SCIENTIFIC ABSTRACT BARANOVSKAYA, I.A. - BARANOVSKIY, A. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103520006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/51-6-5-9/34
Acoustic Double Refraction of Phenyl-:-;thyl Alcohol at Low Temperatures
These values range from 1.0 to 2.1 x 10-7sec. Errors in detemiaation
of 'r were introduced because the quartz oscillator was tuned visually
and, therefore, inaccurately. Determination of *r by a different method
showed that the values of the relaxation time deduced using Eq (6)
were too high by a factor of 2-4. It follows that, at -37.50C, we
should take 'C = 5 X 10-8sec,instead of the mean value of 1.7 x 10-750c
given in Table 2. The lower values of t agree with those calculated
from the dynamic double -refraction coefficient M and the data obtLined
by measurement of depolarization of light scattered in phenyl-pthyl
alcolLol. There are 1 figure, 2 tables and 9 reforences, 8 of wiiich
are Soviet and 1 English.
SUEMITTED: May 23. 1958
Card 3/3

ESKIN, V.Yp.-, BARILNOVSKAYA, I.A.
LiFht Ecattering and viscosity of 1101y0yel Ohexylmethacryl ate In
etYyl acetate solutions. Vysokom.soed. 3 no.12.180r.-1804 D
161. (11-11RA 15 : 3 )
1. Institut vysokomelekulyarnykh soyedineniv AN SSSR.
(Methacrylic acid)

uo I
-900

TAOSI. baidi
t16-.~*nh-owge-ne
/f: -44
vi6 e
Raidn .4 it, I~rdUsova-
iie #h
thacrylate
._Lyl mel
-nc
i7t~neMyai: V~,6
19(W
a a i cpl"ti
iti w, i_-riterio.n Q/Q,0MAX* Q-:Malx-,~.,

BAI-JJ~70VSK,".YA, ESKIN, 7.Ye.
,,,a -1, -1 a l 1'ranch, ine of po--l y-,-chlcrostyrene . 11 y-sokcm. Sce '. 7 no. 2:
a
I
- -.i -,', "'- 1 t- 5. ("IRA 18:3)
" 1.
1. Inotitut vysokomoleloilyarnyll-h goyc-ciineniy AN SSSR.

l(IllIA.D. ; Fl-,OTAS()V.A I.,. yr~
inhomogeneity of SiaLiSticlal
c-ryl,ite cupc,lwmer~;. Vysc)rkom. soed. 7 -,~~.3:509-51' 16.
(i.11BIA 16:7)
1~ triL-.td~lut vvsokomolel~-u~yarri-;-il st)vt~diiienly V! ESS',-x i Institl
t A' I i

E I

BARJANOVSKAYAJ, I.,A.;.- KRYLOV, P.S.; PAVLYUK, L.V.
Taxonomic list of the species and genera of plant neratod-:~o
described in 1962-196.3. Trudy Gellm. lab. 16:5-26 165.
(IKETi 19:2)

BARANOVSKAYA, I%V.; GYURDZHIAN, A.A.
Containers for some biological specimens used in tests on
spaceships. Probl.kosm.biol. 1:405-4(Y7 162. (KRA 15:12)
(SPACE BIOLOGY-FIMEARCH)

BARANOVSKAYA) I.V.; GYURDZHIAN, A.A.
Ensuring life conditions for mice during a prolonged flight in
a spaceship. Probl.kosm.biol. 1:408-411 162. (MIRA l5tU)
(SPACE BIOLOGY)

MAMM, jl.U.; BIRMISHUMI, A.F., BAIWiOVSKAYA. K.F.
Metering device for stillage. Spirt. prom. 24 no.2:13-14 158.
(Diet Illerie s-Faquipment and 8upplies) (MIILA 110)

L.P.
Lot us carry out the decision of the December Key= of the
Central Co=ittee of the CPSU. Zdrav.Belor 4 no-3:3-6 Mr 158.
(MIRA 13:7)
1. Preasedatell Belorueskogo respublikanskogo momiteta profBo-
yuza meditainskilch rabotnikov.
(WHITE RUSSIA-INDUSTRIAL HYGIM)

BAR&llQVSXlLY,&, L.P.
1~it into practice the decisions of the Twelfth Congress of
Trade Unions of the U.S.6.H. Zdrav.Belor. 5 no.7:3-5
JI '59. (MIRA 12:9)
1. Pradneaatel' Belorusakogo reepiblikanskogo komiteta prof-
soyum nearabotnikov.
(WHITE RUSSIA--PIRLIC HEALTH)

BARA14OVSKAYA,L.S.
t-- --- ~~ ......... w , 1, " , ,
First book on mathematics in the Morq i ollan langua~-,-e. Trudy
Inst. ist. est. i tekh. no.1:53-D4 54. (KLRA 8:9)
(Mongolia-Mathpmatics-Early works to 1800)

R&R"OVSKAYA, L.S.
- -------
History of Mongolian astronomy. Trudy takh. 5:
321-330 '55. WaA 9-5)
(Astronomy, Mongolian)

Ily
YEFD!C)V, V.A.; MOLCHANOVA, M.N.; GANTIEVICH, A.I.; ISAIEVA, IMI.M.; BE' AYEVSKIY,
I.A.; SAPIRO, M.M.; BORISEVIGH, S.F.; BARANOVSFAYA L.V.
. - - - , I--.-
Semicontinuous me+hod of wood hydrolysis. Gidroliz. i lesokh-im.
prom. 15 no.1:19-21 162. (MIRA 18:3)
1. Gosudarstvennyy nauchno-issledovatellskiy institut gidroliznoy
-0- -,
i sultfitno-spirtovov proTkyshlennostj (for Yefinovi M
Gantsevioh, Isayeva). 2. Leningradskiy gidroliznyy zavod (for
Belya,,,,evskiy, Sapiro, Borisevich, Baranovskaya),

PLEKHANOV, P.S.; GOLOVANENKO, S.A.; KOBYZEV, V.K.; BULAT, S.I.; MILITO,
Yu.R.; RYAZANOV, D.G.; BARANOVSKAYA, M.I.
Mastering the rolling of bimetal shapes for the agricultural
machinery industry. Stall 25 no.10-922-927 0 165.
(MIRA 18:11)
1. Kuznetskiy metallurgicheskiy kombinat i I'Sentrallnyy nauchno-
isaledovatellakiy inatitut chernoy metallurgii im. I.P. Bardina.

