SCIENTIFIC ABSTRACT NIKITENKO, R.D. - NIKITENKO, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136930003-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NIKITENKO, R.D.
AccLWulation of radioactive phosphorus in rabbits with ex.-
perimental tumro of the bones. Uch.zap. KRROI 7;X37-144161.
(kW 16:8)
(BONES-GAM,O) (PHOSPHORUS ISOTOPES-THERAPEUTIC USE)

NIKITENKO- R.D.,, _BAIfAN, L.A.
Effect of X-ray irradiation on the development of an intraosseous
transplantod tumor of the LOI strain. Vrach. delo no.12:23-28 D 161.
(141,iA
1. Laboratoriya eksperimentallnoy terapil raka (rukovoditell
akademik A14 USSR prof. R.Ye.Kavetskiy) i otdela luchevoy terapii
(rukovoditell - kand.med.nauk V.I.Guzl) Kiyevskogo nauchno-
issledavatellskogo rentgenorad*ologicheskogo i onkologicheskogo
instituta.
(BONES__TMOiiS) (X RAYS-THEWEUTIC USE)

AUTHOR: -Nikitenko, R.U., Engineer. 129 - 8 - 2/16
TITLE: Properties of deformable (ductile) alloys of the
system Ti - Al at elevated temperatures. (Svoystva defor-
miruemykh splavov sistemy titan-alyLLminiy pri povyshennykh
temperaturakh. )
PERIODICAL: "Metallovedg&U i Obrabotka Metallov"(Metallurgy and
Metal Treatment), 1957, No.8, pp. 7-14 (U.S.S.R.)
ABSTRACT: The aim of this paper was to study the Ti-Al ductile
alloys produced from commercial titanium. The alloys were
produced in a high-frequency arc furnace in a rarified argon
atmoslhere from Ti sponge (containing 0.020,,~ C, 0.08 - 0.1~1 sit
0.38 - 0.4% Fe, 0.006 - 0.015% Mg) and electrolytic (99-99%.
Al) aluminium, chips. The produced castings were forged into
rods of 1c'_- mm. dia. which were annealed at 750 C for one hour
and cooled in air. The titanium alloys are mainly intended
for operation at 300 - 500 C and their practical use is limi-
ted to a considerable extentby embrittlement during operation
at elevated temperatures. Therefore, the author investigated:
the behaviour under tension at 20 - 550 C; the hardness in
the hot state, up to 1 000 C; the influence of long duration
oxidation at 350 - 500 C on the mechanical properties and the
long duration hot hardness at 200 - 600 C. The measured
Card 1/4

Properties of deformatble (ductile) alloys on the 129 - 8 - 2/1
sys-tem Ti - Al at elevated temperatures. (cont. )
mechanical properties of cylindrical specimens with an
effective diameter of 3 mm. for commercial titanium and for
alloys containing 2.5, 4, 5.4 and 761,L' Al are entered in Tablel
for test temperatures of 20, 150, 250, 350, 450 and 550 C,
respectively. Table 2, p.11, gives the mechanirtal properties
for alloys of equal composition after exposing the specimen
to oxidation at 350 - 500 C for 100 hours. The graph, Fig.1,
shows the change of the relative elongation as a function of
the temperature for temperatures up to 550 C, whilst the
graph, Fig. 2, shows the influence of the test temperature
on the uniform deformation. The change in the inclination
S4
angle, as a function of the temperature, of the real ten Lle
stress diagram is shown in the graph, Fig-3, for Ti and
various Ti - Al alloys; the influence of temperature on the
hardness of Ti - Al alloys is shown in the graph, Fig.4,
whilst the graph, Fig- 5, shows the relation between the
hardness and the ultimate strength of the Ti - Al alloys
between 20 and 500 C. Fig. 6 shows the specific electrical
resistance of Ti-Al alloys before ageing and after ageing at
450 C for 100 hours. The graph, Fig.7, shows the influence
of the aluminium content on the one hour hardness values of
Ti - Al alloys for the temperatures 200, 300, 400, 500 and
Card 2/4

NTKITOKO, R.R.
Characteristics of plasticity and aging of binary titanium-
aluminum alloys. Titan i ego splavy no.3:41-51 160.
(MIRA 13-7)
(Titantuin-aluminum alloys-Metallography) (Metals at high temperatures)

NIKITENKO, S., mwter.
Fzcperience in the use of wooden runners. Kinomekhanik ro.P,:36 Ag '53.
(WImHA :8)
% 0
1. Kinoremontnyy punkt, Mostovoye, Krusnodarskiy kray.
(Moving-picture projectors)

MMENSKAYA, H.L.; 111KITENED, S.F.
Spring and fall frosts in Kursk and Belgorod Provinces. Sbor. rab.
po oinop. no.3:25-42 '59. (MIRA 12:11)
1.Upravleniye gidrometeorologicheskoy sluzhby (UGMS) TSentrallno-
chernozemnykh oblaoter.
(Kursk Province--Frost) (Belgorod Province--Frost)

ACCESSION NR; AT4026440 S/3082/63/000/008/0053/0067
AUTHOR: Kremenskaya. N. L.; Nikitenko, S. F.
TITLE: Cold waves in Bryansk, Orlovsk, Kursk and Selgorod Oblasts
SOURCE: USSR. Glavnoye upravleniyegidrometeorologicheskoy sluzhby*. Sbornik
rabot po reglonallnoy sinoptike (Collection of works on regional forecasting),
no. 8, 1963, 53-67
TOPIC TAGS: meteorology, air temperature, temperature extreme, circulation index,
regional climatology, climate. weather forecasting, long-range weather forecasting
ABSTRACT: Cold waves occurring in October, November and December in Bryansk,
Orlovsk, Kursk and Belgorod Oblasts are analyzed. The quantitative criterion for
the temperature change during the passage of a cold wave is a drop of the minimum
air temperature to -5C or lower. The oblasts mentioned are unprotected from cold
air- intrusions from the west and north, but forecasting of cold waves Is facilita-
ted by the*ability to trace the advance of cold air toward the area for two or
three days before Its arrival. There are few Soviet studies of cold waves and
none for the region discussed. Part I discusses the climatic characterisiics of
cold waves for the area. The tables i;dicate the detailed nature of the study:
q,7jan, maximum and minimum number of days with temperatures of -5C or lower by
-~Or

