoy SSR, Kaunas.
T Mill R41M UIA out 11T.I.-H-11
Ussumil WrIn ffiwlii

ULINSKAS R.V.; SHLANCHYAUSKAS, A.A, (Slanciauskas, A.]; ZIUXAUSKA:-j A.A.
[ZU'kauskas, A.]
Determining the speed of a fluid flow at the wall of a channel. Trudy
All Lit. SSR. Ser.B no.ltl29-131 165. (KIRA 18:7)
1. Inatitut enerrjetiki I elektrotekhniki AN Litovskoy SSR.

~2 2- a~-
ACC- NR:
-CO'VE: -UR/-0236A5/000/01)4/0139/01 _T
NUTHOR: Lyutikas,_ S'.~Liutlkass No-; Zhuliauskao, A. A
ORG: Institute for Power and Electroteabnology of the AN UtSSR
(Institut energetiki i eleFtrotakhniki AN LitSSR)
X: 10
VITLE: Determination of beat transfer in the case of laminar~flow,ofa
0- - - . '-
Vluid witn variable viscosity IF a fl t channel
SOURCE: AN LitSSR. Trudy# Sarlya B, Fiziko-matematiabeskiye,,
Ichimiabaskiye, goologicheakiye i tekbnicheskJye nauki, no, 49 1965,
139-152
TOPIC TAGS: convective heat tranafer, fluid flow laminar flow, fluid
viscosity
ABSTRACT: The article proposes an approximate analytical solution of63
the problem of beat transfer for the case of tbo forced laminar flow of
an-incompressible fluid in a flat channel, taking into account the
dependence of viscosity on temperature. The mathematical development
is based on the following assumptions: 1) the velocity distribution In
the entrance section of the flat channel is parabolic; 2) the tempera-
ture of the fluid at the entrance is constant over the croas section;

iMN i
-A
Aa~ NR.i: P660405
0
tbe'-Velocity of the:460VOMOnt i a, - sma 11 and the dissipation. of energy-
-P an ed;: k):, the--eff e,6t. of mass -forces- is small in comparison
-be neglect
with the effect of visdoud -and pressure forces; 5) the density of the
beat flux along the axis of the flat obanneli determined by the beat
conductivity, is small in comparison with the beat flux across the
channel; and, 6) the pressure is constnnt over tbe cross section of the
channel. The solution is obtained by an Improved inteFral method for
the initial thermal section and for the section of thermally stabilfzed
flow, A polynomial of the fourth degree Is used for the temperature
distribution, For the Isotbermal problem, the al boat transfer was
, and the mea*n heat
determined by the equation Nu = 1 ,022 (Peob/x)l~s'
transfer by the equation Ku = 1,533 (Pe-b/x)113. These equation3 are
said to coincide with Anown exact solvtions to an accuracy of 4%-
Orig. art. has: 59 fo:vmulas, 5 figures, and I table.
SUB CODE: 20/ SUBM DATE: 22May65/ ORIG REF: 004/ OTH REP: 005

ACC NR:
AT6006922 SOURCE CODE. uh/6oo -A5160060010165103
AUTHOR: Zbukauskas. A.--., S~li=h auskns, A. A.; MaktiryovIchyust V. I.;:
Ambrazyav=c
10RG: Power and Electritechnical Inat'itute AN LltSSR ('Institut
-tikl I elelctrot khn
.energe L1.
ITLE: Determination of the Interaction of the velooity and temperature
iolds in a boundarylaler with variable viscosit-
OURCE: Teplo- i massoperenos. t. 11: Teplo- I mas6operenos pri
zalmodeystvil tal 9 potokami zbidkostey i Vazov (Heat and mess tranofox.
. 2: Heat end mass transfer in the intereation of bodies with liquid
nd gas glows). Minsk, Nauka i tekhnika, 1965, 365-3613
OPI" TAGS: boundary layer tbeor7, fluid viscosity, turbulent beat
vansf er
iBSTRACT: In the given case., the relationship between the temperature
kl~el-d, and the-, ~va -OV4,a --ks-;px in -the E. the integral
-P -- ----- __pressed,
-Card 112
9 Pr (I + e,/V)
0 TfTT dq.
c
P
P!
01 - r
c,1)

71"
di
q -(k+pc, N) 7j'
Experiments were made to determine the distribution of the velocities
and the temperatures in the boundary layer on a plate. The experiments
~were carried out under isothermal conditions, with beating and cooliDg
water gnd of transformfir oil,%Iin a Reynolds number ro-nge from 3 x 105 to
6 x 10 . CurVe-se-re---g-1ven sh wing the resulting deformation of the
velocity field under boat transfer conditions, and the turbulent
velocity profiles with heating of the liquid. A final curve shows the
results of a ,alculation of the temperature profile In transformer oil
with end without taking into account the change in viscosity. By taking
the change of viscosity Into account good agreement Is obtained between
experimental and tbeorotical data. Orig. art. boo: 2 formulas and 3
figures.
SUB CODE: 20/ SUBM DATE: 0911ov65/ OTH REF: 003
-C. 2J2

71n-4 artici-t
I RIK
M 1411
I Vol
]lit

to-itetiarA A-p,~L f- -
'5 P 4 , .,d :~ ~ -, ~
- - 1 . ; . .I- -,.:- .- I- I ~' -,

ZIIUKAUSKAS,,-,,A.AA...[.Zpkauslas, A.]
Some problems involving convective heat transfer in an
incompressible fluid. Trudy All Lit. SSIR. Ser. B no.3:
155-162 165. (14IRA 19: 1)
1. In3tuitut energetiki i clektrotekhniki All Litovskoy SSR..

LA TrA= r DW( 91710MTraj -13365
w4sty vychIsIttellcol tekhntki (*Atleas of Morta of the Conference, On
ZOL~t&t!.CrAl liftt~.-MUS Sd the 10.4 Of C.OpUt~r IsCWTVIA) btkm, 190.
53 V. 400 ccTI** printed.
Mtttoml Ponvoring Acenotemi Akndm" sent SMA. Vythtslttel*Vy twairp
% Ind Aka&" Dea MU. Inotttut awtorAtikt I tolseakhantAl.
1k,,tootritutare mentioned.
PtXrMt This book to tatmed*11 for on aM &Wt*4 mtbomatletamov selmatioUs
omstomers, ad setactine waher:. *4 work LaTolves *9Wftttvn &md the use
of digital and scalog electron I cacpIrs.
COISTAM We boot eftutoo etwartas of reports smAs at the Ccatervaos an
COVIIIAttMAI r4kh4Mkt44 and the A"MOSUM of D=Vqt*t TOGMIIrW#.
V* book Is divided into we VWLR pand. ro first part to devoted 14,
W, tattoo" -th-satics and contains 19 wummart.a of morts. The
section is vesd to cosputing t4chal"s and amt&Us 20 ffostuarion at
41
porm*lMes ave m-wtioam,d. Xo nfenceds are gives.
UMOS 01 Cmwvm wm4w
AusWromp @.A. Postyle of Ilseuvw4makI4 botow no jKlooArteal vaials 97
0OTOrkw T.A, Application of hiamattom vAthods to Copattag %bi
hVPW" Of DIVICIt" 11144trooRpstio *"~ gj
vw"m My, 0.6. 04 Me work of OR ROMDarcam *each of Us C."tI.4
#!I
Grater #% WA AomdaW of &dsam$ Ma 30
Arial, I.T. rAthod of givhalle Addressed for 6
MschLsm 31
MtkImalovs W.A. ftmdts Of 111mveloPinS a Universal Motel Cougmter
Vith 144pnotio (Farrite) lumnu vith tarp central con stamp 52
rowea, Ma. On the ftlattas of DO&U.Prealsim "14" " gultri.
VIOUIS
54
at Pars"Iftre of a ftaaa~trjo Triggs, b, U*
of Of Transfer to Zero "a to v" 71"t Ap"O.Imuse.,
51
out

71
3/269/63/C00/004/001/030
Aorn/Aioi
AUMR: Zhvkaurkqsj.,X,
TITLE% Automatic ;lottiM of curves by numerical flata
PERIODICAL: Referativwjy zhurnal, Astranomlya, no. 4, 1903, 19 - 20, ab--tract
4.51.211 ("Byul. Astron. cbse--, Vli'nyusiv. un-t.0', 1960, no. 2,
17 - 29, Llthuanian w,,d ZrLglisl s--limmarles)

,V269/63/COO/004/WI/030
Automatic plotting of cimves by numerical d.ita AOOI/AIOI
b!Dck--_I-_agr&m of the converter is preser spe,~'Ifl eatures of itq de-
accessorlt-s ..- :r~
zi,

ZHUNAUSKASO Xv Ko
ZHUKAVSKASp K. K.t "The general school in Lithuania during the period of
of the first bourgeois-democratic revolution (1905-
1907)." Min Education RSFSR. Moscow State Pedagogical
Inst imeni VI. I. Lenino -Moscow. 1956. (DISSERTATION
FOR THE DEOM OF CANDIDATE IN PEDAGOGICAL SCIENCE.)