SOV/20-1 22-,',-l 7/57
Mizi cin,
A. I., A. A.
TITLE: Catalytic, Solidification of Po lydime thy lsiloxane
at Room Temperatur~, (Fatalitiolieskoyo ctv(,rz1hdeniye
p:)li dine tilsiloksana pri koninatnoy temperature)
PERIODICAL: D:)klady Akadomi` na,_,k SSSI`, !Q',S, VD7 1"', Nr -,z `07~-_06
(ussr')
ABSTRACT: It is known that the transformation process of linear and
branched alkylpolysi'loxanes 'Oakes place in a non-fusible and
insoluble state at 200-2500 and demands a longer time. This
faot complicates the process and limits the ranEe o-f use of
the S114 Con or,al-11-C p,~l - worth
Z_ ymer3 considerably. Since rcthin,
mentior~~ng could be found in the publications ( except the
Refs 1, -9 for silastic 's i las ti the authors decided to
exploit t1ne -' nte tion betre,=-n hydroxyl groups of the linear
polydimethylsiloxanes and the alkoxy groups of thf,
polyfunctioral silicon orgac.4-- monomcrs in order tD produce
tri-dimensional aikylpoIysiloxanes, Such a formation method
of transverse silc~xane cr~mpcunds :~s mcrz_ -f-avorable from the
Card 1/ 4 energetic point of view than the stripping of "che hydrogen
n

Catalytic Solidif--cat--'on of Polydimethylsiloxane 0 -,.-,2'2 12 2 - 4 - 17 /`:-i 7
at Room Temperature
or of an alkyl radica2 -Pr~,.m the polymeric cha4r- (-;-. th.-
of a common therma-11 vulcanizat-ion) and could theiefore pass
at much 'Lower temperatures. The authors investigated the
oatalyt--~c act`,-vity of some crth--'~--'tanic- acid esters (ethy-'-,
pr~:,py-!-, an6 butyl ester) in orde:o to find effec-t..ive
accele-1-ators for this purpose. Furthermore they investigated
a number of tin znrjanic compoundc, (1,10~'~tly of +11c, grol~p of tht-
dialky! tin whi:~h ;ontadned acety-1, and The
oaprylates and stearatcs were synthet-.Jzed for the first time.
The phenomeiv)n of vulcanization of liquid ana
--v S ex z
,bber-like wa 'Plesseu In all cases
by a gradua.1 in~~rease of the visQoSity and the shear stress
of the polymer, its elast�-- ra-operties increpsed, its
solubility was, howe--,er, reduced. F.11.1urus I and 2 show curves
which illust-iatc the change- of the shear s-~ress (TI ) and
recovery of the poiymtF,,r under the influ~-nce of the organotin
and taniun :~ompou-nds. Table I shows. sozw, properties
of the vu2canizates:,. The me~a-uremert results shod,-, a great
cha-nge of' the vulcanizatiOll Proccss accord-ing to the type of
the used organomet&.M.~~ compcund: orthotitanic acid ester or
Card 2/ 4 in ~)rganDtill compound 3 and 4). The observed rules can be

Cataly tic Solidifi C a tji0!1 of 110 1 ydim-,thy I I uyarj._~ SOV120-1 22-4-117/5'!
at Room Temperattire
explained by the formation of an active complex (scheme
page 606). The method of "cold" vulcanization worked out by
tho !iuthors may be. applied for the production of
material, cast combinations, rubber-soaked tissues, coats,
arid compounds which can be solidified at room temperature.
The rubbers thus produced have much better properties than
rubber of 'the same composition which was vulcanized accordinf:
to the method used hitherto. Ye. N. Zillborman, N.A. Rybakova,
0. V. Nogina assisted in this paper. There are A, figures,
2 tables, and 4 references, 1 of which is Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issiedovatellskiy institut aviatsionnykh
materialov ( All Union Scientific Research Institute of
Airplane Matcrial)
PRESENTED: April 28, 1958, by A, V. Topchiyev, Member, Academy of
-.5ciences, USSR
SUT31"'ITTED: April 28, 1956
a rd -2 /4

Catalytic Solidification of Polydimethylsi.loxane SOV/'20-122-4-17/5-1
at Roo::: Temperature
Card 4/4

Daranovskaya, A. A. berl~ii, k~. Z. ~akh~mrova and, A. ,,izikin, "The
Vijlcani,.,.ation of Liquid and i, t I -i~,Is i I ic o::a i --s at
.teport pr&sentedat- the Seccnd All-Union u(-.nfcr,-ncu on thr- ."herdstr.r ar)d
i-ract-Ical x1ppli-catu ion of 6-1licon-uri-ai.ic ~ompown~s held 1,cnLnf,,ra-; f r-r
25-27 Liepteribc_r 1(.59.
_'hu, r
-nal uril-ladno', khLmii Nr 1, pp 23~-2_0

D244 "7"-'0-'
7
7 T 3erlin- k A Zi
A
I c n z t, f 0 no f polydime uh, 1- o :7. e r a -
c! es::oye :-j r
soyed. Len. 19-58. L e i n r a d T.-d-vo ".7- -"R,
'7 0 1- D-%, I T 17 7 -r
i;3 ~a d s 0 s s on v"hich S.
c o w
V~. I I S K
-Y
e disclose-~" tha-u the cold vulcaniza-,es :),-,eserve t"r e i I,
e I a o c i tu i -. 2) 0 0 0 C fo r 2 0 0 h o u ar s t 3) 0 0 0 0 C, e _4 i- 11: o i-: 0 -
p p! i 0 S -I
p e r i e s d e -u e ri o r a -u e . Th i s a -10 iu2I_IC;is co--a--ning Tio
2

/6 j/ 1 10DO/C
_)O
I LZlCZt'li ZLI t JJL 02' 0 --:' poly d, ime thy 1 . . . D24 "'1D.5 J2
a-'d Z-;-.O. The schema of vu'--cL-.-iza-c,--;on- by -al,-,-.,Drs I- =~s
e eXoe--4 - -i e i - iad a -~ a ; i p a t I c r z
--e o4' `-e -.r,~lnuure of or-allic on C C;
t 4
t ion. in Lid d -4 on e c, rLL c t or o '~'l I L? VZ I C
i-L,s develoDmeni and zlie ,prose-.-Ice ol' irlduclufon period can be
- or u
ned b- -,)ostu-, t'lle I'or,:~a, -ion of
pro,~C:rty o'-f' 'U".e "cold" vulcaniL:CU 0
i v o Li t d
-ol - e- e was -is e o -u 11 wu~ c-~Led rLibbe-. TI
11 - t o
e sane
v~abilitY period of tl-,e -ix~~zzres d o c r oa e z3 t rate of v!,Ica-
L Lr 4

S/020"~~2/1421""" 0
ell D 13,1 10 1
AUTHORS: Ber'An, A. A. ,
Sukhov, V. A.
TITLE: Deg-7adation and structural-A: ,.atio,- of p--Iydim~~thyl siioxane
(PD'~',S) under thermal ac,ion.
PERIODICAL: Akademiya nauk SSSR. Do'kladv, v. 14?, no, 2, 1),)2,
TEXT: The nrimary therral crark.Lnt; of ni-vefials on 0';-~
weakest macromol-2cular bondg. These may fr,rm fit ii~sertlon
or, of oxygen. '-~f mo'ccii of
points of the initiat
etc. The possibility of incr~~asilrif, t- ',11orvill I-itlv '-f
by removin- the weak bonds was -~'-'-Ji t;ozl.; or
rendering diffic-ilt. the development ,)f t chairi f,1' Hr~e
disintegration of maoroinoleculles. Tl~'- iFlit i~':l w'ln (1~~"Jx:'It~'d --11
-ubb:~r velto se v 11 ~1 11 2 ,L.'I [" ro~ 11J
polydimet'hyl 11 oxane j
considerably when heated to 200 C Iun,ier py~,jtj~, i:)!: ()f ijiy, Tij,-
(mean molecular weight 40 - 50-10") '.'Jas otlrre~] t(I 'A past, i
inorganic filler and ber-zoyl neroxldt- and !A'.C"" fill"",
Card 1114

