SCIENTIFIC ABSTRACT BARBALATA, S. - BARABANOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103530007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ITOSTINAlflJ, D.; LARN,
rief"n'ria, c ndgnta; !,IARDATJ~T.A, St_
or(!L3j)n
N ew s Constr Buc 16 no.7'75-1 14 IN 164.
1. Head of Construction Site No.601, Tirgu Tju (for Chi
2. C"lil"Ita BY."alch c'r the volllnt~'ry Edl't;-)T-;'il Of!'4"t- '0'
ItrIonstructorill" (for

; I " t : : -~i r- . -, -,. r, -; 1 , -, : !~, ~:, , ", r - i. - ~ ~, 1 .. , - - ~', ~ -I .', ~ - -,
. 1 -114 1 . - I - - .. I I
I ~ -Il v ! I .
, , . I ; - ~ , ' ~ I , ~ !~ 1 :1 , : I ~, 7 : . . ~ 1 1 , I -,' ~ -, 7 "1 ; t 4 ~7-, '
i - - ''. . . , - I ,
,: , - I , ~ : "'l il I
, . ":) " ~ 1. ~ 1 ~ " 1 1 "; -. I , ': - -,, ~ - , ~ I ~,: ~ ~ c ~~ , ~- : i I j . ;
, - 1 -1 .1 1 1 . . i p . . I I ...- I I . - ! I _; -,. I

r., ; , , -, ~ I . I ';her):--he; f ~
,~!! .~ -, ~' ?~ 9 - ',,I -C .~ i; ,1~~ c I- - , -- c : -1 - - ~~ .9 [ 1 1; :-, I -- -, ~
. - 1- ~ I, 1 1.1- , ? t".-
1965- '~ o n ~; t,,- jj-(l- I'l
'4 'i! 16~,
, 11

lAiUi'IA' A St

PF, TH E , 11, , corespondent; Fj,"RAHI I, I,, rorospondent; BARBALATA, St., cur(3:3vondi~nt;
Gi~ETU, Radii, core,~prindn rill ~ DIKA, Dumit.rii, coronq,ondorit.; G:!vrIA,
corespondent; FIc.)rinn corpsp-indent; BACAJAXAII~ Alirel,
f
corespondent
May 1st, the builders repcrt to the party. "onstr B-oc 1-7 no.799:10
30 Ap 165.

EkRl~mLi(;p i,io
Ovul%:,0115 tlcAw~;it. I-lodun trall:;p (1) no. 5 : i-~ (S- 3,~-/ I.Ily 163 .
1. Genpr~ddiruktcx der iI,
Rijeka.

BARBALIG, 1j.
Distribution of epiphytic 13-chens in the terrltory of Zagreb.
Higljona. Beogr. 5 no-6:32B-392 1953.
1. Zavod za farmacautsku botaniku Farmaceutakog fakulteta, u
Zsgrobu.
(LICHENS
distribution In Yugoel.)

BABBALIC, Ljubica
Considerations on the effect of colchicine on certain medicinal
plants. Acts, pharm.jugoel. 5 no.2:83-90 155.
1. Institut fur Pharmazeutische Botanik, Pharmazeutinche Fakultnt,
Zagreb.
(COLCHICINE, effects,
on medicinal plants)
(PLANTS,
medicinal, off. of colchicine)

P!,RFALIC, R.
Zvontnir Jelinovic's Borba za iadranske rru~--- i nieni ekonoms%i Cil-je-y!
(The Stm~-.gle for Adriatic Hal2roads and its Economic Goals); a Look reviev, p. 135.
PU'ORSTVC. Rijeka, Yugoslavia. (Publication on shipbuilding and m erchant
marine; with English and French si =-aries. Incluies a supplement; Bilten
Pomorstva o radu Sindikata radnih-a i sluzI,enika pomorske privrele
111,1,0111111tion b-tIll,tin .),I -t~ho Zlet'lVity Of 4,110 T~Ijjon of "70rkoro
and En -
nloyees in the Marit:brf, Lconony oC Yi1r7oslavla., Vol. 1~-, III-.
!,.'ont'~Iy Liot of !~,:lst Eiiroi~enn ,,-coss~on-

BAM'.,ILIC, R.
CMr ~nmnous tho, barb, Lpealta.
PCUORST70. Riieka, Yuroslavia. (Riblicati-~m on ani mero'-an4l"
marine; with English and French simnaries. Inclii-_!
0 radnika i sluzbenill-a poriorske privrede
Jugoslavije, infomation bulletin onthe activity cf the Union d Workers
and Ermployees in -the MaritbTe Econoiny of Yulgoslavia.) Vol. 13, no. 1,, 1958.
Monthly List of East Euroman Accessions (EEAI) LC, Vol. 8, no. 9, Sept.
i959.
Uncl.

BARBALIS, F, ZE,',ITE, P. 1, ~j 7 )F. A..
1.961,, 237, [Tn Latvi-Ml

3.A:-631~J-Li, P. 1). In Latvian
P. D. -- "BiLdOL;JC~-.1 Proco:~~ wi ilf of ;,;id ~Iorrado))~k in
the 6oil ;~nd Thuir on Mho li~wvq- t J'~~,e. "I-itvilii *%~;riculturbj Academy,
1953. In 1,ttvir-i-n (Di~~cortatiori for tho De.-r.!o of' Gio,didt,to of iL,-rivultiji-al Jcienc(lnt)
0
SO: Izvestiva Ak. Nauk Latviysko:~ SL& Eo. 9 Sept., 1955

P- T I S: 11-UNA" A
"d. Balta amolina audzesana un izmantosana. Riga, Latvijas valsts izdevnieciba,
54 L). (Growth and use of sweet clover)."
Dii Not in DIL
F,- J) 7 C
SO: !onth--,y In-iey of East European Accessicns Vol. 7, no. 4,
April 195F

71

BARBAL18 Petr kand.sellakokhoz.nauk; TAKOBSONS, Tuliy
Oakarovich,,kand.biolog.nauk;.KORETSHO, Te.G., red.;
FROKOFITEVA, L.N., takhn.red.
[White sweet clover in the non-Chernozem zone] Belyi donnik
v nechernozemnoi polose. Moskva, Gos.izd-vo 3ellkhoz.lit-ry,
1960. 52 p. (MM 13:11)
(Sweet clover)

l'-, -, ~ 11 . )),, - .
, , - 1. 1 . / -
. !,-,diny- the perlc-a ,' - : -.-* .:, *- . . C "~ "! " -, ". I . ~Jql-v
- ~~ , r : "'. S-0 1 ~7 . ( ?"IT"A I ~. - .,~ ~
I '. I , ;~ ~ ",~ "-I " ~~!-
I I m ~ -, ., . : . -.:.

