SCIENTIFIC ABSTRACT OLEYNIK, V.I. - OLEYNIKOV, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238010015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2. U-SISR (600)
Agriculture
7. Collective fam with hiCh crop yeilds, Dost.si-Ilkhoz. no. 5. 1953.
9. MontbIX List of Russian Accessions, Library cT Congress, AFRn 1953. Unclassified.

mamx, V.
3conomic effectiveness of feeding sugar-beet pulp. Nias.
lnd.SSSR 30 no.l:-31-33 '59. (MM 12:4)
1. Hauchno-issledovatBl'okly inBtAut shivotnovodstva
lesoBtapi i Poloslya USSR.
(Cattle-Yeeding and feeding stuffs)

KUTIAk
S.I., prof.; OLEYNIK, V.I., nau:hnyy sotr dnik
Effectiveness of raising young cittle for wit in a sugar beet, 7ons.
M11votnovodstvc 22 no,7:26-33 160, OUJU 16: 5)
1. Wauchmo--isBledovatallskiy inBthitut zhivotnovodstva lesostepi
i Poleslya UkrSSR.
(Ukraine-Beef cattle-Feeding and feeds)
(Sisar beets as feed)

XUTIKOV, S.I., prof.; OLEYNIK, V.I., stax shiy nauchnyj sotrudnik
Crganizatian of farms specialized in meat production In the vicinity
of sugar refineries. Zhivotnovodstvo 23 no.2:26-32 F 161.
(MM 15: U)
1. Nauchno-issledovatel'skiy irstLtut, zhivotnovodstva lesoatepi
I PL'IeBlya UkrSSR.
(Bogodiikhov District-Bee r cattle-Feeding and feeds)
(Sugar manufacture -By~-products)

OLEYNIKJ VOIL
1111f-~- ..... ......
overall mechnnization of earthwo!k and the u:;,) of
chines in the cougtruction of ralroads, Nukh. strole 21 no.3
7-8 Mr '64. (MIRA
1?:3)
1. Upravlyayushchiy trestom Kuzbtsstransstroy&

ZDURCE CODHE: UR/0096/66/000/012/0057/0059
of Tachni.-al Sciences, Professor); U."Ley-nik, V. N.
Y=notsov, N. 114. (Doctor
(-n-inoor)
03G. Naval College of Engineoring im. Dzzorihinskiy (Vysshoye Voyenno-Morrikoye Inzirge-I
nornoya uchilishcho)
TITME: Study of hoat trawfor 6uring boiliig of organic host carriers
SOURCE:
Toploonergatika, no. 12, 1966, 57-;9
:i'TC?IC TkGS:'- heat transfer coefficient, hea-. carrier, boiling
i ABSTRnICT: Reat transfer vas studied exporii iontally during boiling of a diphonyl Mix-
turo and mono'Lsopropylbiphonyl in a tube anI in annular channels with natural circu-
lation,,- at, pressures of
1 105 - 8 x 105 n/M2 Lnd thormal loads of 50 x Jo3 - 470 x
tr . In the case of the biphonyl mixture, all the experiments shv.;od that the heat
~zansfor coefficient is independent of the relocity of the natural circulation, is
proportlonal to the ther-mal load, and incroisos with the pressure. The experimental
points aro-described by tho empirical formuLa-a = 1.28qO-7, -24. In the caso of
po
=onoisopropjr3:biphonyI, the heat transfer co)fficient in independent of the circula-
tion valocity and of the Pozatrical dimensLons of the heating surface; as in the
case of tho biphemyl mixture., it depends onLy on the thermal load and pressure of
Card 1/2 LDC: 536.24.i.662.98?.66i.7.ooi-5

1 ACC M,
*60306432
tho'bo-l"Ung liquid. 1'. is expressed by the fo=ala G 1.23qO-7pO-19. OriX. art,
has: 4 figurez, I table and 2 formulas.
SUB COMI 20/ SUBM DAIZ3 ORIG REF3 007
Cerd 2/2

ACC NR; AT7000573
AUTHOR: Oleynik, V. P.
ORG: none
SOUICE CODE: UR/0000/63/000/-j!)0/0053/0062
TITLE: Elimination of one defect in the "Amu?" gyrocompass
SOURCE: Vladivostok.' Dal'nevostochnyy te'Khnicheskiy institut rybnoy promyshlennosti
I khazyaystva. Trudy, no. 3, 1963, 53-62
TOPIC TAGS: gyrocompass, Inertial guidance, lishing vessel, ship component
6~ 4,"Ae J.-Y -!; :;
ABSTRACT: Since its introduction in the Far-lastern fishing fleet in 1955 experience:
has shown that the Amur gyrocompass has the fcllowing shortcomings: 1) gyrospheres
--out rapidly, 2) when the gyrocompass is stopped or when the supply voltage de-
creasec rapidly the gyrosphere oscillates aroind its NS axis, and 3) the presence of
errors a~zociated with its construction. It ~as observed that when the 3-phase
120V Power .103 disconnected (a single wire is Iroken) from the gyroscope drive or when.
the supply voltage suddenly drops the gyrosphire begins to oscillate around its NS
axis with increasing period and amplitude whi(h decreases from the inizi.-l angle of
70'. This gyrosp;iere oscillation tends to spiatter the flotation fluid which may
cause premature - sphere wearout and may introduce additional errors. These faults:
Syro
were completely elimInated by adding an automitic tripping circuit which removes two
power line wires from the gyrocompass drive wl.enever the power voltage drops suddenly.
Card 112

AT7000573
Before this circuit modification was made the gyrocompass, because its drive
mechanism was essentially connected to the veasel power source when the nominal power
dropped, tended to supply some of its energy )ack to the power source giving rise to
erratic bebavior. Orig. art. has: 7 figures.
SUB CODE: 37 )31 SUM DATE: IBMay63
Ccrd 2/2

am"lK, V. P.
"Investigation of the Infl, tence of ?eriodic Oscillations
of a Gyrosphere Rel2tive to the 'S Axis on its Behavior in the
Azimuth. 1~ Cand Tech Sci, lp-ning -ad Inst of krecision Mechanics
and Optics i'llin Higher Zducation JSSR, i-3ningrad, 1954. (KL) to 7,
Feb 55)
SO: Sim. 'To. 6310 26 Aug 55-Su~,vey of 6cientific and Technical
.Uissertations Defended at 'SSR Higher 6ducational Institulionns
(U)

Automation of a pumping uAV-. Transp. i khran. nefti na.1:17-19
163, OMA 16:9)
1. SAra-tayakoye rayonnoye zii~itsprovodnzye upravleniya.

SHEVTSOVI? G.G.; OLIEYITIK, V.P.
Using track-laying machiiery and proportioning equiPmOllt fOr track
repair in tunnels. Put' L put.khoz. 8 no.l+:22-23 164. (MIRA .17:4)
1. Nachal'nlk Swqrdlovs~:~y distantsii puti (for Oleynik)o 2. Glav-
nyy inzh. putiovoy mashirnoy stantsii No.171, Sverdlovsk (for Oleynik)*

OIEANIK, V.P.
For the inhabirant's of Noviaibirsk. Ve3t. sviazi 25 no.5.-23-25
1,~y 165. OriTal
I Ncvr),Iibi.rskcj;o pozlAnffita.