32838
'q'2 o 2,;
Defyradati or, and za, on. 13 1 o i, / P l o I
--d
high metallic. mo I d s These moldS WC 1- 2 IIC IT~C' tI `~-- 1 -2
150 - 350('C. A le~v inolds A,3re t t i'! r r, en
Laken ,-ii
the hardness and mechanical stabilit-,.' :, 1, t h e Ij I e s' IV r e (i T- l:t
As is shown by tae resu Its, tne sui"I'ly C'I
und er exclus ion of air ( i . p d n t he F;,L h -:-, e n c f a n i t t r c f a
destructive chain reacTion) pe!'MitS ll
structure. The MaC llomo lecu I Ps formv(l in thil,
bond s" and are therefore the i-in:il i'li mo Vil, L; I ati I TI i I !i r t~ i i i t 1~ e
a ra d i c -a I p r o c e F, 9 , a n d b a s i (- a 1 Iy c on zi j n ' - U f 't I T i I I ~ --; , (
molecular destruction of the 41 n it i a I o ) 17 :7,~ r on 0 f 1 A's " 4
f ormat ion o f mac rorad i ca 1 s 2 ) c ha 1 n t ran Lj i',-:- r!- in.:-
macroradicals; (i) 9tructurilization of* thc, ovot~-m b-v i;,-2
of the macroradicals under dev,-IoT)meni ~)f "ooncis I)ejri-
against heat treatment. Two conversioll differin", CrolTl
each other, and characterized by the :~f tlie :-e~a,,ti~)ns 1
and (2) or the reaction (~,*) take nlace il: heat t r o I'me, t
o f p o I yd i me t hy 1 s j I n xa n e r u bb e r u ii I e r u -1, u:- i ~)!i c t' a i r . ill -,he 1, s t
stage , tensile strength and Shore 0 d C'~'- , arld rise dcain i i t e
subsequent second stage. The rateo of dr,--'p 'I'l'j
Card 2/4

32838
S10201621142100210191029
Degradation and .9tructuralization ... B106/B101
said stability characteristics qre increased to about the same extent
with an increase of temperature. The otructuralization is preceded by a
longer or shorter induction period which is possibly due to the relatively
high viscosity of the system, by vhich the reaction between the macro-
radicals is rend-ed more difficult. It is concluded that the abovo-
described strength regeneration with heat treatment under exclusion of
air is generally possible in polymers with relatively flexible chains
and weak cross-linking effected by bridge bonds. By the above-described
rearrangement of the polymer structure combined with the use of efficient
stabilizers it should be DOSSible to approach the temner8ture limit of
eXD10itation closely to tiie theoretical value ('M - -800 rhich is
chiefly dependent an the strength of covalent bonds in the macromolecules.
The use of stabilizers alone is not sufficient for this purpose. There
are 4 fif~ures.
y Akademii na"Irl, SSSR (Institute
ASSOCIATION: Institut khimichesko
of Ghemical Physics of tbe Acadom,y of S(.jenoeo USSR)
PRESENTED: June 24, 1961, by V. 11. Kondratlyev, Academ~ician
Card 3/4

32,138
S/020/621"142/002/'019/029
Degradation and structuralization... B106//BlOl
SUBMITTED: June 19, 1961
Card 4/4

ROMANTSEVICH, M.K. [Romatitisevych, M.K.); SHOLOGON, I.M. (Sholohon, I.M.1;
BfRANGV5KAYA, N.F. (BBranovalka, N.F.1; SIRENKO, N.N.
5ynthesis of dioyclopentadienedicarboxylic acid. Khim. prom,[Ukr.)
(MIRA 18%4)
no.1:20-22 Ja-Mr.165.

TATARSKIY. V.B.; FRANF--KAIGMVSKIY, V.A.; BURItKOVA, T.K.; NARDOV, V.V.;
1110110vo T.G.; KO]WRAT'YBVA, V.V.; YdiWITSEV, I.Ye.; CHICRNYSF-B7A,
V.F.; ALEKSBYEVA. N.P.; ARTSYBASUVA, T.F.; BARANOVSY-&YA, N.I.;
BUSS3N, I.V.; VIUUDWSKO, I.A.; GNI',VUSIIZV, M.A.; GOYKO. Yo.A.;
KOMKOV, A.I.; KOTOVICH, V.A.; LITVINSKAYA, G.P.; MIKHEY36VA, I.V.;
l,'OKIYNVSKIY, V.A.; PETROVA, L.V.; POPOV, G.M.; SAFRONOVA. G.P.;
SOBOI3VA, V.V.; STULCV, N.N.; TUGARINOVA, V.G.; SWRANOVSKIY, I.I.;
SKIM00ERT, A.A.; YjWLOV, K.P.
0.14. Ansholos; obltUfLry. Vont. LGU 12 no.18:152-154 157.(MIRA 11:3)
(Anshelea, Osip Mmrkovich. 1885-1957)

124-57-1-766
Translation from: Referativnyy ZhUrnal, Meldianika, 1957, Nr 1, 1) 100 (USSR)
AUTHOR: Baranovskaya, N. N.
TITLE: Hydromechanical Investigation of the. Simplest Cases of the Dis-
placement of a Petroliferous Contour and the Flooding of Wells
(Gidromekhanicheskoye issledovaniye prosteyshikh sluchaye",
pererrieshcheniya kontura neftenosnosti i obvodneniya sk",azhin)
PERIODICAL: Tr. Mosk. neft. in-ta, 1955, Nr 14, pp 203-212
ABSTRACT of the displacement of a petroliferous contour with
subsequent flooding of the production wells for the following cases.
1) a rectilinear arrangement of alternating producing and injection
wells, and 2) a rectilinear arrangement of producing wells alone.
The stratum is considered to be uniformly permeable and porous,
and of uniform thickness; the motion of a uniform, incompressible,
liquid therein is considered to be plane, stationary,and subject to
the linear law of filtration; the wells are assumed to be equal-
discharge sources and sinks; the entire system is assurned to
operate on a single liquid. The time of the brealk-through of the
water to a well and the floodinu process as such are determined
Card I /Z and studied according to V N,Shchelkachev's method (see RzhMekh

,.!-I - 57 - 1 - 766
I
ilidi-omechanical Investigation of the Simplest Cases of tlie Disp.a-cem,.nt (ront
1957, Nr 1, abstract 764). A graph showing the motion of the particles along
the principal streamlines is adduced, also a graph of the flooding of a group of
wells. The Appendix contains parametric equations of the water- Detroleuni
contact boundary, also an analytical relationship between the angle of f-looding
and time. Bibliography- 5 references.
V, L . Danilov
1. Petrolexr-Recovery-Theory 2 Ci-I sis
Card "I 1Z