BARB Ali, _&B., -
Solberg's sieve as applied to certain evaluations from below.
Dokl,.AN Uz.SSR no-3:7-,9 '59. (MIRA 12-7)
1. Sradneaziatakly goaudaretvennyy universitat im. V.I.Lenina.
Predstavleno akademikom AN UzSSR T.A.Sa sakov7M.
(Sequences (MathematicaT

S/'166/60/000/004/012/012XX
C 11i// C 333
AUTHOR: Barban, M. B.
TITLE: Power- and Trigono-Tietric Series of knalytic 'Functions of
an Integer Argument
PERIODICAL: Izvostiya Akademii nauk Uzbekskoy SSR, SeriyLl fiziko-
matematicheskikh nauk, 1960, No. 49 PP~ 44-51
TEXT: Lemma 1: If
00
f (z) 3- anzn
0
is holomorphic in the circle of radius R and if on the periphery
of the circle there lie only poles, where only one -oole of highest
order k is existing, then it is
(2) lim ~a n1 Rn M Oj I,, = const,
n --> co nk-1
Let the domain TF I be the set of the integer points of the plane
z = x + iy for which jx~ = ~y~ , The set of the integer points for
which max ( jxj , lyl )1:~ r is called the square of radius r. The
set of the points for which max ( Ixt , jyj r is called --ouare
boundarx ,~f radius r.
Card 1 /~--

6/ '1 6(,,;,'60,/OC,O/00,j/0l 2/012XX
C ill/, C 533
Power- and Trigonometric Sler.4ess of Anal~tic Functions of cn Inteeer
Argument
Theorem 1; The domain of the absolute convergence of the series
co
7 an z(n)
0
is the square of radius r, and beyond it eventually points of JT 1,
Here it is
pj , if Oel0non-integer
(5) r 0 , if C40 inteaer and ~zj) for 9C 0 conver.-les
VIC,1, if Y~0 integer and (4) for 0~= Dd 0 diverges,.
is
Here V.0 the abscissa of the absolute convorCence of' the series
00
(4) 7 n ri
0 2 n
Card 2/5

S/166/60/000/004/012/012XX
C ill/ C 333
Power- and Trigonometric Series of Analytic Functions of an Iritei;er
Argument
Let TF be the set of the integer points for which Ix 'I
The sei of the integer points for which y = r, jxj :L r is called
upper side of the square of radius r.. Lower, left and right sides
are similarly defined. It is assumed to correspond:
the series 00 in a nn! n01V-1 to the upper side
7 n
0 2
the series CC) (_,)n a nn! nQ( -1 to the left side
2n
0
00 a n!
the series (_i)rl n n to the lower -,ide
2
0
the series Co ann! n OC -1 to the right side.
7 2n
0
Card 3/5

S/1661/60/000/004/012,/012XX
C 111/ C 333
Power- and Ilrieonomctric Series of Analytic Functic~no of ar. Integer
Argument
Theorem 2: In all points of a side of a square of radius 00 which
do not belong to 7F 1 and TF2 there converge and diverge simultaneous-
ly the series corresponding to this side and the series (5). 1//
Theorem 5 says that the considered power series can be multiplied
term-by-term in the sense of N. A, Fuksman (Ref,4), where the
radius of the square of the absolute convergence of the obtained
product series is not smaller than the sr-nallest radius of conver-
gence of the factors,
Starting from the analogue of the exponential function of N~ P,
Romanov (Ref.1) the author defines the sine and cosine by Euler's
formulas
sin (c,z) = E(c,iz) - E(c,-iz) I Cos (c,Z) -_ E(c,iz) + E(c,-iz)
2i 2
Theorem 4: The series an cos (n, z + z.) converpes simultaneous-
7
n=0
Card 4/5

S/
C 111' C 333
Power- and Trigonometric Series of Analytic Func t 4Lons of an Integer
Argument co
1y with ILn- The series sin(n,z + z0 converges
n=o a n=o
00
simultaneously with n=o n (except the case z -zol where the
sin-series always converges),
The prime in 2 1 denotes that the term n = 2 is omitted,
There are 4 references: 2 Soviet, 1 American and 1 Hungarian.,
ASSOCIATION: Sredneaziatskiy n, - i, gidrometeoroloLicheskiy
institut (Central Asian Scientific Hydrometeorological
Research Institute)
SUBMITTED: May 29, 1950
Card 5/5

GELIMTD, I.M. (Moskva); DYUDENI, N.Ye. (SShA); KIRILLOV, A.A. (14osl-va);
PCDSYM-TIN, V. (Tula); TER-MOTACHAN, M. (Yerevan); KUZIMIN, Yu.I.
(Moskva); VKLI, G. (SSU); FAMEM, D.K. (Leningrad); ARIJOL7D,
V.I. (Moskva); IVANOV, V.P. (San-Karlos, Kaliforniya, SSU);
GRAYE-V, M.I. (Moskva); LKBEDEV, N.A. (Leningrad); LOPSHITS, A.M.
(Moskva); ZHITOMIRSKIY, YA.I.; MITYAGIN, B.S. (Moskva); SKDFETS,
Z.A. (Yaroslavl'); RIANKOE, A. (Yrantsiya); GAVEL, V.V. (Brno,
Chok-hoslovald.va); SOLOMYAK, H.Z. (LeningraO); LEVIII, V.I. (Mosl-va)7
_~~All (Tashkent); FRIDmAN, L.M. (Tula)
Problems. Mat. pros. no-5:253-260 160. (MIRA 13 : 12
(Mathematics-Problems, exercises, etc.)

I . ~. -~-- SSR. Ser, fip.-mt.ftm* no.51,~-
I . (~ ~'- - - -111. i - "
. ; ! ~ -- " : - 4 . .
. , ~.~
I ; IT. T,, - .
:,, .~ ~-- , 'I" lc.~Or , cf )
I ,:. I .

BARBAN, M. B. (Tasbkent, SSSR)
Norrol order of additive arithmetic functions on a set of "displaced"
primle numbers. Acta mat flunF., 12 no.3/4:409-415 161.
1. Predstavlano P. Turanom.