ACCESSION NR: AT4026440
ten-day periods, months and years; 2 -- mean and absolute maximum intensity of
cooling by ten-day periods, months and years; 3 -- relationship between intensity
of cooling and number of days with cooling for October, November and December;
4 -- mean, mean minimum and mean maximum number of days with cooling, 1951-1960;5-
mean, mean minimum and mean maximum intensity of cooling, 1951-1960. Most of the V
tables are prepared on the basis of data for 25 stations. Part 2 discusses the
relationship between the number of days with cooling and the intensity of cooling
and anomalies of the mean monthly air temperature; a large number of relationships
of prognostic value were determined from this analysis. Part 3 gives the actual
prognostic criteria developed for use in predicting cold waves; the method makes
it possible to establish the relationship between the number of days with cooling
(to -5C or lower) and the Intensity of this cooling on the Index of zonal circula-
tion. Examples of forecasts are given. OrIg. art. has: 4 formulas and 10 tables.
ASSOCIATIOIJ: KURSKOYE BYURO POGODY* (Kursk Weather Bureau)
SUBMITTED: 00 DATE ACQ: 16Apr64 ENCL: 00
SUB CODE: AS NO REF SOV: 003 OTHER; 000
Card2/2

SOROKIN9 Getwadiy Mikhaylovich; GLYAZER9 L,p red*; KOKINAq Ye,p red,,*
GRIGORIYEVA, I., mladshiy red.1 KOROIEVA, A., m1adshiy red.1
I NIKITZHOt T.p aladably red.; MOSKVINAq R., tekhn.red.
[Planning the national economy of the U.S.S.R.; problems of theory
and organization] Planirovanie narodnogo khoziaistva SSSR;
voprosy teorii i organizataii. Moskva, Izd-vo sotsiallno-ekon.
lit-ry, 1961. 458 p. (K[Rk 14W
(Russia-Economic policy)

/V//kl/ rCIVA10 I -IXT "I-,-
NIKITENKO, K.F.; NIKITPRHKO T.F.
I -, .
Characteristics of cell nucleus formation in the tissuse of
vegetative hybrids. Dokl.AN SSSR 95 no.3:649-652 Kr '54.
(MLRA 7:3)
Predstavleno akademikom V.N.Sukachevym, (Plant cells and tissues)

MIRONOV, V.Ye.; KULIBA, F.Ya.; REDOROV, V.A.; HIM T~KO,,_T.F.
Effect of alkali metal cations on the formation of chloride
complexes of bismuth. Zhur. neorg. khim. 8 no.10:2318-2322 0 163.
(MIRA 16:10)
1. Leningradskiy tekhnologicheskiy institut, kafedra obshchey
khimii.
(Alkali metals) (Bismuth compounds)

N / / -,5- N ~- ~, j/, D, 137-58-5-10745
Translation from. Referativnyy zhurnal, Metallurgiya 19 5 8 N r ~ p '-, - i 11-55 R
AUTHORSi Grayfer, Ye. F. . lm5heneiskiy, V. 1, Nikiten_Lu- V D.
TITLE Improving the Chemical Properties of Kh25 and Kh28 High-
chromium Steels (Povysheniye khirnicheskikh svuy,tv vy-oko-
khroroistykh staley Kh25, Kh28)
PERIODICAL Byul. nauchno-tekhn. inform. Ukr. n, -i. in-t rnetollov
1957. Nr 3, pp 85-91
ABSTRACT- KhZ5 (El 181) and KhZ8 (El 349, EZh 27) steels are dist-
inguished by an undesirable tendency toward grain groAth when
heated >9000C, such coarse granular structure not. being -u-
ceptible to correction by subsequent heat treatment The only
method of correcting the structure of such steels is, by a high
degree of deformation ending at low temperature and not ,t ( oin-
panied by any significant degree of recry,~Iallizalio,i F'xl)(-ri-
mental work under various conditions was undert,ti,,vn o, fhe
Dneprospetsstal; plant with the obje(t of finding opliryiil (oricli-
tions for heating and forging that. would gua raritc~ the ine( han -
ical propi-rties of these steels in accordan( e %kith GOST (All-
Card 11Z Union Stat4! Standard) 5949-51. The optimum technology

137-'38-5-10745
Improving the Chemical (cont.
proved to be one in which forging terminated at riot over 80011, and the kAork
hardening thus produced was removed by high -temperature terilpering if
7000 for 8 to 10 hours.
I G
1. "')tee!--Chemical propertie:; 2. -. hr-,Dmi jn--:'hem i,, a 1,
Card 212

MOGILICHENKO, V.S., inah.; NIKITEKKO, V.D., inzh.; HIMINODN, R.D., insh.;
RUDHEVAP N.V., inzIT.- --
Carbon reduction in the surface layer of ball-bearing and tool
steels. Stall 23 no.9s839-840 S 163. (MTRA 16-10)
1. Institut ispollsovantya gaza AN UkrSSR I Dnepropetrovskiy
Staleplavillnyy zavod vysokokachestvennykh i spetsiallnykh ataley.

NMUMO~v.F.; YATSEVIO, B.G., inzh. lesnogo khozyayutva
Froteotive tree belts; readers continue the discussion. Pat' t
put. khoz. 7 no,5:39 163* (MMA 16:7)
1. Dolginteevokaya distantsiya Pridneprovskoy dorogi (for
Hikitenko), 2. Stantsiya Pologip Pridneprovskoy dorogi (for
Yatsenko).
(Vindbrea)VI, Shelterbelts,, Kto.)

HIM~90 V.F. (Nikytanbc), V.F.]; PYATIGORSKIY, B.Ya. [P,aItybc-,s1W,, B.1A.1;
86ROXTNA, Z.A. (Sorokina, Z.O.) "
Electrometric amplifier In using h1gh-ohm glass microelectrodes.
Fiziol. zhur. (Ukr.] 10 no.31407-409 My-Je 164. (MPRA 18t9)
1. Laboratoriyu obshchey fiziologil InstItuta fiziologii im. A.Bcgc-.mol'tsa
AN UkrSSR, Kiyev.

