SCIENTIFIC ABSTRACT VINITSKAYA, R.S. - VINITSKIY, A.S.

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• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V 1 NTKA YA
Pepulation of in I-C-rd~-rz; of ..)f
pulmonary ciumlation. Pat. fi7iol. i ek.,ip. terap. 9
S-0 165. M I F,, 19: 1
1. Laboratoriva normallnoy i patologiclieskoy fiziolcrii ~zliv. -
prof. L.I.. Shik) Imstituta khiriirgli Imeni A.V. Viqhnuvs~opo
(direktor - deystvitellnyy chlen Al-94 SSSR prof. A,A. Visimevskiy)
AMN SSSR, Moskva. Submitted 1,lay 20, 1964.

.DARBIIIYAN, T.M.; VINITSKAYAp R.S.
1. --- -
Adequate ventilation and study of C02 of the expel-led air dgvqW
operations on a "dry" heart under hypothermia. Trudy TSIU
59t147-155 163. (MA 170)
1. Laboratoriya anesteziologii (sav. T.M. Darbinyan) i laboratoriya
fiziologii (zav. prof. L.L. Shik) Instituta khirurgli imeni
A.V. Vishnevskogo (direktor deystvitellnyy chlen AMN SSSR prof.
A.A. Vishnevskiy) AWI SSSR.

VINITSKAYA, R. S. (Moskva)
Significance of dye dilution curves for the diagnosis and
functional evaluatlon of heart defects. Zkoper. khir. I anent,
no.2:19-26 162. (MIRA 15:6)
(HEART~DISZASES) (DYES AND DYEING)
V1.

KHARNAS, S.S k-~ VINITSKAYA, R.S.; VOLYNSKIY, 1u.D.
Mechanism of acute dilatation of the heart under conditions of
artificial circulation. Ekepekhir.i aneste 6 no.l*.19-21 161.
(MIRA 14: 10)
(PEMSIOV PUIP (HMT)) (HUM.-HYPERTHROM AND DILATATION)

SHIK, L.L.; V114TSKAYA, H.S.; VOL1,1161.1i, Yu.D.; KMA1US, S-Sh.
Significance of changes in oxygen consumption *n artificial blood
circulation under experimcntal conditions. Veit. A-'-! 356P, 16 no.8:
24P-27 161. (MIHA 14:12)
1. Institut khirurgii imeni Vishnevskogo A14N SSSR.
(BLOWL-CIRGULATION, ARTIFICIAL)

VINITSFAU,k R-8-j VOLMFJYP YuA-
- - - - -------
Dependence of =nan re4mirements of the tismuss an the mi=ts
volume of the blood f34v and afterial blood Mosurs =der candi-
tions of artificial blood circulation. Mesper. k4ir, 5 noo6t47-
52 N-!D 160. (MIU 14t2)
.(MIGEN IN THE BODY) (B= pumurs)
(BLWD~GIRGUUTIONg, AX371CILL)

VINITSK&TA, R.S.
Changes in gae-exchange during exercise following pulmonar7
surge".. Blul.ekop.biol. i med. 48 no.7:22-26 J1 '59.
(MIRL 12:10)
1. Is Instituta khirurgii Imeni A.V.Vishnevokago (dir. -
deystvitellny7 chlen MOT SSSR A.A.Vishnevskiy, nauchW rukovoditell
de7stvitel'n" chlen Will SSSR P.A.Anokhin) AHN SSSR, HoBkva. Pred-
stavlona dovotvitel'nym chlenom AJ431 SSSR P.K.Anol-.hinym.
(Flr"OlTACTOlff )
(MWTION - effect)

SELEZNEVA, N.; XI~J�KAY,A., S'..;IESHCHENKO, A.
We are for a unified accounting office. Fin. SSSR 38 no.1:74 JaL '64.
(PIRA .17:2)
1. Rabotniki Tuapsinskogo gorodskogo finansovogo otdela Krasnodarskogo
kraya.

VINITSUTA VeSe
Changes in the oxygen sataration of blood in various intrathoracic
operations (on the heart, lung and large vessels). Sov,med. 23
no.1:52-57 Js '59. (MIRA 12:2)
1. Is Instituta khirurgii imeni K.T. Vishnevskogo AKN SSSR (dir -
deystvitel'Vy chlon AJeJ SSSR prof. A.A. Vichnovskiy, nauchn"
rukoyoditell - daystvitellnyy chlon ANN SSSR P.K. Anokhin).
(CARDIOVASCUIAR SYSTEM, surg.
eff. on arterial blood oxygen saturation (Rue))
(OXYGEN, in blood
arterial saturation, off. of cardiovase. surg. (Rua))

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= formula for the above. Curves show drPMICIMV (if
resistance an distanor between ban for horiyontally
and verth-ally *rr*nqFd him. Tfwwrtkal values rarrexi%md
rkAely to experiturnial data.
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VINITSKIYO A. 0. Cand Tech Sci -- (diBs) "The Effect of kka
jjj VIIIJA-4 I V
Alloy Structure on Resistance ..Ile Mos, 1957. 11 pp 20 cm.
(Min of Higher Education USSR, Mas Aviation Engineering Inst),
120 copies (KL, 26-57, 107)
_ 49 -

VIAII-Tsff / Y Iq - ('~ I
PHASE I BOOK MCFWITATION 841
~Moscow. Aviatsiounyy tekhnologicheskly institut
Metallovedeniye i tekbnologiya termicheskoy dbr (Physical Metallu gy
and Technology of Heat Treatment) Moscow, Oborongiz,, 1958. 179
(Series: Its: Trudyp TYP. 31) 3,200 copies printed.
Ed. (title page): Vishnyakov, D.Ya,, Doctor of Technical Sciences, Professor;
Ed, (inside book): Kunyavskaya,, T.M.; Tech, Ed.: Rorhin, V.P.;
Managing Ed.: 2aymmkays,, A*S,., Enoneer.
PUIUI=: This book is intended for production engineers, physical metallurgists',
beat-treatment specialists, and other scientific and technical personnel, as
well as for advanced students,
COVERAGE: The book is devoted to the study of properties of beat-resistant &Uoys,,
the effect of steel structure on vear resistance,, phase transformations and
recrystallization in alloys., and also the effect of the conditions under which
alloys are beat-treated on the structure and properties of the alloys. For
references and additional coverage., see Table of Contents,
Card 1/8

Physical Metallurgy and Technology of Heat Treatment 841
TANZ OF COMMM:
Vishnyakov, D,Ya., Professor, Doctor of Technical Scielees; Maslennikov, B.F.,
Engineer. Study of the Recrystallization Process in 91435 Allay
The material investigated vas a nickel-chrome-titanium alloy used in
the manufacture of jet-mogine exhaust pipes. Its chemical composition
(in percent) is given as follows: Cr - 20.40; Ti = 0.21; C = 0,05;
mn - o.44; si o.4o; Fe = 0,74; CU 0.05; Al = 0.04; S = 0.006;
P = 0.004; Ni remainder. The authors' conclusions,, in part, are:
1. It was established that the type of deformation (in tension or in
rolling) does not qualitatively change the rem-yotallization pattern
of the alloy. 2. At annealing temperatures of 1000-10500C, two maxi-
mms of grain growth were observed: 0.2-5.0% in the case of small
deformations, and 25-60% In large deformations. 3, It was noted that
the critical degree of strain shifts in the direction of smaller strains
with an increase in annealing temperatures, Two temperature intervals were
observed where this rule operates: 900-1050*C and 1000-1200* C. 4, The
minlimun temperature (threshold) of recrystalliration for EI435 is 700*C.
There are 5 references, of which 4 are SovIet and I is German.
Card 2/8