1_'~ h (~' 1) 1,\; C. ) \ / '), K f) I ( i_))
N - N
11(4) PHASE I BOOK EXPLOITATION SOV/1443
Moscow. Neftyanoy institute
Voprosy dobyehi nefti i mashinostroyeniya (Problems of Petroleum
Production and Petroleum Engineerin~$) Moscow, Gostoptekhizdat,
19579 393 po (Its: Trudy, vyp. 20) 1,000 oopies printed.
Executive Eds.: Martynova, M.P., and K.P, Svyatitskaya;
Tech. Ed.: Polosina, A.S.; Editorial Board: Zhigach, K.F.
(Resp. Ed.) Professor, I.M. Muravtyev, Professor, A*A* Tikhomirov,
Candidate of Economic Sciences, Yegorov, Candidate of Economic
Sciences, M.M. Charygin, Professor, F.Fo Dunayev, Professor,
I.A. Charnyy, Professor Nola Chernozhukov, Professor, Yee Me
Kuzma-k, Professor, V.N. Dakhnov, Professor, G.M. Panchenkov,
Professor, N,S. Nametkin, Doctor of Chemical Sciences, N.A, Almazov,
Docent, Vale Biryukov, Docent, V*N# Vinogradov, Docent,
E.I. Tagiyev, V*M* Gurevich.
PURPOSE: This book is inten-ded for specialists working In the
petroleum and gas industry and for advanced students at pe-
troleum vuzes.
Card 116

Problems of Petroleum Production (Cont.) SOV/1443
COVERAGE; The book is a collection of articles written by pro-
fessors and faculty members of the Petroleum Institute im.
Academician I.M. Gubkino It deals with problems connected with
'the development of oil-bearing mother rooks, radiometry as
applied to oil wells, production of carboxymethyl. ethers of
cellulose and their use in drilling to open productive for-
mations. Methods for softening the sea water used in preparing
drilling mud., the selection of the type of stael for rock bit
cutters, the theory of circular milling with plain milling
cutters, and the fimi of viscous liquids in rotating pipes and open
channels are also discussed in individual articles. There are
50 references, of which 24 are Soviet.
TABLE OF CONTENTS:
Burova, T.A., and Z,P. Klimenova. Socialist Competition in the
Petroleum Industry 3
Shchelkachev, V.N, Specific Features of Gradual Oil Well
Flooding in Homogeneous and Heterogeneous Stratified
Slanted Beds 13
Guseyn-Zade., M,A, Flow of Liquids in Two Separate Beds
Analyzed With Consideration of Connections Existing
Between Them in Certain Places 23
Card 2/16

Problems of Petroleum Production (Cont.) SOV/1443
Baranovskaya.. N.N. Some Problems of Oil Well Flooding U
nder,
-
,
1 e- -C-6hditi-6 n s
-S I 6P 34
Kochina, I.N. Flow Into an Lnperfect [Oil Well Chain]
Gallery 47
Kochina, I.N. Flow Into a Slotted Filtering Formation 54
Sultemv, S,A, Radiometry as Applied to Oil Wells in
Developing an Oilfield 61
Finkel'shteyn,, M*Z., K,F, Zhigach, Ye.M. Mogilevskiy,
T.A. Tibilova, and A.I* Mallaina. Carboxymethyl Ethers
of Cellulose and Their Use in Industry 67
Korneyev, Yu.K. Improving the Extraction Refining Process
by Pressure Change 92
Zhigach, K.F., and D.D. Kuryshev. Development of a Method
of Softening Sea Water fo:? Use in the Preparation of
Heavy Weight Drilling Mud 103
Zarivov, S*Z* The Study of Dehydration and Dispersion of
day, Made in Connection With the Development of a
Method for Producing Clay Powder 114
Balitskiy, P.V. Modeling of Elastically Vibrating Drill-
Pipe Column 120
Card 3/ 6

Problems of Petroleum Production (Cont.) SOV/1443
Krylov, A,V. Some Experimental Data on the Flow of
Liquid In Rotating PiPen 125
Sereda, N.G. Determfination of Time Needed for Tool
Sinking and Lifting OperalCions in Drilling 141
Taran,, V,D., and L.P. SJligorova. Behaviour of a
Boronized Surface Under Conditions of Dynamic-Impact
Load on a Cone Bit 146
Zhigach, K,F,, L,K. Mukhin, and V.N* Demishev. Physico-
chemical Basis in the Preparation of Anhydrous Solxztions. :154
Vinogradov, V.N., E*L* Marldhasin, and G*K# Shreybero
Optimal Content of Carbon In Steel Used for Cutters of
.
Rock Bits
165
Biryukov, V.I., and E.L. Mazrkhasin. Change in the Geo-
metry of a Thread Cutter During Large Thread Cutting 172
Biryukov, V,I., and E,L. Markhasin. Method of the Trans-
verse Feed of a Cutter in Automatic Cycle Cutting 178
Biryukov, V.I., and E.L. Markhasin. Effect of the Copying
Drum Setting on the Accuracy of the Thread Pitch in
Automatic-cycle Tk4-ead Cutting 185
Markhasin, E.L., and A.A. Petrosyants. Problems of the
Theory of Circular Milling With the Plain Milling Cutters 189
4/ 6

Problems of Petroleum Production (Cont*) SOV/1443
Funberg, A*L, Some Problems Connected With the Durability of
Petroleum Equipment Parts, Depending Upon thd Way These
Parts Are Machined 203
Ptmberg, A*L* Modernization of Machine Tools and Setting
of Grinding Wheels for High Speed Grinding of Petroleum
Equipment Parts 212
Funberg, A*L* Surface Roughness and Precision of Petroleum
Equipment Parts Ground at High Speed 225
Davletshin, Kh.G. Problems of Hydraulics of a Deep-Well
Piston Pwnp 238
Davlet8hin, Kh*G* Theory of,the Spatial Movement of a
Globe Valve in a Piston Pump 26o
Volkov, P,D, Study of the Roll-Bearing Separators
Operating Under Axle Load 288
Asaturyan A. Sh., S,G, Yedigarov, and V*I. Chernikin.
Isothermal Flow of Viscous Liquids in Open Rectangular
Channels 305
Asaturyan, A.Sh., S.G. Yedigarov and V*Io Chernikin.
Hydromechanical Transportation of Viscous'Crude Oil
Through Open Rectangular Channels 314
card 5/6

Problems of Petroleum Production (Cont.) SOV/1443
Tsimbler, Yu,.A., and V.I. Chernikin. Some Problems
of Hydraulics of Nonisothermal Pipelines 322
Prokoflyev, V.M. How to Connect Points by Lines With
the Short6st Total Length 336
Llvova, A.I., and N.I. Chernozhukove The Problem of
Producing Synthetic Lube Oils With Polyalkylene
Glycol Base or Its Derivatives 354
AVAILABLE: Library of Congress
TM/rj
4-16-59
Card 616