ANOKHIN, S.I.; ANTSUK, D.N.; GUTSEV, Ye.G.; GOLOVANCHIKOV, I.Ya.;
NIKIT&HKQ,-V-G. ; SHELELYAYEV, A. I. ; MARTINKEVICH, F.S. 0
red.; PASHKEVICH, O.N., red.; VASILYEV3KIY, I., red. izd-
va; VOLOKHONOVICH, I., tekhn. red.
(Improving the efficiency of larffe-esale transports in the
White Russian S.S.R.]Ratsionalizatsiia perevozok massovykh
gruzov Y Belorusskoi SSR. Minsk, 1963. 241 P.
(MI RA 16:7)
1. Akademiya navuk BSSR. Minsk, Instytut ekonomiki.
(White Russia-Freight and freightage)

OUYI-E. , F.F. ; EiObRANTIMAD , Yu.Y. , k and. tekhn. nauk, I I "', 'V* . " , ,
11
NIK17.E.NKC --! G.
Experience in using a dig,tal delay system In a reversing calf!
rolling mill. Avtom. i prib. no.3:8-10 JI-S '64.
(MITRA !~:",;'

PAVLENKO,,I.I.1 NIKITENKO, V.I.
Equipment for feeding the mold wash to the working area. Lit.
proisv. no.2t45 F 165. (MIRA l8s6)

s,lo-o/61/oo 8()3/00--./01)'-;
E036/E435
7r0 0 Ill,it,
AUTHORS: -Nikitenk0_1 r-jjjom~ V,L,
TITLE: Comparisf,n of Srr(-,~;s jo.j In .' 9C*rrian,,,,,
crystal
PERIODICAL. Kristillogrt,ti)
TEM Using photoelasticity, tlie ii,,tributiun of stres.-,es acros:s
a slice from a gernkinium inzit 1.5 Me,ASILred, Thc- stress field is
calculated and the corre-~,pondirij tt-jripet~ltklfe field is compared
with the dislocation distribution, The ill--e ir,--'rcstigated wa5
cut parallel to the (III) pleAni anal the distribution of
dislocations determined frorn ot,h pit-~, Bi-refi in;4en,-e was
measured between the ~Icmg two sli-~e diameters iAsiing
infrared radiation. The orm-LI[It (it bi -refr ingence was dtitermined
by placing the sample between crobsed polaroids and measuring
directly by means of Photocoridki( tii, itN is well at, the u6tial
quartz wedge and Senarmont ompensator Scatter of results by the
three methods was 10 to 20'/o. A plot of path differenLe along the
diameter gives a parabolic law with the cxception of parts close
to dislocation Clusters. The --onstants required to
Card 1/ 4

:~2724
S/070/6 1 /'t()O(,/0()3/()()")/009
Comparison of stresses E036/E435
convert the bi-refringen,.e int -it wer. f GUnA by ( ornr)r essing
prisms of vari ous or I en ta t I on , S~ eA t te I Is I it I gt~ i,Ut fl-., WOr-Se
than other workers have oxiier I (-n, (-d )n S I and d irtmond , F r cin the
stresses and using Yu.I,Siz tin s r, sults (R~-f -13 hr I t-~ I I ogi If I y'j
i , 6 , 70-717, 1956 ) the tit t v,4---s irt tlit- ing(,t , at the jAace where
the slice was removed, , an k)c uli (ed. From these kis ing it
method due to E.Billig Olef.15; PrOL.Roy.Suc, A, 235, 1200,
37-55, 1956) , the dislocat i-n U-nsity IS (0 1~ UliA t e d a n ct ~) ml, a r ed
with the experimenta I de tez mi ti,i L ton Al,d LhIS is ~shown iii Fig,11,
where dislocation densit is plotted against distance
along the diameter (r/R), R hein.~ the sli.-e radius- The line
is the calculated d1strit.L.Ltioi, and the f)olnts art-, the ex[jerimentel
values. The results are siffillar t,,) th-',se cbtalned Ly
P.Penning (Ref.17t Phllij)z~ Res, Repts, 13, 1, 79-')7, 1958).
The discrepancies between uh.,ervitti. n ,nd -AI~Lilotiuri are thou."tit
to be due to the Iislo~atioris nut -;mpletely --uml,ennating the
temperature drop and the tf,#-triii-el itti, stres-ses which arise. The
tangential stresses deteimine,i in the expel imezit al.5(-) agzeed
qualitatively with the diblo--itioi4 11~tr it,%itloti, Inf ormat iuri c a it
be obtained about the theLmoc-1,t!Iti stt*~-ss(s c-tiiig during t~ e
Card 2/4

Comparison of stresses ...
22794
S/07o/61/oo6/oO_7/OO5/0O9
E036/E435
crystal pulling. Aelmowledgments are expressed to G.I.Distler
and V.I.Chudakov for their assistance. There are 4 figures,
2 tables and 17 references: 6 Soviet-bloc and 11 non-Soviet-bloc.
The four most recent refei-ences to English language publications
-ead as follows: R.Bullough, Phys.Rev., 115, 4, 723--(26, 1957;
J.Hornstra, P.Penning, Philips Res.Repts, 14, 3, 237`49, 1959;
S.R.Lederhandler. J.Appl.Phys., 30, ii, 1631-1638, 1959;
P.Penning. Philips Res.Repts, 13, 1, 79-97, 1958.
ASSOCIATION: Institut kristallografii AN SSSR
(Institute of Crystallography AS USSR)
SUBMITTED: August 12, 1960
Card 3/4

Comparison of
2PA
S/070/61/oo6/003/005/009
stlesses ... E036/E435
Card 4/4 Fig.4.
o a8 0.6 QIJ 0.2
Paccmoflmue Moflb duckfempa.