Physical Metallurgy and Technology of Ifeat Treatmut 841
Kirpicb-1kov, K.S., Candidate of Technical Sciencess Docent. Rapid Annes.1ing
of Semifinished Articles Cold-formed from D16 and Av (AK5) A13mimm-Alloy.
Sheet 1T
The author describes thexesults of applying new regime of rapid
annealing for heat-treated alumi= alloys, In aWtion, be outlines
the principles of designing equipment for rapid annealing.
Vishuyakov., D,Ya.; Figellman, M.A., Engineer; Trifonova, O.L,, Eagineer,
Some Properties of E1659 Medium-Alloy Steel 3k
The author studies the effect of the degree of plastic deformation
and the rate of cooling on the properties of this steel, tested at
various temperatures. This type of steel contains =&31 to moderate
amounts of chromium, nickel., tungsten, and vanadium. There are 4
references, all Soviet.
Vishnyakov., D.Ya.; Candidate of Technical Sciences, A
Study of the 'dear Resistance of Carbon Steele 43
Card 3/8

Physical Metallurgy and Technology of Heat Treatment 841
Authorls conclusions: 1. Carbon steels with a laminated pearlitic
structure are more wear-resistant than steels with a gramLlw pearlitic
structure. 2. An increase in the amount of lazinar pearlIte results in
a drop in the rate of wear, especiallyin hypoeutectold steels.
There are 4 references, all Soviet.
Vishnyakov, D.Ya.; Vinitskiy, A.G. Effect of Structure on the Wear Resistance
of Iron-Chrom:LUM-Ca-rb6-n-A337oys- 50
Author's conclusions (in part): 1. An increase in the quantity of
special carbides in annealed and hardened chrome steels increases
their wear resistance. 2. A given quantity of cubic crystals of
chromium carbide imparts greater wear resistance than the same
quantity of trigonal carbides, other conditions being equal.
3. The relationship between wear resistance,, hardness,, and certaln other
mechanical properties of annealed chrome steels can be observed only
within the limits of identical structures. There are 3 references,, all
Soviet,
Card 4/8

Phyaical Metallurgy and Technology of Heat Treatment 841
Livanov, V.A., Candidate of Technical Sciences; Vozdvizhenskiy, V.M.,
Candidate of Technical Sciences, Recrystallliation of Altminum-Manganese
0
65
A
The authors study the recrystallization proe"s... of alumintm-mengwese
alloys as affected by the amount of manganese lu,aolld solution, the
quantity and distribution of dispersed phases, and nonuniformity of
chemical composition and structure. There are 18 references,, of vhich
8 are Soviet, 8 English, and 2 German.
Idvawv, V.A.; Vozdvizhenakiy, VJ4, Effect of Addition Elements on the
Solubility of Manganese in Alumi 64
The authors study the effect of small engnmtz of iron, silicon, and
titanium on the solubility of manganese In aluminum, There are 15
references, of vhich 3 are Soviet, 8 English, and 4 German.
VishWakov, D.Ya.; Sovalova, A.A.., Candidate of Technical Sciences, Docent;
Smipgo-va, K.A. Mechanical Properties of Steels at Lov Temperatures 100
Card 5/8

Physical Metallu g3r and Technology of Heat Treatment 841
Results are given of an investigation of the effect of the composi-
tion and heat treatment of certain alloy structural steels on the
cold brittleness of the steels at sub-zero temperatures* There are
3 references, all Soviet,
Sovalova,, A,A.; Korniloya., Z.I., Engineer, Ocale Resistance of Certain
Nickel-Base Alloys 107
The authors compare the scale resistance of thret nickel-base alloys
at various temperatures vith that of an iron-base aircraft-construe-
tion alloy.
Neustruyev, A,A.. Candidate of Technical Sciences. Neat ExabAnge in Con-
tinuous Convection Furnaced U3
Neustruyev compares uniflow and counterflow f=wes of the above type
and concludes that preference should be given to the counter-flov
variety. There are 6 references, all Soviet.
Neustniyev, A.A., Candidate of Technical Sciences. Special Features of
Heating Elongated Items of Almdm= Alloys in Convection Furnaces 129
Card 6b

Physical Metallurgy and Technology of Heat Treatment 841
The author discusses the special problem connected with the heat
treatment., especially hardening., of elongated sqwd-
finished products (shapes, pipes, sheet,, etc,),, particularly such
problems as maintalning constant temperature and the achleymnt of
rapid and uniform heating. There are 5 references, of vhich 4 are
Soviet and I is German,
Livanav, V.A.; Yelagtn,, V.I., Candidate of Technical Sciences. Investi-
gation of Heat-resistant Alloy with Pdditions of Iron and Nickel 138
The author's investigation shows that sma3l additions of iron
(0.08-0.92%) and nickel (0.17-0.72%) do not improve the mechanical
properties of AM6 alloy (Al + 6% Mg) at elevated temperatures.
There are 7 references, of which 5,are Soviet, 1 is English, and
1 German.
Livanov., V.A.; Yelagin, V.I. The Extrusion Effect at Elevated Temperatures 143
An investigation of the "extrusion effect" (increased strength as a
result of the extrusion process) in alumim -magnesium alloys with
additions of chromium and manganese (together and separately) shows
Card 7/ 8

Physical Metallurgy and Technology of Heat Treatment 841 ~
that these alloys retain their increased strength even after cold
drawing. It is further shown that the extrusion effect is preserved
at elevated temperatures (300* C) and is observed both in the short-
time strength test and in the long-time hardness test. There are 10
references, of which 8 are Soviet and 2 German.
Petrov., D.A., Professor, Doctor of Technical Sciences; Dukhanova., A.A.,
Candidate of Technical Sciences. Change in Shape and Recrystallization of
Crystalline Substances During Solution and Growth in the Solid Phase 16i
The authors investigate the changes in crystalline structure which
occur during the annealing of various alloys.
Kolachev, B.A., Candidate of Technical Sciences. The Effect of Chromium,
Manganese, and Iron on the Natural Aging of Aluminum-Copper Alloys 172
Results are given of an investigation of the effect of chromium,
manganese, and iron on the aging of aluminuva alloys containing 4
percent of copper. There are 9 references, of which 4 are Soviet,
3 German, and 2 English.
AVAILABLE: Library of Congress
Card 8/8 Go/Mae
3.1-28-58

VISHNYAKOV, D.U., doktor tekhn,nauk, prof.; VIUITSKIY, A.G., kand.tekhm.nauk
---l- I
Investigating wear resistance of carbon steals. Trudy KATI no.31:
43-49 158. (KIRA 11:7)
(Steel alloys--Testing) (mechanical wear)

