SCIENTIFIC ABSTRACT BARANOV, A.S. - BARANOV, B.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103510005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BARANOV., A.S.; KARSANOV, B.Kh.
Effectiveness of sugar-beet seed production without transplanting
beet seedlings. Sakh.prom. 35 no.7:59-61 Jl 161. (MIRI 14-7)
1. Korenovskoye opytnoye khozyaystvo Vsesoyuznogo nauchno-issle-
dovatel'skogo, instituta. sakharnoy svekly. 2. Kubanskiy
sellskokhozyaystvennyy institut (for Karsanov).
(Sugar beets)

L~l '.- L': ~ ... ; I . I .
Ferfon:.an--e -:,-xperience of the jistr-,!Ct -1:4- ~ !,-), .-~ -.0-
I - I - j
3--rvi--a lj'Ci'icp--rs. Joyenno--,.e(litsJ-nsk--- Liiurnal, .,,Q 1, nc 63,
L~i

Perfor...an~e -i.~mc~rience "-,f -he -jis-,x -,E r- sh;n- -I:- od`

ID L

BARAT"OV, A. T.
Baranov,, A. T. - "Cellular Concrete on an Alumosulfonaphtfienic Foardng
Agen~." Cand.Tech "Ici, Central Sci Ites Inst of' Industrial Structures
(TsIUPS), I'loscow l-.53. UtcferatiMy Diurnal-KIiiMiya, 1'%*,c 1, Jan 54)
bo; SUM 163, 22 July 1/054

Aua,%pj&_ vich; NIUMOV. I.D., nauchnyy redaktor; GURVICH,
I Tij~,
qfW
~;daktoi; LY.UDKOVSKATA. N.1., tokhnicheskiy redaktor
[Foam concrete and foam silicates) Penobeton i penosilikat. Moskva,
Goo. Izd-vo lit-ry -po stroit. materialamp 1956- 79 P- (HLRA 10:1)
(Lightweight concrete) (Silicates)

ROZEMLID, L.M.; BAMOV, A.T.
Aluriosulfonaphthene compound ne Fi frothing, ngerit for cellular
concrmtes. Rats. i izobr. predl. v stroi. no.137:24 156.
(Concrete) (Naphthenes) (MLRA 9:9)

KUDRYASIEV, I.I.:JARMOV T-; FOMIFEELID, L.M.; BOM-UG, D.Ya.;
17.A.; KLN, VASIYA!".CV, D.F.,
red.; EUMEEKISSOV, A.I.,, tekhn. red.
[Technical specifications for manufacturing articles from
cellular concrete, foamed fly ash concrete, breeze foamed
fly ash silicate, and foamed clinker concrete) Telchnicheskie
usloviia na izgotovlenie izdelii iz avtoklavnykh iacheistykh
betonov - penozolobetona, penozolosilikata i penoshlakobetona;
proekt. Moskva, TSentr. b--uro tel:hn. informatsii 1959. 62 P.
(,,,IRA 15:2)
1. Akademiya stroitel'stva i arkhitektury SSSR. Institut novykh
stroitelInykh materialov, otdelki i oborudovaniya zdaniy.
2. Ilauchno-issledovateliskiy institut novykh stroitelInykh
naterialov Akadenii stroitellstva i arkhitektury SSSR (for
Kudryashev). 3. I'auchno-issledovatellskiy institut betona i
zhelezobetona (for Baranov, Rozenfelld). 4. Eauchno-issledova-
tel'sUy institut org-anizatsii, mekhanizatsii i tekhnicheskoy
ponoshchi stroitellstvu Akadenii stroitellstva i ark-hitektury
SSSIII (for Dordy
.ull, D.Ya.). 5. Nauchno-issledovatel'skiy institut
prouWshlonnykh zdaniy i :noruzhent., (for Levin). 6. Zapadnc-
Sibirskiy filial Akadenii stroitellstva I afthitektury 5&M (for
Kalnina). 7. Urallskiy filial Akadernii stroitellstva i arkhitek-
tury SS01 (for Kan).
(Lightweight concrete)

BARANOT, Ann t kand.tekhn.nauk; BUZHETIGH, Grigoriy
'--A~ramovich, kand.tokhn.nouk; MIRONOV, S,AO' prof., red.;
GrJ~MOTA, I.L., red.izd-va; ELIKINA, E.M., tekhn.red.
LFly ash concrete; cellular and dense] Zolobeton; iacheistyi
i plotnyi. Pod red. S.A.Mironova. Moskva, Gos.izd-vo lit-ry
po stroit,, arkhit. i stroit.materialam, 1960. 222 p
(MIRA 14;3)
1. Chlen-korrespondent Akademil stroitalletva i arkhitektury
SSSR (for Hironov).
(concrete)

BARANOV.-A.T., kand.tekhn.nauk; BAKHTIYAROV, K-I-, inzhe
Investigating cellular concretes by acaoustical methods. Bet. i
zhal.-bet. no.10:458-462 0 16o. (MIRA 13:10)
(Lightweight concrete-Testing)
(Ultrasonic waves-1ndustrial applications)

PHASE I BOOK EXPLOITATION SOV/5347
Baranov, Anatoliy Timofeyevich, and Grigoriy Abramovich Buzhevich,
Candidates of Technical Sciences
Zolobeton; yacheistyy I plotnyy (Cinder Concrete, Porous and Solid)
Moscow, Gosstroyizdat, 1960. 222 p. 5,500 copies printed.
Ed. (Title page): S. A. Mironov, Corresponding Member, Academy of
Construction and Architecture USSR, Professor; Ed. of Publish-
Ing House: I. L. Glezarova; Tech. Ed.: E. M. ElIkina.
PURPOSE: This book is intended for technical and. economic personnel
in construction and related industries.
COVERAGE: The authors generalize the experience gained in %the
manufacture and applications of various kind of porous and solid
cinder concretes as well as the results of the investigations they
carried out at the NIIZhB ASIA SSSR (scientific Research Institute
of Concrete and Reinforced Concrete of the Academy of Construction
and Architecture USSR). The properties of porous and solid cinder
Card--1/8

Cinder Concrete, Porous and Solid
SOV/5347
concrete and of cinders obtained from fuel at; electric power sta-
tions are discussed in detail. -Requirements for materials used in
production of cinder concretes are given. The manufacture of large
porous cinder concrete structures with and without autoclave treat-
ment is described. Attention is given to the planninj; and design-
ing of cinder-concrete plants and to their technical and econimic
indices. The authors thank the personnel of the Laboratory for
Porous and Lightweight Concretes and Accelerated Hardening of Con-
crete of NIIZbB ASiA SSSR. Ch. I was written jointly; A. T. Baranov
wro'Ue Chs. Il and III; and G. A. Buzhevich., Chs. IV, V, and VI.
No personalities are mentioned. There are 81 references: 71 Soviet,
9 English, and 1 Hungarian.
TABLE OF CONTENTS:
Foreword
Ch. I. Materials used in
Cinder Concretes
1. [Various kinds of]
Classification of
Card--2/8
3
Manufacturing Porous and Solid
cinders
cinders 5

BARAILN, A.T., kand.tekhn.nauk; BAKIITIYAROV, K.I., in:,,b,
Cmparative characto-istics of cellular mate:7ials. Stroi.
mat. 7 no.7:28-30 JI 161. (MIRA 14-7)
(Building materials) ( Lightweight concrete)

v tv-r~ s L, 0 S i~ cc'
o
zo I I-
cs ~D~feri~d e
t
0 n %7: CL r, On C:::" b o I I ::-`~x, l'(-*-----'
ca
c, C i,~ I iL~ rt.,l iv ch"I xt
v 0 1, o c -1, cul a C, I Is ol o T o 'S -u ly o c:. i 0 E, 0 f 110,
--onents, of cc~llulur m---xes ana calcula-~-4 Of ~,-- --s,-
Is of bas-c com~l
on, C'
'OrOS4 a. x am L) 1 e s o f c a 1 cu r e n
bs-rac-LE~r' s -..oze: z~:- -
t~ st e d If c r:-~ u rc~ u s e d. L;
or
d 'l

