SCIENTIFIC ABSTRACT KOLESNIK, I.L. - KOLESNIK, N.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723730011-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
CHECHMI A.N., 14urbat Leninakoy premii; KOIESNXK, I.L., starshiy
proisvWstvennyy masterl YASHINS rU-.F.
Removal of flame pulsation in air preheaters. Metallur
6 no.9;3-k S 161, (HIRA 14:91
1. -Nachallnik domemogo Uekha zavoda Imni Dxerzhin )logo
(for Chechuro)# 2#,Rukoyoditall tokhnologiohodkoy gruppY
zavoda, imen:L D2erzhinakogo (for-Yashin).
(Air preheatero) (Flams)

KOLLPSNIX, I.L.., kand.selinkokhos. nadic
Winter vetch in the steppe of,UA Ukralne, Zealedelle 25 no,121
34-37 D 163. (NIRA-17t4)

CHECHURO, A.M., insh.; XOIZSMIXj I.L., in&h.j TASHIN, Yu.F.
M4minsting the pulsation huming of gas in air preheaters.
Stall 24 no.5t406-408 164. (KIRA l7tl2)
1, Dneprovskly metallurgicheskly wrod in. Diershinakogo.

KOIZS~g~I (Kolesnyk', I.V.],,- KRJTSBERG~ Ye*Ls
Tho VU-1 machine for attachi boot bY the vulcani2atlon method,
Leh.prom. no*W9-23 Ta-.Mr .I a
r'6,. (MIRA 1634)
1. Proyektno-konstruktorskoye byuro Ukrlegmshproyekt.

,qz,JODIMNIl, I.V.
%whines for planlablvS back seems of shoo upper7, Lag.proll,
18 no,12138-39 D 158. 9MA ntl2) - . .
(Shoo machinery)

BTCHKOV, O.G., Insho: KOLIS--NZ- I.J., Insh.1 PISKORSIrl, G.A., kind. t ekba.
nauk, dotesht; MF;dff1r.T".6,M.t*khn.n&uk
Automatic apparatus for checking oboe sole parts to conform with the
AKT-1 thicknossetands do. IST.Tys,uchobosav.; takh.legepron,
no. 088-105 160. (MM 13110)
L 11yovskly tokbnologlebookly institut lagkoy prozWoblennosti.
Rokoxendovana kRfedroy subin I apyaratovo
(Shoo Sanufacture-Stonfin do) (Thickness"neasurousit)

VAYWRUBq V.Ko; BMMAYp 16;14 GALIPMIN,, INL [deceasedli GRIB, A,I~2-
1ALIKAO S.B.; XMAS 0 I.V.;. XWSMWq E.,L.; XUPM, A.M.
- OM r-- .
-Press molds for the hot rAloanization of iubl)ir soleal Soviet
I Pertificate of-Inventions No.141077. Xozh.4buy.p'rom. -4

"Hicro-Mra In Water and Patrols= from the Second Ba)m Area page 175 of the
book "Formation of Petroleum in the Volga-Urals Area.* a compilation of works of the
All-Union SciAss, Geological Prospecting hot. (MIGRI), Issue 82, published by
Gostaptekbisdat,, 1955
TAMN and smary D 3325480 20 Oct,65

KOLESNIK, Konstantins pilot, udarnik kdftmiotiah"Jw~~IMMWAO~~,
calculating the acreage covered in helicopter flying#
Gmzhd. av.0 19 no.4:4-5 Ap 162. f4M 15:5)
(Heiiaopteris)
Aleronautico In-agrioultlurs)

LUXITANMP S-Pel KOLESNIXt Xh*Ls
Fortieth-annivereaq of standardlutlon 1n the chwdeal
IndustrYs Xhim* PrOM, 41 no.10082 0 165,

VARVAKI P.H.j KIRIP-00) V,I.; cf=Ncvsxir,, v,o,; XRIWV, V.F.; BUIJDS,,
Z,I.j MIWAN, V.A,; IVAN(jV*,DrATLOV, A.Lj YWOV, P.I.; AMLWDV,
Aereo; BMICHSVSKIYO X,H.; IZAKSONi S 1. KOLESTIU1
-4A4 KUTDICHO S.A.1 SMWVO A.1.1 RNA, Yu,A,; ShEYNFW,,S.R.;
BOLOTIH9,!.V.; COLIDENSLAT, I.I.
Book reviews and Libliography. Stroi. makh. i rasch. soor. 3
no.6:46-50 1,61f, (MIRA 1514)
(Bibliography-Struct.ures, Theory of)