YEFREFIOV, F.Ye., inzh.; VINITSKIY, A.I., inzh.; IVANOV, G.S,, inzh.;
KIIADZHIIIOV, G.G.-,I-nM-. '-
Use of wet ash traps in a boiler operating on industrial fuel.
Elek. sta. 33 no.4324-26 AP 162. ORRA 15%7)
(Boilers) (ruel)

SOV/ 56-34 -3-13/55
AUTHORS: Boos, E. 0. f VinktskiYj A. Kho , Takibayev, Zh. S.
Chasnikov, I. Ya. -_ w-
TITLEt The Investigation of a Shower Produced by a Singly Charged
Particle of High Energy (Isaledovaniye livnyal vyzvannogo
odnozaryadnoy chastitsey vysokoy energii)
PERIODICLAs Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki, 1958,
Vol. 34, Nr 3, pp. 622 631 (USSR)
ABSTRACTs The case described here of the type (2 + 16 p) was observed
in a 600 p thick emulaion Ilford 0-5, which in 1955 was
exposed in Italy at an altitude of about 30 km. The energy of
the primary particle which was estimated by the usual kine-
matic method was (5 +10 ).10 12 eV. The shower particles moved
-3 -I
within an angle of la7-10 rad. The central traces pass in
a plate distances up to 5 cm. For this very reason the ener-
9Y Of 15 shower particles could be determined by immediate
Card 1/4 measurement of the multiple Coulomb scattering. The first

SOVI 56-34 -3-13/55
The Investigation of a Showcr Produced by a Singly Charged Particle of High
Energy
paragraph discusses the measure.-ent of the momenta of the se-
gondary particles. The scattering was measured individually
Ibr all shower particles. The value D of the scattering, which
was measured immediately in the experiment, is composed of
the pure Coulomb scattering D and of the scattering n,
which is caused by all the other factors. The quantity n can
be measured by measurement of the scattering of a high energy
particle at three cello along its trace. The scattering of
the shower particles was measured at calls from 500 to 4000 tt-
The next paragraph deals with the anolar distribution and the
energy '., distzibution of the shower particles. The angular
distribution of the shower particles is illustrated by a dia-
gram. This angular distribution agrees best with distribution
according to the'Hei4anburg the*ory. . To compare the energy
distribution of the shower particles with the theory by Lan-
dau a histogram was constructed in the laboratory coordinate
system. The here found energy distribution does not correspond
with the Landau theory, for a predominance of the low energy
shower particles compared with the expected theoretical values
is observed. The measured energy of the particles is smaller
by one order of magnitude than the the corresponding-theoreti-
Card 2/4 cal values. A diagram illustrates the energy distribution of

BOV/56-34-3-13/55
The Investigation of a Shower Produced by a Singly Charged Particle of High
Energy
15 shower particles in the center of mass system. This curve
corresponds to the energy spectrum of the Heisenberg theory.
The coefficient of the non-elasticity in the center of mass
System amounts to +0 o6 . The 'shower investige'ted here
0,10 -0:02
obviously has been generated by a nucleon-nucleon collision.
The third paragraph discusses the soft component,which accom-
panies the shower. To study this soft component the emulsion
was evaluated inside a cone with the half aperture angle of
0.15 rad relatively to the shower axis. In this volume 10
electron-positron pairs and I trident were found. The corre-
sponding data are compiled in a table. In case of knowledge
of the number of the primary electron-positron pairs, which
accompany a given shower, the expected number of neutral
pions can be commuted by application of the law of radioactive
decay; a corresponding formula is written down here. For the
mean energy of the neutral pions the value 15 � 3 Bev is found.
There are 6 figures, 4 tables, and 14 references, 4 of which
Card 3/4 are Soviet.

VINITSKIY, A. Kh.
AN PIVE:iTYATION OF T.-'Ii,,' EVEWY VECT1094 OF PA1?T1C1.i:Z5
GEIOUTIMP DI HIGF-~OERGY 147JCLEAR INT6UCT10fK;
A. Kh. Vinitskii, 1. G. Colyak, Zn. S. Takibayev,
I. Ya. Chasnikov
A study was made of the energy ~pectrim of particles penerated Jn hirh-
energy nuclear interactions (~~/ 101~L ev) in photographic emulsions. The energy
of the charged shower particles was determined by measurinU multiple Coulonb scatter-
ing. This method of determining the enert-y is a cormlex experimental problem, the
difficulty being to distinguish spurious scattering irom Coulomb scattering. We
utilized the procedure of evaluating and excliiding spurious scatterinc- by means of
multil3le cells and the higher differences of coordinates. The correctness of tnis
procedure was verified on the tracks of protons of energy close to 9 Bev in
nuclear emulsions irradiated onthe nroton synchrotron of the Joint Institute of
Nuclear Research. Besides use was made for the very same purpose of certain pub-
lished data on measlirements of multiple scattering of particles acceleratediy the
bevatron.
Report presented at the International Cosmic Ray Conference, Moscow, 6-11 July 1959.

3/058/6 r/000/0 XT/0 10/100
A001/A101
AUTHORSt Vinitskiy, A.Kh., Golyak, I.G.J Takibayev, Zh.S., Chasnikov, I.Ya.
TITIEi Investigation of energy spectrum of particles produced in high-
energy nuclear interactions
PERIODICAL: Referativnyy zhurnal.Fizika,;no.10, 1961, 95, abstract 10B491 ("Tr.
Mezhdunar. konferents1i po kosmich lucham, 1959, v. f, Moscow,
AN SSSRJ 1960 P 61 - 70)
i
TEXT- The authors investigated showers in which the energy of produced
particles was determined by measuring multiple Coulomb scattering or, in rare
cases, by measuring relative scattering of closely flowing particles. In the
case of two showers (2 + 16 p and 2 + 14 n), the spectra of 'r-quanta, being
decay products of 71-0-mesona, were obtained; the energies of /r-quanta were
(411~termified on the basis of ~malysid of electron-positron pairs produced by them.
The experimental data obtained in this way are compared with spectra of ?,-quanta
following from various versions'of'the theory of multiple meson production.
L. Dorman
[Abstracter's notei Complete translation)
Card 1/1

S/707/60/003/000/006/013
B125/B102
AUTHORS: Takibayev, Zh. S., Vinitskiy. A. Kh., ZaytBeV, K. G.
TITLE: Analysis of high-energy nuclear interaction
SOURCE: Akademiya nauk Kazakhskoy SSR. Institut yadernoy fiziki.
Trudy. v. 3, 1960. Vzaimodeyetviye vysokoenergichnykh chastits
s atomnymi yadrami, 100-105
TEXT: The present paper describes a cosmic-ray shower at an altitude of
30 to 33 km found during a 90 hours' exposure in a stack of 40 films of
type P (R) and consisting of 61 minimally ionized tracks, It passed
through 36 emulsion films and an aluminum sheet 0-5 mm thick. The charged
shower particles produced at primary interaction form nine secondary
interactions. The distance R between the stack and the point of inter-
section of all tracks with the original track was determined from the
deviation of all secondary tracks relative to the primary tracko measured
in the first plate. Most tracks correspond to a distance of 20 to 30 mm.
R - 25 t 5 mm, if 'all originate from charged'particles produced in the
primary collision. Using the formula
Card 1/4