112-57-8-16778D
Translation from, Referativnyy zhui nal, Elektrotekhnika, 1957, Nr 8, p 120 (USSR)
AUTHORc Oleynik, V. S.
TITLEt Selection and Investigation oif a Single-Phase AC Electric Drive for
Mechanized Transportation at Livestock-Breeding Farms (Vybor i
issledovaniye elektroprivoda na odnofaznom peremennom toke dlya
mekhanizatsii transporta na zhi rotnovodcheskikh f ermakh)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree of
Candidate of Technical Sciences 0 presented to Ukr. s. -kh. akad. (the Ukranian
Academy of Agriculture), Kiyei , 1956.
ASSOCIATION: Ukr. s. -kh. akad. the Ukranian Academy of Agriculture)
Card I I I

OLMIKj Tiktor Petrovicb) SMOp O.S.2 red.; TIKHONOTA-y 79*Ao~ tokbno
~- ~
I- 4~
4;~~4
[Brief theo:r7 of naviget tonal- aids] Kratkais, teorila allktronavigatBier,
2Vkb =iborDT. Mc)skvay W-To "Norakoi transport," 2963.e 3.03 pe
I -
I (MM 3.4; 8)
(]ft itical instrumeMU)

OLMIK, V. S.
OL-EINIK2 V. S.: "The select6on and investigation of electric drive using
single-phase DC current for vechnnizing transportation on an-mal-
husbandrydkrms." Nin Higher Education USSR. Ukrainian Order of
Labor Red Banner Agricultoral Acadeny. Kiev. 1956. ( Dissertation
for the Degree of Candidate !n Technical Science.)
Xnizhnaya Letopis'
No 32., 1956. NDSCOW.

011.7NIX, T.S., inzboner.
Screwdriver voltW indi-ator. Miergatik 4 no.13.'31-32 3, 156.
tPUBA 9:12)
(Blectrie ing;ruments)

OIMITIK., Viktor St~~bjl)-UiWkjp V.S.],, kand.tekhn.nauk3
SEMET-0-
., red.; !,'AVCMITRO, M.S.., tekhn. red.
[Haint-enance and repa!.r of electrical equipment) Tekhnichne,
obslubovuvannia i pot4cbnyi, ramont elektroobladnannia. Kyiv,
Derzhsillhospvydav UPJR, ig6o. 7l p. MRA 15:7)
(Electric rachii~er~-Maintenancs and repair)

- jOLM IX, V. S.-(01jinyk, V.S.], kand.tekhn.nauk
Now series of azynchrcovuB electric motors. V4kh. Sill. hoEP- 11
no.9:23 S 160. (MIRA 13:9)
(-Rlectrlc motors, Induction)

CHUMMV, Yu.I.; OLEYNIK, V..i .; LEDOVSKIO., V.H.
2-MBt:hyl-6.cthyIpyjid-&no. Wtod. pcdmch. Ain. reak. I prepar.
no.11:77-?9 164- (YJRA 18:12)
1. Klyevskiy politekhnicheskly institut. Submitted April, 1964.

DUDIIIXj Prokofi:7 Yermolaye rich; 9MNIK~ T.To . inzb.., retsenzent;
Plupmo., lu,P*$ inzb,, redt;
takbn. rod.
DurnlBhing and f Lattenixg tools and nandrecUMI iDbrabDtki.,
raiakatki i dorM, MosWa., Hasbgi2,, 1962. 73 P.
=4 15:4)

GAVRILEENIKO, 11. E.; OLSMM, V. V.1 LOYINOV, D. B.
'.12treet Railroads - Dnepropetrovrk
Street err in Pnepropatrovv~ uhich started operating irl IC97- ElektrA&.er'tvo.
Not 23 1953o
Month.1- List of Russian ficcessions, Library of Congress, dune 1953. Uncl.-ssified.

'//v
AUTIIOR-. Oleynik, Ya. I 3ngineer.
TITL3-. _Yl~e ie__c~ology of Eanufacture of Parts of Press Tools for
Stator and Rot)r Laminations. (Tekhnologiya izgotovleniya
detaley vyrez3arkh shtampov dlya Dlastin statorov i rotorov)
FERIODICAI: Vestnik El,,ktropromyshlennosti, 1957, Vol.28 i4o.c.),
pp. 31 - 37 ?USSR).
ABSTRACT: The technolo g of manufacturing press tools for stator and
rotor laminations of induction motors has developed because of
Gara
pressing requirenDnts in Czechoslovakia since the rar. Until
1Q,48, press tools for laminationi3 were finished by hand, but
such methods required too much skilled labour and did not result
in tools of adequate quality. Manufacturing procedures were
developed which obviated hand-operation as far as possible,
mainly by dividirg into two pwts the operations of shaping dies
and tools for making slots. The tools were manufactured to
their approximate dimensions before hardening and finished to
size after hardexing, mainly by grinding and the machining oper-
ations were adapted to'relatively unskilled workers. The raw
material for th7e dies consists of prismatic or cylindrical rods
of tool steel brznd CE-12 containing 12Yo Cr and 1.9% C; the
design of forginf tools for making the dies is described. The
1/3 metal is heated J or forging by electric conduction as illustrated

110-9-9/23
The Technology of ManufILCtUre of Parts of Press Tools for Stator ar-d
Rotor Laminations.
in Fig.2, and afte? forging, the dies are hardened and ground
to final dimension; by methods which are described. To grind
one die for a com-oLicated slot shape takes 12 minutes and the
maximum deviation )f the main dimensions is 0.01 mm. The Buc-
cession of manufacturing operations used in making a die for a
double slot is given in Table 1. The process of manufacturing
female dies is then described and the sequence of operations, 18
in all, shown in gable 2. Methods of inspection for accuracy
are described and illustrated in Figs. 5~~ 6, 7 and 8. In
particular) the mithods of manufacture achieve great stability
of the press tools; and their reliability in operation, as a
result of selecting the best conditions for machining and also
for forging the b:'.anks for the dies. In suitable service, a
tool will normall,-r-'produce 60 000 stampings, after which the
average sharpen:LA, required is 0.05 mm. Further development
in the manufactur.- of press tools will probably be directed to
inprovements in tae manufacture of female dies.
There are 8 figureas and 2 tables.
A6SOCIATIOB: IMZ WorkB, Mche3mlce, Czechoslovakia. (Zavod MEZ,
Card 2/3 Mogellnitse Chekhoslovatskaya Respublika)

110-9-?12'
The Technology of Manuficture of Parts of Press Tools for Sta or and
Rotor laminations.
I SUMITTED: June 14, ig, ,?.
AVAILABIB: Library of congress.
Card 3/3

4::j,1_ C- rAl -Z Kj IV4,
OLSYNIX, 7a., insh., 1= eat 3atsionalInDy premli.
Using punchimg diam mda of heavy alloys In the electrical indus-
tries. Test. eloNtroprom. 28 nD.11:59-64 X 157. (MM 10:12)
1. Zavod Xogellnil%se, Chakhoolovatskaya Respublika.
(Punchimig
, mchinery)

OLZTNIK,
Draim1mg of water, - bearimg levels beneath the ccal seamE in the
KoroBtyshev lign.te mines. U9011 35 no. 12:22 3) 060.
(DOnets Basin--Nine drainaxe) (MIRA 14:1)

Thysio:,ogy - !rhe Nervous System. V-10
Abs Jour Ref Zhur Bid IL Wo 21 1958., 9073.
Author z.A. x9ayanik) L.A..Medyanik and -Y&.V. Oleyzdk
lust Lvov UniversMy
Title The Role of RAotain sui.-a7dryi aro4s, in the conditioned
Reflex Activil q of Aninals.-
Orig Pub Dopovidi ta p wiaoilmys. L lviyB Ik. un-t) 3.955, v#. 6p
ch. 2~ 50-52
Abstract Vhen I ml of a 1$ solution of CdOlo or 5 n1of a I% solu-
tion of FeCl,; vaB given to dogs to-block protein sulfhy-
dryl groups ,'there vas observed a lengthening of the la-
tent period of conditioned-reflex salivation and a reduc-
tion in posi;ive conditioned feeding Tesponses~ at times
to complete lisappearwe~ vitb sizaltaneous reinforce-
nent of differentiation and conditioned ithibition.
ftra 1J2

OLMIX, Tal..T i. a -~.
- gi;w~
-
ChangeD.In cortiml excitability induced by different positiom of
electrodes durimg polarization. Dop. ta pov, 11vivoun. no*6 pt-2,,,58-
59 '55. (MLU 10: 3)
cort6i) Pilectrophysiology)
(CerebraL