33582
8/194/61/000/012/094/097
o 0 3/ D271/D301
AUTHOR: Zhukauskas, K_.P.
TITLE: Calculating parameters of a symmetrical trigger cir-
cuit from its voltage excursions, in the zero and
first approximations
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 19619 27, abstract 12K179 (Tr. Vaes.sovesh-
chaniya po vychlslo matem. i primeneniyu aredetv.
vychisl. tekhn. Baku, AN Azerb SSR, 1961, 228-239)
TEXT: A graphical method forloalculating active elements of a
classical symmetrical trigger circuit with cathode coupling In
the zero approximation the following assumptions are made: i) No
current flows in the cut-off tube; 2) when grid is positive, there
is no potential difference between grid and cathode; 3) grid cur-
rent does not cause voltage drop on the cathode resistance. The
starting data in the calculation are the supply voltage Ea and
Noltages on the anodes of the cut-off U 1and switched-on tube U 2*
Card 1/ 3

33 elf 8 2
S/19 61/000/012/094/097
Calculating parameters of D271YI)301
The type of -tube is chosen and from its characteristics the grid
voltage E is determined which is necessary for a reliable cut-
off when Rode voltage is U16 The cathode voltage is then found
Uk o Ego U2/(U2 - kUj)
where k is the reliability coefficient dependent on the tolerance
p (in percent) of resistors which are used: k = 1 + p/100. Fur-
ther, using tube characteristics the anode current of the conduct-
ing tube Ia is determined for anode voltage (U 1 -Ii ko ) and zero
grid voltage. The resistance of the anode-grid arm of the divider
is found by the formula
(Ea U1XV2 - Uko) - (Ea U2)(Ul + U ko B 90
Ial (Ea U2)
Card 2/ 3

33582
B/194/61/000/012/094/097
Calculating parameters of ... D271/D301
and the resistance of the grid-ground arm by the formula
r = f(Uko - Ego)/(Ul Uko + Ego)
Finally, the remaining parameters are determined:
Ra = P(Pa ud/(U~2 Ukd and Rk = Uko/Ial
The calculation givesIgood results only when anode voltage excur-
sions are small; this is explained by the incorrectness of the as-
sumption (2). In the first approximationt condition (2) is not as-
sumed and, besides, the shunting effect of the cut-off tube is ta-
ken into account. Analytical relations obtained in this case are
more complex, but more accurate parameter values are obtained when
anode excursions are large. 11 references. /-Abstractor's note:
Complete translation,-7
Card 3/3

L I.7-i66-63 /FCC /?,Ds ASD,/Ew-? /Apc~/7 jvr,-) P-~- 1pk
"rNQ RS Z~I,Ikautjkal, p P-fkva,..it
C 0('
t, r (311. 1 1 F-I 10 e .1 C:
Card 1 2

ASSOCiA 1 iui-4: none
SUBMITTED- 0 ci DATE ACQ: IlApr63
S -'B C 0 D F-: c p N:) R-EF SOV.- ~)6
Ct i.-d Z
ruff
ENC L: 00
P-F- R: 00 0

L 18217-63 EWT(d)!FCC(w)/BDS'~ ASD/ESN3/APGC/rJP(C)/S5D Pg-4/Pk.4/
GO
ACCESSION NR: AT3001830 S/2906/62/000/900/0132/ 5
AUTHOR: Zhukauskag. &~Z
TITLE: Calculation of the errors of voltage-to-code and code -to -voltage-
translatorL-
SOURCE: Kombinirovannyre vychis lite 11 nyye mashiny; trudy IT Vsesoyuznoy
konfe rents ii- s eminara T)o teorii i metodam matematicheskogo modelir2j2pi a. j ii.
y
scow, Izd-vo A_N_SSSX, 19 13Z-135
0
TOPIC TAGS: computer, translator, voltage, code, error, calculation
r.ABSTRACT: This theoretical paper examines the error performance of a vol~A
go
or code-to-voltage translator employed in computing equipment which'
ope rate s on the principle of the comparison of an input volta ge with a voltage the
values of which are proportional to corresponding binary numbers. - Du 'ing the i
r
intervals between translation cycles, the output voltages are stored on capacitors
(see paper by the author and I. Yu. Petkyavichus in the same sbornik, pp. 174-185);
L. Translation of code into voltage. The error for the ith point is viewed as the
sum of 5 component, errors comprising. the error due to incomplete -charge of the','-...
memory capac:itor, the leakage error of the memory capacitor, the approximation*;'-
Ccr&_

L ~18217-63
..,ACCESSION NR: AT3001880
error, the. discreteness error, and the error due to the nonlinearity of the coma I
parison voltage. The first, two errors, namely, the charge and the leakage error,l.
-are e:Tressed in terms of the charge and leakage time, the charge-line resistance,
and the capacitance. - The approximation error is expres bed In terms of the first
X_
derivative of the translated quantity., The maximal discreteness error is e
..pressed in terms of the araplitude of the range of values of the translated quantity
~~and the number of digits available to comprehend it. IL Translation of volta'e
9
into code. Here the total translation error consists of components depending on
the derivative of the function in the point measured, the nonlinearity of the
binarily-commutated scale of the comparison voltage, the sensitivity of the
measuring organ, and the discreteness of the scale divisions. The detailed char-
acteristics of each of these errors are discussed, and a definitive formula for the
total error of translation of voltage into code is compiled. Orig. art. has 17 num-
bered equations.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: IlApr63 ENCL: i~:00:
SUB CODE: CP, MM NO REF SOV: 000 OTHER: 000
Cord

AS02:-66-
V ~Y
U
NIR, AP6004537
UR/0?36
AUTHOR: Lesis, V. I. (Lienis, V.), Zhukaunkas, K. P. (Zukauskes, K.)
ORG: Institute of Physics and Mathematics, Academy of Sciences Lithuanian SSR
(Institut fiziki i matematLki Akademii nai& Llto~_skoy SSR)
TITLE: Simulation of a nervous system. 1. Properties of a "stem made up of nerve-
like elements
SOURCE: AN LitSSR. Trudy. Seriya B. Fiziko-matematichaskiye, kh1micheskLye, geolo-
gicheskiye I tekhnicheskiyo nauki, no. 4, 11365, 165-173
TOPIC TAGSi bionics neuran, nervous system, electronic simulation
10- k
ABSTRACT: The authors consider the characteristics of variation in the number of ex-
cited Quasineural elementn in a network consisting of 512 such elements communicating
with each other through a random system of stimulating inter-connect ions. An analysis
of the spontaneous activity of the network shows a periodic variation in the number
of excited elements in the form of undamped oscillations when the states of the ele-
ments and the Interconnections am determined by uniformly distributed random numbers.
The period of the steady-state natural oscillations of the network is exactly equal to
--the refracting period of the quasineurons if it is assumed that the duration of the
refracting period for all quasineurons is~ Identical. If all parameters of the network
1/2

7- ACO h 'AP6004537-
_~are'cons~tant, a~varlatidn irt the-initial degree of excitation may change the form of
the steady-state-oscillatiovs of the system. The spontaneous activity of the net*ork
is essentially different frcm the operation of a natuork subjected to Wtodic excita.
tion ftNom an external source. The periodic oscillations generated in the network In
this case have a complex shape which depends on the relationship beetween the recur-
rence frequency of the excitation and the refracting period of the quasineurons. If
rhythmic spontaneous oscillations are set up in the network, their period is indepen-
dent of the number of interconnections and the threshold v3lue of the quasineurons.
When only some of the quasineurons are subjected to periodic excitation, there is a
transition process in the network followed by periodic oscillations which are a super-,
position of the excitation frequency on the frequencies of the nol"al modes in the
system. orig. art. has: 5 figures, I table, 3 formulas.
SUB CODE: 06, 09/ St8H DATE: 02Jun65/ ORIG REFt 001/ OTH FXF: 005
2/2 Pj1_&