EMBUT. D.; TOLMIR. I.; MAMOT, X.; XQIIMUJC,-Zft+ UMASMITICHO
Pe I. KAMM, Ks; KAWADAR. lo.; RCWOT# I*; WS# 0. . red.;
BISTUKs 0-, rodo KAMWAUNt Not tokha.red.
[Kemal OR vitieulturel Lartia vitikultorulul. 91shIsou. Aditurs
do stat a Koldovet, 1937. 398 (MI" 12M)

AOld z c S 4/
i8.4ooo 77469
SOv/i33-6o-i-3o/3o
AUTHORS: Cherkasov, L. M. (Candidate of Technical Sciences,
-Kolesnik, L. A. (Engineer), Gembera, A. Yo., Nemykin,
97-P
TITLE: Casting or,Ingot Molds-From Mixtures of Foundry and
Conversion Cast Irons of Flvst Melt
PERIODICAL: Stall, 1960,'Nr I pp 93-95 (USSR)
ABSTRACT: A mixture of the first melt of foundry and conversion
cast iron was proposed, for casting ingot molds.. The
mixture should contain minimum 0.8% S1 and moselmum 32-
1.2% Mn. To.achieve better mixing in ladle, pouring
was done in the following order: (1) Hot foundry cast
iron at minimum tapping temperature 1,38000 C and (4. e
conversion cast iron at temperature 1,3000 C. Mixing
cast iron permits the use of cast iron within'a
of
wide range of chemical composition, As a result of
such modification, the-structure molds improves, and
Card 1/4 durability increases.

Casting of Ingot Molds From Mixtures
of Foundry and Conversion Cast Irons
of First Melt
77469
SOV1133-60-1-30130
J?
0
41-N 1 N1 W41 J-11j,
Nov'
Maximum deviations in silicon and manganese content
Card 2/4 in mixed cadt iron (frequency curve).

Canting or Ingot Molds From Mixtures of 7746,11
Foundry and Converalon Cast Iron3 SGV/,W- (j-,j
of Ftr3t.Malt
Durability fov all types of the latter 13 10-20%
higher than that of mold-et from foundry cast Iron; this
to exp.lalned by the change In microstructure which in
mixed cast iron has a higher content of pearlite and
finer graphite inclusions (3ee Fig. 5). The metallogra6h-
ical investigations were done by Kvochina, Z. I. of
Krivoy Rog Steel Plant ("Krivorozhstall"). There is I
'table; 7 figures; and 2 Soviet references.
ASSOCIATION: Dnepropetrovsk Metallurgical Institute and Krivoynftg
Steel Plant (Dnepropetrovskly metallurgicheskiy Institut
I Zavod "Krivorozhstall")
Card 3/4

Casting of Ingot Molds From Mixtures of 77469
Foundry and Conversion Cast Irons sov/133-6o-1-30/30
of First Melt
Figi,%-Olassification of molds according to size (length) of graphite
inclualons In their structure (frequency curves)
(a) Mold of foundry(cast iron; (b) mold of conversion bast Iron,
c) mold of mixed cast iron.
Card 4/)f
.0
4 V
J4AV Jw4w :0-411# no-:411

CHOMOV, L.H., kand. tekhn. naukl VAVLzmKo, I.J., inzh,; &P
inzhe #~ _,-
f
EffOct Of 00 ChOmical COMPosition of blast furnace cast iron
-ana its preliminary treatment on the formation of scabs in the
cornera And bottom part of ingot molds. Lit. proizv. no,12t
- 23025 - 165 s (WRA 18112)

IMUMM, L,A.; VULIFSONV B.Z.
---biwaran of.'inUstiml aderobse in #oil.. Lab.delo 7 no.nig-io
N t61, (KnIA 14110)
(INMTINU-4aCBDBIOLOGI) WIL MICK6.mzlsm)

CHERWOVp L.'M.; PAVLENK09 I.I.; KOLESNIK,, L.A.
wam
Effect of the nature of cast iron and orystanisation conditions
on the characteristics of the macroatructure. Ixv. vya, ucheb,
zav.1 chem. met, 7 noogtl55-160 164. (HIPA 17t9)
1. Dnepropetrovskiy astanurgicheskiy institut,