S y - Fc--rvrju3 Systera.
"SR/Hurmn and Anirz I lbysi,.)Io - --10
U
MutW'), 1.1cm.
Abs Jour 11of ZI ur - Biol., M) 18, 1953, 84572
Author 1406.yai VIC, I'A' ) 010.~mik, Yi-, V
Inct Unlvz!~zity of Lvov.
Title The R,)lc of SH-Groups in the Development of Cortical Cell
Para'.).osis.
Ori,; 1)ub D-)pov-di ta povilmyalci-~a-iya. Llvivs'k. un-t. 1957, viii,
ch. 3, 72-79
Abstract Pasittve sy=tric fooa c,)nditioned refleyes (m) verc de-
velol2d' in doGs. As the cerebral cortex was stiLlulate., ICY
direct c-arrent, pvra7--,iDtic inhibitions were ercatcO, I-IllicIl
i-rcre accorTanied by a c-m-isiJerable decrease of C-R. &ducu-
tcaic(us injections :)f 1-2 ml of a 1 percent cystciiic ~;Dlu-
tion. restored CR na(,mitu,'Ic to the initial level 'Liy
Cara 1/3

UsM/Ihman mic! Antm LL 1-hysiology - Nervous System. T-10
Idetab)lism.
Abz; Jnur Ref Z tur - Dio1j: IT'.) 16, 1958, 84572
incra tsing the activity of SH-Groups a, When cortical para-
biosi i was created as 1-2 ril of n 1 percent CdC12 solution
(SH-G,oup block) was adninistered internally, refle=3 0-1-
.Anid ieft. As direct dlescendint; 1-10 na current was passed
throu ~i the cortex every 40-60 minutes, the blockinL; efffect
of Ca, "12 was removed ancl Cal increased. Also, vhen 1-2 of
a 1 ptreent urea solution were adraidstered internal I y,
parablosis vas produced, since this solution assistca in
the t =sition of SH-L;roirns ip-to -S-S-groups. The urea e fL_
feet tans removed by stirmlatinC the cerebral cortax 1b;y di-
rect -urrent anode every 40-50 minutes, and thus a rise of
CR va; nroduced. The effect of MCI 2 strengthened arA
deepe, ted previously developea differFantiations miC caused
a [XaLual disappearance of food CR. Electric current ap-
plied everY30-60 I-linutes caused increased activity of S11-
LToup i; at the same time, differentiations and the
Card 2/3
CarO 3/3

Wfact of co3stant current on the mxcitability of the 7iegetative
centers of tas brain. F12iol.2hur. 43 no.5:40D-403 My '57.
(MIR.A 10:12)
i. Afeara f L2iologli cheloveka i zhivotnykb Gosudarstvennogo
universitets Im. Iv.7--anko, L'vov.
(SA11VATION, physiology,
e.'f. of stimulation of autonomic centers of brain with
c)nstant current (Rus))
(M IN, physiology,
e'f. of constant current stimulation of autonomic centers
at salivation (Rus))
(IM)NOMIC NERVOUS SYST:SM, pbysiology,
ec'f. of const2nt current stimulation of cerebral autonomic
conters on salivation (Rus))
(31BIRICITY, effects,
ci~nstant current stimulBtion of cerebral autonomic
citnters on salivation (Rus))

I.A.); OLIYNIK, Ya.Molein7i't.,
variailonE In the excitability of the cerebral cortex
actim of a continvus unintarmittent current. Biol.
nD.8:14-46 158. (HIRK 12:7)
(CRM RAL COMM) (BUCTROPHYSIOLOGI)

THE
ACTIVITY4.,
OLEYNIK9 YA* Va I CAND BIO SC37 V A R~J-VAT, 1~,, ~01. kavux-
W-V-4j, 1
oF SYMMETR L-
UZ4~ft 0 F T H E D i ft =A-CYT I
'rAN UARENT." L'vov, 1961-
(M1" 40 AGR USSR. Llvov
ZOOVET INST). (KL-DVj 11-612 215).
-go-

AUTHORS:
TITLBI
S/858/62/000/001/004/013
D296/D307
AkL;enova, G. V., Zrada, 0. S., Krugovaya, G. N., '- Oleynik,
Ya. V,.,3tarostyuk, A. K., Cherkashchenko, L. N. and
Chernoga Lova, A. G.
The inflxence of radiation upon the phosphorous content
and its netabolism in the brain
6OURCE: LIvov. Uaivarsytet. Problemnd lyaboratoriya radiobiolo-
hiyi. Biologicheekoye deystviye radiatsii, no. 1, 1962,
30-34
TEXT: Frogs were exposed to total )body irradiation of 200r (at
10r/min) from a distance of 16 cm.~The-brains were then investiga-
ted 2 hrs, and 2, 51 7 and 11 days a~fter exposure. 4 hours'before
decapitation 0-.5 mL of aq. VaH2P3204~'of a.dosage of 25,uc per 100 g
weight, was administered by intraperitonal injection.. The amount
of acid-soluble P ind its metabolism, the phospholipids and the
__protein P of the brain were then investigated. Two hours after ex-
Card 1/3

6/858/62/1000/001/004/013
The influence of raiiation ... D296/D307
posure, the total P-content in the acid-soluble fraction increased
by.12.8~ as comparel with the control animale. The inorganic P_ _-
content increased bf the total protein P by 21%1', and the con-
tent of phospholiniis decreased by 23-7cP. These changes were even
more marked after 2 d~Lys, when the total acid-soluble P fraction
increased by 27.1j-4o, out of which the inorganic P increased by 31vo,
the total -protein P by 27.8~4 and the phospholipid content decreased
by 42c/P'. Six days after exposure, the total acid-sdluble F fractions
had increased up to 4' 211', and the inorganic P-content by 7~'. At
the same time, howe-rer, the phospholipiJ content decreased by 2%
and the content of )rotein P by 18~fl. Seven days after exposure the
total acid-soluble ) fraction increased by 50~-o but the total quan-
tity of inorganic phosphate increased bj 11.1~-' compared with the
control animals. Th(i phosphelipid content was still decreased by
33% and the total P11,otein P by 30ep. 11 days after exposure, the
total acid-soluble 11 fraction -was still increased by 45% out of
which the iriorganic P exceeded the values fou:pd in the control ani-
mals by 36%, the coi.tent of the phospholiDids was again increased4y
Card 2/3

8/858/62/000/001/004/013
The influence of raliation ... D296/D307
37% and the content of the total protein F decreased by 39,16. Thus
the acid-soluble Piraction remained increased throughout the expe-
riment, but the charges in protein P and phospholipids moved in
opposite directionz. After an initial increase in the protein P
level a decrease could be observed, whilst the phospholipids
showed an increase.' Two hours after exposure, the rate'of metabo-
iism, as estimated by the relative specific activity of the frac-
tions, showed change3 parallel to thoB-6 in the P content. After 2
days, the decrea3e of the specific activity in all fractions
iiidicated a slowing lown of the phosphate metabolism which reverted
to its normal level iLfter 8 - 12 days. There are 2 tables.
ASSOCUTION; Kafedri. fiziologii cheloveka i zhivotnYkh LIvovskogo
univeriiiteta (Department of Human and Animal*Physio-
logy, I.Ivov University)
Card 3/3

OLSYNIX, Ye.D., inzb3ner.
e
Cleaning heating surfaces of waste-beat boilers. btall 16 no.2:
174-176 7 '5;. Wah 9:5)
1. ZaTod imad Dzerzhinskogo.
(Open hearth process) (Heat regenerators)

137-1957-12-23363
Translation from: R !ferativnyy zhurnal, Metallurgiya, 1957, Nr 12, U S S.R)
AUTHOR: Olevnik Ye. D.
TITLE: Operatiivnal Experience With the KU-60 Recovery Boilers at the
Dzerzhi iskiy Plant (Opyt ekspluatatsii kotlov-utilizitorov KU-60
na zavoi.e im. Dzerzhinskogo)
PERIODICAL: V sb. : Kotly-utilizatory martenovsk. pechey. Moscow.
Meta. lurgizdat, 1957, pp 90-95
ABSTRACT: The LU-60 recovery boilers (RB) were installed with Open-hearth
furnaces of 185 t capacity and operated on a mixture of coke-gas
and blas .-furnace gas. At the RB inlet the amount of flue gases
varies b !tween 43 and 52 , 000 nm3/hr, and their temper,.ture
fluctuates between 450 and 5500. The boiler steam pres,ure is
9 - 13 at33 (Caure), the. tenveratare - of the .. cupeirb-cated cteam, 200-3200.
The avei age steam- generating capacity of the RB varies from 5
to 8.2 t/hr. Between 237 and 397 kg of steam are obtained per
ton of sti:el. The amount of heat utilized by the RB i~! Dpproxi-
mately 23 percent of the total heat introduced into the furnace.
The initi il expenses are recovered within 2. 0 - Z. 5 ye,ir.,;. One
Card 1/1 ton of sti am costs 7.54 - 11.53 ruble5. Ye. N.
1. Boilirs-Q-~Dcrction