SOV/1 24- 58-11-1291J5
Tran8lation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 149 (USSR)
AUTHOR'~~Baranovskaya, N. N.
TITLE: some Mr-obTe-rns cWf_Cl~e Water Flooding of Wells in the Simplest
Conditions (Nekotoryye voprosy obvodneniya skvazhin v prostey-
shikh usloviyakh)
PERIODICAL: Tr. Mosk. neft. in-ta, 1957, Nr 20, pp 34-46
ABSTRACT: The problem of the displacement of an oil-bank influence contour
is examined for the following two cases: 1) The working of two
producing wells of unequal yield, located in a line perpendicular to
the influence contour, and 2) the working of a single producing well
in a given flow. In addition thereto, the author examines the problem
of the process of the invasion of the water from the injection wells
into the producing wells in a line-flood battery in which these wells
alternate. All of the problems are solved under the assumption that
the viscosities, densities, and relative permeabilities of the oil
and the water are the same; the method of sources and sinks is
used. Having obtained the complex potential, the author sets up
Card 1,12 the equation of the streamlines and finds the time of advancement of

SOV/124-58-11-12905
Some' Problems of the Water Flooding of Wells in the Simplest Conditions
the liquid particles. Numerical calculation examples are adduced, and conclusions
based thereon are set forth.
V. N. Nikolayevskiy
Card 2/2

SOV/ 124-58- 10-11344
Tianslation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 10, p 94 (USSR,
AUTHOR: _5ar anovskaya, N.N.
TITLE: Some Comments Regarding Break-through of Water From Injection
Wells to Producing Wells in a Rectilinear, Alternating System of
Wells (Nekotoryye zainechaniya o proryve vody ot nagnetatel'nylch
skvazhin k ekspluatatsionnym v pryan-iolincynoy chereduyushcheygya
batareye)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Neft' i gaz, 1958, Nr 1, pp 87-94
ABSTRACT: In examining the process of water break-through between pumping
and operational wells in a line-flood battery of wells, it is assumed
that water and oil possess identical viscosity, specific gravity, and
permeability. It is noted that the problem is solved by the source-
and-sink method. No derivation is shown for seepage-rate formulae
or for the formula for determination of a point at which the rate of
seepage is equal to zero. Basing his conclusions on an analysis of
the formulae presented, the author contends that the most rational
method of cornpletely converting a line-flood battery of wells into an
Card 1/2 injection systern consists of the following operations: 1) The

Some Comments Regarding Break-through of Water (cont.)
SOV/ 124-58-10-11344
injection wells are caused to operate at their maximum capacity until the boundary
of water expands to a point half-way between two wells; 2) at this stage the yield
of the producing wells is increased while the injjctioq wells continue to operate at
full capacity. The effect of presence of rows of producing wells on the flooding of
the )ine-flood rov., of wells is examined. Examples of computation are given.
V.N. Nikolayevskiy
Card 2/2

SHCHEIZACHEVO' V.N.; BARAIMVSKAYA, N.N.; GOVOROVA, G.L.: GUSMI-ZADR, M.A.
Studies of the department of theoretical mechanics on underground
hydrodymanica and the theory of oil field production. Trudy MI1W1iGP
no.24:122-139 '59. (MIRA 13:3)
(Oil fields-Production methods)

BARANOVSKAYA, N. N., Cand Tech Sci -- (diss) "Hydrodyriami(-. revearch
into t. lie features of the contraction of the petrolij*erosiLy contour
and the principles of water-supplyinL~ of Sroups of wells under the
simplest conditions of a horizontal task." Moscow, 1960. 10 pp; with
graphs; (Ministry of Higher and Secondary Specialist Education RSY""R,
Moscow Order of Labor Red Banner Inst of Petrochemical arid Gas Indus-
try im I. M. Gubkin, Chair of Theoretical Mechanics); 160 copies; price
not giveri; (KL, 17-60, 151)

- B-ARAN-OVS,~~)~A,.,~~N.
Geometry of the plane hydrodynami c f ield of a source *. ~ ~ i,
with different yields. Trudy MIINMUGP no-48:60-66 16.4.
I,, -j
~; An C,

tMOVA-POLYAK, M. B., BARANOVSKAYA,
"Iscinerization of Polynethylenic Hydrocarbons
Under the Influence of Aluminum Chloride -- II.
Isomerization of 1,ethyl Cyclopentane,"
Zhur. Obshch. Khim., 9, No. 5, 1939.
Laboratcry of Organic Chemistry imen-i Academician N. D.
Zelinskiy, I'lloscow State University.
Received 29 June 1938.
Report U-1517, 22 Oct 1951

~
j I
t
10~u,r,titatlvq tim Of from am" quantlues
k7;pm asid =by xnuW;Vad&Prp6M and d=-
H. K. Cerling atid N. V. BaYallovskaYA -
A x4l. Skim. 3, W 1-80 950). -This work is based an that
o( Peters and Weil (C.A. 24.4199, 4442). [a a spr6d
app. (described) were deid. the adsorption of A and Rr on
ChArcoiat tit prrmrrs of 1-1 X 10-3 trim. and lower. and
temps. of -80, -IM. and -)20*. Th~ adsorption of
,hew g-Aws conformed with the Freundlich equation.
The covil. I /m Im A was 1, i.e.. the adsorption ton-
forins, to Henry's law. For Xr, lin wits less than 1.
The dc-,Awptkm) proceeded first along a mmight line and
then of a ve"ain pmsurr it deviated hom it. The AM W
of adxorl.41 X-As that could no? he dc%nrIxrd at I x
W - mm. in"tra-d a% the trinp. drcrra.~L Thu~. for
A it was 0.1 at -VP and at it waq (P.5"t per
X. ol charcoal. For Re at -M)' it was 1.71~ per g' of
charcoal. The A retained on the charcoul wa5 di-wirbed
at +1(X)'. This g-As was rradsorbed and redesortied.
In 3-4 evacuations all of the A was desorbed. Since
Kr was drsorbed with more difficulty, a mr1hod was
%,wkrd out bawd tin cairn. nml confirin"I by eupt. to wp.
A from tanall quantities of Kr. The inixt. is admirlied at
-vwj*. The ad%mbed saws air demwbeil mnd read.
,,orbiril. Thr adsorpt ion and de-,orpt ion is carried on cm -
secutircly in 4 adsorheirs. The ga!w4 retalned in each are
de"_[wd at +1W. The saws are puribed by P3Nsing
over metallic Ca at 650', the chart" is reactivated a(
4(x)*, and the cycle is repeated. By this procedure all of
th~ A is recovered and 99% of the Kr remainS Ad"tx4l.
Xe. it prewnt, remain, wiih the Kr. M- ll~h