825h5
3/1i;1/60/002/007/025/042
71200 B006/B06O
AUTHORS: Iglitsyn, M, I., Kol Msenikq L. I.
TITLE: The Effect of Linear Dislocations on the Recombination of
.Charge Carrier in Germanium With Role-type Conductivity
PERIODICAL: Fisika tvardogo telaq 19609 Vol. 21 No. 7, PP- 1542-1544
TEXT: It has.recently been found that structural defeats due to linear
dislocations have a great effect on the recombination of minority narriers
in semiconductors, In most oaseeq thezeduction of the carrier lifetime
due to the introduction of defeats was investigated 4ualitatively, The
few quantitative investigations yielded contradictory results. In the
present paper the authors report on the effect of linear dislocations on
the carrier reoombination,in single crystals of p;typejermanium. The dis-
locations were produced by plastic deformation (b ndin of the orystalat
10-4 torr and 700 0C. The dislocation density was determined by etching'
in tha (111) plane. It amounted to 105 6 2
4 10 am- (initial density:
3 -2)
41-10 am The go samples used were doped with Ga and had a resistivity
Card 1/3
~f. A,

82545
The Effect of Linear Dislocations on the Reoom- 5/181 60/002/007/025/042
bination of Charge Carriers in Cermanium With B006XO60
Role-type Conductivity
of 3 and 29 ohm,.cm. The carrier lifetime T was determined to be between
-70 and +60 00. Pigs I showe',T as a function of the dislocation density,
Nip at room temperature, i(K~) follows a hyperbolic lawq and can is . .
1
described by the empirical relation T a AN- I A . 1/6 t d is the rsoom-
D R R
bination coefficients For the.-sample of resistivity 3 ohmoom A n 3 046%
and for the sample of resistivity 30 ohm.cm A a 10 om2/sece The hyper-
bolio course of the i(N D) curve indicates that each lineardislocation in
p-type germanium constitutes a recombination center. Fig. 2 shows the
lifetime-of the minority carriers as a function of the temperature of the
plastically deformed sample (of resistivity 29 ohm.om) for
6 2
N M 3.10 cm- . Also the other samples showed a similar behavior. The fact
D
that the i(ND) curve has no "plateau" (saturation) in the low-temperature
range indicates that 6R is temperature-dependent. Assuming the law
Card 2/3

82545
The Effect of Linear Dislocations on the 8/181J60/002/007/025/042
Recombination of Charge Carriers in germanium With B006/BO60
Hole-type Conductivity
aR m oonst T- 2.2 j the curve T takes the course shown in Figs 30
An activation energy of LE D - 0t14 ev was determined from theelope of the,
straight lins.ln(rT_"').-,f(1/T). This value agrees with the results of
Ref. 4p but not with,those of Ref, 5 (0,22 ev)* Finally, the.authors thank
V. K. Biohey for preparIng the germanium samples, and Le A@ Batavina for
assistance in the experiments. There are 3 figures and 8 references:
3 Soviet, 3 US# I Japanese, and I British*
SUBMITTED: November 11t 1959
Card 3/3

S/lelj62/004/006/010/051
B125/B104
AUTHOR: Kolesnik, L. I.
TITLEs Recombination at linear dislocations in germanium
PERIODICALt Fizika tverdogo telal V. 4, no. 6t 1962, 1449 - 1454
TEM The recombination at dislocations produced by plastic deformation
in p- and n-type germanium was investigated in the range 100 - 3000K. The
carrier lifetime -r a 1/dRNd w,as determined from the photogalvanomagnetic V~
effect. It is a hyperbolic function of the density Nd of dislocations.
dR denotes the redombination coefficient per unit length. The average
I 2/sec.
value of tfR at 3000K 'a 7.5*10- cm For the range 200 - 3000K it is
possible-to represent the carrier lifetime for both types of Ge as an oz.
ponential function with an activation energy of 0.17 - 0.28 ev (0.22 - 0.24
ev in the case of hole conductivity). A break appears between 200 and
2100K, and between 110-and 2100K9 T Is temperature-dependent as Ta (a 4'
4-5)0 In both types of Go, the carrier lifetime does not depend on the
Card

5/181/62/004/006/016/61
Recombination at linear#@* B125/B104
injection levels. In n-type Go with densities of.linear dislocations
15 13 3
ranging from 2.2-1c to 9010 cm- I the carrier lifetime does not depend
on the conOntration of majority carriers. The relation i w 1/0 (CP
hole trapping cooffioient)p which is valid throughout the range of tempera-
tures, is experimentally determined by the independence of % of the con-
centration of majority carriers. The course of the T(T) curve can be
essentially affected by 6nly one dislocation band. The trapping radius of
-8 -6
a hole in n-type, Go is 2,10 cm for 3000K and 6*10 cm for 1300K. At
3000K the recombination coefficient of p-type Ge is three times larger than
that of n-type Ga. There are 4 figures and 1 table.
SUBMITTM January 2s 1962
Card 2/2