-1957 ;2-23268
37
1
Translation from: Ref( rativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 59 (USSR)
AUTHOR: Ole~nik, Ye. D.
TITLE: The Remo ral of Charge Dust From the Beating Surfaces of the
Recovery 3oilers (Ochistka poverkhnostey nagreva kotlov-
utilizatorov ot zagryazneniya shikhtovym unosom)
PERIODICAL: V sb. : lCotly-utilizatory martenovsk. pechey. Moscow,
Metallu ~gizdat, 1957, pp 96-103
ABSTRACT: The foll3wing methods are employed by metallurgical plants
for the rentoval of the charge dust from the heating surfaces:
1) WashinE with water once a day by means of a special washing
apparatus installed between the coil-sections; this procedure
requires 2( -30 minutes; the operation of the boiler is inter-
rupted evei y 12 days to permit cleaning; 2) Washing with feed
water introiuced into the steam-blast sysicm at a pressure of
ZZ ;atp (rvu ge), this :La. done once eVery iftlft ian(l reqaires 85-10 rainutes;
the operatit-n of the RB is interrupted every 30-35 days to
permit cleaning; 3) Washing with industrial water introduced
into the ste;,.m-blast system under a pressure of 10- 1 Z atm (Cauge)
Cardl/2 4) Stearn-blasting. The above methods of cleaning the heating

surface: exhibit the following inadequacies: 1) in a system with
many cl>sely spaced pipes stationary steam-blowing is inefficient
because only small areas in the vicinity of the jets are cleaned
thorougl,ly; 2) water washing does not reach the more remote
piping areas in sufficient amounts to wash off the dust completely;
the dust also adheres to certain sections of the pipes; when a
boiler %%hich has been disconnected from the gas line is washed
with col I water, rolled ' Joints may fail. One metallurgical
plant en ploys an effective method of cleaning the RB's by spray-
ino tbeTy with water throughout the cross-section. Thus the
0
water, !upplied in considerable amounts, washes the boiler tubes
simultaieously throughout the entire height of the RB. This
method -equires 5 minutes and utilizes industrial water (75-86 t/hr)
at a pre:,sure of 2-3 atm (Cau,"e) arid a.-temperature Of 12-350. The system
of spray -washing made possible: 1) to eliminate fully interruptions
in the operation of the boilers due to the cleaning of the heating
surfaces, to extend the run of the RB to equal the run of the
furnace, to clean the boiler without having to disconnect it; 2) to
increase the amount of heat utilized by the RB by 5-10 percent
and to iiizrease the output of the RB by 30-45 percent.
1. Boil, int enr nc c Ye. N.

137-58-4-6646
Translation frorr: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 47 (USSR)
AUTHOR: Oleynik, Ye. D.
TITLE: Rai sing Me-Ve-gree of Purification of Blast-furnace Gas by Dis-
intit8rators (Povy.-,heniye stepeni ochistki domennogo gaza dezin-
teg ratorami)
PERIODICAL: 3b. statey po energetike. Moscow, Metallurgizdat, 1957,
pp 151-164
ABSTRACT: The theoretical principles of the wet-cleaning of gas are em-
plcyed to demonstrate the need for increasing the peripher2l
ve'ocity of the squirrel cage of the disintegrator to improve
clt aning. The results of work done to improve the disintegrat-
or ~ at the im. Dzerzhinskiy Plant after installation of a fifth
st; ge of squirrel-cage devices and reconstruction of the fan
va ies are presented. The dust content of the gas dropped from
20 to 6-10 mg/m3; the output rose by Z5-30% with simultaneous
re luction of power consumption by 15-20'76. The importance of
ad iering to a number of requir *ements in planning an effective
pr xedure to ensure a high level of gas purification is noted.
Card 1/1 G. Ch.
1. B-Last f=aces--Dperation 2. Gas--Purification 3. Dis-
in ~ergraticn--Prccesse s--Applicwt ions

137- 19 58- -1782
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 46 (IjSSP,.~
AUTHORS: Cieynik, Ye. D., Po8orelyy, V. P.
TITLE: 3he Employment of Flue Gases in the Recarbonization (if Water
-A t t t
I sed in Cooling Various Portions of Metallurgical Appar,
(Rekarbonizat5iya dymovymi gazami vody, idushchey na
iikhlazhdayemyye elementy metallurgicheskikh aggregatov)
PERIODICAL Sb. statey po energetike. Moscow, MeiMlurgizdat, 1957,
?p 246-260
ABSTRACT: In 1951, particularly in the months of November and Decemk(
when the hardness of the Dnepr water was significantly incre~sc-d.
the Dzerzhinsky metallurgical plant in Dneprodzerzhinsk suffer,.-,,~
large-scale breakdowns of water-cooled components of Nas,
furnaces, such as casings, footstep girders, and caissons Thr
effect of the increased water hardness was also felt in the oper-
ation of sliding pipes of the rolling furnaces. Prompted by thf--
massive nature of the burn-64ts in the plant's heat- exchan&c r ,,
the plant adopted a procedure D"eterTining regular,ly-4the- 11H
value and the CO content of i_h~~ter. Thus, 'f-'r example,
.Card 1/2 in December of 1451, the content of free COZ amco)unted to

137-1958-3-478.'.
The Employm!nt of Flue Gases in the Recarbonization of Water (cont.
...Z mg/liter, the temporary hardness beIng 3.9 - 4,? mg-QTIt%
,f liter, at a pH of 8 - 8.4. Attempts to eliminate the deposit mi
t;f carbonates by simultaneously reducing the temperature (~I
,vater and increasing its discharge rate failed to give satisfactor%
:-esults. Then, in a radical step, it was decided to recarbov)iz,-
i 11 water entering the plant by utilizing flue gases (FG); to this
i nd a special installation was constructed and set into operation.
"he FG, taken from the multicyclone of the boiler, were Da5,icd
ihrough a scrubber (for purposes of cooling and purification)
".02 content was maintained in the 10-12 mg/liter range, at a
pH of 7.0 - 8.0 . At a flow rate of 1500-1700 m3/hr.it %vas
:.Ufficient to supply 3000-3500 m3* of FG containing 18 perceiit
io 22 percent of C021
A M.
Card 2/2

NAOORWH) M.O,y ilchltellj OLEINIM) 79,*1.3 agronom (OflesOuya oblast'.
Starb) imatBkly rayon,, " - -
BxperJnent in growing perarml-al feed grasses, Biol. v shkole
no. 1j49-50 Ja-F 161. (MM 14; 4)
(Grazoev)