USSR/NucleeLr Physics - Krypton, Radio- 21 Feb 51
genic
Search for Radiogenetic Krypton," E. K. Gerling,
N. V. Baranovskaya
"Dok Ak Nauk SSSR" Vol LXXVI, No 6, pp 825, 826
Leipidolite contg Rb isotopes (0.77%) and heavy incrt
gases (0-0987 cc/1,000 9) is found in deposits in the
Altay and Kalbinsk Mountain Range; and Amazonite
contg Rb isotopes (0.44%) and heavy inert gases
(0-371 cc/5,000 9) is found in deposits in Kanozero
(Kan Lake) and Kislaya Varaka. Both of these min-
erals contain less than 5/lo5 cc of Krypton per 1,000
185T100
USSR/Nuclear Physics - Krypton, Radio- 21 Feb 51
genic (Contd)
g. Concerning the Rb method, cf. H. E. Suess, "Phy
Rev" 73, !209, 1948 and Haxel and HoutermanB, "ZS
fur Phys" 124, 705, 1948, Submitted 28 Dec 50 by
Acad P. I. Lukirskiy.
185T100

o LZ.. on the applicallonal the arm r*etw of
n
=fetb
62~=in N, V 1jar"a1V M K. Gerlint, G. 14.
'I. It Tilav. Dog-1.7dy
the
decompn. of KO tar. "inpletcly devii6nstrnittl and the k-
6apture cona. of KO %vuq &I.I. by 2 "sootially different'
rathods, on Rttempt could be made to apolY this new
method of tadiouctivity to detn. of the age of X minerals
from the radiosenic argon rctminukitIng In them during
Scol. thae. A series of K minerals wa% F(tidied, Includin
mlermlint, twavinite, nod lepidolitv. 'Plu, age o the in-
trusimm with which the ininerals xv;:Yt .:-,. vd. was known on
the basis of the Hcor Ph methwk liii~iuadeposswlea
C risen of datn obtainpd hy, :1w argon method Ndth
d7tplaom the other tritthotla. Inonfertod". theageby the
A method, it im3 nccm%ry to kjicnv the A content and the
K eonttnt. The K ontent was drtd. by ordinary chem.
mtthods. To measpre ths A cotittat a weightt] ximple of
the ralneml was litated at 1250' in a quartz tube couttotted
to Oe memring part of the npp. Henting was coutlnued
until evolution of A emsed, from which 8 to 20 hro. were
requirtd . Some I of the minerals melted at this temp.
Preliminary exrots. showed that A from the air did not dif-
fuse In appreciable quantities thrniWi the quarts gLw-
heatetito][300'. TheAwas~utified"dwastheqtnem3wicd
In EL MacLeod imanometer, A mwwsptctromttrk dan.
was matte of the isotopic comini. of 3 -amples of the A.
Mass sp&tratramr are iprog.410 far the A from 1cpWolitc
uY amnaxifte, and the dam Irma th-. A deliks. an talrulated.
Gladys S. U3SL_
0_5

GERLING, N.K., professor-, ZARABOVSKATA, N.Y.
Abundance of xenon and lwypton in meteorites. Mateoritika no.14:113-
117 '560 (Meteorites) (Xenon) (Krypton) (MIaA 10:1)

BAR1-,.(-~,SrAIA, N.V.
Baranovskaya, N.V. , Yu.I. Silin - The Determination of Age by I-leans of the Argon
F-eWoYUTYed`IR~~dtary Rocks.
The Sixth Session of the Cormiittee for Datermin-Ing the Absolute Age of ~;eologic
Formatlons at the Departirent of Geologic -Geographic al Sciences (CGGN) of the
Ulc,"~' Academy of Sciences at Sverdlovsk ill May 1957

GxRLING, )trik Karlovicb. Prinimali uchastlye: YASHCHENKO. M.L.,
starshiy nauchnyy sotrudnik-, YRRMOLIN. G.M., starohly nauchnrf
notrudnik; TIT(YV, N.Ya., mladshiy nAuchnyy notrudnik;
AFANASIYRVA, L.I., mladshiy naucbnyy sotrudnik; KOLITSOVA, T.V.,
mladshiy- nauchnyy sotrudnik; OVCHINNIKOVA, G.V., miadshiy
nauchnyy sotrudnik; SHUKOIYTXOV, Tu.A., m1adshly nauchnyy
sotrudnik-, LEVSKIY, L.K., m1adshiy nauchuyy sotrudnik; MOROZOTA,
K.M., m1adshiy nauchnvy sotrudnik; MATVEYVAb I.I., mladshiy
nauchnyy sotrudnik; BARKAN, V.G., mladahiy nauchnyy sotrudnik;
BARANOVS~AY~,__N.V., m1adshiy nauchnyy sotradnik; VARSHAVSKAYA,
n1adshiy nauc-hnyy sotrudnik-, SERGEYEV, A.N., starshiy
laborant; nWATOV, V.V., starshiy nauchkvy sctrudnik; KRATTS,
K.O., kand.geol.-mineral.nauk, otv.red.; ARON, G.M., red.izd-va;
30CHEY , V.T., tekhn.red.
[Present status of the argon method for age determination and its
use in geology] Sovremennoe sostoianle argonovogo metods. opre-
delaniia vozrasta i ego primonenie v geologii. Moskva, Izd-vo
Akad.nau)c SSSR, 1961. 130 p. (11MA 14:12)
1. Radiyeryy institut im. V.G.Kjjlrpina (for Kubator).
(Geological time) (Radioargen dating)

SURIK, I.Ye,.; BARAI~OVSKAYA.,-.I~.V-;-ZIIIRO'll-4, V.V.; KRYLOV, A.Ya.
Dotermln*g Oe ago of Mignotites by tho holimi method. Diul.
Kom.po opr.ats.vozr.geol.form. no.4:151-159 161. (MIRA 15:1)
(Geological time)
(I-InGnotites)

11.01.1", S.
T151
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L
oticchonii Zapadno
4 .4 Len irl grad.
1 4 lut. Trudy,
no.,
lo ora--
I ow
r n s e L atel
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re i Tyu-
5
Inc"

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I '1 11 1) is 11 14 1) It I~ JD 2 Z) Z124Z '417A 'o Lit V 11 1, 15 1, 11 it J9 C 41 41 0 1, r 0
L I
A AA N (IC OV It
j
fie vffec-t~~f'tjri-~t~i~ -diodiric upon rabies Will A
k,,% .1,(h ---1. 1,14. 1 ., S. 14 40 N.- 1.
-9 1 -,;f 7 z tit I-,ught,li Ilkilit A 14 1'' --h, ,f I tit 1-1011 .90
60 & a, %vil al 4 lo~j w1n. tif I iu aq. KI demit.,y% r4bit %srit~ -00
00 not vul.v III t1121161WI, bill 8,110 ~I)Vll A;ijoltcd davols-
to the brain majs. The u-c of ak. lindum ilf 1 11) -)ulld, -416
0 1 E~opos"l asaprvpliN,la, tic measure. W. A. Prily-, -4110
o
so
000 ~104vp
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of
Fp im,
1, 1.01, In 0 9 It Ilia
~6-0- .0 0 4, ov 00 q *a fe 00 V:: ::00,0000 00*0 0600:0*4669 *0 00 : 0 0 0 0