RIENKEL', I.M., kand. tekhn. na-ak; 1-IIHOOV, S.A., doktor te):11n. naw,,)
prof.;, BARPO'OVI., A.T., kand. tekhr;. nauk; EUZI=101, G.A.,
kand. K.V., kand. teklua. naukc;
MULIN, N.M.., kand. tekhn. nauk-; 1".11AYMOV, G.K., kand. teklin.
nauk; KOIUTEV, N.A., Icand. telchn.nauk; TESLER, P.A., 1-~Ind.
tekhn. n--uk; MMICHMISKIY, G.I., knn6. tekhz;. nau]c;
VASILIYEV, A.P., hand. telchn. nau1c; U~UDKGVSKIY, I.G.~ kvi-xi.
tekhn. nauk; ,"vETOV, A.A., kand. tolhn. nauk; CIIINENKOV,
Yu.V., kand. tekhn. nauk; BELO BROVY.Y,- . K. , inzh.; 1dZVTSOV,
V.A., inzh.; DOBROMLOV, N.S., arkh.; DESOV, A.Yo., dohtor
teklu-. nauk, prof.; LITVER, S.L., kand. tekhn. naWr;
PISHCIIIK~ M.A., inzh.; SKINAR, B L., inzh.i POPOV~ A.P.t
kand. teklui. nauk; NEYIMOV, K.D., doktor toklu-i. nauk, prof.;
MILOVOOV, A.F.9 hand. teklm. nauk; TALI, hand. tehlin.
naWc; KALATUROV, B.A.,, kand. tekhn. nauk; KAHTASITOV,
red.; 1-=-UJCHEV, V.V., kand. teldm. nauk, red.; YAKUSIMV,
A.A:J, inzh., nauchnyy red.; BEGA, B.A... red. izd-va; NAUMOVA,
G.D ) tekhn. red.
[Heinforced concrete products; present state anC, p~ospocts
for development] Zhelezobetonnye konstrulctsii; sostoinnie i
perspel-tivy razvitiia. Pod obshchei red, K.N.Kartashova i
V.V.Makaricheva. Moskva.. Gosstroiizdat, 196%2. 279) p.
(NDIA 15:8)
(Continued on next card)

FRI21KELI I ~ M. --(continued) Card 2~
1. Akademiya stroitellstva i arkhitektur:v Inst-itut, betona
i zbelezobetona, Perovo, 2. Chlen-korrespondent A,.-qderii st---oi--
tellstva i arkhitektury SSSR (for Kartashov), 3. Chlen-Icorres-
pondent Alcademii stroitellstva i arkbitektury SSSR (for 1,1ironov),
4. Gosudarstvennyy institut tipovogo proyel:tirovaniya i teldini-
cheskikh issledovaniy (for Berdichevskiy.,, Vasil'yev, Dyufflcovskiy,
Svetav, Chinenkov, Belobrovyy, Klevtsov, UobroMslov). 1~, Vse,-O-
. pi-oyektno-k-oii-,tnil~torql-i,, institut (for
yumyy gomdarstvennyv A .1
Desov, Litver, Pishchik),
(Precast concrete)

"i. -j
BARANOV AT-.--,--kand.tekhn.nauk; HAKHTIYAROV, K.I., inzh.; BOBROV, O.D.,
---- 9--
inzh.
The strength and durability of cellular concretes. Bet.i zhel.-
bet. 8 no.9:397-402 S 162. (MIRA 15:12)
(Lightweight concrete)

BARANOV, A.T., kand. tekhn. nauk; BAKHTIYARGV, K.I., inzh.
Influence of basic technological factors on the Properties
of cellular concrete. Trudy NIIZHB no.32:228-241 '63.
(MIRA 17: 1)

MIRONCV, S.A.; BARVIOVI, A.T.; BOBROVI O.D.
Theoretic4requirements of the technolcg. -
insulating gas concretes. Inzh.-fiz. zhur. 7
production of heat-
no.1:117-121 Ja'64.
(HIRA 17:2)
1. Institut betona i zhelezobetona, Moskva.

BARANOV, A.T., polkovnik meditsinskoy sluzhby
Improvemerlt of the-military physician. loeno-med. zhure
no.8:19-111 162. (MIRA 16:0/)
(11,1IGINE', RILITARY-STUDY AND-TEACMD )

f,r F, S Baranov, A. V., Liber-on, E. A., S C Vll 5 518 - 4 - 4, r-.14 9
Starobinskaya, R. Kh.
TTTLE. Partial Prea~!ura of the Nitr,)_-,en Oxides in the System
IINO 3- 11 2so 4"iTTIOSO. 4-11 20 (P,-r+sialIrr)ye davlenive ok;-slov azota
nad s~stamov HNC) -LI-SO -1~!IC)So C,)
1","R1 ODI CAL. dol-Aady vy,9q)ioy shkoly. Khimiya i k-himicheskaya
11T 4i PP 7n9-793
1 1, (USSIO
ABSI'11.~,TP; Tho ~)artial presoure of nitrc; . I
_;e!- -xides 4n 'Ile a-.stera
s) 0 TINCISO "1- 0 in depend,~nce cn the composition of
t1le liquid phase and was The
~v,-, 5 t i t or s a, .2 re -,~~r 1,i ~:?,, oil t a. r c 0 rdinc t 0 the dynalai C a nd
static, i.,iethods. 'N~th risinE tempei-at,lire the partial pressure
of the niitrogen oxides increases. The of the
i~aitial prassc.~7e of nitro,~=-n oxidas on t'le content of nitric
acirl in the mixture is ex~;ressed by the follovvinG ecu'ation:
Y A The de-.~enden~~e c-' the -a--tial -,,re,~.sure on
Card 1/3 ~--Ial 3 LTIIO 3

Prer~~;i~rc of the I:,--itxD6en Oxidea o,
~n tile System 11110 IH so HITOSO H 0
3- 2 4- 111 - 2
the concentration of sulfuric acid is calcul!Ited according
to the followings equation;
_A
C 12
total 'j T1,80 Tho toncent,-at -~on of sulfuric acid exerts
4 4'
con3id,=ble influence upon the partial pressure of nitrogen
oxides; it was investirated at 20, 30, 40, 50, 60 and 700 C-
The family of curves is Given as follows:
Ptotal ~ A5C H9So,* The results Prove that the absorption of
2 j
nitro~-en oxides fr--m nitrous Cases is complete at a temperature
of 30-400 C and a sulfuric acid concentration of 70 A
possibility of obtaining conoentrated nitric acid from nitrous
,-ases Haas described. There are A fiEiires and 1 Soviet reference.
ASSOCI!~TION: Kafedra teKj.~nC)joC4j noorLanicheskikh veshchestv
DnerropetrovshoCo kiii-nil-o-tekl~.-,-ioloiE7i.chosi-,ogo instituta
Card 2 (C!,.air of TechnoloCy of lnor6aniz; Substancos at the

Partial Pres~;ure of the Nitrnr-en Oxides SL)V/156-5P---46/4r-
in the System HNO 3-H2so 4- 1210SC) 4-1120
Dnepropetrovsk Institute of Chemical TechnOIDJY)
SUIBYITTED: May 23, 1558
CL,~,,d 7 /-

BARANOVP A. V.
"Economy of Metal in the Malleable Cast Iron Foundry of the Stalin Auto
V'orics.." Lit. proiz., NO-5, 1952

2100' Barangy- A-.,Y-,
I'lekbanizatsiya Frotsesso V Tochogo LIT I Ya Potochno-l-lassovor., Proizvodstve.
M., 2.954. 16 s. 8 111- 25 Sm. (Akad, Nauk SSSP In-T Te)m.-Ekon Infoimatsnn.
Pernodnch. Infomatsiya. Tema No 1) 1.500 EKZ. B. Ts. - Na Obl. AVt. Ne
Ukazan
(54-56470) 621-711-04