Ttsity &WAAvi v7cb1s11UI'X7 MU"%LU I Prlmwz'Yz
M
My.lat, U)27ADS fj>,2tjjW* 91 7#yDrIA Or U. C=1*79 to
emp.taumta wtkam-IZ3 &A %*AD rig or C%vaur 70--wims) Mom, IYA.
6; P. AIDO 0-yu, -ruua.
AMtjv~Aj ftmWrj~4 &V!.aj*xj Ak&UmjyZ M&Z& SM. VYCU3UUItJV7 tnlty,
azd Ak&b" ma-a MR. InstItut ey-amUll I UIvurklaaDd.
rXtF=j ThIS bMI It lbibu% ur I." WA 0*130A m1awl'selabl, otunuou,
ergluttra " w6r).D", Vb030 WWI Izvolvvp eaqvtoute WA Sba SM
Tamp evetal" W=Nylgs or M*rts mms at The t=h3vDt* as
PW.-tlex &~A the APP'Ataum of Cm;uUy Toeb:aVol.
7be tv,-% is IuTwa lato t" maim prtv. a* 11"t 3mr) Is IUVVUA %a
cmvu"aml Pau-muts owl em%alts 19 mmariss of 3SYDrts. To Boom&
01011ft It dAVVUA U tCMSVtSZ1j t#ftlqW) AM CMIAIMI 20 V4VMrbI Of
ft pt"MAMMOB " ~ZU~A. 90 3Vh"tt4b &I9 SIVDA.
for a ~fta y".I
3tr TVo emeentyle CLrmlw C711turs at Wriow 3weriala
Urftlbs, L.J. no !aft or Jbi y&t&jmjjmj of thg
0mratim OR-Up at ib. sta.7 of sclv~p, am 13
CL~, A.3L baltim of %be YMA~UU2 7"'b1" of Waft 711%fttilm Or
cwv~talulng 7stmIsm 17 M.1amuca 3biboas
72raboy, ".. MA T.W. 2vocbkb. x0mut XV,,Wmjb,, the Cat.,,.
onry ft&to, 7=&Wwl)W 7"It'jew 23
T.x Urqcll~, Tc. A.
v- D.
ftthe %LMIS C=Pmtar (M)
okra
I

ti
om ftn-oft mwwa a*
ja pn*wr" - W" a x
vw Ngn lnp% Aunrrrm FrIPAW.1%
= VL=-- - A~M---4 A A (j
aTmmwx w1 oppqm Tvmm , "
'"I'M JO "A M V" WMgFVM - Qr'rM.TWWW A 9. 'VFCM 9 2 ( I
---n w9 -r4ftwpg
lo pnxmn jo ffpmm T-T+CIVW - K--Vm A Cc
ftTAR
IQ T"n Imnm on VqAms W; ~-W+-ft rqrv-4
AA (I
FROM A VWTAX
aft-w r" ftygrAmm mg vrg%m I-rwrpw x I% (t
w9TWrPW Tw4r4"9Tx-R '7A
sxppq P09T "a AN - vulpm PKPPM
rflow T"%
-TFm Twpgqi ra P-M mm - *Rrim 2 T ftFATU I A
vv"aQW TA-nvwWr 0 TVM -.Vgvg% T - -95M A A
t vk=- fa jo Poprm Vlopq
-v4q 90 to PON 8 A (It
VM APJ --M
wv4v-wamq - Aa FWR-v VT -mq*q - %*A-% t pa U
AWP-X TPF"M
~"WM
vM4-Px"I"VM V%.JQ Vffiffl'"M TvwrW9v4A - "P-9 A A (I
VMM Vq 'A
An-qlq Two
MR p" Aj MU 03K *vq*m TWM40 PW - 9.0"g."0% A T (A
W-M T-FvTo Ai-r+OT*#;qk ja ffom A
-rpwp-%dV ja rpKM ftpgp*-M -74w0 op-q-M pq -
jo -FMV p9 pq -OPAC T - *-*m 1-%
-mmn JF% OPA ~9 A%-F*-a-4-K mo v--~ T (s
qwlV-M PWR"TPF-TM MIL-M P" JR PWFPtM 9 AQ
ra n POPGWFXOMR
'Okmq'X T (it

CUB CEMNIN, V.P.,
x'7., red.; PO.POYA, N.S., tekhn.red.
11olution of transportation problems on an electronic computer
b;r approximation with relatively optimun plans] Reshenis 2adachi
o transportiro7ke no elektronnoi vychislitellnoi.mashine matodom
p:dblisheniia usloyno-optimBI'myni. planami. Moskva, Vychislitellnyi
tientr AN SSSR, 1960. 32 p. (MIRA 13:12)
(Blectronic calculating machines) (Transportation)

.OLEYNIK., 7u. A.
I -"Solutiin With the Aid of an Electronic Computer of the Rroblem of Constructing
an Optii ram Transportation Plan"
presented at the All-Union Conference on Computational 1&thematics and
Computational Techniques, Ybscow., 16-28 November 1961
3)roblaq kibernetiki, Issue 5) 1961, pp 289-294

NRST.-&Roy~ Yevgenly Pavlovich3* OLEY-VIK3 hamAx; "toenzent; PRUE, V.TU.A
imzh,., red.: USMIKO' L.A7 telchn. reai,
N:mnsportation problCMS in linear Programing] Tranf)POrtnye 2a-
da,,.Id lineinogo programirovaniia. Moajcva~ Transzhelclorizdat
.19,52. .169 P. (14M 15:71
(Linear progr=dmg) (,Transportation)

71KRIMY. V.VtL~~
Blocking out chanbers at the Tashtagol mine with use of fun-cut
and rod boring. Trudy InBt.gor.dcIa.SIb.otd.AII SSSR no-1:134-137 --'
158. (14IRh 1?;Il)
(Tasbtsgol regglon (Gornaya Sborlya)-lMdrT, engIneoring)

TREOGUIOV, B.G., gornyy inzha.; XOIrMNXO, V.A., gornyl lmzh,) OLEYNIX, Yu.H.,
gorW-imzh.,- MNAYEV, A.G., gorny-I inzb.
Reply to A.I.Phurakov's artir.-Is "Upraise wi-ting by means of
Sectional ~,lasting of deep -holes in mines of the lursk'Magnetic
Ancmaly.~' 'Gar, Aur,,~ no.9:78-79 S .162. WRA 15:9)
1. Institut jornogo dela Sibirskogo otdoleniya AN SSM (for
Tregabby). 2. Gornoys up3~avleniye Xuznetskogo meta-Uurgicheskogo
kombinata (for xovaienko). 3. Rudnik "Tashtagol" (for Oleynik).
J+. Rudnik "Temir-Tau" (for FAWev).
(XurBk--rNn9tic an=aly-~Rning engineering)
(Blasting)

~M CYNIX 7-yu. F.
A.dJustment of remote control devicaB. Slek. I tOP2. tiaga
no.9:3.7-.19 S 162. (MM 15:10)
1. Starabi-y elekta-mekbanik BalgorodBkogo uchastka energo-
onabzkeniy-a Yuzhnvy dorogi.
(Remote control-Equipment and supplies)
(RaUxaads--Blectronic 4quipment)

0
AUTHOR3
TITLE:
329,03
S/1.94/61/000/011/016/070
D209/D302
Velikanova, T.M., Yershov, A.P., Kim, K.V., i,nroch-
kin, V.1-1,, Oleynik-Ovod Yu A . and Podderyugin, V.D.
Programming program for machines
PERIMICAL: Referativnyy zhurnal. Avtomatika i radioelekt.-ronika,
no. 11, 1961, 3, abstract D. B14 (Tr. Vses. fiovesh-
chaniya po vychisl. matem i primeneniyu sredstv
vychisl. tekhn., Baku, AV A-zerbSSR, 1961, 31-93)
TEXT: It is shown that in 19-57 in the Computing Center of
the A~-ademy of Sciences of the USSR. work on forming the system pro-
gr&ming program (SPP) was completed. By using SPP the need. for
formiJating programs of actual problems is avoided and this process
is r(placed by the process of compiling the infoiination. for SPP con-
cern:.ng the problem being solved. In worlkiM out the niethod of pro-
vidi,ig information inbout the problem for SPP the following, points
were observed: a) If possible. to provIde the best approximation of
Card 1/4

3290,3
S/194/61/000/01I./016/070
Progr,raming program for machines D209/D302
the kiformation to mathematical formulation of problems (i.e. to
calcu'Lated formulae); b) reduction of the volume of auxiliary-and
purel-r technical work connected, as a rule, with the mathematical
forMuLation of the problem and with the specific character of worIc
on universal computing machilLes; c) that from the information one
could see more or less accurately the structure of the completed
program; d) reduction of volume of total information in order to
make Lt more descriptive and easily surveyed. The inforulation for
SPP c:)nsists of five parts: 1) Program scheme - basic Dart of 'the
infornatiop; 2) operators (0); 3) information about magnitudes;
4) inEormation about memory blocks; 5) blocks. Except for the pro-
gram scheme all the remaining parts of the information do not have
to be given in an actual problem. The whole terminology used in
this paper is eXplained. The program scheme is given. It i s sholm
that the scheme can include O's of the following types: 1) la-ith-
metical O's; 2) restoration O's; 3) non-standard O"s; 4) re-address-
ing O's; 5) double counting O's. Each operator in the schente is
repre sq C~
red by a letter giving the type of the 0 followed by tne
Card 2A