S/02 61/141/006/013,,021
B104X112
AUTHORS: Indenbom, V. I.., Nikitenko, V. I., and Milevskiy, L. S.
TITLE: Observation of internal stresses around dislocations in
silicon
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 6, 1Q61,
136o - 1362
TEXT: The observation of decorated and nondecorated dislocations in
silicon by an electron-optical transducer is described. The experimental
arrangement consisted of a usual polarization microscope (with Nicol prisms)
and a 53"-3 (BEI-3) electron-optical transducer. An 01f -24 (01-24) lamp
with infrafilter was used as light source. Dislocations were oriented
strictly parallel to the direction of observation by a special breeding
method. Crystal breeding was carried out in direction L110]. 2 - 3 mm
thick plates were cut out at right antles to the breedinF axis, and polished.
As was shown by experiments with polarized light, there exists a bire-
fringence field of rosette-shaped character in the vicinity of dislocations.
Card 1/3

S102 61/141/006/013/021
Observation of internal stresses ... B104YB112
This agrees with results of a previous paper by V. L. Indenbom et al.
(Kristallographiya, 2, 190 (1957)) according to which the birefringence
field around disloca-tions (when the crystal is considered to be isotropic)
can be described by the formula r - CcoeQcos2 (9 - a). 9 is the azimuth
counted from the slip plane, a is the angle between this plane and the
polarization plane, C is a constant proportional to the marginal component
of the Burgers vector of dislocation, to the hardness of the crystal,
and to the photoelastics constant. The pattern of microstresses around
dislocations changes completely after decorating. The rosette changes,
and the signs of birefringence in the individual rosette fields which
differed before decorating become equal. MicroBtresses around decorated
dislocations are radially compressed and tangentially elongated. In usual
decorating, intensity of the microstresses around dislocations increases
somewhat, original microstresses disappear, and curvilinear dislocations
may be observed bosides rectilinear ones. Unly macrostresses produced by
the effect of many dislocations are conserved. Redistribution of stresses
around dislocations decreases with decreasing impurities. The authors
thank Professor 114. V. Klassen-Neklyudova for interest and V. D. Khvo5tikova
Card 2/3

S/020/61/141/006/013/021
Observation of internal stresses ... B104/B112
for assistance in crystal breedinr. There are 3 figures and 9 references:
5 Soviet and 4 non-Soviet. The three most recent references to English-
language publications read as follows: 'N. L. Bond, J. Andrus, Phys. Rev.,
101, 1211 (1956); R. Bullough, Phys. Rev., 110, 620 (1958); W. C. Dast.,
J. Appl. Phy3., 29, 705 (1q58).
ASSOCIATION: Institut kristallo,;rafii Akademii nauk SSSR (Institute of
Crystallography of the Academy of Sciences USSR)
Institut metallurgii im. A. A. Baykova Akademi4 nauk
(Institute of Metallurgy imeni A. A. Baykov of the Aciidemy
of 3ciences USSIO
ERESE'NTED: June 5, in6l, ly A. V. jhu~nikov, Academician
3UBI,'ITTED: May 50, 1n61
Card 3/3

33361
S/18 62/004/001/036/052
B104YB112
20
AUTHORSs Indenbom, V. L., Nikitenko, V. I., and Milevskiy, L. S.
TITLEs Polarization-optical analysis of the dislocation structure
of a crystal
PERIODICALs Fizika tverdogo tela, v. 4, no. 1, 1962, 231 - 235
TEXTt The polarization-optical method makes it possible to establish all
the characteristics of the dislocation structure in crystals of low dis-
location density. A plate with a perpendicular [001] axis, cut out of a
Si single crystal parallel to the (110) plane, was used for determining
the Burgers vector and for investigating various types of dislocation,
such as sessile dislocations (Fig. 2) and dislocations with glide planes
coinciding with the (1-11)and (711) planes (600 dislocations). The forma-
tion of sessile dislocations from the 600 dislocations is described by
L1011 +-E [017) -4 -a [1TO], according to which one 600 dislocation
2 2
glides along the (1-11) plane and hits the other 600 dislocation gliding
along the (IT1) plane. The Burgers vectors of the 600 dislocations form
Card 1144,

L-10904-63 -.--.--EWP m
iACCESSION NR: AT3001909 S/2912/6Z/000/000/0168/0174
:AUTHORS: -Indenbom. V. L.. Nikitenko, V. I., Milevskiy, L. S.
,TITLE: pialocational/structure of Si.
i K
SOURCE: Kris tallizats iya I fazov*e perekhody4. Minsk, Izd-vo AN BSSIR'
1962, 168-174.
!TOPIC TAGS: crystal, crystallization, crystallography. crystalline, structure,
~dislocation, single crystal, growth, defect, slippage, etching, decoration, Si.
ABSTRACT.- The paper describes a comparative evaluation of various methods for
i
;the inspection of dislocational structures in Si, with particular emphasis on the
pola rized- light optical method. A comparison of the results of various methods in
,:the discovery of dislocations in a thin lamina of Si is shown. The lamina was cut
perpendicularly to the aide of an ingot grown along {110) by the Chokhrallskiy
,method. The methods are: Photography in polarized IR light, selective etching.
Cu decoration of the dislocations. The characteristics of the images obtained
,are discussed In detail. The atomic scheme of the formation of edge dislocations
As illustrated for three possible arrangements: (a) two 600 dislocations placed at a
.distance of one lattice parameter; (b) formation of an edge dislocation; (c) edge
Card 1/2

18 -3
- .90-4-6
,ACCESSION NR: AT3001909
Aislocation with the same orientation arising upon slippage along the (001) plane in
Ithe direction of easiest slippage. The graphs tnclude an indication of the Burghers
vector. It is concluded that the optical method for the investigation of dislocations
is a valuable adjunct In the solution of the problem of Inspecting and controlling the
!
.dislocational structure of a growing crystal. "In conclu'Jion. the authors regard it
,their pleasant duty to express their gratitude to Prof. M. V. Klassen-Neklvudova
ifor her attention to the study, and to D. B. Khvostikova for her kind cooperation
.in the growing of crystals." Orig. art. has 4 figures.
!ASSOCIATION: 00
SUBMITTED: 00
jSUB CODE: CH, PH, MA. EL.
DATE ACQ: 16Apr63
NO REF SOV: 006
ENCL: 00
OTHER: 003
Card V z