BARANCFV.A.V. ; IVAN(JV.V.N.; OSOKIII,N.M.
Mechanizing casting processes according to cast patterns.
Lit. proizv. no.6:9-15 Je '55. (MLRA. 8:8)
(Die casting)

1VAWD V.N.; BARANDV, A.V.
The technological properties of parts nade by means of
precision castine. Avt. i trakt. prom. no.234-39 F
156. (MLRA 9:6)
(Precision casting)

WjUiNOV, _ji.V. ; OKIDIAAMICH, A.Yo.: 1ASHCH AW, Y.A.
Adsorption of nitrogen oxides by activated carbon. ll~-ady !KHTI
no.6:53-65 '53. WIRA 13: 11)
(Carbon, Activated) (Nitrogen oxidq)

BARANDV, j,.V.
Fhysicochemical principles of the formation of nitric acid.
Report !4o.4: Density of spraying. Trudy IKHTI no.6:82-89
158. (MIRA 13:11)
(Nitric acid)

BARANDV, A.V.
Yhysicochomical Trinciples of the preparation of nitric acid.
Report NG.5: Effect of the concentratioil of Atrogen oxides.
Trudy ME no.6:90-98 '58. (MIRA 13:11)
(Nitric acid) (Nitrogen oxidee)

BARLM, K.V.; KRDCIU~TOVA, T.A.
Comparativo evaluation of the methods of jrocosf~ing nitrogen
oxides into nitric acid. Report Do.l: Kinetics of absorption
by b-abbling. Trudy IIKHTI no.6:99-109 '58. (MIRA 13:11)
(Nitric acid) (Nitrogen oxides) (Absorption)

PHASE I BOOK EXPLOITATION SOV/5976
Shklennik, Ya. I.,_A. V. Baranov, V. N. Ivanov, S. A. Kazennov, B. S. Kurchman,
N. N. Lyashchenko, R. A. Marulidi, G. K. Militsin, V. A. Ozerov, A. 1.
Sitnichenko, M. Ya. Telis, and M. L. Khenkin
Lit'ya po vvplavlyayemvm modelyam (Investment Casting) [Leningrad] Mashgiz
[1961J 455 P. (Series: Inzhenernyye monografii po liteynomu proizvodstvu)
Errata slip inserted. 8000 copies printed.
Eds. (Title page)t Ya. I. Shklennik and V. A. Czerova; Reviewers: N. D. Titovp
Candidate of Technical Sciences, and A. 1. Klauzen, Engireor; Ed..- Yu. L. Markiz,
Engineer; Tech. Eds.: A. Ya. Tikhanov, Z. I. Chernova and V. D. ElIkind; Man-
aging Ed. for Literature on Hot-Working of Metalst S. Ya. GDWin, Engineer.
PURPOSEs This book is intended for engineering and technical. personnel in the
metalworking industry and for scientific research workers. It may also be used
by students specializing in foundry work.
COVERAGE3 The book reviews the most important problems in investment casting.
Among the topics considered are the followingt mechanical properties of castingsi
Card 1/$

Investment Casting
SOV/5976
the manufacture of castings; precision surface quality; maberialsEnd methods of
making patterns and molds; tho melting of metals and alloya; pouring, cleaning,
heat treatment, and inspection of castings; economic aspec'~s in the production
of castings; organization of production; and modern concepts relating to pro-
cesses taking place in'the manufacture of investment castings. No personalities
are mentioned. There are 180 re~ferences, mostly Soviet.
TABLE OF CONTENTS:
Introduction
Ch. I. Designing Cast Parts 12
Properties of castings 13
Dimensional precision 13
Surface quality 16
Mechanical properties of cast metal I
Design elementro of castings
Card 2/10

2 2 6o6
S, 1 003, "on -
A0;-1 .1/A 1 `7
~Ij 02" lvano-, jj und ;I_
oy A. V.
form-tion -and decai,Dur:-a"-on of
P_~~7 01)~ CAL: Liteynoye proizvodstvo. ,.c, V'~-l . 1n - 21
TEXT One of the advanta~,c~.,; of ~invejtmenl, castdn;, j:-, 1-he hiLli accli-
racy and smooth surface of the products. Anotht--r featur-,~ of 4his metl-iod is
that 'UhE metal is poured in -- -lowin.- ,:iold and coo'led dov;n slowly, During
this coclinG, the surface of the castinj oxidi7es and the metal is decar-
b,-,r----ed The surface layer formed dur-JnL~ this proces-s, consists of pure
ferrite and has only a small carbon content, affectin, i~he mechanical pr,--
perties of the casting: 'the tendency to form cracks durin- hardenin-, in-
creases, the resistance a6,ainst contact loads and the lower liml~ de-
L,
creasoo, Thcj tu.,3ts carried out at 1ho Avtozavod i:~i. I, A. Likhacheva ~Auto-
factory im, I, A. Likhacbev), based on the studies of 0. V. Stupish4na,
(Liteyno~,e :)r04 zvodstvo, 1959, 110 5) revealed that the ma`n cause of oxJda-
U
tion and decarburization of the metal is the reaction bt~-L-.,;een the metal-com-
ponents and ambient If-ases., i. P. air. In the im,;er i~-art of -Lhe .7.old the
Card 1/5

22696
S'! 1 219/11'_~ 1 1000 ile 07"Iflooc""loog
Scaltl-- formatdon anu docarbiuization of, AO //A! 2 -
ca.-`in are an- deCar'V.,1,_` to a El:-,a u r e x " 0 n z n -~~j T
... here LL~- c,,:,,i enter .-:,,o--e OX d~, 1~ 4
of t 1 e 0 -
3 4 y~, 3calefo=_u-io~ (con1.ain-_';-,,- 4 0 'ron oxide-)
The diffusion c,4'
h,-, Ldia- sloas do,,,;n and the metal temp.2rature decreaces at
~3a-c ralto as ~1110 il-IcTuase in scale -ormation. T",o sc., e la-
er can beco::e
c e
~Iiick as, the oxidies metal Simul 't, a i i e o,,,. s 1with. oxidation,
c a I -_~ fori:iatioi, th~. decarburizatior o f !~ h e e t a 1: eo ,) I a c; e i i c I s a
reversed diffusion involving; decarburizinj &sec and fer_aous carbide. Decar-
huriz~tioil depends en the temperatnre of the mol~l -and 'lie mot.-12 and on the
cal-bol, colitelli of thu lat,tor, (Tnlble 1) In or(I"r "o r0tll;ce Oxik~atlon alld
in investluent castin,-o~ muinlv t?
nrce met.hods are
1) establishing; a neutral or a sli~~htly reducizit~- atmc)E-phere a round the
P(Iilrini- LIlid cnolinj,; 2) lov:0,ini- !.Ile
durin Uhute L~
! PO"il'ill"
',hu t(,,mj)--Jrat,ur;_- of thL! Mold; 7) accolerat.ud cuulinL; of castin~;s 1 ) The
Suitable, atmosp'--rc! in 'he mold can be obt_-inei :ntrc-ducin- Szen-,~ or
I ~ 1-1, 4 1 1 -
--resh car,-,,urizin,- _rgents into the dry con-air, carbon-
-Odlum or pllveroi;c; coal 'and 1"avl (lu-,'~ 11owf!17,,r i~; ""-1-y Jllf'f'l~~1111 to
fii;d th,% ~iu; t-ii,le cl-irburiziu.-, 1 1 kl;nd,_~ of
Card, 2/11'