.Ie~'Uj
,/61/000/011/01.6/070
S/194
Prog7amming program for machines D209/D302
info?miktion about the given 0. The arithmetical O's and certain
non-itandard O's of special form are the exceptions. The popularity
Of the program scheme, the nearness of its form to the fon-a of the
math,.-matical formulation of the problem are obtained basically by a
Spec:.fic solution of the registration of mathematical formulae in
arit'imetical 0 and preservation in the program schente. Examined in
deta.'l is an arithmetical 0 uhicb realizer, a single calculation to
a ce:-tain sequence of formuIns of the type Vxj, '-92- *..>~J) ! > Y,
where the symbol indicates that y is a result of calculation
acco rding k~ n
,,, to the formula P. Further on, logical O's non-sta dard
O's, cycles, re-addressing O's, restoration O's and double countiwr
9
O's are examined. Finally, an examp'le of integration of a parabc)llc
equstion of the type
Z-z = 0. 75 x (I - X) (t g; z
Z)t
Z(xjO) 0; Z(O't) - 0; Z(I,t) t
Cari ~ 3/4

32903
S/194/61/000/011/016/070
ProE.rauming program for machines D209/D302
up to the moment when t = T 4--Q given. One of the Dossible- calcula-
ted formulas is shown. Information is provided about the block and
the program schemed Z-,Abstracter-s note: Complete translation-7
C ar(. 4/4

/T/WM ~___3:41XOY
=69-66 w(d)/EW(m)
HA
"MRCE CODE: -w-T0378/65/000/005/0066/0081
AP6001204
A
(THOR: or ew
_2"-_Ovod u. (Deputy director); Klemr,, L.A [near)
l
Ad 5615
Oi 0: [0" leynik-Ovod I Central Institute of Economics ani Ma matics.lTeentraN
ek)nomiko-matematichesOy Instib -AN RM); UClepperj institute of Medical Radio_
JO gVkXnatitut meditsinskoy radiologii)
TZ VLE: Use -of linear RrogrammIng'meWods to select eptimum conditions for irradiation of
mo lignant neoplasms in remote radiation ther2py.
SO ~RCE: Kibernetilm, no. %1966:1 66-87
it IC TAGS: computer application, computer programming, linear programming_,
Avidiation tumor, neoplasm,
A_VPTRACT: The authors -discuss some problems associated with the use- of linear programm-
it4 Onethods, In the selection. of optimum conditions for radiation treatment of malignant neo-
p4 ~,zns. Conditions for -optimum dosage distribution in the organism being Irradiated are
mi thematically, analyzed. A program Nvas'set up on the BESM-2 computer for calculating
thf'dosage distribution In homogeneous and heterogeneous media, determining the dosage
at 1 wntrol points in the medium being Irradiated, and determining the total absorbed dosage
am i the Integral radiation energy both In the separate organs and tissues of the cross section
bel ag considered,, and through the eat!re cross section (if the -organism being treated. The
-pri gram may also be used -for analysis -of hiformation on dosage distribution and for preparing
u. b C.

m6q,~66'
A(~C NRt AP6001204
V Is Information to solve the problem of selecting optimum radiation conditions. Data from
V is solution of this problem are tabulated and given graphically. A comparison of these data 1
'f)r heterogeneous and homogeneous media Indicates that the total duration of irradiation In
a U directions for a heterogeneous medium Is'-much shorter than for a homogeneous medium,
7 lie resultant data may be used for determining the optimum directions for irradiation, the
i aost effective radiation sources and skin focal lengtho for each radiation direction, and also
i he duration of Irradiation for the selected optimum directions. It is found that there may be
I " Considerable change In the optimum irradiation conditions when Co-60 y-radiation Is used
'or treatment of esophageal canceir if the heterogeneity of the medium to taken into considera-
I,,on whei, there is considerable pilmonary substance, The number of optimum directions for
irradiation may vary from 3 to 8, depending on the medium. A little more than an hour 11B
needed for solution of the problem on the BESM-2 computer. In conclusion,, the authors thank
Doctor of medical sciences A. S. Pavlov for valuablo advice and consultation on this work.
art. has: IS figures, 1-ta5re-s-,-"--T9 fo ul
in as
BM OTH REF-.' 002
!AM CODE- 06v 09 MJ DATE-. 21Feb65 ORIG REF: 006
2/9
Card

XWAWV., 3.1a, inzb.,- ZORIN, inzho-m3ioratori DASlIK07VSYAYA,,
L.T., rybovod; GUMM, L.P.; XONOVAMY, D.N.j, r.7bovod;
KOTIKOV., A.P.y lnzb.; PDZHKOV., W... red.; R-RUEODIZO, S.j
red.; OLMIMOV2 A.~ rad.; ZLOBM~ M., tekbn. red*
[Fishary resources of Mazakbstan; a manual for fisher-
men] Rybnye bogatstva Xazakbstana.-, spravocbnik rybaka.
Alma-Ata., KuzEosizdat,, 1963. 262 p. (MIRA 17:2)
1. Glavmyy spetsialist otdala pishchevoy prMshlennDBU
Gosudarstvennogo Komiteta Soveta 3jinistrov Kazakhskoy M
po koordinatsii maucluVkh i tokbnicbeskikh rabot (for
Guaym).

OLITSXIY, G.; OIXYVIKOVI A., red.
(Standard mthDd of accounting for expenditures in
construction and assembling operations; practioes of the
0
A:Lma-Ata Fousing Combine] Normativ33yi uch-314, v st~roitellno_
montazImom proizvodstve; iz opyta Alma-Atinskogo domo-
stroitellnogo kombinata. Alma-Ata., Kazgosizdat, 1964. 70 p.
(MIRA 17:8)

KHOWACROV4 T.2 inzh,-ekonDnftst;,OLUYNjKOV. A., red.
[serving again] Snova na sluzhbo. Alm-Ata, Kazakh-
skoe gos. izd-vo, 1964. 44 p. (HIRA 18:9)

f)-,,El2ijrfjvp A.N',
Find of faura ir m the P-t-t'l
region (eastem Trari---,ba Lik a! la). 'If "! 8" --105-123 t43
fl
17t7)

D7--'%TYA-iKGV, A,G.; FWAN, Sh.M.; LIFSHITS. T.,I.!.-.
Electroconductivity of n-type ind~i,= anti,-z-nide a-!, 'Low
temperatures. Fiz. tver. tella 6 no.6:1657-1663 Je '64.
("IRA 1~7:9)
1. Institut radiotekhniki i clektroni'Ki AN SSSRI Moskva.
I

ACCESSION NR; AP4039650 -S/0181/64/006/006/1657/1663;
A AUTHOR: Do 'vyatkov, As Go; Kogan$ She He; Lifshitas To He;
Olaynikov, As Yes
TITLEs Conductivity of n-type indium antimonide at low temperatures!
5UURk;1t3 Fixika tverdogo tela, v, 6. no. 6, 1964g 1657-1663
TOPIC TAGS: n type indi-%m antimonide, volt ampere characteristic
nonlinearity, field deperdent conductivity, temperature dependent
conductivity, nonlinear ';empersturo dependence
ABSTRACTs The nonlinesitty of n-typs InSb volt-ampere characteris-
tics at low temperatures and its dependence on field, temperature,
and concentration are d'scussed. Measurements were made.at abqut
1.5-15K on specimens wi,:h dimensions of 10 x 1.5 x I nm and electron
concentrations of 2o8 x 1013 to 1.5 z 1015 cm-3 in a field range ofl
0.02 to 0,3 v/cmo The results of the investigation have shown thati
1) conductivity a increases with temperature, while nonlinearity
3