:ACCESSION NR: AT4041510 8/2010/63/003/01-/0179/01ii
AUTHOR: Zhukauskas, K. P.
~'TITLE: no analytical approximation of numerical atomic wave functions
'SOURCE: AN UtSSR. Litovskly fizicheskiy sbornik, v. 3, no. 1-2, 1963, 179-183
I: TOPIC TAGS: wave function, atomic wave function, atomic theory, numerical wave
function, wave function approximation, wave function extremum, s-function
.1740,
'ABSTRACT: According to P. 0. lAwdin (Phys. Rev. go, 120, 1963 and 103,
any arbitrary numerical atomic wave function will approximate the sum
An Interpolation method Is Introduced in this paper which permits one to determine the
coordinates of any extremum (fei,. rej) of the wave function from the knowledge of 2 points
on both sides of the extres-num. A similar method is Introduced for location of the points -
of Inflection and the valuev of the first derivative of the wave function at those points from
the knowledge of 4 poiDta on the curve. The method of successive approximations to then
1/2
Card

ACCESSION KR: AT4041510
used to obtain a close agreerrient between the numerical wave function (1) and Its analytic
approximation. The method Is based on the requireme)it that the numerical wave function
and its analytic approximation, as well as their first derivatives, coincide at all extremums
and at all points of Inflection: This peripits the evaluation of the coefficients Ak and.A k
for all wave functions except. the a-functions. Due to the fact that the first derivative of an
a-function at the'origin is no,t.zer,o, an additional interpolation term is Introduced into (1)
to.obtain a close agreement between the numerical s-function and Its analytic approximation
near the origin. "The authoir expresses his deep gratitude to Acadomician of the Academy
of Sciences of the Uthuanlan WSR Prof. A. P. Jucys (Yutals) for his Invaluable suggestioni
during the preparation of this article. Orig. arL has- 24 equations.
ASSOCIATION: Institut fiziki I matematfld Akademli nauk lAtovskoy SSR (Institute of.
PhysitSand Mathematics, Ackdemy of.Sclences of the Uthuanian SSR.)
SUBMITTED: 00 ENCL: 00
SUB CODE: NP NO REF SOV: 000 OTHER: 002
2/2
Card

Y0151S, A#P* [Juaya, A.), ZHUKAUSK
A
Genera llza tion of the rec-urrent relations bal.,~-een Glebsch-Cordan
coeffl.clentai, Trudy AN Lit, S~3R. 5,3r. B n.0.2:3-1 167.
(MTRA 117110)
1. Institut Miki i matetattik.1 P-14 Lttovskoy kSSR t VII)nyuzakly
goaudarvotvfmayy univer3itat.,

PHASE I BOOK EXPLOITATION SOV/5962
Vaecoyuznoye u,vashchaniya po vychialitallnoy matenatike I prima-
noniyu aredstv vychislitellnoy talihniki, Daku, 1958,
Trudy no of the All-Union Cnnr,,-v.,nn,3 on Comptitor Mathe-
(Trannaotio
riatics, and Applicationo of Computers) aliw, %'I-vo A14 Azerbayd-
zhanskoy SSH, 1961. 254 p. 500 copies printed.
Sponsoring Agency: Akadomiya nauk Azerbaydzhai3koy SSR, Vychio-
litollnyy tsentr.
Edo.t A.A. Dorodnitsyn, S.A. Alealcorov, and K.F. 3111.1r1novi Ed. of
T. lumailov.
Publishing Ifoune. Ao Tillman; Tech. Ed.i
Punrossi The book Is intended for matho
maticiana and othor spa
ciallato Interested in computer theory and was for computers.
COVERA139: The book contains the texts of 24 papers presented at
the All-Union Conference on Computer Mathematics and Applica-
t1ons of Computeta hold In Baku, 3-8 Feb 1958. The "Revolution"
Card 1/0

Transactions of the All-Union (Cont.) SOV15962
Valldenberg, Yu.S. Machine Solution of.a Class of Inte-
gral Equations by Zetydells Iterative Method
_Calculation of the Parameters of a
Symmetricil Trigger on the Basis of Level-Drop Using
Zero and First Approximations
Babushkin M.N. Experien ce from Operations With,the
MPT-9 and IMT-5 Electronic Analog Computers and Pos-
sibilities for Enlarging the Scope of Their Applica-
tion
Resolution
AVAILABLE: Library of Congress (q476.V8 1958)
SUBJECT: Mathematics
Computers and Computer Engineering
Card 6/6
216
228
240
252
IS,/dmp/bme
6-6-62

ZHUKAVINP I.D.
Work of veterinary experts on the "Sampurskii" State Fam.
Veterinariia 39 no.ltl4-15 Ja 163. (MIRA 16t6)
1. Glavnyy vetterinarnyy vrach sovkhoza "Sampurskiy" Uvarovskogo
proizvodstvennogo upravleniya Tambovskoy oblasti.
(Uvarovo region-Veterinary medicine)

ZHUX4YEV, H.A. 0 mashinlat i1ektrovosa,
Some remarks on the VL23 electric locomotive, Blak. I topl.tiaga
3 no,2*24-25 P '59- (MIRA 12:4)
1. Depo Nikopoll, Stallnokaya doroga.
(Blectric locomotives)

L 32167-66 WN/Ji.,
ACC 11R: AP6011323 (A) SOURCE CODE: UR/0363/66/002/003/,0524/0528
AUTHOR: Toropov, N. A.; Zhukauskas, R.-S. M.; Aleynikov, F. K.
ORG: Institute of Chemistry and Chemical Technology, Academy of Sciencesp LitSSR I/.
(Institxit--kt;'i7m-!.-I-'I"-I~h-iW~c'heskoy te
-b
TITLE: Formation and recrystallization of quartzit cphases during cgs allization
of the S102-L1203-1490 system
-SOURCE: AN SSSR. Iz,~esliya. Neorganicheskiye materialy, v. 2, no. 3, 1966, 524-5281
TOPIC TAGS:. glass, silicon dioxide, silica, alumina, as-s-im magnesium oxide,
crystallization, heat effect, quartz crystal, thermal 6tability, titanium dioxide
ABSTRACT: The effect of temperature on formation and recrystallization 00 quartz-
like phases during the crystallization of K-1 to K-9 glasses,'jth variOusi silic.~~nd
,titanium dioxide contents was studied. The individual oxide domponent in~glass/~sam_,
pies was (in wt %) 27.69 to 42.02 for A1203, from 10.96 to 16-63 for MgU, 41. 5 to
61.35 for SiO2, and from 0 to 15.0 for Ti02. The glass samples (K-1 to K-9) of
various compositions were prepared by fusing mixtures of oxides in platinum cruci-
bles at 15500C for 4 hrs. The glass samples were subjected to thermal differential;-.-
Card. 1/2

L 32167-66-
ACC NR: AP6011323
band x-ray analysis. It was found that an Increase in SiO2 content in glass leads td~
,Increased thermal stability of the quartzlike phase. Low S102 content is reflected'i
:in low content of the quartzlike phases. No quartzlike phase could be detected by
-:x-ray analysis for glasses containing 41.35 wt % S102. Introduction of TiO2 to
glasses resulted in greater contents of quartzlike phases and in an extension of thi
ilower limit of these phases to 800-8500C (while for TiOz-free glasses this lower
ilimit was equal,to'10000C). Orig. art. has: 3 figures and ~ tables.
SUB.CODE: 11,07/ SUBM DAM- IIJun65/ ORIG REF: .003/ OTH REF: 009
Card 2/2