22696
S/1 28/61/0001/003/006/008
Scale forzation and decarburization of ... AOrlz+/Al27
C-arburi a~-ent": are recoinmt-nded, in qi~~tntitlo, of 11)~L. In -tpit(I of
these difficulties, the creation of a Drotociive atiiosphere in the mold by
introducing a carburizing aCent so far seems the miost efficient measure
against oxidation and decarburization of the casting. When carborundum or
boron oxide molds are used for castin,~, no decarburized IaZ~er car, be o ,bserv-
ed, as these materials themselves develop an atmosphere sim-*lar to that pro-
duced by the carburizers.. 2) The reduction of temperature during Pouring is
only pos,;ible whon the metal is sufficiently over-houtod, Howover, in A` n -
vestment castin(; the decrease in temperature would affect the casting pro-
cess. Therefore, lowering of the temperature of the mold is only a measure
to reduce but not to eliminate oxidation and decarburization of -the metal.
It may be effectiiTly applied in uastinG of thick-walled products 3) The
effect of rapid cooling on oxidation and decarburization processes was stu-
t~ -
c 'he molds afte.- 10, 210, '0 7~ru~es and
died by removinj the astinEs from t 1 0 - 1
24, hours afti-,r Dourin~. After the castings were shaken out they dropped
from 1 r, onto a metal plate. The tabulated results show that decar
u I buriza-
tion cannot be entirely eliminated. After heat treatment in, furnaces with
a protective atmosphere, thp scale layer has to be removed b,' , machining.
Both the thickness of the decar-burized layer and the, scale layer can be re-
Card Vr
- I

22696
S/1 28/61/0001/003/006/008
Scal e f oruiation and t i on of AO') .1 /A 12 7
duced by 3harply incroasinL-, the coolinj rate in -.watcr, This is only possible
if tests 3hov., that the process has nu adverne on crack for~.,,at~oi. and
vi~,rpin The mii cro~-,Lr-,xture 01, in
. I ... .. I t
i;.-ii)rov-2d by LL1121,~'LLlill:' 01 '11- t~~ abli-,.s and
Soviet.-Illok,
Table 1:

TemDeratur-~~ of Thickn~ass of cast- Total thickness C-con"ent in the
Qie i.-.old, OC ilig, mul of decarlburi7ed metal chip z)btained
layer on bolh when borinE7 the
sides , M!"~ ca--tin;--, Cj
3~O 0.,3,1 0 41
'0 3,0 O.i5 0 A3
C-,-rd 4/5

BARANCV, A.V.; KANDIDOV, V.P.; CRDAMCF, A-Ye.
Electronic modeling of transverse vibrations of rods in the
presence of axial forces. Vest. Mosk. un. Ser. 3: Fiz., astron.
16 no-3:43-51 My-Je '61. MIRA 14:7)
1. Rafedra obshchey fiziki dlya, mekhmata Moskovskogo gosudarstvennogo
universiteta.
(Elastic rods and wires--Vibration)
(Cscillations--ElectromechanicaI analogies)

L 02309-67 EVVT
ACC NRs AMc116-,64 SOURCE CODE: uR/0iq6/65/000/0!-'/n007 L
AUTHOR; Baranov, A. V.
TITLE: Investigation of pulse prebreakdo-wii currents in solid dielectrics
SOURCE: Bef. zh. Elektrotekhnika i energetika, Abs. 12Bh2
REF SOURCE: Sb. Proboy dielektrikov i poluprovocinikov. Fnerj7iya,
127-130
TOPIC TAGS: dielectric breakdown, electronic 11-iezisurc-ment, space C'Iwal-F,0,
current, field emission
ABSTiVkCT: Frebreakdown currents are rieanured in Kfir rryE;t,'lls
of the opeciriem; 3-11 Tind 10 11). The lneamiremo,;J~', verk~ m,~ile -~o,
lses with a front of 0.5 psec. A do!-,Cripti~'11 i:-;
Preparation of the specilriells, 1111(l for
-6 -8
_10 a. Tile ainfilitude of' the curr(nt decren~(-~l l-'r[till v-~]
the number of volt.-3Cc pulrcs, which is, expl-lint-6 .)y thc
spacp chni-ge :in the cal.hrid(, I-C,-.ioll. [0 "%-J~l
incrouses -with (11electric tilicitiless due Lo iwipt('t 1olliziltioll 1?y Tio
Lcard 1/2 UDC: 621-315.61

023.09-67
ACC NR:
AR6oi6564
source of initial electrons is field emission. 3 illustrations, bibliography of
titles. A. Voroblyev. [Translation of abstract]
SUB CODE: 09
Card- 2/2 -4L ------

13 A 71
Sol'it-lon-varor 'l,rijim 4n
cadm.ium nitratri. "h,,li,. prilwll
I 'T
1. Sibirskiv

BARANOV, A.V.
h;'Lements of the theory of systems with distributed coruiections.
Vest. Mosk. un. Ser. 3: Fiz., astron. 20 no.5:28-37 S-0 165.
(MIRA 18:11)
1. Kafedra obshchey fi:~iki dlyu mat~LaniRo-,-natemalt,,-ches'A-ogo
Pakullteta Moskovskogo universitota. Sulinitted April 21,
ic/,61,,.

L 8562-610 EWT(l)/EWT(m)/EWP(b)/~Aq(t) JJP(c) GG/JD
ACCESSION NR: AP5021387 UR/03,39/65/OW/004/olt jBi.
AUTHOR: -Baranov, AL, V.; V,~ 0b'yevL A*
TITLE: Investigation of pulsed currents in Ml and KBr crysteas in prebreakdoO~~
fields q
SOURCE: P=. Mika, no. 4, 1965, 179-ift
TOPIC TAGS: potassium chloride, potassium bromide, dielectric breakdown ionic
crystal. space charge, electron recombination
ABSTRACT: Prebreakdown currents in thin ionic crystals axe investigated. A setup
for the measurement of pulsed currents in solid dielectrics was used. Single
pulses of rectangular form were used with a rise time of 5 X 10-7 see and ampli-
tudes up to 3 kv. The capacitive currents were cancelled out and the active cur-
rent passing through the dielectric was measured with a broadband (USh-10) ampli-
fier and a dual beam oscillographp(2K-17M t K01 and KBr single crystals '5-10 ~i
thick were investigated. The curtents were varied in fields of 108 -3 x 106 Y/cm.
It was observed that the current pulses passing through the KC1 and XBr crystals
have a front which is less steep and has a faster fall.-off than the pulses of the
applied voltage. The change in the current during the action of the pulse is re-
Card 1/2

L 8562-66
ACCESSION NR; AP5021IDT
lated to the formation of a positive space charge in the cathode region and to the
recombination of electrons injected from the cathode into the dielectric with ex-
cess positive charges. Orig. art. has; 3 figures.
ASSOCIATION: Tomskiy politekbnicheskiy institut, imeni El. M. Kirava (Tomsk P21 -
tecbnic Institute) ill, j;-5- y
SUBMITTED t 13N%ra 'ENCL: 00 SUB CODE: SSp EE
NR REP SOVt 008 0=: OUO
bard 2/2 - - ------

6333-66 EWT(l)/EPA(s)-2 IJP(c'f GG
ACCESSION NR: AM19875 UR/0181/65/OOT/000/2523/25?-4
"' 4, V ~- iz- -
AUTHOR-. Baranov,__A___Y.; N asava L. G.; Dimovaj, Vl~ 1.
TITIE: Concerning the investigation of pulsed breal-down of solid dielectrics
SOURCE: Fizika tverdogo tela; v. 7y no. 8.9 .1965, 2523-2524
TOPIC TAGS: diel 21, qu r', field emission, electric insulator, dielectric
strength, electric field, potassium chloride
ABSTRACT: The purpose of the investigation was to check on the theoretical pre-
diction that, owing to the multi-streamer mechanism of breakdown, a thin dielec-
tric (thinner than 20 p) breaks down essentially because of processes occurring on
the cathode and its breakdown depends essentially on the field emission current
from the cathode. Furthermore, the experimentally observed increase in electric
strength with decreasing thicknesa makes it possible to obtain strong electric
fields in thin dielectrics without breakdown, and by the same token, obtain large
field emission and impact-ionization currents. The latter was experimentally con-
firmed by the author elsewhere (Proboy dielektrikov i poluprovodnikov. Sb. dokl.
IV Mezhbuz. konf# po, probcrju, str. 129. Izd. "Energiya," 1964). To check on this
assumption, the authors investigated the dependence of the currentraplitude and
Cord 1/2