S/70Y60/003/000/006/013
Analysis of high-energy nuclear... B125 B102
n
8
-1n (1/n ln tan 9 (1),
i
the energy YC of the incident nucleon in the center of mass system was
determined (in terms of the rest mass) from the angular distribution of
shower particles produced at secondary interaction. 0 1 13 the angle
enclosed by the trajectory of the i-th particle and the shower aX13 in the
laboratory system. The primary particle ener d t rmined by different
methods and under different conditions is: 11y Woe-e324 and
E - 1.97-105 and 202 and E - 0-76*105 Bev, respectively, when
calculated according to (1) and if 26 and 38 partiole7ore emitted in the
first collision. According to (1) e, - 440; E - 3.7- Bev and
c = 296; E - 1-7*10 5 Bev, respectively when using 61 and 73 tracks passing
through the first plate. The valueo of V. and of the inelasticity
coefficients K were calculated for 26 particles from the angular distribu-
Card 2/4

S/707/60/003/000/006/013
Analysis of high-energy nuclear... B125/B102
tion by a method developed by the authors. At constant transverse
momentum PI they were found to be: at P - IjAc; 2 JAC and 3 pc, Vc . 234,
296 and 316, respectively, and K - 0.019; 0-034 and 0-043, respectively,
and for 38 particles at PI - 1 pc; 2 ~c and 3 ~o 186; 239 and 254,
respectively, and K - 0-054; 0-085 and 0.119, reapectively. The valuen
~c -1014 ov and K - 0.10-0.02 found by the method of H. Huzita (Nuovo
Cimento, A, 841, 1957) ree with results obtained by B. Edvards et al.,
(Phil. Mag. 1, 237, 19561. The angular distribution found in the first
plate by the me'thod of coordinates shows a better coincidence with the
anisotropic Heisenberg distribution than with the monoenergetic isotropic
distribution. The angular distribution of particles produced at secondary
interaction is isotropic at average energies OfIv5 Bev, already less
isotropic at `40 Bev and agrees better at some hundred Bev with
anisotropic distribution. There are 6 figures, I table, and 6 references:
2 Soviet and 4 n6n-Soviet. The two references to English-language
publications read as follows: Gastagnoli, G., C6rtini, Franziaetti,
A. Manfredini and b. Moreno, Nuovo Cimento, 10, 1539, 1953; B. Edvards.
Card 3/4

S/707/60/003/000/006/01-;
Analysis of high-energy nuclear... B125/B102
J. Losty, D., H. Perkins, K. Pinkau and,J. Reynaldo, Philosophical Magazine,
3, 237, 958-
Card,4/4

VINITSKIY. A.Kh - GOLYAK, I.G.; PAVLOVA, N.P.; RUSIXIN, V.I.; TAXIBAYEV, Zh.S.
-
Inelastic ~f-ff-interactions at 7.5 Bev. Trudy Inst. iad. fiz.
AN Kazakh. SSR 6t144-159 163. (MIRA 16:10)

S/020/63/146/004/011/025
B141/B102
AUTHORS: Vinitskiy, A. Kh., Golyak, 1. G., Pus1kin, V. I.,
aklbayev, Zh. S.-, Academician AS KazSSR
TITLE: Investigation into particle production in inelastic
pion-nucleon interactions
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 4, 1963,
796-798
TEXT: The production of pions, strange particles, and new rapidly
decayinr systems is studied in inelastic interactions between 7.5-Bev
pions and the nucleons of a nticlear emulsion. Out of 2100 interactions
recorded, 200 were classified as inelastic pion-nucleon interactions; and
among the 323, particles identified there were 259 pions, 19 K-meconsp and
45 protons. The angular distributions of the secondary protons and pions
was studied, as well as their momentum distributions, which have 2
maxima. The protons of the (np) collisions have less energy than those
of the nn) collisions. The c.m.s. K-meson energy fluctuates between
500 and 700 Mev. In 3 cases 2 K mesons were produced simultaneously in
inelastic (n?l) interactions. Their mass was approximately 1 Bev
Card 1/3

S/020J63/146/004/011/025
Investigation into particle ... B141/B102
(lab-system). A resonance of the KK.system is inferred from this fact.
The theoretical consideration is baked on the.5 Feynman graphs of the
figure. a .- - 6 Jr A
Jr Z4
Wr
2
Ij Graphs a and are considered on 2 assumptions, (1) annP )-const.
(2) ann is obtained from the Breit-Wigner resonance formula for T 1 1.
The graphsi?,Z,a describe (0) interactions with exchange of quasiparticles,
The graphs $,I, and a supply the main contribution in the high-energy
peak in the proton momentum distribution at 1.4-1.6 Bev; this maximum can
be explained, the other one, at 0.4-0.6 Bev cannot be explained by a-b.
There are two further possible explanations: (1) that the maximum is due
Card 2/3

S/020 63/148/004/011/025'
Inveat1gation into particle ... B14%10
to hl(4olar proces~ses tha-t are connected viith a high momentum transfer to
protons; (2) it could be explained by a certain type of pole"'g''raph.
There are 4 figures and 1 table.
ASSOCIATIONi Inatitut yadernoy fiziki Akademii nauk KazSSR (Institute
of Nuclear Physics of the Academy of Sciences FazSSR)
SUBIMITTED: July 1~, 1962
Card 3/3

-, F, ; y .:" . " i1.
~.a'.'3 gcvernlng tK(j oiEtribution oC inausco of
,,, ye .--9 nn.5,88--c)- '-Iy '63.
. tams. Vest. AN Kazakh. '~,'#R. I
1 ,:'?;

1.- 4.2 1 Vuu !W I kill I I I
ACC N t AP6014809 SOURCE CODEt UR/0367/65/0017601/0148/0151
AUTHORt Boos. Ea G.; Vinitskly, A. Kh.-Vinitsky, keg Tal~kbg~e, Zh~*S*--Takibativ, J
ORGt Institute of NuA= !a-;7V-K&zSSR (Institut yadermy fizilci AN KazSSR).~6
TITLE: Investigation of dependence of lateral momentum of pi-mesons on escape ang-4
SOURCEt Yadernaya fizika, ve 1, no,. 1, 1965, 148-151
TOPIC TAGSt pi meson, particle interaction
ABSTRACTs The distribution of the lateral momentum of pi-mesons as a function of
their escape angle is investigated* Use is made of 1536 pi-mosons produced in pi N-
interactions by an energy of 795 BEV. It is shown that the existing dependence of
P1 on the escape angle can be explained by the influence of the energy-momentum con-
servation laws The authors study the corditions under which the assumption PI = con-
stant can be used to find the kinematic properties of the secondary particles* Me
authors thank 09 V, Gunenkoy for his assistance with the calculations Orige art,
hast 2 figures aM 4 forma"* LBaBed on authors I Eng. Abst,7 ZJP~J;
SUB CODE: 20 Sum DATEt oLTu164 / ORIG REF: 007 / OM REFs 002
Card 1/1

BOOS, E.G.; IL[~WMEY, 'A.Kh.; TAKIBAYF.V, asso
Dependence of the transverse momentum of ]'/-'-Msons an the angle of emission.
iAd. fiz. 1 no.ltl48-151 A 165. (MIRA 18:7)
1. Institut yadernoy fIzikI AN KazSSR.