A=- W-_-A_P6007-259- VR103631661002100216~
tit
AUTHOR: Toropov, N.L.; Zhukauakas, Aleynikov, F.F.
ORG: Institute for Lj. -a
Choi IU__aj~Ld 0hemlek 'kecLi4.
~,L~pgZ AT
(Institut khImil I khijaicheskoy toehnologii LN Mt,3�_RT__
TITLE: The structural transformations of synthetic cordierite lit?
SOURCE: AN SSSR. Izvestlya. Neorganicheskiye materialy, v. 2, no. 2,
3.966, 357-362
TOPIC TAGS: cordlerite, crystal structure, silicate
ILBSTRACT: Tile test samples were of cordierite synthesized from glass
,in a heat treatment of from 0.5 to 120 hours, at temperatures from
13.100 to 145000. The heat treatment was done in a 3111t furnace In
platinum crucibles, with subsequent air cooling. ",IRSOPIE) of three
Composition were Inventigated: a stolchl:)metrie cordlerlte compooi-
tion, a composition with 10 weight It more silicon dioxide, and a com-
Position with 10 weight % less silicon dioxide, X-ray Investigations
lydere carried out on a URS-50I unit. Results are ohown in graphic and
,:tabular form. As the result of prolonged heat troatment at 140000 a
!lower rhombic form waE; obtained from the higher hexagonal cordlerite.
On raising the temperviture up to 14600C, the reverse transition was
uDo;548.19

"211'54i..66--.z,
"243-
P
ACC NR, &?6007,25,-
oVtained with ordering of the structu-r*e of the cordie'rf-~d.--
process of transition trom the high to the lower cordlerits was ob-
served electromioroscopically. It was eotabliahed that the poly-
LI-orphous transition wish formation of rhombic cordlerite Is accom-
panied by partial amor)hization of the crystal structure which pro-
ceeds at a high rate 1::i a narrow temperature Interval. The rhombic
modification of cordiarite is stable in the temperature range up to
0.4400C. Orig. art. has: 4 figures and 2 tables.
SUB OODE-.. 07,11/ SUBM DATE, 29Jun65/ ORIG REP: 008/ OTH REF: 005
2/2 00~

AtJTHORSi
TITLEs
S/032/61/027/007/005/012
BIIO/B203
Zhukayovaj V. A., Nikonovap A. B.0 and Bukinal N. V.
Experionoe gained in the determination of metal impurities
in lub:7icating oils
Zavodalcaya
1961, 855
PERIODICALt
laboratoriya, V. 27, no. 7,
TEXTt The method described for determining metal impurities in
lubricating oils is the modified and completed testing process developed
by Ye. V. Illina and K. I. Taganov (informatsionno-tekhnicheakiv listok
LDNTP, No 97, 15,56). After 45 min shaking, 4 9 of oil is filled in a
porcelain pot, mixed with-50 mg of graphite powder prepared from 3
spectroscopically pure carbon electrodes annealed for 50 sect I cm of
benzine with nickel cleats, and then, dropwise, with I cm3 of benzine
with barium cleats. Ni serves as standard, Be as stabilizer of the are
discharge. The mixture is burnt in the pot, and the ash annealed at
0
800 0. After cooling in the exeiccator, graphite powder is added and
filled up to 200 mg (enrichment coefficient - 20). After 10-min mixing
Oard 1/3

8/032j6l/O27/00'7/005/012
Experience gained in the determination ... B110/3203
in the agate-mortar, the mixture is pressed into the crater of the lower
graphite electrode#, The analysis is conducted by an4CT-28 (ISP-28)
spootrograph with three-lene condenser and three-stage reducer, AP-1 (DG-1)
generator, and 10 amperes. The spectroscopically pure graphite rod
electrodes (6 mm dinmeter) are burnt with 10 a for 10 sec. The 5 mm long
end of the upper eloatroas is 3 mm in diametert the 'Lower electrode has a
3 mm. deep crater (diameter 3 mm). A special device Is used for grinding
the electrodesq Tho analysis is conducted by the method of threq standards.
The bands lie as followst Cu - 3082.161 Mn - 2949.201 Sn - 3175-021 Al
3082.16; Fe . 2966.901 Si.2881 581 Pb - 2833-07t and Cr - 3015.19 X.
Reference lines Ni - 3060-76 i. The stabdards are prepared from three
mixturest (1) Snel 2- 1001 Al 203 118; CuO - 78.2; Fe 203 - 8921 SiO2 M
134t Vn02 - 1001 PbO - 67.5; Cr 203 29.2 mg, and graphite powder - 481 mg.
(11) 100 mg of (1) and 900 mg of graphite powder. (111) 200 mg of (II)
and 800,mg of graphite powder. 50, 1501 and 500 mg of (III)p 268 mg of
(II)j and 96 and 288 mg of (I) arl filled into six pots. All pots are
mixed with 6 g of pure oil, 15 am of benzine with nickel oleate, and
15 OM3 ifith barium oleate,-and heated in a muffle furnace at 80000. The
Card 2/ 3

S/032J61/027/007/005/012
Experience gained in the determination ... B110/B203
substance is filled up with graphite powder to 3000 mgP and mixed in an
agate mortar for 30 ml.n, Thus, six standards with Sng Al, Ou, lb,Pb,
and Si of from 0.001 U1 0,3~4e from 0.01 to 3%, and Cr from 0.00033 to
0.1% were obtained. This method is, thereforep suited for industrial
conditional because of its time-consuming determinations it isp however,
not one of the quick analytical methods. r.--straoter's notat Essentially
complete translation.]
ASSOCIATIONs Kolouenskiy teplovozostroitellnyy zavod im. V. V. Kuyb
sheva (Kolomna Locomotive Works imeni V. V. K-iybyshQv5
Cari 3/3
_4'j

ZHUDUSKIY, 41. F.
Teoreticheskaia mekhanika. Dop. v. lk~?(,!~~--r',',~r uchebn. poschl ia -Aia 7ys:;A.
uchebn. zavedenii. lloskvn, Co:3tekhizdat, 1950. 811 P-
Theoretical mechanics.'
MH
SO: T-~anufacturing and ME-chanical Engineering in the --,oviet Union, Library of
Congrezs, 1953.

USSR/Cultivated Plants - Ornamental. m
Abs Jour : Ref Zhur Diol., Ila 12, 1958) 53908
Authir : Zbukovich~ K.S.
Inst : Kiev University
Title : Irises in the Orimnental Nursery
Ori[; Pab : ffau1z. zap. Kiivslk. im-t,, 1957, 16, m) 1., 41-44
Abstract No abstract.
Card 1/1
- 164 -

ROKOTYAN, Ye.S.-P-doktor tekhn.niuk,, prof.
SOLOVIYEVO O.P.; LYAMINp G.N.;
V.A*; KOGOS, A.M.; ISTOHIN,-A.V.j, retoanzent; KARPW, M.A.,
nauohn. red.; PODCHUFAROVAv,S.I.?~red.; XOGANO F.L., takhn.
red,
[Modern rolling mills abroad) Sovremennya prokatnya stany
za rubeahom.,Moskva, 1962. 419 p. (MIRA 16:8)
1, Moscow. TSentrallnyy inatitut nauchno-tekhnicheBkoy in-
formataii mashinostroyeniya.
(Rolling mills)

AZARENKO) B.$,, kand. takhn. naull.; AFAITASIYLIV) V.D., kand. takhn.. nauk;
BROVW, K.Ya.t inzh.; VAV1LOVp M.P.., inzh.; VWINO A.B.$ InZIS'l
GOLUBKOVp K.A.; GUBK1111 S.I., akademik (docessod]; GUREVICH, A.Ye.,
inzh.; DAVYDO11, V.I.# kancl.,tekhn. nouk; D1100, V.G.p inzh.;
7FWOLAYE;V, N.F., inzhSj*ZHUXEVICH-KOSHA Ye.A,,,--inzh.; KIRIL11-1,
N.M.p kand, takhn. nauk; KOVYN , M. Op inzio; KOGOS, A.M,, inzh.j
KOROLEV, A.A., prof.;-
TKOy M.Ye., inzh.; IASKIN,, A.V.,, inzh.;
LE-VITANSKIY, B.A., inzh.; LUGOVSKrY, V.M., inzh.; MEMOVICH, I.M.)
.kand. tekhn. nauk; OVCIW'IOV, M.S.p inzh.; PASTERNAK, V.I., inzh.;
L
PERLIN, I.L., doktor tekhn, nauk; POIEDIN, I.S., kand. teklm. nauk;
ROKOTYAN~ Ye.S.3-doktor tekhn. nauk; SAFIYAN, M.M., kand. tekhn,
nauk; S41MI(Al, V.V,, kand, tekhn. nauk; SMIRMOV, V.S.; SOKOWVSKIY,
O.P., inzh.; SOLOVITEV, O.P... inzh.; SIDORKEVICH, N.A., inzh.;.
MrTlYAKOV, Ye.M., inzh.; TRISIMVSKIY, I.S.,, kand. tekhn. nauk;
KMIKINj, C.N... inzh.; TSELIKOV; A.I.; GOROBINCIMIKO, V.M.j, red.
izd-va; GOLUDCHIKp 11.14.1 red. izd-va; RYMOV., V.A., red. izd-va;
DOBUZHINSKAYA,, L.V... tekhn. red.
(Rolling; a handbook] Prokatnoe proizvodstvo; apravochnik. Pod
red. E.S.Rokotiana. Moskva, Yjetallurgizdatb Vol.l. 1962. 743 p.
WIRA 5:
,1. Akademiya. nauk BM (for Gubkin). 2. Chlen-korrespor&f Akademii
nauk SSSR (for Smirnov, TSeMov).
(Rolling, (Ifetalwor)) -Handbooks:, manuals, eta.)