NIXITMMO, V. 1.
I - ---
Dissertation defended for the degree of Cagididate of Physicomathomatigal
Sciences at the Institute of Crystallography in 1962:
"Inner Stresses and Dislocations in Monocrystals of Silicon and Germanium.*
Vest. AlmA. R-au-kSSSR. Ro.4, Koscow, 1963, pages 119-145

3/032/63/029/002/020/028
B101/3186
AUTHORSi Nikitenko, V. I., and Indenbom, V. L.
TITLL: Polarization inframicroscope and its application for studying
silicon
PERIODICALj Zavodskaya laboratcriya, v. 29, no. 2, 1963, 222 - 225
TEXT: A polarization infrared microscope is described which consists of an
ordinary MH~-4 (MIN-4) polarization microscope with Nicols, a 6.4%~-3 (VEI-3)
electron-optical Converter and an 0~-24 (01-24) lamp with infrared filter.
The pictures visible on the converter screen are photographed. The stresses
were measured quantitatively by means of quartz-, calcite, or mica cc-Mpensa-
tors. Macro- and microstresses with phase differences of 5 - 10 m~b were
found in silicon; phase differences of 2 - 3 m~ucould still be detected.
Microphotographs were made ofs (1) stress in the cross section of a silicon
crystal which, during its growth, was subjected to inhomogeneous plastic
deformation; (2) residual stress in the silicon crystal caused by the grind-
ing of the sample; (3) the joint between a silicon lamella of 0.4 mm dia-
meter and an aluminum wire 0.3 mm thick; (4) copper-decorated dislocations
Card 1/2

S/032/63/029/002/020/028
Polarization inframirro8cope and... B101/B186
in silicon. The determination of stresses in joints between silicon and
metal are important for the production techniques of sewiconductor apparatus.
The polarization inframicroscope can also be used to study the stresses in
semiconductors, ferrites, and in mineral ores. There are 5 figures.
ASSOCIATION: Institut krista-llografii Akademii nauk SSSR (Institute Of
Crystallography of the Acedemy of Sciences USSR)
Card 2/2

TRAUX or~stross7L,
A
on-
shW that,--the photelas-tic -con ants, of
ind --- semiconaiietor- industr-j* thOi-4uthois A
t~owung or -the- foil ng-"-
:6bivr" 1161, in OWL two eases to
fized~-axis-zakexAbi~c otaJL---dpti (md-n6t-
X7 cally-vniaxl
41-ifid-jb)----iibi ~th -1
---biazial a e--biretr agence oteerved'-slong-a fixed7axis does not'de--'-~
Pend on.-AS'le..dire-Otion-of loading ii:tha- Viane ~yerpenftcular- to this axis* 'The
sawed vitha level Vrese vbIch produced a
~:~'Photoelavtie constants were me Uniform.
stressed state--(Coispiession) in ths-ganrie~i and-ow opUcal system which ftkkei;it.~,
im

ih~*OeVr
e C.-
riesulta-kiOld- Cth elast
d
of ~81: c-, ifw- -the
-bear nfrared -regi
The
On vi 6fibei
-.~--constants 91il, lecl'to be _atra4l~ Aeyen4erjt 6j -tfie-, elength Id ts
ial.
4ere fiery
-th Tee
Otron-- -dis 8 on lit h canno
;t
t b
M ..Per absorpt an -idg 9 waVelength 'dependence canno
attributed td:the-didp~taloi of -the refroctive indez butts &featura of semi-
--conduct --kuth- AMA.
as r1j.
a L# - Xndenb
ore Om, for
IYU 4 Vs
support and a discusnion of the rasults, am for
mteri&I- neceasart -or the:
()riaj arts hawt
Supplying the -,f revearch*
I figure
-and 4 fOmIG_S
77
"Vitt- id
fja~iiii__*f 001
At- -01 WASSIR)
+ i6.
S
M
Af
Q
rd

ACC N.R:
AUTHOR: Nikitenko, V. 1.
ORG: none
SOL;,~CE CODE: uR/0000/66/000/000/0145/0150
TI7LE: Polarization-op~ical investigation of stresses produced by atoimic 6islocation
SOLRCE: Vsesoyuznaya konferentsiya po polyar~,.~.-itsionno-opticheskoinu meLo(lil
issledovaniya napryazheniy. 5th, Leningrad, 1964. Polyarizatsionno-opLL(:'.-,es~,iy
metod issledovaniya napryazheniy (Polarizing-o?tical method of investlAnting stres-
ses); trudy konferentsii. Leningrad, Izd-vo Leningr. univ., 1966, 145-150
TOPIC TAGS: crystal dislocation, crystal dislication phenomenon, interna streG~',
optic measurement
ABSTRACT: Quantitative results of investigation of microstresses around ii-,~:viciual
edge dislocations appearing in single crystals wit;iout application of exLe-r-"Ll loads
are presented. Experimentally obtained lines of equal birefringence JLnLe-is:.ty
generated by stresses due to edge dislocations obtained for a Si crystal -re com-,'ared
to theoretical values resulting in complete agreement after successfull compersacion
is made for macrostresses due to sum effect of other distant sample dislocations.
d
~ii.2 decrease in tangential stresses in the slip plane as the distance froz., isloca-
cion is increased agrees with the theory for distances between 25 and 100--. 7-.-,e
pnysical theory of internal stresses which views dislocations as primar-f sources of
Card 1/2

ACC NR: AT7002102
m-cros"resses which give rise to macrostresses in single cr-ystals was
varified by observing a series of ordered dislocations. In conclusion, t'he aut Inor
expresses his deep gratitude to M. V. Klassen-Neklyndova and V. L. Indenbom for
supervising the work and support in the investigations. Orig. art. has:
4 formulas and 4 figues.
SUB CODE: 20/ SUBM DATE: 14Jun66/ ORIG REF: 007/ OTH REF: 002
Cord, 2/2