ACCESSION NR: AP4039650
Considerably decreases both with.an increase in carrier concentration
and with an increase in specimen temperature; 2) in all cases
de enaence of o on lattice temperature T is markedly weaker M-athe
T3Y2; 3) at low temperatures specimens w2th high electron concen-
trations showed a saturation of a(TO), which is-apparently caused
by the degeneration of the electron Son; 4) at a donor concentration!
of 1014 cm-3 and a carrier concentration of I X 1014 cm-3 9 the
coefficient of nonlinearity O(E), where E is the field intensity,
first increases as the field increases, reaches a maximum, and then
decreasese In the region of the law fields, 0 increases with an
increase in lattice tomperaturep and decreAses in the reRion of the
maximum and of higher fields, so that at high To, futictLon B(E) de-
clines monotonically with the field* The authors explain the field
and temperature dependences of c and 0 by the fact that electron
pulse dispersion occurs on the charged impurity, while energy
dispersion occurs on the deformed and piezoelectric potential of
acoustic Phononse orig, art, hast 6 figures and 7 formulas*
Card 3

!!ACCESSION NR: AP4039650
1ASSOCIATION3 Inatitut radiotekhniki i elektroniki AN SSSR%Moacov
(Institute of Radio
Engineering and ElectronicsAN SSSR)
ISUBMITTZD3 MacO DATE ACQ: 19Jun64 ENCLs 00
.SUB CODE: JM'. NO REF SOV: 003
OTHER: 004
C.,,d 33

~)M VA I M FMWN:
B/0181/64/006/007/2064/2071
ACCESSION MR.- AP4043.7iO
AUTHORS: Had', F. Ya.; Oleynikov, A. Ya.-
Pbotoconductivity of n-type indium ;intimonide in the long
wave region of the spectrum
1~ BOURCH3 Fizika tvardogo tela, v. 6, no. 7. 1964, 2064-2071.
TOPIC TAGS3 photocenductivity,,indium antimonide, electr&.conduc-
tivity, Hall constant, Hall pffect,.ionization energy. pbotoeffect
ABSTW~CT: In order to ascertain which of two pbssib-le pbotoconduc-
i tivity medhanisms predominates under various conditions, the authorsi
I investigated the relative contribution of extrinsic photoconductiv-
ity and the photoconductivity connecte'd witb beating of the carrie'xsl'-.
by the radiation, to the photosensitivity of n-type InSb'at milli-
meter wavelengths and belium, temperaturas. The depandence-of the
Hall constant on the temperature and on the magnetic field was
A/3.,
:dD

ACCESBION NR: AP4041710
siured. The ionization energy of shallow -im -InSb
nea purities in n
Iand its dependence on ithe magnetic field were determined.- The in-
vestigation showed that in specimens where the ncompensated donor
density is lower tban'1015 c7rr3 the applicationuof a magnetic field
increases the photosensitivity appreci6ly.. owing io the increased
contribution of the extrinsic photocon6uctivity. the Ijall-effect
1 073__10-4 e~7 for tbelionization energy*
Imeasurements yielded a value-1 I
magnetic field.. The Hall-effect
.'-which is found to depend on the
measurements were well confirmed ifi the invistigation of tli~-_ phoio-
electric properties. Variation of tbe* magnetic field makes it pos-
sible to shift the "red edge" of the pbotoeffect. The effect of the
concentration of the unccrpensaied donors on the pbotoresistivity in'
the long wave region is briefly.4iscusseds, "The authors are grate-
ful to T. IM. Lifshits and S)i. ~ M. - Xogan for valuable discussions and
1continuous interests" Origo ar~&,bas: 6 figures, 2 formulas, and
2 tables.-

ACCESSION NA: Al-04041710
ASSOCIATION: lru~titut radiotekbhiki i elektroniki AN SSSR, Moscow
AS
(Institu-be of Radio Engineering.,and Blect.-ronicat AN.SSBR)
jsUBMITTED:, 29,7an64. ENCL: 00
V03
'SUB CODE3 5B NR REP SOV: OTMM3 006
3,13
Carl

L 329Ll-66 1WT(l)/111T(m)/51P(t)/&WM b (M -2 LJF( c) JD/A
4i ACC NRi AP6000739 SOURCE CODE: 1Wb_386/65/oo2/oo9/o42_3/o426
F,
AUTHOR: Lifshijs~ T. M. _P1eiYnihM_ A Ya ShuVzan, A. Y&. 7F
f Science~,SSSR (in-
ORG: Institute of Radio Engineering and Electroncis, Academy o
stitut radiotekhniki i elektroniki Akademii nauk SSSR)
TITIZ: Scattering of electron gas energy in n-InSb at-bSlium temperatures
SOURCE: Zhurnal.eksperimentallnoy i teoreticheskoy fizikio ~Islma v redaktsiyu.
Frilozheniye, v. 2, no. 9., 1965, 423-426
TOPIC TAGS: Indium &Iloyy electron-collision, electric conductivity, relaxation pro-
cessp temperature dependence 3aAj 34'1
J:"- ABSTRACT: To study the energy scattering mechanism in InSb,-thB authors investi-
CL gated-the field and temperature dependences of the time 7f electric conductivity Te-
laxation of n-InSb samples,--which is simultaneously the time required to transfer the
eaceps-aveIrage energy from tba.electron gas to the crystal lattice. The testa con-
sisted of measuring the active and reactive components of the complex admittance of &
sample with nonlinear voltage-current characteristic;and calculating from these com-
ponents. tbe~relaxation time i of the average energy for each value,of the lattice tem
perature and of the power dissipated in the sample. It is noted that the electric-
'conductivity relwation time depends on the -circuit, parameters and on the manner An
which the sample is connectedin the circuit# this being the consequence of the pump
actio n of the battery. To ccapare the obtained data with theory."the authors used
3/2
Card

L U951-66
ACC NRv Ap6000739
the results of a calculation of the electron energy loss function P(T) for scattering
by the pl~ezoelectric_ and deformation potentials of the acoustic phonons and by the
optical pbonons, obt ained by Sht, M. xogan (m v. 41 2474) 1962) and Ii. 3~rohiic'h ama
B. V. ParamJape (Proo. Phys. Boo. v. B69),112lp 1956)., respective4. Comparison of the
experimental and theoretical-curves leads to the conclusion that the nonmonotonle de-
pendence of -r on T is cdahected vitb the Intercbange,of mechanisms for the transfer
of energy to ?be lattice:frc'm the electron gas when the temperature of the latter in-
_cread~s- When T < 8KI I enerEy scattering by the piezoelectric potential of theacous-
tic phonons predominates * At electron temperatures T > 1OKp the agreement between
theory and experiment is on:,~y qualitative. Authors aiie' grateful to Sh. M. Kogan Sor
a valuable discussion. Or art., has: 1 figire and I formula.
SUBCOM., 20/ SM~DATE:' 08Gej)65/ ORIG MWt 003/ OTH REFt 002
Card

LIFSHIM, TsMe; A.Ya.
Scat,tering of the energy of an electrcn gas in n-IrSb at hslium
temperatures, Ilists v reds Zhurs ekspere 1. teoret. fiz. 2 no.9-,
423-426 N '65o (IMA 18:12)
Is Institut rad-,'.c'ok)niiki I elekt~-c.,niki AN SSSR. Submitted
Septenber S. 1965,

'01=MKOYS 3070
I-
3ey find of monticellits marbleB In the Siberian Platform. Up. VseB.
min, ob-,7a 89 nD.3:359-361 260s' (MM 13:8)
1, Sibirskiy nauchno-issladovatellskiy inBtitut geologii, goofi2iki
I mineralAnogo svr;ya, NoToBibirsk.
(Siberian Platform--Marble)