I,!,,r3 mr-fiTillm. rallLc; ol all F.~Valw-lolle.
ji~atciirvitiki imeni V.I.honlunovokogo AN UzSSR.
(Alm-lanches)

BARBAN) M,13.
IU.V.Linnikib "big sieve" ard a limit theorem for the number
of classes of ideals of an imaginary quadratic field. lav.All
SSSR.Ser.m.at, JI-Ag 1 ()2. ('11.1,1L
26 no.4:57,3-580
(Ideals (Algebra)) (Limit theorems (Probability theory))

B A RRAINJ -M I -- B
Letter to the editors Izv, Ali Uz.SM, Ser. fiz..-mat, nauk
no.1-82-83 '63, (MIRA 16: 4)
1. Institut mtematiki imeni V. I, Romanovskogo AN UzSSR,
(calculus)

aAF.BAIT, M.B.
Analogies oll 'Titchmar-sh'5 divisor problem. Vest. LGIT. 1E
no.19-,,5-13 " 6 3 . (MTRA 16:11)

BARBATI, M.B.
"Compactness" of the zeros of a Dirichlet L-series problem of
the complexity of primes and "almost" primes. Doki. A14 17z. SSR
20 no.1:9-10 163. (MIRA 16:0)
1. Institut inatematiki im. V.I.Romanovskogo All Uzbekskoy SSR.
Predstairleno akademikcm LN Uzb4.-qkc,.-.- SS.R T.A.Sa-,,ymsak-ov,,---.
(Numbers, Prime)

BARBAN., M.B, (Tashkent)
"Density" of zeros in Dirichlet iseries and the problem of the
addition of primes and "almost prir,--s." Mat. sbor. 61 T10-4:418-425
Ag 163. (MEHA 16:9)

WiKBAN',t III.B.
Not- on the author's pauer "liew az~--', ic-at] ons ~,f 1 -r
I;bdr, si.eve." Teor. vero Ii.at, i mat...sv,t, no-1:130,133 I (-Z,
(,,-,.-nii

BARBAN, M.B.; LINNIK., Yu.V-; CHUDAKOV, N.G.
Distribution of primes in short progressions mod pn.
Dokl. AN S13SR 154 no-4:751-753 F 164. (MIRA 17:3)
1. Leningradskaye otdeleniye Matematicheskogo instituta im.
V.A. Steklova AN SSSR. 2. Chlen-korrespondent AN SSSR (for
Linnik).

BARBAN, M.B.; VINOGRADCV, A.I.
Number- th eore tic al bas'Ls of the probabd1l.ty theory of numbeirs.
Dokl. AN SSSR 114 no, 3:495,196 Ja t64, (MIRA 17, 5)
2. Institut matEmatiki im. V.I.Romanovskogo AIN UzbSSSR i
Leningradskoye otdelenim Mateiriaticheokogyo ins-,Ltilta im.
V.A.Steklova AN SSSR. Predstavleno akademikom IJI.Vinogradov)ip.

PARBANj M.B. (Tnshkcnt, SSSR)
ber o~' di.v1sors of I'di3placedll twin prime. Taimbers, Acta
Nim
j
mat, Htmg 15 no.3/4~285-288 164.

Ili .
An A:,
n').4:5-1-
Shifting the zero boll"dary of I-functions and its effect o!i t,heir
1; 1 S
1. Tns- I J tut :m + o'ma t J Ieni R "-anc)%,F'-oi7-o AN U,-,SSR.

BARBAN,...M.B,
Mul-,,ipl-'-c;iti-ve functions froyr., , R-uniformily ~Istrib-u-J sequences.
Izv,. AN Uz. SSR, Ser, nauk S n3.;): 1~-19 16~'.
kf f. I I F,:" 1, S " , ~ I
f
I lz-~,
1. ll~.'S--4 tLIt m%tematak-,. imr-n' All L --' '.,

BARBAN, I.S.
Correlation between the contents of capsular forms in the cultures
of Weissensee and Park-Williams 8 strainL3 of Corynebacterium diph-
theriae and their toxin fommtion; electron-.-Acroscopic study. Zhur.
mikrobiol., epid. i im=. 41 no.3:14J+ Mr- 164. (MIRA 17; ia)
1. Permski.y meditsinskiy institut i Perm3kiy institut vaktsin i
syvorotok,,

GUR114OV, V.; SOTAIMIN, S.; BARBAILAZOV, V. (g.Taldy-Kurgan)
To the staxting lines of our Spartakiadal Kryl.rod. 11 no.8:8
Ag 16o. (MIRA 1):8)
1. Zamestitell nachallnika acrokluba po politicheskoy chasti,
C.Bryansk.
(Acron,autics )

P,kRBAII'CIIIK, A.G.; SIVErISEV, Yu.Ya.
L=ediate and late results of combinod resections in gastric
cancer, Kaz. md. zhur. no.2:37-38 Mr-Ap IG'. (11IRLik 15:6)
1.
1. Fakulltetskaya khirurgichoskaya klinika (zav. - I%P.
Vilyanskiy, nauchnyy rulcovoditell onkologichoshop otd('Ieniy-:a -
dotsent IL.I. Kotsorov) Omskogo moditsinskogo irstituta imoni
I.I.I. Kal:'-nina, na baze Oblastnoy klinicheskoy bollnitsy (glavnyy
vrach - K.I. SheUiurdina).
(KOMACII-CAMER) (STC)II-ViCII-CATICEIR)

vrach

r' 7 1
Y,:.-,c. D7

BARB,ANCHIK, Gerbert Fritsevich
(Tea fungus and its medicinal properties] Chairlyi grib i ego
lechebnye avoistva. 2.izd. Oblastnoe knizhnog izd-vo, 1957.
52 p. (1.111LA 12:2)
(ANTIBIOTICS) (FUNGI)

a 9 so it I; IS u is 1* if is it a it 12 20) a J07
00
go
rurnam for XvIIJAs LizbI Hkals and Allays
rvad at th, All Union
000000 0000000: :','*
)IF, ip ii v 1) a it 17 a ip a *I A? At a ace
-00
.00
It -11-IN111-1 1-uk-
.700
ze 0
&o 0
.90
POW 0
L-9
Ito 0
A I M It A &IT At I UP. GIL At LIT f IT A I Ot ((A I SIP ICA TIC N
t
u IV -0 Is -I -Vsi i -~j -0.)
cr tt It OP if Of iF 411 a of Ct ti It x n 1 94 Ono
- - - - - - - - - -! - - --- - - - - - - - - - - - - - - - - -

/9
Translation from: Referativnyy zhurn,~I, Met,illurgiv,,, 195 Nr p ~t, 1~ ..R)
AUTHORS: Morachevskiy, Yu V., Barbanel' , D G
T IT I- E: Ch the Method of Colorinietric Dett:rmination ot Sm--.11
of Antimony in Copper-b--,e Alloy, (K nietodike
opredeleniya malykh ,,oderzh,-,niy ~tjr*mv v ~pl '.,akh ii,~
osliove)
PERIODICAL: Uch. zap. LGU, 1957, N'r 211, pp 611- 7-'
ABSTRACT: A survey of methods for the determination of Sb in Cu- ba-c
alloys, Sb is separated from accompanying elements by meari~ ol
co-sedimentation in which Fe(OH) -; , MnO'. Ag and H)SnOj -~-t
employed as collectors. Less freauently employed i,_ the mtlh(-~d
of extraction of various Sb complcxe_- by means of oro~ni(-
as well as the method of eliminating the Sb by mean-- of h~lici, -
Colorimetr;c methodS of deterrnin~tion of Sb ~jr~f dividcd 'n,o
groups: formation of a colored iod"de complex (Sb14 ) , compuu.-(I
of Sb with rhodamine And methvl iolet ~1'%M) , nd Ihe 1-11(~Thocl ( I
employing antimony to reduce a pho.:phoroLi-~,-n-iolybde,-iui-i-i comp'lk
until molybdenum blue is nhtaineci M()~l -4, ClIr'.1. ~ nt T110 hn--