109-5-6/222
A au t .(j;: for ti.e Du -,er _,i~:a%i-r. t,f i r:. :a, r,'
AS SOC LIT I
PRKF,,-I;'PED
S 12 1 _~ D
AVAILABLE:
~Iu te~-:.Ii I; c 1~ 1'~
i 1 i n%i t i,q t c),'
a ccu r"' ill, t p t L o I, I c r UL .1 s
-v. 1~ i;3 ii,'. p. ce j e r.. t3 e .1 n r
conllu'ctud -.-it: the !*or:-,. :~ n:.!
aItCI',LtiO'_, Of itS
r(.f
w'!'
ConCre.3:i

r
Card ~.12

SOV/10' 7 1.0_1 I/
Accuracy of the Time Measurei;,erits in Slopinj. Si_r.Ll-~-
1 0(1 - d)(k - 1)
kS3F t2)
where F( t) is the input siL~nal, d i,-
level, k is tLe reduction Df the si~nel '1-1-e
reference level d , and S,3 is the sl,,pE: of
tLe tube characteristic. If th-e si,~ rai iE
of a Gaussian pulse, i.e.
F(t) = Ae-' t
the error ca-n be ex,-.resL~ed by Eq-(C). crlor,
function of d for threF-, types of
plotted in FifSure 3. If a diode i_, cot-- -ct(-,, i -
with the secondary windinE, of the -)f
11 '4::
Figure 1, each si6nal produces a sini~je - L
The error in determinin- the " f ix; u 1.~~r
(;ard 2/4

SOV/109-3-10-7/1~)
Accuracy of the Tinie Mcasure-v-ents in S)lOPinL. Si(,nals
C,
respect to the time scale is dependent on the duration if
the pulse. It is shown that the duration is given by:
L RMS
1 n - (8)
R L
where S = IS/eO in which I S represents the saturation
current of the tubeand e 0 represents the operating
voltage. From Sq.(8), it is seen that the duration of the
pulse, 't, , is determined by the parameters of the circuit
and is independent of the reference level or the amplitude
of the input signal, provided the amplitude is not too
small. If R is comparatively small, It can be expressed
by Eq.(q). An experimentual investigation of the circuit of
Figure I was carried out and it was found that the length
of the "fixing" pulse can be determined from Eqs.(8) or
(9) with an error of about 15 to 2(Ylo. The oscilloSraos of
rigure 6 show that the duration of the "focusing" pulse is
nl.-romt independent of the reference level. The ex-Perirental
Card3/4 results illustratinC the error due to the initial current

SOV/109-3-10-2/12
Accuracy of the Time Measurements in Sloping SiEaals
I are given in Figure 7. The curves are plotted as a
f&nction of k for various values of U I R
There are '/ figi)-res and 1 boviet referen8e. 0
ASSOCIATIOn: Leningradskiy ele'.ctrotekhnicheskiy institut iEeni
V.I. Ul'yanova (Lenina) (LenLn.grad Institute of
Electrical BngineerinC imeni V.I. Ul',yanov (Lenin).
SUBMITTED: March 21, 1957
1. Radio signals--Analysis
Card 4/4

SOV/142-51-E-4-6/30
AUTill(jh: Nikitenkol V.I.
TITLL: Comparison of Metr.,)c;s i~jr- the Time kixation of' -loping
Signais (Sravneniye riiet~,-uov Yremennoy 1 iksatsii
pologikh signaiov,
PLiAlOLICi.L: Izvestiy. vysshikii ucir~cbnykh zaveaeniy - nauiutf-k-nika,
Ij58, Nr 4, pp 4~~L-qL~ (US.5h)
,,BSTRACTL: Various methods of' time fixation ot signiis are -om-
pared taking into acc,I)unt tiie effect of 'narmonic sig-
nals. The pa~.er a-Lso investigates the mttiioc for
fixing sY=,.ctr'cai signais that recuce the effect of
thc- cisturbancf-, signals on thic accuracy CA lixaticn.
The Listurbance signais arf MOSti)' Lf a harmonic, or
fluctuating nature so t~i,,t in fixation of t~,c -1,-pirr
pulses the basic i'ixati.--n error is aeterm-~n(--c, by _~,e
pulses witri a lr~ uency cl the power sups "y ~ n c, r ma -, iy
50 hertz . The author also ciscus,eL; ttE time liya-
tion o1 symmetrical signai:3, where a fixing u-Lsc ~:,f
Card 1/4 short duration can be createci that rtj.rEscrits the time

SO'
~,om- a ris on o f Met ho (a L I ur mc r : x at ~" --n of 6-LOVIng _E". a _s
signais . U-Jal' i, r at IV e i Va.L'Aatiull U I t I I(, a c'.
various timc iixati~,:n cnat-Les tific best t."~Jc.
for a giv(-n sLgnai i,)r-m to b6- sc.,_cte(_. r. tr. e
s mmetrici~i signals mEthoa, tre _ccurc_c.,'' ~;i
fixation ae~tn(~s L655 ~;n eliect _,z the a:sl"'rC'r-.cC-
Puis es k'c(Dmi.arec; ,&ith the othcr methocs, . llowtver,
with especlaliy accurate mca~,urements, when tr.(- cis-
turbance puises arE particularly smali, the seconci
method is th(_ most accurate one, a fact wilier. may be
expiainec by thE r;-lative compi&~.ity ~~! th~_ -_JLr,_,uit
and the increas(, in tne unstabili2ing f-_,ct.~5rs oonnEct-
ea with it. The seicction of th rLaainj: .!CVEl Must
corres,unc to the ~,oint o1 greatest curvaturr-; ol trie
signails sloje. Thus the q'r_ iast mtthous
the thirG) permit an increase in the mtasuring
accuracy with -Dr .'.tr.out the ~r(_sLnef- (.f' cisT,iiirtar,cc
signals. -here are 4 graphs, i diagram anc, - boviet-
references.
ASSOCIATION: Kafeara rauiopriborov Lt-ningraaskogo (_D_I~trotektiniche-
Card 3/4 kogo instituta imeni V.I.Ully-inova (Lenina)

111KITENK0. V.I.
Discriminator as a detector witb bigh selectivity. Izv.vys.uchob.zav.;
radi6tekh. no.5:52?-532 S-0 158. (MIRA 12:1)
1. Rokomondovano kafedroy radiopriborov Leningradekogo alaktrotakhniche-
skogo Insticuta iment V.I. U11yanova (Lenin&).
(Radio frequency modulation-Receivers and reception)