L 6333-66
ACCESSION NR: AP50
Z)
dielectric strength on the time of application of the Ltage, using -- _,j,.Les cut
from a single KC1 crystal by a procedure described by G. Urvrt,~-* -,, et al. (PTE
V. 5, 198, ic)61). Breakdown ~ms produced by a single-pulse 7~-Izage with different
rise times. The duration of the voltage was recorded with an oscilloscope. The
results shaw that the current density preceding the breakdown decreases monotonical-
ly with increasing voltage time,, and the dielectric strength increases with-the
voltage time and has a maximum near 1 jisee and then decreases. This behavior is
attributed to the tormation of negative space sbarge. Orig. art. has: 2 figures.
ASSOCIATION: Tomskiy politekhnicbeskiy institut im. S. M. Kirava (TomBk Polytechnic;:
In!
1=191.
snmmm: limAr65 FML: 00 SUB CODEs SS,
NR 1W SOV: 03.1 OTMM: 000
nw
Card2/2 -

BARANN, A.V.; VWOBIYEV, G.A.
Study of autoelectronic emission currents and shock ionization
of alkali halide crysta-1c. Radiotekh. i elektron. 10 no.11:
2072-2074 V 165. (MIRA 18:11)

BARANOV, A.V.
Elements of the theory of coupled systems. Vest. Pfonk,uri. Ser.
3: FIz,, astron. 20 no.4.-25-35 Jl-Ag 165.
(MIRA 18:12:)
1, Kafadra Obshchey fiziki d1ya meklianiko-niaterititic)ieckoc-.o
fakullt,eta Moskovskogo gosudarstvennogo universiteta, 27uUm,"Lled
April 2:Lt 1964.

AU~IiOR,
TITIB:
SOURCF:
11:--- ~:I Oj' pul~-,ed pre-breakdown currentr, in solid dUclectrics
. i
;i-a, Abti. lrt~139
REP G0U-i','2E: (tiele)-trAlmv i poltiprovodnikov. M.-L., Energi-ii,
130
TOPIC '11,G3: diele-,tric bre down dielectric strength, space charge
ABSUIRACT: Invest-i,-ations were made with single voltage pulses to avoid forI.IfIL-ion of
space charGe thn't %,;ould limit the current through the dielectric. A circuit -I-- de-
veloped, iihich makes it possible to measure currents of -10-'5 - 10-" a (RZhFi---, 19(a,
3E171)- nr ci-ys,~alz were investigated in fields (1 x 10' v/cm, at room tem-
peratuxe for dielectrics 3 - 4 and 10 it thick. An increase in field intensity from
1.2 x 1,00 to 1.7 :, 10'3 v/cm increased the current density by one order of mafmitude i
for dielectrics 10 j, thick. [TIranslation of abst-ract3
SUB CODE: 220
'OU13CE M)!:: 1-1, ~0, r1C)oC)1,--)L-i,/

I Cf R
ACC NR: AP6025464
SOURCE CODE: UR/0080/66/039/007/1642/1644
AUTHOR: Baranov, A. V.; Karev, V. G.
ORG: Siberian Institute of Technology (Sibirskiy tekhnologicheskiy institut)
TITLE: Concentrating nitric acid b means of an aqueous solution of zinc nitrate
SOURCE: Zhurnal prikladnoy khimii, v. 39, no. 7, 1966, 1642-164P;
TOPIC TASS: nitric acid, zinc compound, phase diagram, magnesium compound,
'400cck) +f- 0_*1' oti
ABSTRACT: Phase diagrams of the 1M03-H20-ZnN03)2 and IiI403-1120-1t(IT03)2 were stud-
ied at 760 mm Hg in an attempt to develop a new method of concentrating nitric acid.
It was found that the 73% zinc nitrate solution begins to crystallize at 1120C while i
the 83'0 nagnesiwn nitrate solution crystallizes at 541C. The 73% zinc nitrate solu-
tion is about five times less viscose than the 83% magnesium nitrate solution. There-
fore, the 73% zinc nitrate solution was found to be more suitable as a concentrating
agent for nitric acid than the 83% magnesium nitrate solution, despite the fact that
for an equivalent nitrate concentration the Mg(N03)2 solution has greater dehydrat-
ing power. It was found that by mixing 551 nitric acid with 83-91% zinc nitrate solu-'_
tion in a 6:1 ratio, a mixture is generated which, upon distillation, is capable of
yielding 96-98% nitric acid.\k The method based on zinc nitrate solution is recommend-
ed for use on a commercial scale. Orig. art. has: 2 figures.
SUB CODE: 07/ SUBM DATE: 19Nov64/ ORIG REF: 005/ OTH REF: 003
fv
Card 1/1

S/271/63/000/OW/030/030
Ao6o/A126
AUTHORS: V., Kandidov, V. P., Ordanovich, A. Ye.
_~~rano-v-A
TITLE: Investigation of the elastic oscillations of an aircraft using an
electronic simulator
PERIODICAL: ReferativnSry zhurnal, Avtomatika, Telemekhanika i Vychislitelinaya
Teldinika, no. 2, 1963, 75, abstract 2B401 (Dokl. 4-y Mezhvuz. kon-
ferentsii po primeneniyu fiz. i matem. modelirovaniya v razlichn.
otraslyakh tekhn. Sb- 3. Moscow, 1962, 141 - 151)
TM- The main difficulty in calculating the oscillations of a complex
aj.rcraf~; structure consists in the fact that it possesses an infinite number of
degrees of freedom and may only be conventionally and approy,.mately reduced to
a system with a finite number of degrees of freedom. The u,e of simulation
meets with technical difficitlties associated with an increi-.~ie in the quantity of
equipment. However, to a certain degree simulation is mor.. expedient as compared~
to the -,,omplexilty of numerical computations. The artiolp considers the simula-
tion of characteristic elastic oscillations of an airerp.b. The problem is re-
Card 1/3

S/271/63/000/002/030/030.
Investigation of the elastic oscillaticns of an... A06o/A126
duced to the analysis of a system with 33 degrees of freedom. Three stages are
distinguished in the process of calculating the oscillations: 1) the selection
of -the scheme of analysis; 2) the setting Lip of the equation for the selected
model; 3) the solution of the equations obtained. An expanded block diagram
for the elect-ronic simulator corresponding to the obtained system of equations
is shown. The total number of amplifiers used in'the simulator is 107; 36 of
-them are integrators. The simulator is a special-purpose mcdel and is designed
for finding the steady-state solutions of linear differential equations. The
simulator operates in the audio-frequency range. This has made it.1)ossible to
effectively reduce the drift and to increase the work of the operator as a re-
sult of increasing the time scale by a factor of more than 10. Investigation of
oscillations on the simulator was carried out by the resonance method. Here the
assumption was used that frequenoy and form of characteristic oscillations at
resonance differ little from frequency and form of characteristic oscillations.
The resonance method has made it possible to apply the method of eliminating de-
generate motion of the entire system as a whole in the investigation of oscilla-
tions of 'the free aircraft. The model of the aircraft is fixed with the aid of
a resonance system tuned to the frequency of the external force. In that case,
Card 2/3