13 7 - i
To the Method of Colorimetric Detern-iiii,itio!I i( ow )
Sensitivity of the method i-s .0, 1 X Sb in i ml A- tor the p:e~in-i
inarv separ~ition of Sb, theAutho, li,ivk- rc~t~hc(! !hv TIP
conclusions: 1) in the -eciimentation proccz:- ci Sb. the ~nri,,-_n-,~!-r_
amount of the collector material, MnO-,. -Aa. may bc reaul-ed -,c)-.,
0
fold as compared with the te(hniqLie ind"it aled in GOSI 0!1
version to Milo only 0 0 15 j, Cire llc t'ded; I I ! 11 (' 1, 1 t, I ttI
co- sedimentation of Sb w,,th M no-) Ag aM()UT-,' 01
also deposited which results in ve~kenino ot the SbC,~' Cc 1,
ation; 3) the method of sep,.r.--0ion emplov,T-19rn e, n TI: C - 10
which is colorimetrically determIned ~,-Oh the .,d ct RM
excellent results. The act-ui cy of ffic inethoa i~ I)p!oxini 1~
0.0002 percent.
1. Antimony-Determination 2. Colorimetry-ADDlications
Card 2/2

BARBAML' D.G.; VERONINA, N-I.
-
Sorption of antimony by ion exchangers and its separation .-from
coppers Uche zape LGU no.297:20-25 '60. (MIRA 1):11)
(Antimony)

for.the'-quantitative- &terminatiorto a ement
lxdit 4 .1964 92*45.
dium Asparat oh~ i6plum:ihrcmt raphyt anLon exchw*iR
''09
Lin on -a-Cll na f ahion exchan re
ABSTRACT 11;Irptiali id 0 0 ge sin
-va wtoirs Mal..
i. iiid~i6 e, Iu "d d":1or~'seal6nd
Wrimuts y-- -d6ve qp-,-an~lytic meth

S'~ V/2 2 --.7
Translation from: Referativnyy 2hurnal. 'Ir -1-2, p 1~~)
(USSR)
AUTHORS; Sakharov, llu',V., Barbaneli, R.I., Sclov'-"eva,
TITLE: The Effects of Modification on the Heat Resistance of the D16" A.-LU-
- minuri Allp_y -11
PERIODICAL: Sb. nauchn. tr. nauchno-teklin. o--va tsvetn. :,letallurr-i",
in-t tsvetn. met. i zolota, 1958, Nr 29, pj-
ABSTRACT: The authors state the results of a comparative investigation of
the properties of the D16 alloy, and -:odified Ivit",
Ti (0-03'i,) ill the -L'orm of Al-alloy with 5'/0 Ti.) in bars o-"' 585 Inalli
in diameter, manufactured by the semi-continijous castinj~ method,
The alloy was tested in the follOW4 np-, z~t:,tteo; cast without heat
treatment. after diffusion annealing (at 4`95 0C for 12 hours),
0
after stabilization (at 300 C for 100 hours aftr~r pressin,'~
C. ~
hardenin- (at -)00()C) and anneali~,.-. The tost.2 on durable stren-th
0

SOV/123-59-12-47280
The Effects of Modification on the Heat Resistance of the D16 Aluminum Alloy
in the direction from the periphery to the center of the bars, which.. evidently,
is connected with the distribution of shrinkage defects. The i:wdification 1."ith
Ti, resulting in a considerable breaking up of the grains, led at the same time
to a drop in DS of the cast crude alloy. The DS of the pressed and heat-treated
alloy slightly increased as a result of iiiodification. 7 fic~'Ires; 4 references.
0. SAL
Card 2/2

RARBANBLI, R.:'inzh.; STOKLITSKIT, L., inzh.
Aluminum elements for heat exchangers. Khol. tekh. 35 no.4:66-67
Jl-Ag 158. (MIU. 11: 10)
(Heat exchangers) (Aluminum)

2 1
v i~ b e ~ e v
TITLE: Flat-Rolled Aluminum Pipes
a1yuminiyevyye trubO
PERIODICAL- vtomaticheskEiya 1, p
ABSTRACT: This article reports on experience in ',I.e prcr~,uction
and assembly of flat-roliel ~iluaiinum pipes by ::"O*.hc]s
worked out by the Experimen'.Q] DesiCn Office ~..nd ',he 7n--
stitute of Electric 'UaldinC ~imeni Yo,O.
_. I . .. I ! r
technologict,1 process
castint, of roli;id, hollow, 111t,oti- -~: ".11 i~n
inner diameter equ-il t,,-) the 141.un(~tcr :) f t 1: e r~ --" T.; ee
C aSt 7",
C S i, f " i -_ es n: e a i - e d, v; i ~ h Si n d I r~ C. 11
,4nd talc The int;ol is heated ard rol-led into , i s I v c e
as thick as the future p1pe. Surplus ii',~iterial on t h e e dc-
is cut off, and thL slub is, rolied u,.); c re~tdv for
use. A lar-e consienmen-. of p",es rrcp-_--~ :,ut Of
aluminum 'D-1. The ts 7 ,7i
diameter of l')0 mm, an ~11,11i:~eter .-0
Card 1/3 cizt into Diec's 2000-l"',O'C) in p r e p a n

25(l)
Flat-Rolled Aluminum P-,L)os
"T
of '-Sm 'h4ck and 4-) 'i',
a pressur.~' 04 Itm, 1
S e S
Tile breakir,6
29-12 atm, with s i 2 C)
secure the pipo~ s s!:re.-,L~th; -J~.--Li must E e s
stronger thar. the s i d e s Tl,,c-. roll,~d e c. e a
th e f o 11 ow inE qua 1 1 e s b r e ak. i nC p o i, t 1 -1 'D W
1 i Irl i- t 7 - 5 - 14 k m m r e I a t e t c 111 2 c c 3 r d
inC to SU .),l. '~-. '1 11 4 n for
~ -70 of -L he i.i,!ne,*" t~--L. -1.
Oil lnstallati;jns)~ t"), o~ su~-lj r e 2
considerabl., easjer ;ril L:teel
pipeLi~ It v;i~s found out that. i--4pes te-sted
-well, but -.-.-hen i2sed in nlkbline -,)il~-,es must, be
insu!L~ted on ti-.e outside. TL~S ::~e*~!-,Ol~ worked! Dut by
1.G. ',,artyno,,,, R.I. n d
L.i,. Stok-litsk4y,
Card 2/5 Lebedev a n