, I -mfson' s, ani nucitcn~
Inelastic interactinno betWeer protono 't'
in photograpli`k2 eLTulsion.,i In the 7 - 20 Bev. enf rgy rang,!.
Tzv. AN SSSR. Sor. f z. 28 N 164.
OCRA j7.--,",)
1. Institut yedernoy fiiji-f- AN Kaz-~311-

L 221Z-5-6~ &-wT,'j)/EwT(m)/T/E-7-D(b)-3 Pae-2 SSD(a)/SSD(c)/Ai;DC(a)/AS(mr)-2/
DIAAP/IJP(c)
ACCESSION UR; AP5001824 S/OC56/64/047/006/2051/2054
AUTHORS: Anzon, Z. V., Vinitskiy, A. Kh., Taki]~aY0Vt-Z-h----S-.;
Chasnikov, I. Ya.; Shakhova, Ts. 1.
TITLE: Investigation of ionization losses of relativistic parti-
cles in nuclear photoemulsions a
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 47,
no. 6, 1964, 2051-2054
TOPIC TAGS: nuclear emulsion, ionization, relativistic particle,
protcn interaction, relativistic particle
ABSTRACT: The purpose of the work was to study the depende--e
the ionization characteristic (blob density) on the particle ex1gy
(in rest-mass units). To this end, the authors carried out special
measurements of the relative ionization in tracks of protons of
ene,-qy 2, 3, 4and 5 BeV and pions of 3.8 BeV anorqy, in stacks of
COM 1/3
ZP5 ipd'07

~-L 221-75- 5
ACCESSION URt APS001824
NIF.Fl-R emulsions irradiated at the Joint Institute of Nuclear
Research. The stacks were irradiated practically simultaneously
in a 9 BeV proton beant, in a direction perpendicular to 1.1-le emul-
sion plane. Results obtained from tracks of electron-positron
pairs and delta rays in a stack of 600 ~.L Ilford G-5 emulsion irra-
diated by 17-BeV pions in the CERIN accelerator are also presented.
The r3tio of the ionization on the plateau of the ionization curve
to the value at the ini-nimum coin,:Ildes for -,he different erptulsior~s
within the limits of experimental error. The average value of this
ratio is 1.104 + 0.010. The observed ionization-momentum dependence
agrees with the curve calculated on the basis of the Sternhelmer
equation (Phys. Rev. v. 88, 85:1, 11952,- 89, 1148, 1953: 91, 256,
1953; 103, S1.1, 1956), with para-meters I = 270 eV and T. e V
(I -- ionizati.on potential, T. __ cutof f energy) "The authors
e~s and -qko for collahora-
thank Professor -r
-Y jpij_QY
rion in the irradiation of the emulsions at ~?_LYal, and Professor
W. 0. Lock for supplying the emuisionE irradiated at CERN, as well
Card 2/3

L 22175-65 .
ACCESSION"UR: AP5001824
RL qv and M, I, Tret'yakova of FIAN for a discussion on
as G. ptM
this question." Oriq. art. has: 2 figures.
ASSOCIATION: Institut yadernoy fiziki Akademii nauk Kazakhakay
SSR (Institute of Nuclear Physics, Acade;rT of Sciences Kazbkh SSR)
SUBMITTED: 12May64 ENCL: 00
SUB CODEt NP NR REF SOV: 006 OTHER: 003
Card 3/3

L 8133-66 -ET4T(d)./EWP.(k)/EWP.(h)/EWP(T)/E,,[P(l)-----
ACC NRi Ap5025062 SOURCE CODEt UR/0286/65/WO/016/0107-/-01-0-7~
AUTHORSt Vinitakiyo-.A.-Mo; Levchinskiyp A. Ya.
ORGt none
TITLE: Multichamel, programmed temperature regulator* Class 421, No,, 17LW
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. l6p 1965,, 107
TOPIG TAGS: '.temperature regulator,, automatic temperature control
ABSrRACT: This Author Certificate presents a multichannel programmed temperature
regulator containing temperature detectors located in the regulated objects and
connected through a commutator to a regulating bridge circuit. A programmed temper-
ature controller with a motor serves as one am of the bridge. The regulator also
'contains a commutator motor and a bridge unbalance signal amplifier controlling by
means of an intermediate relay and commutator the slPve mechanisms varying the temper
ature of the objects. To regulate the temperature of objects whose program shifts
with time) the programed controller motor is connected through an amplifier to the
output of a master bridge (see Fig. 1)s One arm of tas bridge is a regulation Ume
setting unit with Beries connected time shift controllers for the regulation program

L-8133-66-
ACC We AP5025062
Fig' 110 12-1 ... P 'k
regulated objects (k pieces);
2- programmed controller
motor; 3- amplifier;
4- mster bridge; 5- reg-
ulation time setting unit;
k- regulation
611s 62300*1 6
time sh9t controllers
r_I_2
of the corresponding objects Orig, art* haht 1 diagram,
SUB CODE: EGO TD/ SUBM DATZz 22Apr63
j ~w

VINITSKIY. A.H.. kand.taklm.neuk 1 FIGOTINO L.I,# inshe
W7*--~ 1
lutomatic programmed temperature eontrol in autoclavese Nekbei
avtom.proisr. 17 no.1114-15 A 163. (HIRA 1662)
(Thermostat)

, VINITSKIY kand.tekhn.nauk
Electromechanical load controller for construction cranes,
Stroi.i d6r.ma-sb* 6 no-4:10-12 Ap 161. WIRA 14-3)
(Cranes, darricks, etc.-Safety appliances)

VINITSKIT, A.M., kand.talchn.nauk
'. ~ -11., T---
Automatic tilting of slag conveyi4g buckets. Pron strol- 37 no-5:
51-52 MY 159. (ICBA 12'-7) .;
(Automatic control) (Slag)

VINITSKIY. A.m., kand.tekhn.nauk; CHARXIN, A.I., inzh.
Electromechanical 1-ifting-capacity controller for heavy tower
cranes. Mont. i spets. rab. v stroi. 24 no.8s2O-22 Ag 162.
(MIRA 15:8)
1. Yuzhrqf nauchno-isaledovatellskiy institut po stroitel'stvu
Akadsmii stroltellstva i arkhitektury UkrSSR.
(Cranes, derricks, ate.)