B/271/63/000/0()2/030/030
Investigation of the elastic oscillations of ant@* A0601A126
when the quality of the 11suspender" system is sufficiently high, the interaction
between the "suspender" and the model at the given frequency is practically ab-
sent and the behaviour of the model corresponds.to the free &troraft. At other
frequencies the "suspender" acts sufficiently strong, in particular, completely
eliminating degenerate motions. The system is characterized by the fact that
the force of interaction between the suspension system and the aircraft can,be
continuously monitored in the electronic simulator by an oscillograph. The lat-
ter makes it possible to attain a minimum interaction between the investigated
system and the system of "suspension at a given frequency". The effectiveness
of applying alectronic simulators for the analysis of oscillations of complex
aircraft structures is noted. The simulation method is particularly valuable at
the design stage when the important thing Is not so much the precise values of
the frequencies and forms of the oscillations (the simulator precision is 2.5%),
as the funational'dependence o'f fi-equencies and forms upon those structural
parameters which can.be varied. There are 2 figures and 9 references.
[Abstracter's note: Complete translation]
Z. 0.
Card 3/3

S/271/63/000/002/028/030
Ao6q/A126
AUTHORS-~- Baranov, A. V., Kandidov, V. P., Ordanovich, A. Ye.
TITM: Use of electronic simulation in investigating transverse oscilla-
tions of a rod with axial loads
PERIODICAL: Referativnyy zhurnal, Avtomatika, Telemekhanika i Vychislitel naya
Tekhnika, no. 2, 1963, 68, abstract 2B361 (Dokl. 4-y Mezhvuz. kon-
ferentsii po primeneniyu. fiz. i matem. modelirovaniya v razlichn.
otraslyakh tekhn. Sb- 3, Moscow, 1962, 153 - 161)
TEXT: it is pointed out that the study of transverse oscillations is re-
quired in the investigation of dynamic strength of such structures as towers,
masts, helicopter blades, and turbine blades under the action of centrifugal
forces, rockets moving under acceleration. Using an electronic simulator model,
the transverse oscillations of a rocket moving under acceleration with a rigid
accelerator in the tail were widely investigated. In the simulation of such
Droblems, the actual system Ln accordance with its oscillation properties is re-
placed ty some discrete system with a finite number of degrees of freedom. The
Card 1/3

S/27.1-/63/000/002/028~~030
Use of electronic simulation In... Ac6o/Ai26
system of equations describing the motion of the discrete system is solved on
the electronio simulator. The body of a contemporary rocket having considerable
extension was replaced by a system of levers, springs and concentrated masses.
The accelerator was considered as an absolutely rigid body with mass M. and mo-
ment of inertia IY. It was assumed that the force of the accelerator does not
vary its direotion under oscillation of the rocket and acts always strictly in
the direction of flight. A separate cell n of the discrete syst-znn is con-
sidered. Taking into account the actions of the neglected forces to the right
and left of the cells and also the rise of moments as result of deformation.of
the sprin,5s, one constructs a system of equations.of small oscillations for the
n +-1 -th element. By the use.of geometrical relationships one simplifies the
2
system of original equations. By combining in pairs the equations holding for
all the n = 1, ..., Nwhere N is the number of cells, one v~rrites the equation of
motion of the mass mn. At the rocket tail the boundary conditions will be the
equations of motion of the rigid accelerator. From the equations jbtained one
sets up the structural diagram of the electronic simulator. The simulator con-
sists of seven oells. It is indicated that electronic simulation of a rocket re-
Card 2/3

S/271/63/000/002/028/030
Use of electronio simulation In... A060/Ai26
presenting an oscillating system "freely floating in space" is associated with
certain difficulties. The absence of conneations with fixed points makes it pos-
sible to displace itself and rotate without deformations. In the simulator mo-
tions arising from-noise take the operational.amplifiers outside their opera-
tional range and thus disturb their normal operation. To.'eliminate this, a spe-
cial "fixing" was elaborated (at the mass center of the system). Equations are
cited which have the form of a component of the acting force, for examples equa-
tions for elimination of progressive motion; it is indicated that in the simula-'
tor set-up the Forces for the various motions were formed separately by means of
ordinary surinerg- Operating experience with the simulator has shown that it is
sufficient to specify the forces at a few points of the system. In the work Use
was made of a special-purpose simulator set-up. Its special feature is the rais-:
ing of the working range up to audio-frequencies. As test problems the simulator
was used to investigate the oscillations of a hinge-attached and oantilever-at-
tached homogeneous r9d with axial loads. There are 3 figures.
Z. 0.
[Abstracter's note: Complete translation]
Card 3/3

BARANOV, A.V.; YJMV, V.G.
Liquid - vapor equilibr~:um ~'.n the system nitric acid -
water - zinc nitrate, Zbur, pi-Acl. khiin. 36 no.10.-2302-
2105 0 163, (MIRA 17:1)
1. Sibirskiy tekhnologichesk-"y instituto

OR o y 1 V
Pul~,e-typp cur-l-nU, in Y."..'] ario Kr~- crlv~,,~~'I:i r A
f--olds. lzv,, nl-, uchol), nv., ft;,..
T 01113K I Y po ekhn-,,cho ~~2- a -,,u o
L
SuhP.-itted Mnrch ll,

AGG63SION MI: APIA5715 S/0208/6)j/OC)lj/Oo 51092010226
AUTHOR: Baranov, A. V. (1,:03cow)
TlTLE: New methodfor solving differential equations of generalized 5turm-
Liouville type
SOUXE: Zhurnal vyiichip1itellnoy matematik-i i riatematichaskoy fiziki, vo 4, no,
196h, 920-926
i. TOPIC TAGS- numerical solution, differential equation, numerical analysis
ADSTRACT: The author constructs a sequence of uppe-, and lower bounds for the
solution of an equation of the type
d U)
dr
when certain inequalities can be satisfied. He establishes those inequalities
under certain circumstances relating to the si&m-corotancy of the functions f,0
He treats the homogeneous case in detail and studios
Y, +)X*y = 0
as an example. "The author expresses his gratitude to S. P. Strelkov and V. F.
Co*rd 1/2

ACC&-,SION NR: APhO45715
Kandidov for their help in working on this article." OAg. art. hast 45 fomulas.
i ASSOCIATIONs none
SUBMITTEDs 28Nov62
SM CODES MA
NO IW SM 002
EICL s 00
OT&Rt 000
2/2

BARANOV, A.V.; KAREV, V.G.; ALIPOVA, Ya.P.
Vapor,liquid equilibrium in the system consisting of the aqueous
solutions of nitric acid and a mixture of magnesium aqd zinc
nitrates. Zhur. VKHO 9 no. 2:233 164. (MIRA 1'7:9)
1. Sibirskiy tekhnologicheskiy institut.

BARANOV, P-V~ ("tAzs kv a 1:
New n.6-,-,hcd for eolving cifffereri-Jil equut~on of the type
X
d o c c
dx
Z hit mnr~ %.T., t t. z 4' nu 020- .92 S-0 164,

VAVILOV,, Mikhail Aleksandrovich; BARANOV, A.Ya., red.; BODANOVA,
A.P., tekhn. red.
[manual for the dump truck driver] Famlatka shoferu avtomo-
bilia-samosvala. Izd.2., ispr. Moskva, Avtotransizdat,
1963. 58 p. (MIRA 16:8)
(Purap trucks)

KULIKOV, Aleksandr Aleksandrovich, kand. tekhn. nauk; BANNIKOV, S.P.,
prof., red.; BARANOV, A.Ya., red.; GALAKTIONOVA, Ye.N.,
tekhn. red.
[Daboratory work on the electrical equipment of automobilei3
and tractors] Laboratornye raboty po elektroobDrudovaniip
avtomobilei i traktoroy. Pod red, S.P.Bannikova. Moskva,
Avtotransizdat, 1963. 68 pe (MI RA 16;8)
(Automobiles--Electric equipment)
(Tractors-Electric equipment)

TUPITSYNP Petr Sergeyevich, kand. tekhn. nauk; j3ARANOV A Ya red.;
GALAKTIONOVAP YO.N., tekhn. red...
(Checking the technical condition of the cylinder-piston
group and valves of motor-vehicle engines without dis-
mantling] Kontroll tekhnicheskogo sostoianiia tsilindro-
porshnevoi gruppy i klapanov avtomobilInykh dvigatelei bez
razborki. Moskva, AV-totransizdat, 1963. 25 P.
(MIRA 16:9)
(Motor vehicles-Engines)