2 1
1. ltit-Piulled Alunninum Pipe~,--~
A.D. IvL-,.nov. There !Ire tv.-o sets. of pholos. one
one t!lblo ~,Ind :,ix
S'SOCIATICITT: Opytno-konstruktDrSkoye byuro
_q u _,o oblastno-o
sovnark-hoza DesiCnLng fffice of the
Moscow oblastl Council of -c-;! Ins"Ltut
elektrosvarki imeni Ye. 0. Patonn, USS7~~ T11-
stitute of Electric Weldinc imena' Ye.0 --aton of -I'S Uk,rSSR)'-
U B INI I 2TEE D October 22, 1958
Card 5/5

86689
S/136/60/000/012/009/010
E!93/L'183
AUTHORS: Barbanel R. I. , and Yormanolk, M. Z
TITLE: Investigation of Stresses Durin.g Extrusion of Ribbed
Alu.minium Alloy Components
PERIODICAL: Tsvetnyye metally, 1960~ N11o. 12, pp. 74-80
TEXT: For both technical and economic reasons7 extrusion is
U
widely employed in the manufacture of ribbed components used in the
aircraft and allied industries. The cross-section of some
The object of t'
comDonents of this type is illustrated below. tie
present investigation vras to determine tne parameters required for
analytical determination of the extrusion pressure for the case of
a non-cylindrical (rectangular) contai,-.er ,nd e.~,perir.,,entally to
check the validity of the theoretical formula derived. "he
U -
extrusion Dressure, P, for the case of a rectangular contalrer, can
be calculated frori a formula due to Prol.'esso-1, I.L. Perlin (Ref, 2).
L/
Card 1/7

86689
S/136/60/000/012/0001/010
B193/EI83
Investigation of Stresses During Extrusicn of Ribbed AlumJnium Alloy
u u
Components
Fig. 1 T T
I -r T--I -
T T T
T T -X---M-
-T m - -T.
T T -T- - -T~ -
-r
Plic.
Card 2/7

86689
S/136/60/000/012/009/010
3193/E183
Investigation of Stresses During Extrusion of Ribbed Aluminium. Alloy
Components
For a rectangular container with radiused edges, which was used by
the present authors, this formula becomes:
P 2[-nr +(a 2r)] Lst Kkp + [7tr2 + (a - 2r).2r]- 1n
.(K + P-M-S ) + F -Y'fN*Sd.k
s in a m c d.c k.p (la)
The unknown quantities in this formula include Y-kp (stress, kg/mm2'
due to friction between the extruded metal and the container walls),
Sd.c (the mean value of the resistance to deformation, kg/mm2, of
the extruded metal in the deformation region), and Sd.k
(resistance to deformation of the extruded metal after leaving the
deformation region). However, the present authors show that the
formula given above can be used only for the values of Sd
(resistance to deformation in the various cross-sections of
Card 3/7

86689
S/136/60/000/012/009/010
R193/3183
Investigation of Stresses During Extrusion of Ribbed AlumiLnium
Alloy Components
the deformation region) known. These can be determined from the
true stress/strain diagram constructed from experimentally
determined load/strain curves for a given material. However, the
values of Sd, determined in this manner, can be used in formula
(1a) only if the duration of the deformation process during the
tensile tests is equal to the durationg -rd5 deformation during
extrusion. To calculate -rd it is necessary to know the volume,
V1 of the deformation region of the extruded component, and the
present authors derived a formula for V for the case of thin
strip extruded from a rectangular container:
2
V 3tb, a (2a)
6 2
where a2 is the width of the extruded strip and bl is the
thickness of the extrusion billet. All other relevant parameters
of the extrusion process and the tensile tests being known, the
present authors were able to calculate the correct rate of strain
Card 4/7

86689
s/i36/6o/ooo/oi2/oo9/olo
3193/E183
Investigation of Stresses During Extrusion of Ribbed Aluminium
Alloy Components
to be used during tensile tests, from the results of which the true
stress/deformation diagrams were constructed for the aluminium.
alloy A16 MO~ deformed at 350, 400 and 450 OC. Unfortunately,
only values of Sd.H (resistance to deformation of metal that has
just entered the deformation region) could be determined directly
from these diagrams. It was found) however, by application of the
method of minimum squares, that the diagrams could be represented
with sufficient degree of accuracy in the form of straight curves~
from which the values of Sd.c and Sd.k could be found by
extrapolation. In addition, the values of Sd.c were calculated
with the aid of formulae derived by several other workers. Since
these calculations gave widely differing results, it was decided
to check experimentally which of the formulae used gave the most
accurate results. To this end, the alloy D16 was extruded in
the form of rod, with the aid of a cylindrical container and a
conical die (m = 650), the extrusion pressure, P, was measuredt
Card 5/7

86689
s/116/60/000/012/009/010
B19 /E183
Investigation of Stresses During Extrusion of Ribbed Aluminium
Alloy Components
and from the values of P, the magnitude of Sd.o was determined
for various extrusion conditions. The values of Sd.c obtained in
this manner were much lower than any calculated from the true
stress/deformation diagrams~ approaching most closely those
obtained with the aid of a formula due to I.L. Perlin (Ref.6).
In the final stage of the present investigation, the magnitude of
P in extruding three types of ribbed components was determined
experimentally. The values obtained were considerably lower than
those calculated with the aid of formula (la), in -which the values
Of Sd.c and Kkp , determined from data on extrusion of rods
from a cylindrical container, were used. This discrepancy was
found to be due to the fact that the calculated values of Kkp
were considerably higher than its true magnitude. 'When correct
values of Kkp (determined directly from data on extrusion of
ribbed components) were used in formula (la), the difference
Card 6/7

86689
S/136/6o/000/012/00q,/010
H193/E183
Investigation of Stresses During hbftrusion of Ribbed Aluminium
Alloy Components
between the calculated and factual magnitude of P was only 21%.
The general conclusion reached was that if the magnitude of Sd.c
and Kkp for a given alloy is determined experimentally, the
extrusion pressure can be calculated with sufficient accuracy
with the aid of formula (1a).
There are 5 figures, 4 tables and 8 Soviet references.
V1\
Card 7/7