3OV/ !,)0 - 59 --
AUTHORS: And Pegoyriv, AA.
TITLE: The Conversion of Harmoni,~ Signals Into
Pulses (Preobrazovaniye garmoniohe3kikh
impal'sy malloy dlitellnosti)
PERIODICAL: Pribory i teklinika ek.3perimenta, I)',
pp 1OH-.110 (USSR)
2-229/ 50
Short Diratl(,n
signalov v
Nr
ABSTRACT: Experimental results bare giver for a riethcd (proposed in
0
Refs I and 2) whicn oonsiderably inc-.P-ases the accura~.y
of --.onversion. When the amplitude the input is
doubled tl,,,z, time-erior -(ws less than one part in 10'~
the signal oeriod. Usual me--hods of conve,~siori use
squarin- and differentiation. The better way, shown in
Fig 1 as a rornparator.. uses a strong feedback- tc generate
a Dulse whenever the signal !~!hanges -Qlarity. The
moaification of Fis 2 in-clude3 a clampin- airangemen-,
whose level of operation is controll-ed by the voltage
divider R . The oz(,illogramls of Fig 3 snow the
generation of the clamped pulse which may be easily
separated from 'the original waveform. Exoerimental. data
were obtained cri two identical circuits, ---,ne of whi,,h
triggers the scan on an SI-1 or 215-1 oscilios,-;ope and the
Card 1/3 other drives a blocking oscillator to produ--e a 2 F
pulse. Fig 4 sh-ows how the conversion erroz~ depends on

,30V/- 20-59-2-29/ 50
The Conversion of Harmonic Signals into Short Duratfon Puises
harmonic drive amplitude (k = percentage input) and
various diode-heater voltages at a frequency of
150 cycles/gec when using the circuit of Fig 1~ Fig 5
refers to readinFs at 100 and at 50 cycles/sec and
various valve (6M3) heater voltages when using the
clamp circuit of Fig 2. The error in the latter case
is less than 0.01% and is more than an order better than
for a simple comparator. Accurate conversion of signal
in the range 1 - 100 cycles/sec is made difficult by
stray 50 cycles/sec fields from heaters and other sources;
this produces a blurring on the screen of the oscillo-
scope. This topic is treated in Ref 3. Variable phase
shift of the output pulses can be provided by altering
the voltage divider R but this is not to be recommended
sinee the output amplitude is affected. It is better to
shift the phase of the harnionic input using for example
the synchro type VTM as quoted in Ref 1+: with such an
arrangement the frequency change of 1% produces a
spurious phase shift of about 0,50 and an amplitude
Card 2/3 change of 0.5%.

S0711 12'0- 5'~ -2-29/ c50
The Conversion of Harmonic SlgiLals Into Short airation PUILes
There are b figures and li- Soviet refe'rences.
ASSOCIATION: Leningradskiy elektrotektmicheskiy institut
(Leningrad Ele(~trinal Engineering Inst~itut.e)
o
SUBMITTED: May 22.
Card 3/3

06354
9 (2, q) SC`V/142-2-4-7
AUTHORS: Nikitenko, V.I., Ivanov, A.A.
TITLE: A Variable Transformer Circuit 'for Phase Shifting Wil.~~-
in the Limits of 2%
PERIODTf-"'AL: Izvestiya vysshikh uchebnykh zavedeniy, Radiotekl.nika
1959, Vol 2, Nr 4, pp 431-436 (UssR)
ABSTRACT: The wit',ors discuss a phase shifter circuit with a VTM
variable transformer, which provides a continuous rhase
shift within the limits of 2^1(, linearly depending on
the angle of rotation of the transformer rotor. The
errors are determined, caused by inaccurate selection
of the circuit parameters and by changes in the sig)ial
frequency. Recommendations are given for (,11_min-tJ_nj-.
these errors. The dependences are derived for the re-
lative change of the amplitude of the output sl.--nal.
depending on the angle of rotation of the transfc)r,,.-,-r
rotor. The circuit arrangement with a VTM variable
transformer is considerably simpler in tuning and rrc-
Card 112 duces less errors than the circuit arrangement where

06354
SOV/1 4 2 - 2 - 4 -
A Variable Transformer Circuit for Phase ShLfting Within thL: Limi'.~
of 2 ir
the signal is fed to the stator coil. The presence of
two RC filters complicates tuning, but elimin,)tes the
errors caused by a design deficiency of the tranofor7-:er
- the unenuality of the stator windings. The results,
obtained in this oaper, may be used for determining t1-r-
errors of a nhase shifter caused by the factors ccnsi-
dered in this article. They also provide the determina-
tion of the parasite amplitude modulation in crise -)f a
continuous rotation of the rotc1r. The publication of
this article was recommended by the Department of --1-1c-
troacoustics of the Leningradskiy elektrotekhnicheskiy
institut imeni V.I. Ullyanova (Lenina) (1,Pningrad Zliec-
trical Rng:-neering Institute ineni V.I. !,71'yanov (Lil-
nin)). There are 2 circuit diagrrams, 2 sets (if i~ra~,~-,
and 1 Soviet reference.
SUBMITTED: January 5, 1959 (August 1, 1958)
Card 212

S/058/61/000/003/009/027
AOO1/AOO1
Translation from: Referativnyy zhurnal, Fizika, 1961, No. 3, P. 299, # 3E165
AUTHORS: Bondarenko, A. V., Nikitenko, V. I.
TITLE: Electric Conductivity of Synthetic Ceresin in the Melting Temperature
Range
PERIODICAL: "Tr. Novocherkassk. politekhn. in-ta", 1959, Vol. 73, "Raboty
Kafedry fiz.", pp. 43-46
TEXT: Specific resistivity N of synthetic ceresin grows with temperature.
The different course of dependence of ~ on temperature at 40-57 and 57-110 0C is
explained by the fact that higher-molecular components participate in the m4)chan-
ism of electric conductivity; moreover, this is also the result of the effect of
low-molecular (paraffin) fractions contained in synthetic ceresin. This is
confirmed by changes in mechanical and optioal properties of synthetic ceresin at
the 57 0C temperature. The deviation of the temperature-dependence of ?v at heat-
ing from the analogous curve at cooling is explained by the orientation of the
structural elements of synthetic ceresin during cooling in the presence of an
electrical field. V. Kuchin
Translatorts note: This is the L'ull translation of the original Russian abstract.
Card 1/1