BOCHKOV, Viktor MakBilriovich; WA140VO A.Ya., red.; GALAKTIONOVA,
YO.N., tekhn. -
[Maintenance of fuel systems of the Ial.IZ-236 and IaFZ-238
engines] Tekhnichaskoa obsluzhivanie toplivnoi apparatwy
dvigatelei lalIZ-236 i Ial4Z-238. l,';oskva, Avtotransizdat,
1963. 36 p. (MIRA 17:3)

FOMIN, AN.., kand. tekhn. nauk; MANUSADMANTS, 0.1., inzh.;
SHESTUMUN, V.I., inzh.; SHCHERBAKOV, R.N.) inzh.;
BARANOV, A.Ya., red.; BODANOVA, A.P., tekhn. red.
[Operational characteristics of motor vehicle diesel
engines] EkspluatatsionrTe kachestva avtomobillrykh dizell-
nykh dvigatelei. llo--kvap Avtotransizdat. No.2. 1963. 42 p.
(IIIIIA 17:1)

ZUBAREV, Aleksey Afanastyevich;.~ARANCV, A.Ya,, red.; GALAKTICNOVA,
Ye.N.. tekhn. red.
[Manual for storage battery maintenance personnel) Pamiatka
akkumuliatorshchik-u. Moskva, Avtoransizdat, 1963. 42 p.
(MIFA 16:6)
(Storage batteries--Safety measures)

GERCNIMUS, Boris Llvovich; SORDENA, Kapitolina ?4ikhaylovna;
.BAF~NCY, A.Ya., red.; BODOOVA, A.P., tekhn. red.
rUse of electronic digital computers in planning automobile
L
freight transportation] Primenenie elektronnykh vychislitell-
nykh mashin dlia planirovaniia avtomobilInykh perevozok. Mo-
skva, Avtot~ransizdat, 1963. 55 P. (MIRA 16:6)
(Electronic digital computers)
(Transportation, Automot#ve)

iKiONSHTEYN) Yakov Is,~akovich; URANOV, A.Ya., red.; BODA110VA, A.F. ,
tekhn, red.
[Safety precautions in driving a motor vehicle; handbook
for the driver] Obespechenic bezopnsnostl pri vozlidenii
avtomobilia; posoble dlia shofora. Moskva, AvtotrEaisiz-
dat, 1963. 67 p. (MIRA 17.2)

CHEKRYG1N, Ivan Gavrilovich; BARANOV, A.Yti,, red.; GALAKTICN(NA
Ye,N, tekhn. red.
(Safety measures A.n the maintenance and rep,,tir of mot-or
vehicles] Tekhnika bezopasnosti pri tekhnicl~eskom obslu-
zhivanii i remonte avtomobilel. 12-3.5, ispr. Mo~~1va,
Avtotrantii-Ant, 1963, 71 1). (rit 1(k 16 ; I o)
(Mot.or vohicles-M!nt-entince. and ropn1r)

TUPITSYN, Putr
red.
[Checking technical conditions of the cylinder-piston group
and valves of motor-vehicle engines witi-iout dismintling] Kon-
troll tekhnicheskogo sostoianiia tsilindro-porshnevoi grupy i
klapanov avtor-obillnykh dvigatelei bezy razborkJ. "'v-
totransizdat, 1963. 25 p. (1-UHA -17:4)

KOGAU, Eduard lzrailevich; BARAEOV, A.Ya., red.; GAIJIYTT ':OVI
L. - -W P-)
Ye.',, tekhn. red.
[Ilandbool, for a forgo-shop ..,orker] Fomizvcka kliulctsu-
ressorshchik-u. Eoskva, Avtott,ansi-,,ci,,,t,, 196';. 37 p.
(,,l,?A 1,1: 1)
(Forging)

ZHELIKHOVSKMA, Amaliya Isaakovna, inzh.; KOLYASINSKIY, Zigmund
Stani5lavovich, inzb.; BARANOV, A.Ya., red.; GALAKTIMOVA,
Ye.11., tekhn. red.
(Efficient organization of motor vehicle repair work] Ha-
tsionallnaia organizatsiia avtoremontnogo proizvodstva. Mo-
skva, Transport, 1964. 25 p. (MIRA 17:4)

TLA"'i"L , Yur~y : -i khavlovi -~,h; BARAI,'OV, A.Ya. red -
IT-a-"or- --rains f~-r haulin, 'IrrFe b,,~41,7j--:7
-1)0o -I i,0rc,'Vozki T-11"
ti,
v
n"'Al I 1-',o,-,kv,-- , Tl-

BARAI~OV., L~-,7a,y red.
iori.3 for the overhE:ul j rif- o' th--, IL'
t] -,A r-~o Wr vehicl es elklmic usloviia
~i nyi romont av toinlobilei -'IAZ-,,IA i GAZ-~ '`3A.
b. R
1
9'*/,. 542 1). (IflA ],-.J.)

BATISECIIE"w', Ivan lo~rivvich- SUBBOITI, Alckmjnd~,
r~euk, iA. inz~i. ; 13ARAINOV ~ A.
Ba s es f o r t 1 ia ji'le c haii'3 , a t i o n o f .1 ~,,!,d -1 -n
op,rations, An autorrzti-ve trariopurtatinili h
transp,Drte. ~10 -- kv a , T rw- sc, r t t:

SHEI;NKILIN, VaLiliy Ivanovich; SHUIERBAKOV, IN'j.kc)l.,qy Niholayevich;
BAidil"OV., A.Ya.,, red.
[operation of the enrines] Ekspluat.aWAI.a dvigaielei
I IV, Z .Vlosk-va, Tnmis~ort, 196/,. 7 21 1) . (1,11!'A 16:3)

DIJBIIIJI Vla~~ml r
un~ -~,orl, prnc
Autom,ot ive Transpartald,,n Un" j
sh,imnogo usekha v
9 C) 1:

L i6113 -66 EEC (k) -2/f~hT(k)/IUT(d)/EWP(h)/W(1)/kWP(v) Pr,
ACC NR: AP50253-15 SOURC& COM UR/0208/65/005/005/0894/0902
AUTHOR; Baranovs, A. YUR (Leningrad); Kazarinov Yu. F. (Leningrad); Khomenyuk,
V. V. Q~ningrad)
ORG: none
TITLE: Gradient methods for solving problems of terminal mitdance in
linear systems of automatic control q
SOUACE: Zhurnal vychialitellnoy matematiki i matematicheskoy fiziki, V. 5) no, 5-
1965, 894-902
TOFIC TAGS: linear automatic control system, terminal guidance, vector function,
ordinary differential equation, function theory
ABSTR-ICTt The authors consider the problem of minimizing the strongly convex
functional of the terminal stage of an objeut whose motion is described by a litear
.system of ordinary differential equations,
dL(~) =A(t)X(0+ YjBJ(0"JM+A*
di
;with initial conditions X(O)= ZO , where X, Bj (j f are n-dimensional
vectors with respective coordinates X116101 xn ; bljj.*9jbnj fjj9;*V:'n, and
Card 1/2 UDCs 518:51t62-50

L 161-13-66
ACC NR: AP5025115
A =-(aik) is an n by n matrix* It is assumed that bq (t), fi (t) ani aik (t)
are real-valued and continuous for t E (0,T) where 0 is the given period
of dance. The authors determine the r-dimensional vector-funotion
u(trl~~ (ul(t)p,**,,ur(t) satisfying the condition 1u (t)1 :Slp U = ipYepr)y
t -L~,~OT] wbich.minimizes the. functional g(X(Tyu)). R the latter & is a
rOl-valued, twitecontinuously differentiable and strongly convex function such
as aIg M 2
YJ - ZfZh ~,> J71 Zi
i's the solution of the system under con-
where m > 0 is a constant and (i,u
sileration corresponding to the solution u. The use of the gradient method for
the solution of the problem is also studied. The authors thank V. 1. Zubov for
advice. Orig. art. has: 1 figure. and 37 formulaso
504~41,, CTkIG RU& 004

EARANOV, B., prepodavatell; SYCHEV,; PUSHUM, L.
Uneful-book. ("Guide to the study of navigation regulations" by
M.A. Sutyrin. Reviewed by B.'Baranov, Sychev, L. Pushkarev).
Rech.transp. 19 no.5:56 My 160. (MIRA 13:7)
1. Gorikovskove rechnoye uchilishche (for '~&r-nov). 2. Kavitan
dizell-elektrokhoda "Fridrikh Ai-ells" (for S7chev). 3. Kqritan
teplukhoda "Admiral Ushakov" (for Fushk-arev).
(Inland navigation)
(Sutyrin, M.A.)