ZHUXUICH, K,S. [Zhukevych, K.S.]
Irises In the ornamental plant =sary of the Botanical Garden,
Nauk zap* Xyiv,, un, 16 noel-.41-44 '57. MR& 11:6)

ZHUXLVICH.STOSRA YO.A., inxhaner; SOWVIYV, O.P., inshener.
Ilying shears for continuous billet mills, Test* mash# 36 not91
11-17 S '56. 1 (HLRA 9t10)
(Shears (Machine tools))

PHASE I WOK FZLOITAT1,011 SOV/5985
Rokoq", Ya. 0., Doctor of Technical Sciences, od.
Prokatnoye proizvodntvoi apravoohnik (Rolling In4ustryl Handbook) V. 1. 1400cov,
Metallurgisdat, 1962. 71.3 p. Firrata elip inoartud. 9250 copies printed.
iuthors of this volumat 0. S. Azaranko, Candidate of Technical Sclenceaj V. 0.
Aranaolyav,, Candidate of Technical Sciences; M, To. DrovoAn, Enainoorl M. P.
Vavilov, Eiiginoer; A. B. Vernik, Enaincer; X. A. Golubkov, Englnuorj S. 1.
Oubkin, Acadomician, Academy of Sciences WSRI A. To. Gurovich, Engineer; V. 1.
Davydoy# Candiddto of Technical Scioncoal V. G. Drozd, FAgInaor; N. F.
Yormolayov, Engineer; Yo. A. Aukovich-Stophu, EnUlneorl H. H. Kirilin, CandIdate
of Technical Solonoool H. V. Kovynoy, ftgin"ri A. It. Kogou,-Xnqjno*rj A. A.
,Korolov, Profounorl H. Is. Xugayankx, En,-.1noorl A. V. Laskin, Engineorl B. A.
lavltanokir, Engineer; V. X. Lugwokoy, Dglnaor; 1. M. FAyorovich, Candiddto of
Technical Sciences; H. S. Ovcharov$ Kaginuorl V. 1. Pasternak, Engineer; 1.1L.
Perlin, Dieter of Technical Scionoonj 1. S. Pobadin, Cnndldato of Technical
Sciences; Te. S. Rokotyan, Doctor of TooWcal Soiencen; H. 11. Wlyan, Candi-
date of Technical Sclenoeol V. V. Swlruwv, Candidate of Technical Sciences;
V. S. Wrnov, Corresponding Member, kademy of Sciences USSRI 0. P. Sokoloynkiy%
Card 1/0

A
Rolling Industry; Handbook SOV/5985
Engineer; 0. P. S0107'YOV, Engineer; M. A. Sidorkovich, Engineor;.Ye. H.'
Tratlyakovo Engineer; 1. S. Trishavokly, Candidate of Technical Scioncenj G. W.
Xhonkin, EnIlincer; and A. 1. ToolUov, Corresponding Member, Anademy of Scienoon
USSR. Introductlont A. 1. Ttmllkov, Corresponding Member, Acndemy of Sciences
USSR; To. Sqltokotyan Doctor of Technical Sciences; and L# S. A110avoklyp Can-
d1date or Tiwvl,.l Sciences.
Eds. of Publishing Houses V. M. Corobinahanko, R. M. Colubabik, and V. A.'Rymayl
Toch. Ed.s L. V. Dobuxbinakays.
PURPOSSi This handbook In -intended for technical pornonnel of metallurgical and
.'m4chine-building plants, scientific research institutes, and planning and do-
sign organizations. It may also be uaeful-to students at schools othighor
education.
CbV&ME&. The 1!undamontala of plastic doforzation of motala an dAacudoed d=g
vith the theory of rolling and draving. flothods of determining the pover can-
sumption- and the, forced-iW rollbi vith plane surface or grooved rolls,arss
Card

Rolling Industry; Handbook SOV/5985
5. Centralized moual and automatic systems with periodieRl action
and their equipment
6. Parts of the lubrication system pipelines
7. Cooling and lubrication systems for rolled metal
PART 111. EQUIPMENT OF SPFCIFIG TYPES OF ROLLING MILLS
Ch. 16. Blooming.and Slabbing Mills (Ye. A. Zhukovich-Stoshai 0. P.
Soj~ovlyev)
1. General information
2. The "1000" reversible two-high blooming mill of VNIIMETMASh-NKMZ
design
3. The."115on slabbing mill
4. The, n8OO,, thre-3-7high bloqm#g mill
Ch. 17. The nll5on Bltioming Mill.:of UZTM design (0. P. Sakolovskiy)
[Abridged]
Ch. 18. Bill et Mills (Yo. A. Zhukavich-Stasha 0. P. Solovlyev)
Card 12/19
355
363
364
370
371
373
377
[3793
396

MULE VICH-STOSHAO Ye.A _nzh.; SOLCIVITiM, O*Pvf Inzhe
~Trende in;the dcsij~~: o-' -M-itinuouu billet mills. Stall 20 no.6s330..
534 Jo 160's (MLIA 1492)
1. Vcesoyuzwjy nauchnc-isoledovatel skiy inatitut metalloobrabotd
i machinoa-troyeniya*
(Rolling mills)

ZHAVORONKOVp V.A9, kande tekhn. nauk; ZHUKNVICH-STOSHA, Ts.A., insh.
-.-,
Basic parameters of Iron will rolls for transverse-opiral
rolling of corrugated shapes. [Trudyl HrZU no.84:106-117 '18.
(MIRA 12:9
(Rolls kIron mills)) I

SOV/133-59-47-14/32
AWHORS: 4hulovich-Stosha Ye. ~,and Solov'yev, O.P., Engineers
TITLE: A Continuous Billet Mill 850/?00/500 mm (ITepreryvnyy
zagotolrochnyy st-an 850/?00/500)
PERIODICAL: Stall, 1959, Nr 4$ PP 336-341 (USSR)
ABSTRA.CT: A descri tion of the first continuous billet Mill
850/700/500 mm designed and built in the USSR which was
put into operation at the beginning of 1958 is given.
The mill Was planned for rolling blooms 300 x 300 mm
weighing ?.2 tons into square billets from 60 x 60 to
150 x 150 mm and blooms 250 x 300 Mm into flat billets
?5 x 285 ram. The distribution of rolling equipment is
shown JTL Fig 1. Of special features of the mill equipment
the followin are mentioned: vertical stands Yrith upper
drive (Fig 25; high speed flying shears for cutting
billets of a cross-section of up to 100 x 100 mm at a
velocity of 5.2 m/see (Fig 5) and a billet manipulator
Card 1/2

I
`-
wwmlwV.4 kA tmi", I I I
L4W~r, ~~c

SOURCE CODE7---To-z~,67MToooloi9fooo9/0009
ACC NRj AP5026482 uR
INVENTOR: Dgkovich-Stosha X.; Solov'yev, Ritman, R. I.; Shaver, A. B.;
-'k. B .0 . --- 1
Azirtov, S. rovman, H. Yi--TWel', L. G., Kurbatov, 1. V.
ORG: none
~Pi No 175025
TITLE anetary rolling mill.. Cl;ass:7,
SOURCE: Byulleten' izobretenty. tovarnykh znakov. no. 19, 1965, 9
TOPIC TAGS: tube, tube rollit rolling mill, mddAo
This Author Certificate introduces a planetary rolling mill (based on
Author Certificate No. 124398). For rolling tubes with variable crous section,
the mill is equipped with a gear which meshes wtuh the gears cf the planetary rolls.
The gear is turned by an auxiliary drive and a devIce whl,~h moves the nandrel
during rolling, both of which are controlled by it copying Attachment. Orig. art.
hast 1 figure. [AZ)
ol
SUB CMW /JI SUBM DATE: 29Jan64/ ATD PRESS: "76
C6id. 1/1 621.771.064