TINITSKI a.-A-M-,
Automatic load-capacity limiter with an adjusting deTice
for construction cranes. Priborogtroonle no.4:23-25 Ap 159.
(MIRA 12:5)
Cranes, derricks, ate.-Safety measures)
~
Zlsctronic control)

VINITSKIY, A.H. , Imud. takhn. nauk
Automtic control of water consumption in the lUzhNII-2 air-entrainim
machine for treating slag, Prom* stroie 36 no.12:*Il -D 158.
(MIRA 12:1)
(slag)

14(2), 14(8)
AUTHOR: Yinitskiv, A. M., Candidate of SOV/119-59-4-12/18
Technical Sciences
TITLEs Automatic Load Limiter Witth ;"'creectlng Device Designed
for C:5ust=ction Czenes (Avtowaticheskiy ogranichitell
gruzopod"yemnosti stroitellnykh kranov a korrektiriyushchim
ustroystvom)
PERIODICALs Priborostroyeniye, 1959, Nr 4, PP 25-25 (USSR)
ABSTRACT: Several accidents have occurred in the operation of tower
cranes because insufficient attention has been paid to
safety regulations. The Nauchno-issledovatel'skiy institut
stroitellnogo i dorozhnogo mashinostroyeniya VNIIStroydormash
(Scientific Research Institute of Building and Road Building
Machinery) ascertained the causes of these accidents. It
became evident that 60 ~ of the accidents were caused by
overloading. Damages to tower cranes, the lifting capacity
of which decreases with increasing radius, proved to be of
particular interest. If the lifting capacity is limited by
electrical methods there arises the possibility of developing
reliable automatic devices for the 'protection of cranes
Card 1/2 against undue wearout or accidents. The collaborators of the

Automatic Load Limiter With De-74-ce Des.-L'g-led SOV/119-59-4-12/i8
for Constractitya Cinzn-~:s
"Proyektstroy mekhanizatsiya" in 1956 developed a load
limiter, which incorporates a three-coil-maximum relay.
According to the opinion of the designers it is possible
to limit the load to be lifted by limiting the torque of
the electric motor. Modern Engineering provides ;a;s and means,
for the construction of an automatic load-limiting device,
which also eliminates short-time overloading. Such an
apparatus which can be used with any type of construction
crane has ')een developed in the laboratory of automation of
the Yixzhn7
MY nauchno-issledo,,ratellskiy institut promyshlennogo
stroitel'..;va (YuZhIIII) (South Scientific Research Institute
of Industrial Construction); its numerous advantages are
listed. In two figures, the block scheme and the principal
circuit diagram of this apparatus are given. A potentiometer
is used as primary control element. The technical data of
the elements of the electric circuit are compiled in a
table. This instrument is prqte6ted against moisture, dust
and temperature variations. It caq be installed in the
operatorAs cabin. Finally the calibration of this device is
Card 2/2 briefly described. Thera are 5 figures, I tabla end 33oviet reA_-ra-x:es.

VINITSKIYJ A.M., kand,tekhn.nauk; FIGOTIN, L.I., inzh.; BAKHVALOVA, L.B.p
inzh.
Automation of autoclave processing of building elements
using a programmed temperature regulator. Stroi.mat. 8
no.7:23-25 J1 162. (MIRA 15:8)
(Autoclaves) (Automatic control) (Temperature regulators)

i Z- 17
BETIMIN. Bergey Aleksandrovich. IWTSKIT,_ Audrey KJ,4 GOROKHOV,
Mikhail Semenovich; FOOTOT, I:~a7'fFmAr1jvev1cN; STANMOVICH,
Kirill Petrovich, doktor tekhnicheskikh nauk, prof.. red.;
SXRZBRTA13DY, M.Te., doktor takhn.uauk, prof., retsenzent; ORLOV, E.Y.,
prof., doktor tekhn.nauk, retsenzent; TOWCHKOV, A.A.. doktor tekhn.
nauk, prof., retoenzent; KALTSHEY, N.Y.. inzhener, red.;
BOGOKOLDVA, K.F.. ixd.red.; ZUDAKIN, I.M., takhn.red.
[Gas dynamic principles of interior ballistics] Gazodinamicheskie
osnovy vautrenney ballistiki. Pod obshchat red.K.P.Staftiukovicha.
Koakva, Gos.isd-vo obor.promyshl., 1957. 384 P. (MIRA 10:12)
(Ballistics, Interior)

VINITSKIY, A.M., kand.tekhn.nauk; VOLOSHINOV, S.D., inzh.
The automatic regulation of pressure in cementation. Nekh.stroi.
14 no.9:18-19 6 157. (MIRA 10:11)
(cement) (Automatic control)

100-9-6/11
AUTHORS: Yinitskiy, A.M. , Can(lidate of Technical Sciences
---n-- S.D., EnLineer.
TITLE: Automatic Regulation of Pressure 4n Cement Grouting
Operations (Avtomaticheskoye reculiroveni7e davleniya
pri proizvodstve teementatsionrykh rabot)
PERIODICAL: Mekhaniza'usiya Stroitel'stuva, 1957, NO.9,
pp. 1~, - i9 ~USSR).
ABSTRACT: The Laboratory for AutozLtion of the Scientific and
Research Institute for BuildinC, Industry, YuZUII, designed
in collaboration with the Cementation Inctitute a system for
pile cementation which has the following features: speed,
accuracy and simplicity of manual setting to a pre-determined
pressure; possibillty to altzr manually the pressure during
the process; smoothness and continuity of the automatic regu-
lation of pressure; the servo-motor on the valve can be dis-
connected automatically; reliable operation during adverse
weather conditions. Electrical autom-atic control of the
pressure is applied. The pointer of a pressure gauge is joined
with the sprinE loaded contact which slides alonC_ a wire
resistance so that the riovement of the pressure gauge pointer
changes the point of contact on a )otentiometer resistance.
Cardl/2 The basic circuit diaCrair. of tl.-e control circuit is shown in

loo-9-6/11
Autortatic Regulation of Presourc in Cement GroutinF, Opc-rations
Fig-3, p.19, and a photoLrph of itu is reproduced in FiC.4,
p.19. The drive is effected by a 0.2~ kW, 3-phase as5riichronous
motor through a reductor goar which reduces the speed of the
drive shaft to 8 r.p.m; the screw producinL the oressure can be
U. io n. The hihest
rotated in either direc4 sensitivity is
achieved by feedinG the equipment vith a d.c. of 26 V and to
maintain the volta-e vvithin the dezired limits, a ferro-
resonance stabiliser with a barretter tube is used. The
pressure is mnintained with an accuracy of + 1.50,56 for variations
of the supply volkage of + W/o. The automatlc controls are
designed for many yearso operation, but the bat-retter has to
be replaced after each 2 000 hours. There are 4 figures.
AVAILABLE: Library of Congress
Card 2/2
1. Construction-Equipment 2. Pressure-Control systems
3, Servo motors-Applications