OLEINIKOV B V-,-- SBM-IPCV I V.N.
~~~UXL
Trappean vo2amism in the weotom Siberian Platform. Gso3,
i geofiz. no.6:51-60 361. (MIRA 34:7)
2, Institut geologii i goofiziki Sibirskogo otdoleniya AN
.SUR., Novosibiroke (Siberlan Platform-Roc1m) Ignvoun)
'J,.- 'c

OLEYNIXCV,, B.V.
Pyr=enite fxom the lower Xweyka River. Geol-i 980fiz. 4:129-
131 362. (MULA 15 :8)
I.e. Slbirakiy nauchno-losledovatellskJy imtitut geologii.,
geofiziU i nizwrallnogo syT'ya, Novosibirak.
(KL=ayka Va.Ucy- 1?~Toxanita)

r.:-QI=404 B-V.
V fri, a p R50 Goro Z-huro no.3.52-53
l2alm, --Models of Ile3 IE~xJgL
mr 163. 16,411 41
Ao
1. Glavnyy markshayder kombin-ata RLts.,*zoloto. 1~

ZOIDTUKHIN3, V.V.; 01EYNIM, B.V.
Acidic hybrid rocks fron the Garbiachin Valley (Siberlan Platform).
Trudy Inst.geol.i. geofiz.Sib.otd.AN SSSR no.15:80-106 163.
WRA 17:4)

OLEYNIKOV B V - SHVARTSEV S.L.; MANDRIKOVA, N.T.; OLEYNIKOVA, N.N.
.1
Nickel bd-.xahydrite,, a new nineral. Zap.Vses.min.ob-va 94
no.5 53 -547 165. OHM 18911)
1. Sibirskiy nauchno-issledovatellskly institut geologii,
geofiziki i minerallnogo W17a, Novosibirsk.

OIMIKOV 7.G. - KITAYEV, 1.2.
Tamt1lation system for proreaslag sulfited fxmllb.
Xqns. _1. cv.s. prom. 12, no,4;23-24 Ap 137. NIRA 10: 6)
lostoy2kiy konserrW za-Fpd. ll-pmyVj~W.
(Cennimg hauxtry--3quipment and supplies)
(7antilation)

ouT.Yzarov, F.5.
'. P~
Cherry jam production line. Yons.1 ov.pror. 12 no.5:5-6 )-Y '5'11#
10:8)
I.Roatovskly konsemn.Vy 2avod "Srychlm."
Pa-M)

OLIMINOV, 7.G.; CEKRM, N.I.
- -, ,
Stamping attanhaent for the IsIbeling machine produced by the Odessa
machine manufacturing plant. Ions.1 oT.pros. 12 no.9:23-24 S 057.
(K121 10:10)
1. Mostoyakly konserrW savod w5xycbka.*
(labaling machines)

.Ab . , , ,,I- ~ j-, I
C, ! -,- 7 Ir - - i 'V " ' " ' "
OIMIXOV, ?.(;.
-:~
ApWatus for valcanization of automobile i=er tubOB. KonS. i
ov. prom. 22 no-11:38 21 '57. (MIRA 12:1)
I.Rostovskiy konBervn~7 2avDd "Sp7chkaO.
(Automobiles-Tim-Repairing)

OISTNIKOV, F. 0.
- - -Meebatical nailing of box topB. XvnB.i oT.-pro-m. 14 no.2:22-23 T 159-
(MIU 12:3)
1. RoStOTOkly kOnSerVM" ZaTOCI "SnYChkft."
(Packing for abipment)

OLEYNIKOV, Y.G.
-- - -----
WDrk of efficle=7 yrb=ters of the "Sz7cbkam Canning 7acto:r7 in
RoBtST. KDnB. I OT. pr9m. 3.4 mi).3:17-3.8 Mr '59.
(MnU 22:,'3)
I.RostDT-ski.v konBern7.v mavad "Smycbka.2
(ROStOT-on-Mon-Canning izdu9tr~--3qui:pmemt and supplies)

013YKIROV, YOG.,
l,.-,,-,---.-Inerift~helh9 efficiency of prodnctlon of cherry preserres
at the OSzayrhka" canning factory. Una. I ov. prom. 14 mv.4:41
-4 '59. (MIRA 32:5)
t Rosto-v-on-3)on--Cherry-l~reservat ion)

..
Wages composite crew based on final results* Mons. i OV& PrOO&
14 nt).7:26-27 JI 159. (Mk 3.2:9)
I.Inauchmo-issledovatellskI7 institut tekhmologil. mashimostroyeni7a
RostovskDgo so-markhoma.
(Canning Industry) (Wages and labor productivit.7)

0137211KOV, :F.G,
MachimB for removing SteMB from charrias~ sweet cherries, and
PI-71 . XonB. I ov. prom. 14 nD.8:5-7 Ag '59. (Hpu 12: 9)
I.Nauchno-issieaovatailskiy imatitut takhnologii mashino-
stroyantya RostovBkogo sovnarkhoza.
(Canning i-nduBtry-3CqiA-quent, ana supplies)

OLEYININ Zjjjpp_Ga=Zi:XayUN DESS"ARASIDNIKOVA, MI.I., red.; alROVIIISMA,
--ELOT11-31.
L.M., tekbn. red.
[Storing ard processing fruits and vegetablesIXhrananie i pare-
rabotka plodov i CVOBhChOi. ROStOV-nft-DDnU., Hortovskne kni2h-
nce izd-rvo~ 1961. 51 P. (MMA 15:10)
(Fruit-Storage) (Vegetables-Storage)
(Canning and preserving)

OLEYNIXOV2 G.
CoUaction of food waste is an important potential Tor the
upsurge in stockbreeding. Zhil.-kcn. kboz. 12 no-4:3 Ap 162,
(MRA 15:7)
1. Upravlyayusbchly t-rastom ochistki EcToda Ast-r&Uant.
(Astrakhan-GarbagID aS f68d)

I. OMMOV.. I 1-j FILMHUX, V. P.
2. USSR (600)
4. Plastering
7. Plastering operations by the production - line, division of labor nethod.
Blul.stroi.tskb. 10 No. 7, 1952.
9. Monthl List of Russian Accessions, Library of Congress, AI)r'3- -1953, Uncl.

%I~JIFLFTOV IM B~, M-F.YNIKOV, I,D~;
, j , , -' '-S 1, G,(;'~
K kN 11' Gl,:~.-. 'K1'
I
Dair.,ping a powerful gas.,,,er. Neft~ Ir-hr-z. 1.1 zno~ !,-':r'~~'~--;-",
D 16 3. (MIRA 17:6)

MW=V, 7urly SvyatoslavcTich; NAUOV, Igor', Konstantinavich;
SHUXBOV, A.N. , kand. tekbn. n-auk ratsemzennt- GE-EnNMT
I ?.-, - .1 - --
X.G., gorn. inzh.., retsenzent; IYUBIMOVA, N.G , TIZMd-
-W,2'~INSM.A, G.H., takhn. red.,- DOID11MA, Z.A.,
te3chn. red.
[Safety measures for workers in open-pit mining] Tekhnika
bezopasnost'L dUa rabochikh, postupaiushchikh na Imrlery.
Moskva, Gosgortekhizdat, 1963. 102 p. (MIRA 17:1)

0137NIKOV, I.N. ~
"s,~
Origin of basic featnrAs of the relief and hydrograpble network
of the Congo 33k1jim. Top. geog. mc).4D.6ng-3-27 157. (MM 1W)
(Congo Valley-Faysical geograpby)

013=OV, Igo-r7' Rikolayevich; ABOYAN. N.S., rad.; GOLITSY31. A.V..
NO- tokhn.red.
[The Congo] Kongo. Moskva, Gos.12d-vo geogr.lit-ry, 1959.
67 -P. (MIRA 13:1)
(Congo-Hoonotdc conditions)

,Olt-MIKOY, 1901' 3ik1D1a7ST'Ch; CH'ZHOV9 N'N" r6de; POPOVID V.I.#
aladshiy red.; MALICHMKIT, G.N., red.kart; KOM1ZVA* S.M.
takhn.red.
Angola. Xoskva, Gas.lsd-7o geogr.lit-ry, 1960, 78 p.
(!Angola) (HIRA, 13:11)

OLIT111KOV, I.N.
2spublic bolow the equator. Yriroda 49 no.11:4-6-.55 2 360.
(HM 13; 11)
1. Institut geografii AN SSSR, Moskva.
(CDngO, Rppublic of)