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w 41 11 Is $4 Is 16 It Ill a Ad Is h
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Certain physical chvmk&l proptirfirs of rabies virus
A. 1Waw%&LAYa,. A. V. % ad-A, S A. KIA%t I, AM)
~1. A. Linnikovs. Ank, sm N,q. X. S. 1,. R..) +4. No
Zil-4 in Fngtih =X1.1 (W:W). - ttahi" vinv% in mAccr.
a 41-1 hisin ti-Ile subjet t I III Ifir actimi of t-thel , VIO
petl4mot ether I. ViOll, tapid1v I.- it
lcmx-. %I, 'd the 111.1
their viluliellee ill stout 10 AW". I be A1,14 All'.) .4 ;11 W)
strn. pressure to the brain mass in a Buchner mwmqn~s,
d6t~ not. effect the vintimce of eitbe-r the filtrate of of the
I-due. W. A, ll,rlr.,i,
It 6 S
re 0
not
too
CIO 0
0 1 It, too
U U A. An L S a Cw 3-
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0 0 0 4
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;IT nass--~- 0- str

Ki terLa Is on flie es -i#-. of hi oirw, I -n I ;t nrdsrul r. in v;
'hie s 'rucnr 'Pn .-npt eold I nAkr,~l,)iol
on ra
1. lz Institutn irr.. Pe -It -I r" 7!i-,F . r t
koi~sul'tant. dokto-, meditsinrl-iki, ~innl. 7.0,

V. G. BhRftN0VSK-AYii, S.A.; SC"I',)V'Yj~V.
Work at the Leningmd Pasteur Station durin;, the -)erirA rf wa* no,t
lilockade and outlook for Dc2sikle vct~vitie,; of t,-(, Sta*!.,).,l in IIQ
-)natwar period. Trudy Len.inst . Poid. i mikroliol . q:?4?-P,;I
10:9)

"Teti" of 0 bqmwcom onlihyd"h his Vaccine.
08. A. BarawyAnva. Trudy h4j. xPidemix mikfobipl.
.TM
JIM., AbO. U4. Alal S.S.S.R,
A 13, 2ft-.141053). Referal. Zhur., Xbhm. 1954. No.
The yieM of hanx how vucctnc incremcs from 15 to
'l. or. of t
Phyaol. of pH 'A lnsttd of 7.'.- i~ imvt a
whm the Yuccine mixt. is thoro"hly raixed b1zlorp mA

BARMOVSKAYA, T. F.
Yor., Departnent of Hospital ll'ediatr~cs, Frdiatrical
I ~'--d i (2a 1 Tn ~ T ". t ~,%' C-
!I
Sollic- :methods of cal-;-~, fLI. the navel", i, 11'sh. i jl-.-~,, 1 ~-,- --- 2

- PMR/ Farm Animals. Domestic Fowls
j.~8fl
Abs Jour: Ref Zhur-Biol., No 5, 1958, 21515
Author Baranovokaya T. I.
Inst
Title The Dependence of Incubating Qualities of Eggs upon
the Age of Hens and Cocks (Zavisimost, inkubatsion-
nykh kachestv yaits ot vozrasta kur i petukhov)
Orig Pub: Izv. Timiryazevsk. s.-kh. akad., 1957, vyp. 1, 161-164
Abstract: The experiment was carried out on hens of the Leghorn
breed of different ages. Each cock covered liens of
various ages. A decrease of the fertilizing capacity
of cocks with a-e was established: when hens were
mated with young cocks, 91.1% of fertilized egga were
obtained; with yearling cocks, 94.5%; with three years
ol(i, 89.6%, witi, five years old, 01.11%. The hichest
fertilization of egGs is observed -in young hens
Card 1/2
112

Far-j;i Animals. Domestic Fowls
Abs Jour: Ref Zhur-Biol., No 5, 1958, 21515
Abstract: in yearling hens - 94.5%, and in 3 year old hens
91.8%. The highest hatchability of chicks was ob-
Uained from young hens - 88.2%, from yearling hens
- 84.1%, from 3 year old hens - 57.8%, considering
the number of fertilized eg.-,s. The vitality of the
embryos depends to a greater extent on Indiv1dual
peculiarities than on the age of the cocks, except
in a case of very old age.
Card 2/2

BARANOVSKAYA, T.N., starshiy nauchnyy sotrudnik
Using an adhesive paste for trapping,todentB in buildings. Gig. i
san. 21 no.9:89-90 S 056. (MIRA 9:10)
1. Is TBentrallnoy nauchno-issledovatellskoy laboratorii gigiyeny
i opidemiologii Hinisterstva putey' soobshcheniya SSSR.
(RATS
control by stick7 mass in buildingq)
(MICE
same)

BARANOVSKAYA, T.N.
.---
Brown rate living outside of buildings. Priroda 45 no.12:114-115
D '56. (MLPA 10:2)
1. Tsentrailnaya nauchno-iseledovatellskaya laboratoriya gigiyeny
I apidemiologii Ministerstva putey soobahcheniya.
(Rate)

BARANOVSKATA, T.N.
- ~Wft~
"-- ~' =Aainst=r~f =d~ent7 by different means of transportation [with
summnry in Znglish]. Zool.zhur. 36 no.5:752-761 My '57.
(MIRA 10:7)
1. TSentrallnnya neuchno-leeledovstellskaya laboratoriya
gigiyeny t epidemiologii MinlaterstvA putey soobahcheniya SSSR.
(Rodentia)

BARANOVSKAIA, V.A. (Baranouskaia,, V.A.)
Changes in the composition of some potato varieties during sftrage.
Vestsi AN B4% Ser. biial. nav. no.2:41-45 161. 0-1124' 14:7)
(POTATOES--STORAGE)

I
I
OVRUTSKAYA, I.Ya.; BARANOVSKAYA, V.A.; "VI ~;., L.!~
Study and improvement of th syot-ems 'or the sterilization of cannad
*'Green peas" and "Strinc beans. - iruay BNIIIPPT no.4-171-15 161.
(MIRA 17:10)

BARANOVSKAYA, VA~
Changes in the Lnerr;cf, ~clujti,.:~t.lojj :!J, I'- tE, t 0 ','F-r if: Lii:-s dari r;g
Lhe prcduction an(i N
I dr,,,d Trudy B' IIFFT ne. i ,-17
32 ` 6 " (MIRA 17,10)

OVRUTSKAYA, I. Ya.,_,p~QEKAY4-V-JL-~-~UCH, L.I.
New methods of sterilization for "Zelenyi goroshek" and "Fasoll
struchkovaia" canned foods. Kona.i. ov.prom. 16 no.4-13-17 Ap 161.
(MIRA 14:3)
1.--Beloruaskiy nauclino-issledovatellskiy institut promyshlennosti
prodovollstv;~nnykh tovarov.
(Foodp* Canned-Sterilization)