Calculation and comparison of quartz controlled self-oscillators.
Naucb.dokl.v7s.sbkoly; radiotakh.1 elektron. no.1:123-133
(HIIIA 12 2-10)
1. Kafedra radioperada7usbehikh ustroyetv Monkovokogo energeti-
cbeekogo inotituta.
(Oscillators. Crystal)
L;~UFMI"IMUSIH twit II&M
PUI-NAR 1X4H4IItA!4Me.X'I

I I " 1 4 it i I I

1 -1 to I
A
A

"
4
brg to
t -',
-
-

sib

1
41 An mMtd by incandescent 91"It.
~'Ot 00 lung 01
antl S~ I Ralif-"Llf.
~ft ry
.
,

11
0
;&#. F,
. . #10'.
j
.kfolly i riftlitlv, WIN Oil, I
I
lv4mk 1940,31S Plitt 1111.0611), . Infro-sifirstol the i,"I% tort,
f,
*to ik. Ii
t
lil It
l
l
1
o t
if
, lualinv
lis aft 0%14
,
flifloup a viol Ortai
sib j c
9,41il. f

1' With an av-pr-
lit
)
11111
M
I
off 1 -
V., t -
Saus vill..
-4 41
.
rill.. fools, lotion incAndvvivitt %to $is*& Kafir 3 litaii., OW
4
i
13
h
1
su-
1.
dnij~..
nuti. lit
low at 1 011110%. offoll 2 h
4
,
1
1-h
ft
I
d
hi
t
j row
vart-
er a
t".
r
ri
2
ng a
the lot twir'norrif, 1(tv
with Omit the saint
in
lf
istro: femitut s
t (tw
i
fi
.
rs
o
na
.
p
ratio Cot heights. under III Y. U - 4A and 01 aonjA.),
13 V. (1) an't " at'llps.) and 2) V. (7,2 and 9.4 arni-A.
fjan jj.~j: Suaining for the 2nd litits, ist,

W
so W 3V - K. thc Itsw%* Mil cotr"'.Aidinit to the first Inalk. is
hi
i
I
M
00 x rd inn
rr
. t
t
Imlid to grrr with Na. A
a
10 V., 10 slips., Sivirs M IIX) (Ilito); the notipmistent
117AX. at 40 V., 114 Milopl., CWT"Porlds tu of - M ( NJ fill.
416 M ritifityll. 'rho nisigurik, spectrogirapto oll-4crib"I is &it Ili.
rillwilsi" '11111-Ir slip, lortillittillot %cpa. .4 Illa'., dift,-F.

toy 2-41 mi. .-t-44
in,

Eli
ASO,SLA PITAkUnKAL LiTameWit CLASSIFICALTICO
i wit
00
1.00
I ~00
At
04
r
see
2 see
cot
600
see
I lboo
Itloo
too
0 0 IS S AV M3 LS "J"'Atilt to Iwo a 4 lot 14054 3 113
41111 0 0 0 410 4010 0 0 0 09911111004111100: 0 N 0 a 0 0 0 0 (M 0 0 0 9 * 0 aq
000-000-0-C0*000 0 0000000000660060000

;HMINO V.A. I Prot.,, zasluzhennyy deyatel I nauki BASSR; BUYEVIGH, L.V.
RnWmed.nauk
Work of the Ufa Society of Pathoa4itomisto and Legal Medical Rcperts
for 1957-1958,,' Arkh.pat. 21 no.9:8~-85 159. (MIRA 14:8)
14 Prodsedatel;IiNaucluiogo meditsinskogo obshoheqtva patologoanatomov
I m(d kov UfY (for Zhukhin) 2. Sakratarl Nauchnogo
meditoinakogo obahchestva patologoanatomov i sudobnykh medikov
Ufy'(for Buydvioh),
(UPA-PATHOARATCHICAL SOCIETIES)
(UFA--14EDICAL JUPMPRUDRqCr,,)

ZHUKHINv V#Aop prof#,, maluzhennyy dpyatell nauki BASSR; 70FANOVAp A.A.t
naulc
Work of th6' 11fa booiety of Pathoanatomists and S"olalists in
pe
Forensie Med'Loin6 during the period 1954-3.956. Arkh.pat. 20 no.l:
8447 158. (MIM 11: 12)
1. Pradesdatoll Pravleniya Nauohnogo meditainokogo *bshoheatva patolo-
goarftamov i sudebnyWi medi)cvi g. My (for Zhukhin).-- 2. Uchenn
sekrotax-4 Nauchnogo meditainbkogo obshchestva patolqvod~~taaov i
mudebnykh me(Likov g Ufy (for Feofanova).
iWA-PATHOANATCMICAL SOCIETIES)

ZHUKHIN, V.A.,' prof, (Ufa)
2eview of I:qD. Xhlopins's "Morphological changeo in donorvated t1soue
and the development of trophic ulcer of neurogenic etiolog7." Arkh.
Pat. 21 no 5#77-79 '59. (MMA 12:12)
j&ERS) (MVOUS SYSTEM)

-~J 1 7111
-it' i It it
A jid
is
0*
OWA COMMnMa Possible Mechawspa of latenwtiev, 0(
A&-bQ am" (In Russian-) -k PUL B1,1, iind A.
A. Y
see
IN), Physical C)l4mistry
(U. no. 4. 104 422-430.
00Z 31 1: C0
The 11111tY Of the presence of highly actly
e ago
010 ecn adsorbed Atoms to shown. These
forces seen, to be Connectwd with changes in the
cue
enerry of the electrons of the adsorbent, Induced
sow bydth
nit: tthat the adsorbed atom "eliminates"
A elle f C
region resonance, thus changina the
character of motion of the remidual cle.Arons of
the adsorbent.
400
tie.*
Al
9 CLUSSICAMU
ASA tLA
'low vitio
Got
It 14
1 IF "'1' 70* 106 16
U Ia AV $0 4`1 Is a' K K 0 0 00 0 0 0 0 00 0 0 0 0 0
0.0-4-00-0- Ive
a00 0 0 0-* so* 0 0.0 0 0-0 o* 0 0 0 0 0
-0 6~0 7 . i.
WON iifH
-A-4

L 37761-66 uT (1) /EWT W,~T JK JTZg-W--
ACC NRs AP6028243 SOURCE CODE: UR/0220/66/035/002/0302PD~j
AUTHOR: 7hukhov-q, A. I.:.,,Kozlova, V. Kh.
ORG: Institute of Microbiology, AN SSSR, Moscow (Institut mikrobiologii AN SSSR)
TITLE: Resistance of some strains of microorganisms to ultraviolet radiation
SOLEWE: Mikrobiologiya, V- 35, no. 2, 1966, 302-306
TOPIC TAGS: UV radiation., radiation dosimetry, microbiology, astrobiology
ABSIRACT: As part of a program to discover microorganisms Rqpable of withstanding
the physical and chemical conditions characteristic of Mars)7the authors performed
experiments to: (1) find species resistant to ultraviolet radiation, (2) determine
the dose that the indi-ldval species could tolerate, and (3) get some idea of the
thickness of he screen needed to protect the calls from the destructive ef got of
tl-,fA. -rft;~E. A Of the 28 strains investigated (Torula nigra, Bac. megaterium, Asp. niger,
Asp. oryzae, Mucor plumbeus, Bac. simplex, Rhodotorula rubra,, R. colostri, Tirotrix
scaber, Bac. my oides, Bac. rubifaciens, Torulopois glutinis, Bac. subtilis,
Serratia marcescene, Flavobacterium aurantiacum, etc.), the nonpigmented spore forms
of the bacteria and the nonspore-forming yeasts possessing intense red or black
pigment were the most resistant to ultraviolet. The authors devises a way of
obtaining monolayer bacterial preparations to study the. penetrability of ultraviolet
through the bacterial cells. A screen consisting of a single layer of Rhodotorula,
Card 1/2 UDC: 576.8.095.14 ------