VIA07-5/1-/r/ A,Ai.
PHASE I BOOK EXPLOITATION 238
Betekhtin, Sergey Aleksandrovich; Vinitskiy, Andrey Mikhaylovich,
Gorokhov, Mikhail Sennovich; StanyukovicF, Kirill Petrovic
Fedotov, Ivan Dmitriyevich.
aazodinamicheakiye osnivy vnutrenney ballistiki (Oas Dynamic Principles
of Interior Ballistics) Moscow, Oborongiz, 1957. 384 p. 4,500
copi'es printed.
Gen. Ed.: Stanyukovich, Kirill Petrovich, Doctor of Technical
Sciences, Professor; Reviewers: Serebryakov, M.Ye.,
Doctor of Technical Sciences, Profesior;,.Orlov, B.V.,
Doctor of Technical Sciences, Professor; Tolochkov, A.A.,
Doctor of Technical Sciences, Professor; Ed.: Malyshev, M.V.,
Engineer; Ed. in charge: Sokolov, A.I.; Publishing Ed.:
Bogomolova, M.F.; Tech. Ed.: Zudakin, I.M.
Card 1/10

238
Gas Dynamic Principles of Interior Ballistics (Cont.)
PURPOSE: This book was approved by the Ministry of Higher Educa-
tion of the USSR as a manual for higher technical insti-
tutes. It can also serve as a textbook for university
students of mechanics and mathematics, and for students
of higher military institutes.
COVERAGE: This work contributes to the theory of internal ballistics
by Including chapter43 on wave processes occurring during a
discharge. Principles of gas dynamics of transient pro-
cesses are presented as a new element in the study of in-
ternal ballistics. The analytical solution of the Lagrange
ballistic problem and the motion of a missile and of the
gas-powder mixture in the case of true burning are disedssed.
These problems are also treated numerically. Simple and
accurate solutions of problems in classical internal ballis-
tics for relatively large projectiles are given by means
of the generalized Drozdov method. One of the coauthors of
Card 2/10 this work, Betekhtin S.A., died in 1953, in the line of duty.

Gas Dynamic Principles of Interior Ballistics (Cont.)
238
-Chapter VI was written by S.A. Betekhtin, Chapter III
and IV by S.M. Vinitskiy, Chapter II by S.M. Vinitskiy
and X.P. Stanyukovich; Chapter VIII wao written by
S.M. Gorokhov, Chapters I and V and the introduction by
K.P. Stanyukovich and Chapter VII by I.D. Fedotov. There
are 82 figures, 59 tables, and several references in
footnotes.
TABLE OF COMNTS:
Preface
Introduction
3
4
Card 3/10

238
Gas Dynamic Principles of Interior Ballistics (Cont.)
Ch. I. Certain Data From Thermodynamics and Gas
Dynamics 7
1. Basic thermodynamic laws for gases from
powders 7
26 Basic equations for the linear flow of gas
and their solutions 18
3. Unidireetiftal~. rarefaction wave 30
4. Retle"ia= of rarefaction waves 35
5- Unidirectional pressure waves 44
6. Basic characteriatieB of the nonsteady flow
of gases 50
7- Propulsion of objects by combustion products 54
Ch.II. Analytical Solution of the Lagrange Problem 65
Card 4/10

Gas Dynamic Principles of Interior Ballistics (Cont.)
238
8. Formulation of the problem, basic tolerances,
and the wave system 65
9. Construction of differential equations 76
Cho Me Problem of the Pfttion of a Piston and a Gas Chamber
Inside a Tube Closed at One End, Acted Upon by a Gas
Flow From the Piston Chamber Into the Closed Tube
Space, Without Taking Wave Processes Into Account 105
11. Formulation of the problem, assumptions, and con-
struction of differential equations of motion 105
Ch. IV. Problem of the Notion of a Piston and a Gas Chamber
Inside a Tube Closed at One End, Acted Upon by a
Gas Flow From the Piston Phamber Into the Open
Tube Space Behind the Piston, Taking -Into Account
the Effect of the First Wave Reflected From the Tube
Card 540 Bottom 112

Gas Dynamic Principles of Interior Ballistics (Cont.) 238
12. Formulation of the problem and its solution 112
Ch. V. Analytical Solution for the Fundamental Problem
in Internal Ballistics 122
13. Fundamental equations of internal Pallistics
in the Lagrange form 122
14. Characteristics of the fundamental equations
of internal ballistics 130
15. New method for solving the problem 134
General considerations 134
First rarefaction wave 134
Reflected rarefaction wave 143
16. Solution of the internal-ballistJcs prob-
lem ixL the specific case of x fa; t) 147
Card 6/10

Gas Dynamic Principles of Interior Ballistics (Cont.) 238
Ch. V1. Numerical Methods of Solution 164
.
1 Method of characteristics 164
;
1 . The Lagrange problem 182
19. Solution of the Lagrange problem taking
co-volume into consideration 201
20. Nature of the motion under conditions of

the Lagrange problem -08
21. Solution of the Lagrange problem for a
chamber of variable cross section, and
solution of the Lagrange problem in the
presence of a gas vent in the wall of the
cylinder 218
22. Solution of the Lagrange problem taking
the heat-transfer effect into considera-
tion 231
23. Solution of the fundamental problem of
internal ballistics 238
Card 7A0

Gas Dynamic Principles of Interior Ballistics (cont.) 238
24. Solution of the fundamental problem of
internal ballistics taking Into considera-
tion the heat-tranafer effect 257
25. Certain problems in the theory of urddimen-
sional shook waves 26o
26. Notion of gases after the discharge of the
projectile 275
27. Characteristics of the motion of gas from
powders in a pressure bomb, with Initial
nonuniform distribution of the charge 288
Ch. VII . Solution of the Lagrange Problem When There Is
a Gap Between Piston and Cylinder 302
28. Flow of gas through concentric and eccentric
apertures 302
Card 8/10 29. Flow of gas through a sealing labyrinth 310

Gas Dynamic Principles of Interior Ballistics (Cont.)
238
30. Solution of the Lagrange problem when there
is a gas leak through free space 314
31. Escape of gas through a moving aperture 316
32. Effect of size of the free space on the
ignition of the propelling charge 319
33. Unsimultaneous :rnitial gas leakage through
tube side holes having local resistance 324
34. Effects of unsimultaneous leakage 332
Ch. VIII. Generalized Method of N.F. Drozdov for the
Solution of Internal-Ballistice Problems 338
Introduction 338
Assumptions 340
Card 9//10 System of equations 341

238
Gas Dynamic Principles of Interior Ballistics (Cont.)
Calculation of the effect of the burn-out of de-
composition products 345
Period of gas expansion
Numerical examples
348
348
Method for the solution of the inverse problem 351
Particular cases
Numerical example
353
354
Supplement. Tables for Ch. VIII. 357
AVAILABLE: Library of Congress BK/1sb
Card 10/10 27 May 1958

VINITSKIY, A.M., kand.tekhn.nauk
Automation of steam curing in chambers. Bet. i zhel.-bet. 8
no.3:97-102 Mr 162. (KRA 15'-3)
(Reinforced concrete--Curing) (Automation)

VINITSKIY, A.M., kand.tekhn.nauk.
Adjusting device for load limiters for tower and other building
cranes. Stroi. i dor. mashinostr 3 no.2:8-10 F 158. (MIRA 11:2)
(Cranes, derricks, etc.)