BARANOVSKAYA, V.Ya. [Baranouskaia, V.IA.1, vrach
1:
Hypertension. RabJ sial. 38 no.9:21-22 9 '162. (MIRA 1519)
(HYPERTENS10N)

KARPYSflh'V, Ye.S., kand. geo",mirier. nauk; i
BULOVOY , A. It. .1 Ted.
[Geo.-Ioj~y and dfiim~lj G~ologlla i plotlrV. Moohraq 1711 e r g a
Vol-4- 19614. 235 p. (MIDA 18:4)
i. Mc, scow . Vse Lo.,,--a myy proyek tr.D--i zyska-[.e Sk ", -I - luchno-
issledovatelvsk'y jjj,,-~ t. i I~Lj 4"Cildr-juroyekt" imeni ,; y 7 .
W I . a.. 'hilk

BARANOVSKAYA. Ye.N. (Uet'-Izhora).
Glorious ann-Aversary. Med.sestra 16 no-5:32 My '57. (MLRA 10:7)
(KHOUVA, AXASTASIIA VASILIICVNA, 1B87- )
(DELIAGINA, BVGSNI,IA MATVFFVNA, 18B7- )

AL.. lip, et r
Kn s . v xt up - '160 9 3
170,
ni.
T n r, ox y -
1, 0
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PIG(,

NTI,.

e
ea.,3~~ntial
0,_ "L. C L, s L, ti n I, ow of
of staich

fi
t h,,~
vdhic,i av,3
(I a
go n
w i t h.nT.. h e pe.:-I 1 e,e T'urv, w- i~ voList-AS with ring-l
q h- P6,1 a nci 91)i_~,.il ind ni,::!pl,_~ por,~S. The
~1 d ve 3 P, 1, 2
n't I the
loar. is
2/
3
2

U L T I V,~, f f A f M I A t.
~3 v ng
y stroctuxe
I--* riz~ 'Uyl)e in the
~~Icn!-- ti, fascicalpar primary
A! i e A 1. c i -Z 3 1!,) is 7 va 11 1
n fin .e -D. A. ~'Sl4bu-

P6 0 19' ~0'5 SOURCE CODE: UR/0129/66/000/006/0039/0041
UTHOR: ryukhanov, A. A.; Baranovska3a, Z. A.; Bryukhanov, A. Ye.
tORG: Odessa State University (Odessnly gosudai-stvonny unlvoraltot)
NITLE: Rolled structure mid elastic anisotropy of Kover allov
'SOURCE: Yietallovedeniye i ternicheskaya obrabotka inetallov, 'no 6,
11966, 39-4-1
I
,TOPIC TAGS: cold rolling, crystal anisotropy, Young modulus
BSTRACT: The starting material for the inveatigation was a cold rolled
ovar sheet 2 mm thick. Previous X ray study sbowed that in its initial
tate theealloy bad a face centered cubic lattice, with its constant
= 3 .58 A. The density sf Z the alloy, measured by the standard weiEbt
ethod, was 8.92 grams/cm Samples were cut from th -esheet at various
ngles to the direction of 'olling; tho Young modulus'76f those samples
as measured. After measurement 6f tbe-Yo-d-ng Tno-a-ulds-in tbel,initial
tate, the samples were annealed, after which the Young mo .US WaS
It was found that the degree of anisotro 1-6epends on
gain measurel
0
be annealing~temperature. The index a lncr0a.36i--i~~ ~o 00 C, reaches
miu-ElTn-umi-al-ue of 16% and, after annealing at 60006, decreases sharply
Card 1/2 UDC: _~~0.186. 6.620.186-5.66 J2

L 368146-66
ACC NR' AP6019505
o 5.5% and does not change thereafter with higher annealing
emperatDres. Orig. art. has: 2 figures.
B CODE: 11, 20/ SUB14 DATE: none.

BARAITOVSKAYA, Z.11., inzh.
Geomorphological method of studying tectonic fractures. Trudy
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1. Otdel inzhenernoy geologli Vse9oyuznogo proyektno;izyskatel'skogo
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7-huka.
(Geology, Structural)
(Erosion)

~in 20.

L to s i:-- ,~-mary am-nj
-Y the p
.i~t of

nA9A';CVS'Y-`7.9
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(~OSODlitiZdatj 1960.
90 n. tableE.

~ , I., :.\7" " '. 11
BARANOVSKIY, A.A., inzhener (stantaiya Prokhladnaya)
Advanced methods of regulnting train movement where diesel locomotives
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(Railroada--Traffic)

J:-ur
I-IUV, -ur A.G.
Inst K* State
-Y ill
Grig Pub -je'- Kis'-incv,-I:. -in-ti, 1957., TP 4cl-57.
'bstr,
act. F' on cl.m
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incrc:-,s~.~ in tii,~ yici,~ ax' quality 'L),- co.,.n
7
scels) and' latur (`a*inS
tic 4.Loworint7 phasc-) Do, introduction. -- 7".11.

t u
Uy

jl~iOV;XIY, Aleksoadr..-GoreLaimp'TI-Pht_.inzh.; M-IMICH, A.A., inzh., nauchnyy
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po stroit., arkhit. i stroit. materialam, 1960. 214 p.
(MIRA 13:12)
(Transportation, Automotive) (Building materials-Transportation)

BARANOVEKIY, A.; KOHA, K., red.; GAVRIMS, D., tekhn.red.; MOYBROVICH, S.,
[The Ukraine's economy in the seven-year plan] Zkonomiko Ukrainy
v eemiletke. Kiev, Gos.izd-vo polit.lit-ry USSR, 1960. 90 p.
(MIRA 14:3)
(Ukraine--Economic policy)

BARANOVS.KIY A.K.
Tazovo-Norillsk gas pipe 'ne. Stroi. truboprov. 9 no.8:6-9
Ag 164. y (MIRA 17t12)
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proizvodstvennogo komiteta po gazovoy promyshlennosti SSSR.

BABSKIY, Ye.B.~ akademik.-SARANQVSK1Y,__AL.; GANELIN, G.Z.;
ULIYANINSKIY, L.S.; USHAKOVA, I.A.
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(EIECTROCARDIOGRAPHY)

I
?APANOVS','Ty, A. L.
Fnr!--.novr,ki ~rAI "Tho F!o-ql of expancl:ing the culture of rrztr,~s into thc, northl~:e~'-,rn
- - a a - . 1 .1 1
regions of the Ukrrininn SSFII, '11'rudy ZhitomirF~k. !--. -kh. in-tn, Vol. 111, 1949, p. 29-35,
Eibliog: 9 items.
S(~:- F-4630, 16 Sept. 53, (Letopi!z 17-hurnal lnykh Statey, 'No. 23, 1W~9)-

RARA"IMSYTY I A. 11.
Paranovskiv, A, I- "On certt-in nev, bast plants", Tru`y Zhitomirs1z. ~!. -kh. in-ta, Vol. 111,
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SO: IT-4630) 16 Sept. 53, (Letopis 'Zhurnal Inykh Statey, I'D. 23, 1949).