ACC NRt AP6028243
colostri cells was found to reduce the bactericidal effect of ultraviolet radiation
four-fold. The authors concluded from their e3Epe ntis that microbial activity
in the top-layers of the Martian "soil" is quite possible. Orig. art. has:
2 tables. IJMS: 36,9323
SUB CODE: 06 / SUBM DATE: 08Feb65 / ORIG FM : 002 -/ GTH REF: 003

ACC NR; AP700IJ670 SOURC:,-,' CON: tF?-10153/66/009/006/0980/09,P,4
-AUT11ORt Khitrov, V. A,,; Zhukovap G. P,
ORG Cho-astry Dapartment, Voronozh Stato Fodagoltical 'Institute (Kafodra khimiit
'VoronozhskiygoaudarstN-onhyy pedagogichoskiy inutitut)
TITLIT: Inhibition of corrosion of 1418119T stainless stool in hydrochloric acid
'solu-tions by admixtures of "peno~oageht"
SOURCE: IVUZ. Xhimiya i Ithimichask
aya tokhnologiyap v. 90, no. 6 19669 980-934
TOPIC TAGS: corrosion inhibitor, hydrochloric acidp corrosion rate
ABSTRACT: Tho Min of the vrork- was to dotennine the corrosion and electrochemical
characteristics of IMMD49T stool in HC1 colutions of various concentrations at
20-800C, and to 'r
-Y to :Increase the corrosion resistance of the stool by introducin!
'$enoreagent" (PR), one of the wasto products in the production of synthetic rubber.
The composition of PR includes alcohols (hexanoll octyl alcohol and C
.6 and % unsatu-
rated alcohols), higher aldehydes' (caproaldehyde and capryl aldehyde)t butyl alcoho12
certain hydrocarbons,' tars, ate. Gravirietric and photocolorimetric tests showed
iKh18N9T stool to be attacked in HC1 colutions, and more so at higher termeratures.
At low acid concentrations, joitting corrosion occurs. At the boiling poiAs the
corrosion is uniform. At all electrolyte concentrations and temporaturesp nickel
and chromium ions pass into solution.in much-greator quantities than ironp apparently
Cord 1/2 uDct 620497.

BiLRANOVA, 'T.T.; ZHUKOVA, I.Q.; DF.BORTB,, G.A.
Interrelationship between the phoopholipids frrA the membranso
of Microcoemis l7sodoikticus and senm alIximins in the monolayer
a a-IV* the boun&iry line imter-air, Dokl. AN SSSR 165 no.28431-434
N 165. (MIRA 18311)
I* Tmrkltut ldokhimli im. A.W. Baklm AN SSSR. Submitted January
14o 1565.

ZHUKOVA, M.N.,, prof*; PETROVA, T.M.,, lrand.med.nauk
Aneurysm of the abdominal aorta simulating urological dieeases.
Urclogiia no.6:51-53 164. (MIRA 18:11)
1. UrologicheBkaya klinika (zav, - prof. M.N.Zhukova) Inbtituta
usovershenstvovaniya vrachey, Leningrad.

DRAEKIN, A.Ye. ~J=17VAO-S.Ni, (deceased j-;- Prin1mali uchastly
GOLUBINSKAYA, M.A,; NIKITINA, N.V.
Removing hydrogen sulfide from gas with arsenite-arvenate
solutions. Trudy VNIIT no.Utl89-197 163. (MIRA 18111)

ZHUKOVAp P.O.
1
Karyalogical characteristics of some plant species of Vrangell
Island. Bot. vJmr. 50 no.9:1320-1322 S 165. (MIRA 18:10) ~
1. Botanichevikiy iwtitut Jmeni Komrova AN SSSR,, Leningrad.
I ,
4

IMHKOVSKIYO Sh,D,; SHMINkp Re.Yee; DFAINAp N.A.; TIBURSKATA, N.A.;
VRUBLEVSKAYAp OmS,;..Zffl_XQVAt T,A,; ZABEZHAIFSKIT, V.1,;
Prialmali ual.,wotiyes BA-O'R--A-'-KYkN-#--'M.0.j IL"V-SOVAp 8.1.
Methodology of the detection of an7mptomatic carriers of quartan
malaria, Mad,, paraz, i paraz. bol, 34 no.2tIRIv-188 Mr-Ap 165.
(MIRA 18:11)
1. Otdel pro-tomoologii InBtituta meditsinskoy parazitologii i
tropicheakoy medit3iny Imeni Ye.T. Martsinovalcogo Minioterstva
Mravookhrawnl7a SSSRj, Moskvn.

ZIRJKOVA V.A. (Zhukoira, V.0.]
Mechanism of the affect of ganglionic blocking agents on diuresiB.
Fiziol. zhur. [Ukr.) 11 no.6:823-816 N-D 165. (141M 19: 1)
l..Kafedra fsxmakologii Donetskogo meditsingkogo inotituta.
Submitted 14arah 18, 1965.

LUKASHEVI X.I.; 2HUKHOVITSKAYA, A.L.1 ZAMYATKINA, A.A.
Scme featurea of the formation of the cheffiical composition of rimver
waters of the Polesye lowland in the White Russian S.S.R. Dokl.
AN BSSR 7 no.7:470-473 n 163. (MIRA 16:10)

LUFASL~V, K,.T. ~TWcac3hnu, ZHIFU TIMAVA 11 1 rZi,okhavitskala,
I -~ -.9 ~ I I -I - 0. ". , L &
A , L. 1Zwwratktna, A.A. . .
Hydrogeuchimical chnrac tar Lstloa rif the irte-rnal *j;Lteis of the
Prirct feaLt. deper-,ding on When 11thological cninposition of en-
closing rocks. Vest.,;l All 135-M. Sar. fiz.-tekh. nav, rm.2gr~,,.-73
I E,2. (AURA 1814)

UJIMILY, K.I.; MARKOVAp A.P.; Z!iUP.,IOVITSXAYA, A.L.
----------------
Ghomical canposition of brinas of D--vonlan sedimenta of the
Strelic1he'vo. Pool 6,011 Dok-I-kI 2SSJI 4 no.12:521-526 D 160.
(YILU 14:2)
1. InatItut.1geologicheakilch naulc MR.
Wivniki District-Oil fiold brines)
Alf v z I I V~ .............

i77-
LUKASHEV, K.I.; MARROVA, A.P.,; ZHUKHOVITSYAYA. A.L.-
Chemical characteristics of Paleozoic brines of the Chervonnaya
Sloboda prospect (well No.1). Dokl. AN BSSR 5 no.12:561-463
D 161. 15:1)
1. Institut geologicheskikh nauk AN BSSR.
(Chervo:nnaya Sloboda region--Brines) (Petroleum geoloFy)

pAVLyUGrwKo, H,)(,; ZHUMVITSKAYA, I.L.'
f-
Absorption speotra of cobalt perchlorate In aqueous and nonsqueous
solutions* Uch.map. BW no.291102-113 156. (xim 11:11)
~(Gobalt parohlorate-Spectra)

Quartz-aryatal oscillators, &uch.dokl.vys.shkoIy-, radiotekh.
i elaktron!w.1:136-149 t 580 (14IRA 12i1)
1. Kafedra radiopersda7unbehikh ustroyatv Moakovskogo energetichs-
skogo inutituta.
(Oscillators, Crystal)

FUKSY I.M.j YALEYEVA, F.N.; POPYOVA, F,V_Y' VOLKOIA, L.P.F EELOGOLOVSKAYA, T.A.;
ROMASHKEVIGH, X.K.; PriAimali uchastiye.- MCROWVA, L.M.; DASHEVSKAYA,
B.T.; VAKHMINA, L.S.; KARAVAYEVA, G.V.:,-'IVANOVSKIY, A.K.~ ZJITTK
Ajq_.; SOLUIIYEVA, G.M.; ANDRIYANOVA, M.V.; AKIDETOVA, T.M.-P
NEMIROVSKAYA, M.Ye..; MUSORINA, L.S.;.KALASHrTIKCVA, Ye.I.; PESHKO,
A.P.; IVAIIOIIA, N.V.; ALKESEYEVA, N.I.; SADOVITIKOVA, G.A
Study an the possibility of reducing the diphtheria vaccine dose in
revaccination of 9 to 12 year-old schoolchildren. Zhur. mikrobiol.,
epid. i immun.~ 41 no.,111103-107 165., .1 (MIRA 180.5)
1. Ufimakiy Institut vaktsin i sy-vorotok Imeni Mechnikova.