5/806/6Z/000/003/018/018
AU:.rHOR: Barbanell, R. I.
TITLE: The heating in air-convoction furnacos and proportion of quench-
hardened intermediate aluminum -alloy products.
SOLIRCE: Akaden-iiya nauk SSSR. histitut n-ictallurgii. Issledovaniye splavov
tsvetnykh metallov. no.3. 1962, 204-?-1?.
TE;XT: The paper examines the furnace-design features required to fulfill the
pr'ime process requirement, namely, an accurate maintenance of a desired tempera-
ture (T) regime, in forced-draft electric furnaces used for the pre-quench heating
of Al-alloy parts. (1) Longitudinal T gradien . Elementary considerations show that
an appreciable longitudinal T gradient is created by the conductive heat losses
through the furnace walls; an arrangement is proposed in which the hot air flows in
a narrow space between the wall and an inner duct and then returns in counterflow
through the inner duct. Other heat losses are due to leakage, primarily inward
leakage of cold air upstream of the blowers. Optimal switching arrangements are
listed (triangle-star, parallel-in-series, double - s tar- triangle) to obtain the most
accurate possible T regulation in a furnace. (2) The heatin and coolin of con-
vection furnaces. Convection furnaces afford a slower heating rate than ~_altpeter
baths, because the heat-transfer coefficient from air to metal is small, even with
elevated airspeeds. The increased heating time may result ir! unfavorable
Card 1/2

The heating in air-convection furnaces ... S/806/62/000/003/018/018
recrystallization and diffusion processes, for example, in cladded sheet material or
in hot-extruded parts that depend on the additional strength afforded by the press
effect. Some time saving and improvement in efficiency may be obtained by suitable
design of speedy transportation of heated parts to the quenching apparatus. (3)
Qualit of parts pre-quench-heated in convection furnaces. Thin par"s are sub-
stantially weakened in Z hrs of heating, more so in 4 lirs, when practically the entire
press-effect is lost. In thick parts the press-effect is more persistent. The heating
time depends on both the thickiiess of the parts and the total charge. The tensile
strength of the Z16 (D16) alloy is about the same in air heating and saltpeter-bath
heating, but air heating lowers the yield limit of the material by I to 1.5 units, which
may be attributed to an increase in grain size. In the B95 (V95) alloy air heating
improves both the strength and the plasticity characteristics, provided the trans-
portation to the quenching bath and quenching rate itself are accomplished at very
high speed. To ensure unimpaired corrosion resistance of air-heated parts, it is
important that the quenching solution contain 0.2-O.Z50/o potassim-1-1 bichron-late as a
degreaser. The intercrystalline-corrosion tendency is much reduced in air-heated
parts as compared with s altpe te r- bath- heated parts, especially if the quench-
immersion rate is increased from 0.6 to 0.9 m/sec. The same applies to stress-
corrosion cracking. There are 4 figures; no tables or references.
ASSOGIATION- None given.
Card 2/2

'ACCESSION NR: AP4037201 S/0125/64/0001005/0080/0082
AUTHOR: Kirpa, I. G. (Engineer, Moscow); Barbanel', R. 1. (Candidate of
technical sciences, Moscow); Stbklitakiy, L. I. (Engineer, Moscow)
TITLE: Experience with manufacturing heat exchangers by c6ld roll welding
SOURCE: Avtomaticheskaya evarka, no. 5, 1964, 80-82
TOPIC TAGS: welding, aluminum welding, roll welding j, cold roll welding,
aluminum evaporator welding, aluminum condenser weldipg, refrigerator heat
exchanger welding
~ABSTRACT: Until a short time ago, refrigerator evaporators were manufactured
from stainlee a steel by stamping half -channels in two blanks and subsequently
resistance -welding them together along the channel contours. This method
involved much labor and required large amounts (5 kg of lKh18N9 steel per
evaporator) of steel "containing highly critical nic kel, " Condensers were
Card 112
............

ACCESSION NR: AP4037201
.manufactured from "critical copper tubing. " A "new" process for manufacturing
evaporators and condensers is described in which two aluminum blank sheets with
a masking pattern on one of them are cold -roll -welded together, and the channels
are subsequently blown by 80..100-atm water pressure; the aluminum surfaces to
.be welded are roughened by metal bruv3hing. A one-shot reduction of 75% and a 1
!pressure of 20-25 kg/mm4 were used in rolling the sheets on a two-rhigh mill with.,
:600-mm rolls and a rolling siteed of 0. 5 m/sec. Welds strengthened by annealing
at .500C for 1. 5 hours could eland a test pressure of 25-55 atm. Orig. arts has:
i 2 figures.
"ASSOCIATION: none
SUBMITTED: 25Jan64 DATE ACQ, 05Jun64 ENCL: 00
SUB CODE: MR NO REF SOV: 002 OTHER: 000
,Card

L 25641-65-
AP50033751:
ACCESSION-NR.
width. Theoretical y1sis and experiments resulted in a multilayer design of
flat containers. A four-leyer container. was fo,,md to have the lowest stress level
0 --1A5 relative to yield strength. The. containers
with a safety factor:'f 1 10
.:operate under' stresses approacbing the yield strength, which cause some residual
deformation. The s rvi6e life of the inner container linings (1000-2000. extru-".-
e
s Ori for: lot
i S)is acceptable Production. It can be prolonged by the :use of stronge
steels an d improved desijp. High-Btrength alimduuwn alloys. should be preheated for
r- '-asymmetric panels should be pro-
extrusion, e.g.' to 42o__h6oC for b16 alloy. . Ve'-j:
vided with additional Lf&.Lse ribs-~(which are laterremoved by machining) to prevent
~tvisting. Thin-web panels with massive ribs twist dtrring heat, treatment and there-
fore should be extruded -,rrom nonheat-treat able alloys. A minimum web' thickness of
3-4 mm is permissible iii extrusion with-medium-size 'oresses, and 4-5 mm with larV
presses. Panels extrudel from flat'~contaiuers have a slight anisotropy of mechani-
cal properties consideralply. lesi than permitted by rp-,-ci ft cations. The:V95T_1
alloy panels had a tensile strength of 55.-and 52 kg/mn2
,.and an elongation of 6 and
4% in the longitudinal eAd transverse directions,-reap?ctivelyi Extruded panels
have a sati sfactory flathess -with I a longitu'dinal camber of up to 1 mper me Iter,~-a-.
transverse camber of.0.3,(-0.1% of the panel width, tuid a.maximum curvature in the
horizontal plane of: I mm'per meter. Orig. art. has., 5 figure (M83
Card 2/3

BARBANKL'I, RJ. - YETI-9110K, M.Z.
Technalcgie;all features in the prad-a~;'Uon of p5nels eztrudcd
frc~v a flftt -,Cntainer. rSvet.. met, 38 Ja t64~~'
(M I RA 18 2 2 )

DRITS, M.Ye., doktor tckhn. nauk, otv. red.;
ahadernik., red.; h---LOV, A.F.: ~aoklor
DO:-jAa'KIN, V.I., dokto~. tekhi.. mi-.ik,
Cioktor tekhn. naidr, red.; FRID1." ciuktor 'Lekl:i,-
nauk, red.; SVIDERSKAYA, Z.A., rkand. iek~m. nauk, red.;
YELAGIN, V.I., kand. teirlm. nauk, red.;
lcanci. teklin. nauk" STA.~C'V,
red.; KADANER, L.S.,
red.; CIM"NOV, A.N., red.
[1~.otalloi:rapliy of light ',.etallevc~luiii- le1c.,kikh ClAa-
vov. 1.11cskva, Nauka, 1965. 226 p. (1..IRA 2E:10)
1. lv',oscow. Institut meta-lurgii.