KOLESNIK L I MR SEVOYJ YUOAS
Long-timme angeo in the photoolsotromagnatic effect in rmaniume"
Fis. tvar. ela 5 -no.nt3346-3348, N 163. 12A 16t12).
7 7
~'M ~k
mg o -"fig, -g-q; pg-g'sg' ~j
.1-M f ,!1g
Ell
, wi
Sul"
N

ACCESSION NR: AP4011753' S/018.1/64/006/001/0154/0172
AUTHORS: Kolesnik,, _.&J,; Kontsevoy Yu, A,
TITLE: Nonlinear photoconductivity in germanium
SOURCE: rizika-tvardog'o tela, v. 6. no. 1. 19640 164-172
TOPIC TAGS: steady state photoconductivity, plastic def
ormation',
heat treatment,, eoombinalion, injection level, dislocation, photo.
conductivity lifetime, inherent absorption., minority carrier
ABSTAACT: The authors have investigated the steady-state photo-
conductivity of Ge subjected to plastic deformation and heat treat--'
ment. Measurements were made In the region of inherent absorptioni
for the interval 150-300C over a wide range of Illumination. Vapture'.
of minority carriers was observed at lowered temperatures., accom-.
panied by an increased lifetime of steady-state photoconductivity-
Linder these oircumstanoes samples of n-type Ge had an energy of 0:46
+ 0.02 evj, while p-type Ge had an energy of 0.30 + 0,02 av. With
Micrease in illumination (1), the liretime of phoTooondaotivity (t).
deareases according to the.law tvI--- log (1 + AX), over a wide
Card 1/2

... . ... ... .
ACCESSIONWR: AP4011753
range of interlsity this may be-represented as tfvla,, where a 0*6-
o.8.. The expeiimental results obtained are interpreted by the tbeoz7-..,;.p
of reemibinatioi, Pt-barriers,, which clearly explains the dependence
of t on temperatureand the injection level. The authors conclude
that the barriers are not directly connected with dislocatiofts.
conclusion, the authors express their thanks to R. A, Suris for
discussion of the results of this work." Origi.art. has: 4 figures#'
1 table., and 13 formulas,
ASSOCIATION: none:
'DATE ACQ: l4F&b64 ZNCL-
SUBMITTED:' 20Jul63 00
SUB CODE: PH NO MWI SOV: 006 OTWU 000
Card 2/2,-

0/0181/64/006/04/*V1'
04,
ACCESSION ns AP40204691-:
AM20fil
TITLEs The effect of plastio'defoiwatiou'an the nobility of CareM, carrim in a
'type germanium
501MOSs Pixika tverdogo Ulap'Vo 6t j*'4t.'1964# 1253-1254
TOPIV TAGSt plastic deformationg ~~ier nobilityl geramiust seaticanduo
:Coo
ling rate
14 --3 end 1111i3l,~'
~ABSMM In investigating scattering In n"type Go with n < 2e10
jected to plastiodeformatiozit.the author discovered that the'adbiliAy and,
temperature behavior depend essentially on the rate of cooling a sample after the
deformation. Deformation was produced ~t 730-750C, and-the dislocation density of
13 2
the samples was 8.10 an . .1 After - deformitiong thi.samples were oo&sd~ rates j.
ranking from 20 to 1500 per minute, The results are shomm grammiLti"lly in ]Us
1-on the 1holosur*. The bond In curve 3 corresponds to the Instant ihsA +As Pend,-
lovel, passes through the leyel associated 0ith dislocations.. Ask inaraws in
t
mobility for slow cooling may be dul to decrease in radius of the spawahargi gas
because ot diffusion of inpurities'to dislocations throq& the sotion of . el"tio
Card 1/3