Li
Z
IRKHOVITS-KIYA, V.P., Cand Tech Goi and com-
0~ uartz (Voe Order
1959- 15
of Lorlin Pov,,Ior Lnginuerint; Inst) d
j p 150 coPies, Print
(Fill 27-591 121))

ZHUIROVITSXAYA, V.P.
Crystal-controlled self-oscillator with feedback coupling. Niuch.
dokl.VYB.abkoly; radiotekh. i elektron. no-3:100-111 156.
(MIRA 12:11)
1. Kafedra radloperedayushchikh ustroystv 14ookovskogo energeticheskogo
inatituta,
(08cillators, Electron)

9 (2, 3) SOV/162-59-1-15/27
AUTHOR: Zhukhovitskaya, V.P.

TITLE- The Calculation and Comparison of Quartz-Stabilized
Self-Oscillators
PERIODICAL: Nauchny-ye-d oklady vyeshey shkoly, Radiotekhnika, i
elektronika, 1959, Nr 1, pp 123-133
ABSTRAM, The author discusses the calculation of quartz-stabi-
lized self-oscillators,,if frequency, frequency in-
stability and.power dissipation of the quartz are gi-
ven, and establishes conditions for comparing differ-
ent types of quartz-stabilized self-oscillators. Ex-
iating methods of calculating quartz-stabilized self-
oscillators are very complicated and overloaded with
superfluous details. The author mentions the papers
-
of Ye.l. Kamenskiy ZA
ef 47, S.I. Yevtyanov, Ye.I. Ka-
-
_
menskiy, V.A. Yeein ZR
ef i~ and B.K. Shembell ZR
ef g,
who obtained comparatively simple formulas suitable
for eng"Lneering.calculations. However, the calcula-
Card 1/4 tion of self-oscillators is based in all papers on a

SOV/1621-59-1-15/27
The Calculation and Comparison of Quartz-Stabilized Self-Oo-cilla-
tors
circuit analysis. The operating conditions of a self-,
oscillator, its frequency, frequency instability, pow-
er dissipation by the quartz are calculated according
to selected parameters. In case the calculation results
do not agree with the required values, the calculation
must be repeated with different parameters. The method
of calculating:quartz-stabilized self-oscillators, sug-
gested by the author, is based on the synthesis of the
oscillator parameters, using given data of frequency,
frequency instability and power dissipation by the
quartz. The author explains the requirements for such
calculations. She lists the results of a comparison
of three types of single-tube self-oscillators having
the quartz: a) in the feedback circuit, as shown in
Fig 1; b) in the oscillatory circuit, as shown in Fig,
2; and a) between the anode and the grid, as shown in
Piig 3. 'rho comparison ie baned on a 6Zh4 tubo with a
Card 2/4 power dissipation by the quartz of 0.03 wnt-te. The ata-

BOV/162-59-1-15/27
The Calculation and Comparison of Quartz-Stabilized Self-Oucilla-
tors
bilization coefficients and the operating conditions
of the quartz-stabilized self-oscillators of the afore-
mentioned types are listed in Table 2. The self-os-
cillator having the quartz between the grid and the
anode, Rig 3, provides the highest frequency stabili-
ty and contains less,components than the other versi-
ons. There are no parasite oscillations on a frequen-
cy different from that of the quartz. The frequency
stability of the,oscillator having the quartz in the
tank circuit, Pig 2, is somewhat lower than that of
the oscillator in Fig 3. The advantages of the oscil-
lator circuit, Fig 2t are the lesser influence of
higher anode current harmonies and the possibility to
use high 'numbers of mechanical harmonics of the quartz.
The self-oscillator having the quartz in the feedback
circuit hits a frequency stability by one order lower
than that of the oscillator in Fig 3. Its advantages
Card 3/4 are greater voltage amplitudes in the anode circuit

BOV/162-59-1-15/27
The Calculation and Comparison of Quartz-Stabilized Self-Oscilla-
tors
and a lesser influence of higher grid and anode current
'harmonics. The author expresses her gratitude to Pro-
fessor S.I. Yevtyanov for his supervision of this work.
There are 3 circuit diagrams, 2 tables, 13 references,
9 of which are Russian, 2 German, 1 English and 1 Po-
liBh.
ASSOCIATTON: Kafedra radioperedayushchikh ustroyetv Moskovskogo
energeticheskogo instituta (Chair . of Radio Trans-
mitters of the Moscow Power Engineering Institute)
V101
~SUBMITTED: JulY 30, 1958
Card 4/4

SOV/162-58-3-14/26
AUTHOR: Zhukhovitskaya, V,P.
TITLE: A Self.-Oscillator With a Quartz Crystal in the Feed-
7 back Circuit (Avtogenerator s kvarteem v tsepi obrat-
noy evyazi)
PERIODICAL: Nauchn!rye doklady vyBshey shkoly , Radiotekhnika i
elektronika, 1958, Nr 3, pp 100-111 (USSR)
ABSTRACT: The author investigates a one-tube self-oscillator
with a quartz crystal in the feedback circuit work-
ing close to the series resonance frequency. The re-
lations for calculating the static conditions of a
self-oscillator were investigated according to the
theor of self-oscillators developed by S.I. Yevtya-
nov 2ief A7, whereby only single-frequency oscilla-
tions were considered, Further, the author establish-
ed the dependances of the frequency and the control
resistance on the tuning of the anode circuit and in-
vestigated parasite oscillations, The author arrived
at the following conolusions: 1) When changing the
Card 1/3 parameters of a self.-oscillator,' the smallest fre-

SOV/162-58-3-14/26
Self-Oscillator With a Quartz Crystal in the Feedback Circuit
Card 2/3
quency changes are observed close to the series re-
sonanoe frequency, if the anode circuit is tuned to
resonance. Here also, a maximum control resistance
and stable operating conditions are obtained. 2) The
author recommends formulae for determining the re-
sistance of the divider r , for the parameters of the
anode circuit and the quaFtz crystal. 3) The calcula-
tion of the operating conditiops should be performed
in accordance with the general theory of Belf-oscil-
lators Zlef j7. The peculiarity of the calculation
consists in determining the current magnitude flow-
ing thru "$*he quartz and comparing it with the per-
miseible vali4es. Finally, the author expresses gra-
titude to Professor S.I. Yevtyanov for supervising
the work. There are 2 circuit diagrams, 6 graphs,
1 table and 6 references, 1 of which is German, 1
American and 4 Soviet.

BOV/162-58-3-14/26
-A Self-Oscillator With a Quartz Crystal in the Feedback Circuit
ASSOCIATION: Kafedra. radioperedayushchikh ustroystv Moskovskogo
energeticheskogo institutft (Chair of Radio - -
Transmitting Equipment of the Moscow Institute of
Power Engineering)
SUBMITTED: April 17P 1958
Card 3/3

3/194/62/000/002/085/096
D271/D301
AUTHOR: Zhukholajgkaya-r~
TITLE: Two-tube oscillator with a quartz crystal in the feed-
back loop
PERIODICAL: ReferativnYy zhurnal, Avtomatika i radioelektronika,
no. 2, 1962, abstract 2-7-159y (Tr. Mosk. energ. in-ta,
1961, r10.: 34, 138-160)
TEXT: Results are reported for a, theoretical atudy of a two-tube
oscillator with a qutartz~crystal in the feedback loop. A method is
proposed for calculating parameters axid the operational conditions
of the oscillator. Prequency stabilities of one- and two-tube os-
cillators are compared. 12 references. Z-Abstracterla note: Com-
plete translation.1
Card 1/1

IDELISON, L.I.; ZIIUKOVSKAYA, Ye,D.
Ery-thropoietic effect of cobalt in anemia. Probl. gemat. i perel.
krovi 10 ncl.1:3-10 Ja 165. (MIRA 19:1)
1. Gruppa chlena-korrespondenta AMN SSSR prof. P.I. Yegorova na,
baze TSentraltnoy klinicheakoy bollnitey Minii3terstva putey
soobahcheniya, Moskva.