ANDMEG, G.F.; BARIIANEL!--&R
ANOMOMEMOM,
[Assembling and equipping a motion-picture proJectorj. Montazh i
oborudovanie kinoustanovok. Izd. 2--a. Moskva, Iskusstvo, 1954,
408 p. (192A 8:3D)

BARBANEL', Simon Rafallovich; SYSYMOMr. L.O., redaktor; AMKSANDROV. V.I.,
toklinichoskiy redaktor; V016YNTSWA, V.A., tokhnichookly redaktor.
[Repair of motion-picture projectors] Remont kinoproektatonnoi
apparatury. Koskva, Gos.i%d-vo "Iskusetvow, 1955. 266 p.
(Hotion-pleture projectora) (HLRA 9:5)

TIARBA Lo, S.R.
~ ,
Influence of the wear of a phonogram on its basic characteristics.
Trudy LIKI nD.3:41-51 '55. (MLRA 9:8)
1. KELfedra z-rukotekhniki.
(Sound-Recording and reproducing)

SOV! 1 12-.59 - 3- 6168
Translation from: Referativni), zhurnal. Eleb.'r.,tekhniha., 1959: Wr 3. p 278 (USSR)
AUTHOR: Burgov, V, A., Tsirulina.. Z. V... Se-edinski-,,,. A. ard
Barbanel', S. R.
TITJ ;"-. Light .-Modulating System With a Ribbc7, Oscillograp)-.. for Sn,__!~d
?hototranscribing 'Svetomoduliru_VL~ShChava sistema s ler-tochrym
ostsillografom dlya fotograficheskoy zapisi Iperezapist) zvuka'~
PERT.ODICAL: Tr. Ler-ingr. in-ta kinoinzhenerov, 1956. N- 4: pp 5 -16
ABSTRACT: A light -mo&lating systern wiiIi a pe- mare,.t..ina net ribbor oscillo
1 9
graph is described Nvhich is irte.:-.ded for phototranscribirg soLrd by the methads
of variable dersity ard variable area, stardard, co-u-ifer -phase, and "positive.
in the variable.-area recording, the recording dot is fcrmed by projecting the
illuminated mechanical sl--;t upon the film, together -Mtli t~.e oscillograph ribbon
and the noise- suppressing shutter. Tr) make a var-.able dens`ty recording, the
oscillograph ard thE! -noise-suppressing shutter m-,.,st be tI.Tned bv 90' and
Card 1/3

SOV! 112 -;;9 --3.-6168
Light -Modulating System With a Ribbon OsciAlograph for Sc,_.~~.d Pli,-~otranscr'bir.g
focused in the plane cf tb.e inlet pupil cf tl-~e c\-1-*..--.d~--ca) lers. The csc'llograpl-
ribbor made of "ko!'chug" alumim~m 0. 17 -mm -wide, 0 ~ 0 1 -mm th-iek, and
18-mm long ';ts vib::ating part) is spawned w a f.-ame a tersion of 40 g.
The ribbon natural frei~iencv is 8 hc,-, tl-~e :respcF--.-e cLrve falls off bN, 2 db at a
distance of 10 kc which is ensured by an electromagnetic damp-'.77.g of the ribbon.
To ensure the rnax-"mvrn pcss,.ble fl-,--.x density in an air gap w-'ItH the rnirim-urn
size of tl-~e ma gr.et.;c cf.rci~lt, permanert ~n-.gnets are made from ''magnJko,
and the role pieces from "perrnend~_Lr. " The gap fl-,:-x der.1,9ity i~ 28,000 gaL'Ss,
gav length... 18 mms gap (.epth 1. 5 mm, ard gap NvAt'l 4s 0. 3 -nm. The ribbon
functions under ccyr5tar~t-voltage c,,'-ditiDrs ,vhich a-e F:eci-.red bv the -:se of a
deep -feedback amplifier -:*-n the, :kAp~..t Ftage. Tl--e responFe of
the ribbDn o-sc;.,Llograp~.. is t!-~ 10 k(. mvith a bl--p at tlie 7 kc
rot exceedmg--2.5 d:). TY.e arnpll'tbde cYaracte_ristic take-r; at I ke 's also
lir.ear. The ribbor. tesfsta-.ce at. AF ~-; 0. 75 c, -, e.,,t coriqi.,.med b%r
Card 2!3

SOV/ 112-59 - 3-6168
1
Light -Modulating System With a Ribbon Oscillograph for Sound Phototranscr;bing
the ribbon at I kc and 10070 modulation is 80 ma; the power consurned is 4.5
mw. The above-described modulator was built by the Leningradskiv institut
kinoinzhenerov (Leningrad institute of Cinema Engineers) join-t1v with
Tsentral'noye konstruktorskoye byuro (Central Design Bureau),
S. D. K.
Card 3/3

BARBAM'. Simon Raf)ilovich; &&g UZI. Solomon Rafailovich: KOROLXV,
Nikolay Rikhaylovich; SOLOXONIK, A-r-on-Vul7Yo--vi-r-.E-,--To~YKIN, Mikhail
Vullfovich; PROVORNOV, S.M.. kand.tekhn.nauk, red.; EYSTMONT, L.O.,
red.; MALEK, Z.N., tekhn.red.
[Motion-picture"Projection] KinoproektBionnaia tekhnika. Pod
obshchei red. S.M.Provornova. Mcskva, GoB.izd-vo "Isk-asstvo,"
1958. 517 p. (MIRA 12:3)
(Notion-picture projection)

AIII)MEG., Georgiy Ferdinandovich; BARBAIIELI, Solor~on Rafailovich;
KACHUHIN, Illya Konstantin ~-vic~h;__M~ ~,v. ~.,re ~.;
TUMANOVSKIT, R.F.p telchn, red,
[Equipment of wide-screen motion-picture theaters] Tekhnika
shirokoehranny3ch kinoteatrov. N'oskva, Goo.izd-vo "Iskusstvo,"
1961. 163 P. (MIRA 15:1)
(Motior-picture theaters-Equipment and supplies)
(Motion-picture projectors)

ANDEREG, Georgiy Fardinandovich; BMAIIELI. Solomon Rafailovich;
FOMIN, A. , red.; PEREGUDOVAT-14.-,-t-ek-h-n.--r-e-cT-.-
[Motion-picture theater equipment] Oborudovanie kino-
teatrov. Moskva, Iskusstvo, 1962. 483 p. (MIRA 16:4)
(Motion-picture theaters--Equipmnt ftnd supplies)