FHA3R I WOK I= WITAT1011 SOV/54"
Akidemiya nauk Ukrayine-koyi Rn. Hol.v.. obs.rvato,
IYA.
Izvestlya. t.,ja vyp. i (Mews or the Plain Astronomical Observatory.
v. 3. no. Kiyev. 1960. 141 9. 1,000 copies printed. .
Ultorlal Boardz Resp. Zd.: A. A. YAkovk1n. Sh. 0. Gordelafte. and
r. a. xoich4nakiy; rd. or rubushing sweet S. M. L&bLnova; Tech.
Zd.s A. A. Nstveychuk.
YURMZz This book is Intended tar &atr*omors.
COVERAGEt This Is a co2lectLan of 25 articles in the field or
astronomy written by members or the Glavaara astrovadcheskays oboarva-
torlya Alf UkrSSR (Plain Astronomical Observatory AS UkrSSR). That artl-
cles are based an original reacarch carried out by.the authors and
dIs4uas the following toplati: the pr*clse position or stars and the
lesser plonets; the total solar eclipse or June 30, 29541 corpuaculLr
streame. or solar radiation (theomtlcta anslyalit); phanomena or the
"Oonlix rotation (latest obstrwatlons)$ It-Inescenco
or 40met t&Ux and the chLracteristLes or tossetts observed In,
2956-57. The colUctIon Itteludeff a rqmrt of the Obasmtory's
work In 0OW12ing a catalog of Witt brilliancy or stars, and a
catalog of 300 stars In the constellation of Aquila. So person-
autles A" stenticued. Zsch article Is *coManled by references.
TAW.X OF CCHTW?Sz
L%t.'jtTr- 18. Photored Values or 240 Stan in Mkpt*yo
ZukVskay" F 1. Study or the Polar Rays of the Corcma of R
Jun 30. 195V
Voroahilov, V. X. Detailed Photometry or the Corona or
Jurle 30. 2954 In Photovisual Rays 57
clurtovenko, 2. A.. Te. 1. Didycherki., and W. V. 3emenovs.
Result,j of an Cle2crifation of Chromospherla Flares 67
Samencra, W. N. Lsmitatlan or Hydrogen and Sollum Atoms In
the Shell or IS Lyr (91 LYrse J 74
Im1catakeys, F. 1. Observations or the Comet Arend-Roland With
Small h3trographe of t'je Main hatr*noodcal Observatory AS Ukr= 59
Card JV4
Cher* dnichi-nko, V, 1. Role or Solar Corpuscular " Phat6h
andlaticn.1 In the Flar*a of 21rilliancy in Com*ts 94
Cheredniehanko, V. 1, Mature of the FA&:%'n*~*cne* of the
3a.hw&3.-n*nn-W&zhm%". 19~15 11 C(net 105
omcgt:ts, a. a. P-r-aza. rositicna or raijas (2) 115
Meyln-lt. S. tw-t-r-Ining the Valctity of a Meteor With a
Small convemenas Angle Sig
Voro-*X.cv. V. L. ar4 ah. 4. Ger-142rieze. Tricolor "wtometry
of star5 in the COnatonsUrn ef Aquila 126
AVATIANE: 14bra.-W or Ccnar*ee

KOLESHIKo L. N,, I0anL4Pbys-Xa AMA LtA
th 301 -- "Photometric ~484
-#w SA 40.9 Kiev, 1961. (Min of Higher and See 3 iK FA
UkSSN;Kiey Order Oflenin State U Im T. G. Shevchenkoy
(KLI 8-61t 227)'.
22

39996
S/035/6VbW/008/021/096
A001/AlOl
Ir
AUTHOR: No
.,ZoloonIX, L.
T=-. Investigation of interstellar absorption in SA40
PERIODICALs Referativn zhumal,,Aatronomiya I Oeodeziya, no. 8, 1962, 39 46,'
abstract 8A288 ("Izv. GI-austron. o serv. AN USSR", 1961, v, 4
no. 1, 55 72, English summary)
7,:
TEXT$ The results of a study ofinteratellar absorption in.SA40 are,
presented as based on the catalog of photographic and photovisual magnitudes of
3,100 stars, compiled by the author. The limiting photographic magnitude Is
1f.8. No relation between color index and stellar magnituqe was discovereds
which testifies to the-co,r-reotneags of the CI scale.. Color dispersion in various
parts of the area is studied In dependence on spectral class of stare. . Normal-
colors CIO for stars of spectral subclasses A8-M are determined on the basis
of stars with m - Mo 4-8m, where.Ko are average absolute magnitudes M for the
given spectral subclass, There were a few stare of early spectral classes;-
therefore, C1 for them were determined on assumption that color excesses are
0
-Card 1/3

/W/00
8/03 2
Investigation of-interstallar.aboorpt A'40 AOO 01
ion.in S 1 A,
equel for stw a of different spectral classes, located n
ear-each other at equal
Ae with stellal~ color,- In
distances. In this case, the error to variation o&
insignificant. The normal colors 01 obtained agree wffh cq1ors of Parenago and
0
C. W. Allen. Color excesses are calculated with,the aid of data on C1 g4 spec-
tral olass-(according to BSn -.Division into giants and dwarfs was t4ken Into
i-account. To studythe CE distribution, charts of color excesses were oompiled,
'
T
n
m
m
. 1 < m -, 14 e_ 9
14 m
for four ranges of distance moduli i m - M ~