"I A TI A V ~
Boris
Krym.; Tjiitt-.,c:Me1' . furimea, a guide-hoog. Moskva, Fizkullfii-ra i turlzm,
1935. 3102 p. illus.' M p ( art fold.)
I'M teraturall ~( z37 p
: P. 300-Z-O-L' .
Contains infonriation on 4-1 major form-, of tray,sportzitinn. DIJ,' :DK51I.C7B3
SO: Soviet Tram tion and Communications, A Bibliograp~y, Library of Con-ress,
.~~ort~i -
Rt:.Lt:X't' M7 TTa--h T. --U - ~'d.
IIUe 17-Martmen s ngton, nclassifl'e

BARANOV, B.; KOGAN, 1.
-'-
Pay rates for hourly workers. Sots.trud. no.9:76-78 S 156.
(MLRA 9:1z)
(Airplane industry) (Wages)

_I_BARAMV, B., k-und. tekhn. riauk
Along the streits of Karachi. Za rul. 17 no.6:30-31 Je '9.
12-10)
(Karachi--Description)

Blq~~OV I., prepodavatell
- I
Closer to production. Avt. transp. 41 no-3:50-51 Mr 163.
(MIRA 16:4)
1. Novocherkasskiy avtodorozhny7 tekhnikum.
(Novocherkasek-Automobile drivers-Education and
training)

25(5) PHASE I BOOK EXPLOITATION SOV/1274
Baranov Boris Aleksandrovich; Zolotov, Vsevolod Nikolayevich
Iosifovich; Shapiro, Isay Iosifovich;
Shaskollskiy, Boris Vladimirovich; Shakhnazarov, Musheg
Mosesovich
Tel:hnicheskoye normirovaniye na mashinootroitellnom zavode
(Technical Standards for Machine.-building Plants) Moscow,
Oborongiz, 1958. 576 p. 7,000 copies printed.
Reviewer: Kremenetskiy, N.L., Engineer; Ed. (Title page):
Shakhnazarova, M.M.; Ed. (Inside book): Tishin, S.D.,
Candidate of Technical Sciences, Docent; Ed. of Publishing
House: Rodzevich, S.S.; Tech. Ed.: Rozhin, V.P.; Managing
Ed.: Sokolov, A.I., Engineer.
PURPOSE: This book is a theoretical and practical manual for
engineers and technicians engaged in setting technical stand-
ards in aircraft manufacturing establishments and working
in scientific research and planning institutes.
C,ird 1/14

BARANOV, B.A:[deceased]; KHISIN, R.I.; SHAPIRO, I.I.; SHAKHRAZAROV,
M.M:; VOTZOV', A.V., kand. tekhn. nauk, retsenzentl
YAKOVLEVA, V.I.p red.
[Establishment of technical norms at a machinery plant]
Tekhnicheskoe normirovanie na mashinostroitellnom zavode.
(By] B.A.Baranov i dr. Moskva, Mashinostroanie, 1964.
610 p. WIRA 17:12)

L_2L3 ~4-6 E;qT(m)/Ewp(w)/Ejjp(t)/L-rj
'cc N'- Al16O28126
IJ11(c)
SOURCE CODE: U]110058166-100010051ic6TIi-66-97
A172011: Gory~unovll?--N. A. - Baranov Grigor'yeva, V. S.; Krndinova, L. V.;
Kr iihova,-1-.-.-V.
TITLE: Production and investigation of GaP-Ga.A-s-and GaAs-InAs solid solutions
SOURCE: Ref. zh. Fizika, Abs. 5A557
REF. SOURCE: Sb. SL-nnozium. Protsessy sinteza i rosta kristallov i plenok
poluprovodnik. i-terialov, 1965. TeMy dokl. Novosibirs),, 19G-5-,-T--3-
~iOPIC TAGS: solution, go-111um compomd, indiiin, conpound, sinFle crystal growJn
crystal impurity,
AikSTRACT: The 7-._-)ssibil:ity is investigated of obtaining single cr-f5tals of lomo(,CIeou
solid solutions in a wide mige of concentrations. The mry.,3tuls were grown by the
F,zis-transport m, thod in a closed volume. The authors elucidate the influence of such
factors as the *.,One tClUDerature, the temperature difference between zones, slid the
chemical nature -)f *the carrier, and its concentration on -the evolution of the ga---
transport react.ons and on the habit and dimension of the crystals are clarified.
Optimal conditi ns are established for obtaining single crystals of the required habi,
Questions invol ed in the doping of crystals during gas-transport reactions are
studied. A. Po,otikov. [Translation of Abstract]
SUB CODE: 20
Card 1/1 TIR+

BI Ri NOV, B. G.
"The chqn.-e in production of steroid hormones-estrogens, androgens,
17-corticosteroids in women durin- the azing process and their significance in
pathogenesis and treatment of some diseases developing during this period--
menopausal disorders, arteriosclerosis, and osteoporosis"
report submitted to the tll-Russian Conference of Internists, Leningr&d,
USSR 26-29 June 1960
' i3r trkhiv (Ther,-I.-x-utic Archives), Vol. XXXII, No. 11
So: Terapevtichesj,
Moscow, Nov. 1Q60, PF-es 9~-q5

0, V,
IJ (I K 0 P
STARIK, -I.Ye. otve'vztvennyy redaktor; SHCHERBAKOV, D. I., akademik,
redaktor; VINWRADOY, A.P., akademik,redaktor; 3~L~i&, 3.j.,
professor, redaktor; GFaU0G, E.K., professor,
VUT, 'B.Yu., kandidat fiziko-matematicheskikh nauk, redaktor;
KRYIOV, A.Ta., redaktor; PENARSKAY4, T.B., kandidat geologo-
mineralo,gicheskikh nauk; MYASNIKOV, I.A,, redaktor; POLYAKOWL,
T.V., teklinicheakiy redaktor,
[Transactions of the first session of the Commisaion on Determining
the Absolute Age of Geologic Formations] Trudy pervoi sessii komisaii
po opredeleniiu absoliutnogo vozrasta geologicheskikh formatsil; 12-15
aprelia 1952 g. Moskva, Izd-vo Akademii nauk SSSR, 1954. 231 P.(M1RA 8:1)
1. Chlen-korres-Dondent Akademii nauk SSSR (for Sta~ik). 2. Akademiya
nauk SSSR. Otdeleniye geologo-geograficheBkikh nauk.
(Earth--Age)

RLR~NOVI, B.K.; GORLEYFV, R.I.
Semiconductor rectifiers for the experimental models of the
N62 electric locomotive. Sbor. nauch. trud. EINII 2:60-71 162.
(MIRA 16:8)
(Electric locomotives)
(Electric current rectifiers)

BARkNOV9 B.K.; RUTSHTEYN, A.M.
Electric circuits of single-phase d.c. locomotive motors with
independent excitation. Sbor. nauch. trud. EINII 2:106-115 162.
(Electric railway motors) (MIRA 16:8)