BARBANELI, S.R.; MELIK-STEPANi_p~], A.*,I.,, SOWIMONIK, A.V.
Investigating the worw coefltc:ient of the speed stabilizers
of sound reproducinf- syqt(,fns, TrIlCly L1KT no.8,3-12 t62.
(MIRA 16-6)
1. Kafedra kinofotoapparatury Leningradskogo instituta
kinoinzhenerov.
(Sound-Recording and reproducing)
(Motion-picture projectors-Testing)

BARDAITEL90 S.R.; PERTSEV, S.M.
Device for a semiautomtic plotting of the vibration graphs
of objects photograptmd on motion-picture films. Trudy LIKI
no.M7-23 162. (MIRA 16:6)
1. Kafedra kinofotoapparatury -Leningradskogo instituta kino-
fotoinzhenerov.
(Motion-picture photography--Equipment and supplies)

L
'YA
A; f-, for
,ii arin

ANDEREG, Georgiy Potdinandovich; BARBANEL, Solomon Rafailovich;
KACHURIN, I.K., red.; ~bRSHCHFVSKAYA, S.I., red.;*
LEVONEVSK&A, L.G., tekhn. red.
[Handbook on the equipment of motion-picture theaters]
Spravochnaia kniga po tekhnike kinoustanovok. Leningrad,
Lenizdat, 1964. 479 p. (MIRA 17:2)

ya 7-
-f
1. Tnztitlit.
konstrul,t3ri3kcye Ile V
zapsmy'kh

Yhy~;ica!-Cneirdcal Analysis, Pha-,~e Trg-asitio"Is.
A~,_c J,-ar: Referat. nurpal D-imiya, TTC, 3, 1958, 71-23.
: r C M Lo n -%r
S.M. Ariya, Kan Rho-yn., Yu. gi o
----------
Tft'_,~ Dit'ImlDir of Strorktiom. Arsenide Sr,7ASL,- Foanwtlon-
I
Oxig o*,'sh,--". khimii, 1957, 271 1-10 7~ 1743-7,745.
S-r As "I) ms Prepared by the interactionof Vne components
at 1
'WIi-Okin an evaauated gla3s tifoe and it was homogeaized at
9000 later. The pressure of A,-3 vapors on preparations of var-
ions composition was investigated by Khudseals effusion me-
thod. The va-Por pressure is minirram on I and it rises With
parations . The I formatio-a
tbi~ r1se of JCs percentage in the pre-
ent~alpy vas determined from the data on i solubility in hydro-
chloric acid and on entbalpy nagnitude of I interaction vith
cal~,d l/P -11-

KOLBIILA, Ye.M. [deceased]; BARBAITY11, Yu.A.; KAZAROVA, ma.; ARIYA, S.m.
Thermodynamics of lower cobalt sulfides. Vest. TLU 15 no.4:122-129
16o. ( MI RA 13: 2 )
(Cobalt sulf-Ide) (Thermodynamics)

STARR, I-Ye.; BARBANEL', Yu.A.
Some regularities of chemical interaction expreE5ed hy the law ~__f
mass action. Dokl. AN SSSR 140 no.3:644-647 6 161. (1-111FU 24: 9)
1. Radiyevyy institut im. V.G.Khlopina AN SSSR. 2. Cheln-korrespon-
dent A14 SSSR (for Starik). -
(Chemical reaction--Conditions and laws)

STARIKO I.Ye.; BARBANELI, Yu.A.
Certain functions characterizing the state of a substance in
volution. Dokl. AN SSSR 146 no.6:1)52-1355 0 162. (MIRA -15!10)
1. Chlen-korrespondent Ali SSSR (for Starik),
(Solution (Chemistry))

BARBANEL', Yu.A.
Diagram of the relative reaction yield as a means of the
physicochemical analysia of solutions. Zhur. neorg. khim.
9 no.2;1+37-446 F164. (MIRA 17:2)

BARABANOV, Anatoliy
1n the land of ice amor (conclusion). Grazhd.av, 18 no.11:20-22
III I C1 ~ WIRA 15:2)
(Antartic regions--Aerial exploration)

H;JUiB.-kEOV, Anatoliy Tikhonovich, pilot, komandir korablya LJ--2
In the land with icy anaor- Gra:.Jid.av. 18 no.9:23-25 3 161.
(1,11HA 14:(/`)
(Antarotio regiono)

BARABANOV, Anatoliy
In the land of placial armor. Grazhd.av. 18 no.12:26-28 J '61.
O"IFA
(Antarctic ref-ions-Russian explorations)

lk
S /,j
Dc)~'
AUTHOR: Barab anov, Anatoliy, Polar pilo-,
TITLE-. In
PERIODICAL: 3--aEhdanskai,ra aviatsiya, no, 1'. 1961,
TEXT. This popular article.. subtitled "Battlin,.- -.,,,-Jth the Ele=ts", is-
last of a series 0--F' 3 articles by the author de-nli-E,7- -..-ith the
Soviet scientific e-.,.-Deditions in thc Antarcfic. The '--i,~hiii:-h~s of ti-'s
article. -.,v'rich is mainly propa=distic 'in nature, are descrip-ors of
flights on sup ly missions to 'the stations Komsono'2 v skaya and Vos-,.-jk. lo~~ated
la!Eh up on, a mountain, a 7,200 km lon- fli,c,-ht frc,7n thc-', Cain S-.ation ~,.1 rr,,,,,
to Lazarev station and back, and -nians to est~blisll -three f-ield stat-:'ons
400--500 km from l,'.lrnyy; one of these st.ations has alread,.- been set uT, and
4's called "Dru,-hba". The follovin,-, ucrson-14-ies a-e Ye. S.
Korotkevich (leader of the -fifth Soviet Antarctic exuedi+ioil); -rjilols
Aleksandr Pimenov and Yuriy ",likhaylovich Zotov; astrc)romist Dmitriv
Khrom,ikhin; motoorolot-ist Aleksey Dorrach; chief D. S. 50,10VI-,~.v.,
communist -,0art,y secretary in Mirn'l,ly D. P. Ar-lov; airdrome comman-
dant Andrey 1,1,edvedev; aircraft P.,,echandics Pereve.-entsev and Komardin-,
Card 112

In an ice-clad land
DO~'j'j~ /D] l-,
members of a sledge train includin- B. A. Krasnikov (leader).,
0
engineer S. A. Zahharov, navigator V. N. ---dio operator V. 1,
Shripko.. drdvers Yur-iy S. Birger, Ch. P. Bubell a,-,d V, !, Kont~se-, ; and
includinG !van Vechtomnv. Valen-Lin
other members of the exDedition,
Boris Revnov, A. Fedyukhin, V~ Grishelev. A, 1.1enhevoy, Chr-istian Po-uT~ (an
East German), and Czech scientist Doctor Kostkn, There are f-ures,
Card 21 2

'osc,",