DIANOV, D.B.; MERKULOV, L.G.; NIKITENKO, V.I.-,-,
Precipitation of zinc oxide aerosols in an acoustic field. Akust.
zhur. 8 no.l.-60-66 162. OMA 15-4)
1. Leningradakiy elektrotekhnicheakiy institut imeni V.I.Lenina
(911yanova).
(Aerosols) (Zinc oxide) (Ultrasonic coagulation)

NIKITENKOjLV.I..; TURUBAROV, V.I.
Apparatus for precipitating particles of zinc oxide aerosols in a
low-frequency acoustic field. Akust.zhur. 8 no.3:370-372 162.
(MIRA 15:11)
1. Lenlng"radakiy elektrotekhaichaskiy institut im. V.LU11-yanova
(Lenina).
(Sound--Apparatus) (Precipitation (Chemistry)) (Zinc oxide)

NIKITENKO V I ; TURUBAROV, V.I.
Precipitation of zinc oxide in a low-frequency acoustic field.
Lakokras.mat.i ikh prim. no.li6l-64 163. (MIM 16:2)
(Zinc oxide) (Aerosols)

IJ r
-CODE
UB,

NIKITENKO, V.I.
Behavior of the neutral particle of aerosol near tne int-er-
face of two media in a homogeneous electric field. Zhur.
fiz. khim.- 39 no.9:2178-2181 S '65. (Mmk 18: 10)
1. Leningradsk-iy institut aviatsionnogo priborostroyeniya.

-~ernomaqnetic and tragnetic properties of PbSe. Ya. S. Budzhak.
..artain anomalous properties of' p-type PbTe. P. M. Starik,
P. I. Voronyuk.
Galvanon.agnetic and thermomagnetic effects in HqTe- N. V. Gavaleshko.
?roduction and electrical properties of HqSe and the system HqSe-HqTe.
I. M. Rarenko, V. M. Nikitenko.
Electrical properties~ of In Se. I. M. Stakhira, A. N. Borets.
2
Report presented at the 3rd National Confeivnce on Semiconductor Compounds,
Kishinev, 16-21 Sept 1963

PLAKSD', Yakov Grigorlyevich; FLEKKEL' Arkadiy illich; 11~411'12AO,
Vasiliy Rodionovich; UOVIKOV, 1,riForiy Porfirlyev cli-i-
!HTODA, Ivah Ivanovich; MARKOVICH,M.P.,kand.takhp.nauk,dote.,
T-1rjOR, V.I. dotD.,retsenzent;
ts,e,uzeat;-SLAVIN,D.S.,otv.red.; CHRR1WXMA,E,N. red. izd-va;
N"S1HOVA,'*.V.,tekbn.red.
[Principles of building and mining-engineering structurasi
,-uzheniia,
ufjnovy stroitellnogo dela i gornoinzhenernye soo,
Izd.2., (lop. i paror. 01y) 1A.G.Plaksin i dr. Ftoskva,
G02 ortekhizdat., 1963. 1~63 p, (MIRA 16t12)
~Buildinf,) (Mine bruildings)

GRISHCHNNKO. Ye.D.. JUXIT-911KO. V-V-
Incorporation of methioniae into actoayosin and muscle tissue in
chronic lead poisoning (with summary in Inglish) Top.meClchtz. 2 no.5:
328-337 S-0 '56. (MIRA 9:12)
1. Radlobiologichaskaya laboratoriya Instituts gigiyeny truda i
professionalln.vkh zabolevaniy ANN SSSR, Koskya.
(METHIONINS. metabolism,
in exper. lead pois., binding by actomyosin & musc.
tissue (Rus))
(MUSCLE PROTEINS. metabolism.
actomyosin binding methionine in exper. lead pois. (Ras))
(MUSCLES, metabolism,
methionine binding in exper. lead pois. ~Rua))
(13AD POISONING, experimental.
musc. tissue & actomyosin binding of methionins in (Ras))

GRISHCHENED, Ye.D.; HIKITEVED, V.V.
Study of some biochemical and other fnctors in experimentml acute
lead poisoning; author's abstract. Farm. t toks. 21 no.1:81 Ja-F
158. (MIRA 11:4)
1. RadiobiologicheekAYR laborntoriyn (sav.-prof. R.B.'Kurlyandskpyn)
Institute, gigiyeny i profzabolevaniy AMN SSSR.
(MAD POISONING)

NIKITENKOVs V.Ye.1 PRFLKOVA, A.G. -
Polypstpr phr-n.7lenesiloxenp ecmpounds. Plast. =assy no.4-24-26
165. OMRA 18:6)

KRASNDTARSKIT, V.V. : NIXITAM, Te-t.
Adoption and exlpoitation of anticorrosive protection units
on tho Saratov-Moscow gas main. Gaz.prom. 4 ao.9:42-46
S '5 9. (KIRA 12:11)
(Gas. Natural-Pipelinos)
(Corrosion and anticorrosives)

miy.ir:~jyj, Yr .~. ; I~ib~suy.ARSi. I'!, v v .
Cat'nodic protection of tl- Saratov - Moscow gas line. Gaz ~ r- )-
C no . ' : 37-40 My 160. Ov i .-
1 -1 VU-- - - - , ~ I
(Gas, Natural-Pipelines-CatIodic protecti.)n/'

3/095/60/000 /009/004 X
A053/AO26
AUTHOR: Nikitenko, Ve,A., EngJneer
TTTLE~ Greater Efficleniy in the Elert.ro&emic&j Pro*,e-*,1on of Pipelines
PERIODICAL: Stroitelletvo Truboprc,,tcrjov. 1960, No 9, pp 6 - 9
TEKT., The art1cle describes the concl-isions drawn from obser-iations of
actual operation of the two PIPellnes Saratov-Moscow and Bryansk-Moscow, On the
former, having a diameter of 325 mm and extending over a dis'~ar.:,e of 426 km, it
was found necessary to eatablish 57C1