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VINITSIly !-,-. A.. Alma-Ata.
The first soientifio-toohnical conference of the radio amateurs of Alm-
Ata. Radio 110.7:23 Jl 153. (HLU 6:7
(Alma-Ata--&dia-Gongresses)

VIVVYAKOV, D.Ya., doktor tekhn.nriuk, prof.; VINITSKIY, A.G., kand.tekJin.nauk
~-
Effect of structure on the wear-resintance of Iron-chromium-
carbon alloys. Trudy YIATI no,31:50-64 '58. (MIRA 11:7)
(Iron-chromium-carbon alloys-M-etallographv)
Nechanical wear)

17 - 19 57 - 1250; --1 D
A// T
Translation from, Referativnyy zhurnal, Metallurgiya, 1957, Nr 12, p 303 (USSR)
AUTHOR: Vinitskiv. A. G.
TITLE: The Influence of the Structure of Alloys on Resistance to Abmsion
(Vliyaniye struktury splavov na ustoychivost' pri istiranii)
ABSTRACT: Author's hissertation for the degree of Candidate of Technical
Sciences, p4sented to the Mosk. aviats. tekhnn-I...,in'_t_ (Moscow
Institute on Aviation Technology), Moscow, 110' *"
A study of the influence of the amount, shape, and size rf Fe,
Cr, W, and V carbides (C) on the wear resistance (WR) of
annealed carbon steels: 20, ~35, U7', and UIZ, containing lamellar
and granular pearlite, and on the wear resistance of certain cast
alloys in both annealed and tempered states. A method was de-
veloped for accelerated laboratory tests, permitting a comparative
evaluation of the WR of materials, such as in the case of the open
links of a caterpillar track; the method provides for it continu-
ously changing specific pressure u on the f--Ictiua 5-.ir,4*_-Acv durtirlg
tests (in the 180-30 kg/cm2 range~on the universal Ams1er
machine. It is established that the WR, under condition-, of both
dry sliding friction and friction with an abrasive, is determined
Card 1/3 primarily by the total amount of C's present, by their s-ze

137-1957-11~ -.15055 D
The Influence of the Structure of Allois (cont. )
shape, and by the nature of their distribution. The type of C',.
present does not exert a dominating influence or) the WR. Increas-
ing the number of C's present increases the WR, providing the
dimensions of the C's do not exceed a critical value, Lamellar
and shell-shaped C's, all other conditions being equal, favor a
greater increase in WR than spheroidized C's. Tempering in-
creases the WR, which is determined by the condition of the C'f,,
as well as by the composition, the structure, and the propertie.,.
of the metallic background. Structurally free ferrite, when present
in the structure of annealed and tempered steels, reduces the WR
drastically. The wear of alloys investigated, as a function of
various factors, conformed to the same rule in the majority of
cases, both under dry sliding friction and in tests in the presence
of abrasives. In the latter instance the wear is greater, and the
effect of harmful factors is more pronounced. The predominant
process in the mechanism of wear under dry sliding friction, tinder
the testing conditions employed, is the formation of macro- and
microscopic seizure nodes and their cutting action into the friction
surface of either body. In the case of sliding in the presence of
an abrasive, the predominant factor in the process of wear is the
Card 2/3 cutting action of a multitude of abrasive particles, T~ M.

The Influence of the Structure of Alloys (cont. )
137-1957- 41 2-2i(jj5 D
ASSOCIATION: Mosk. aviats. tekhnol. in-t (Moscow Institute on Aviation
Technology), Moscow.
1. Amrion resistant alloys-Test results 2. Abrasion
renii3ttmt alloya-Structural annlysin
Card 3/3

USSR/Phase Transform'tion in Solid Bodies
Abs Jour : Referat Mur - Fizika, So 5, 1957, 11727
z-6
Author : Kontorovich, I.Ye., Vinitskiy, A.G.
Inst ---------------
Title Effect of Electric Heating on the Phase Transformations
in Carbon and Chrome Steels.
Orig Pub Metallovedeniye i obrabotka metallov, 1955, No 2, 21-25
Abstract No abstract.
Card 1/1

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v I /~! I ii /-~ -(Z) -
. CH, I.Ye., professor, doktor takhnichookikh n4 .. 1Y, A.G.,
Inshener.
Iffect of electric heating on phase transformations of carbon and
chrouium, stools. Trudy VATI no.30:174-186 156. (NLRk 10:2)
(Steel-Heat treatment)

AUTHOR- Dr. of Technical Sciences, Proresscri-, azu-
Vin:Ltskiy, A.G., Engineer. 129-4-1/17
TITU; Wear resistance of carbon and high chromium steels. (Isnoso-
stoykost' uglerodistykh i vysokokhromistykh staley.)
PERIODICAL: "Metallovedenie i Obrabotka Motalloy" (Metallurg7 and Metal
TreatFe_nt), 195?, No. 4, pp. 2 - 9 (U,S.S.R.)
ABSTRACT: Certain problems of the dependence of the wear resistance
of annealed carbon and high chromium steels on their struct-
ure were studied. The chemical composition, hardness and the
initial structure of the investigated carbon steels are given
in Table 1, p.2; the chemical compositions of the investi-
gated chromium steels are given in Tablb 2, P-3 and their
mechanical characteristics are given in Ule 4, P-5. The
compositions of the Fe-Cr-C alloys were selected in such a
way that various quantities of a given type of carbide were
obtained for an equal degree of alloying. Dry friction tests
as well as friction tests with an abrasive intermediate layer
were carried out on an Amsler-type machine, using a method -
applicable for open hinges of a track chain. The top speci-
mens, 10 x 10 x 1G mm, were made of the investigated material,
whilst the rolls were made of a Cr-Si steel (1.30 to 1.60cil- Cr
and 1.00 to 1-3W' Si) hardened and tempered to a hardness of
Card 1/2 Rc = 45 to 48. The dia ter of the roll was 36 mm and its

Card ~/2 Wear resistance of carbon and high chromium steels. (Con-U.)
129-4-1/17
speed 200 r.p.m. The wear was produced by vertical oscill-
atory movement of the top specimen mith a continuous variation
of the specific pressure on the friction surface. In tests
with an abrasive Intermediate layer the wear intensity was
3 to 9 times as high as the wear in the case of dry sliding
friction and depends on the composition and the structure of
the steel. Increase of the quantity of the carbides in
carbon and high chromium steels brings about an increase in
their wear resistance and this applies to the tests with an
abrasive intermediate layer and also, in the case of dry
friction, for all the structures investigated in the experi-
ments. The influence of the quantity of carbides on the wear
resistance of high chromium steels in the case of tests with
an abrasive intermediate layer are considerably lower than in
the case of dry sliding friction; for an equal quantity of
carbide and an equal structure of the steel a higher wear
resistance was observed for cubic chromium carbide than for'
steel containing trigonal carbide. In the case of dry sliding
friction rubbing pairs consisting of a high chromium alloy
with a Cr-Si steel of the above mentioned composition has a
higher wear resistance than carbon steel rubbing pairs.
? figures, including graphs and micro-photos. 4 tables. 5
references, all of which axe 41&vj.Qww
ASSOCIATION: Moscow Aviation Technological Institute (Moskovskiy Aviatsionn-
yy Tekhnologicheskiy Institut)

V11 J'( I
AUTHORSt Vishnyakov, D. Ya., and Vinitskiy, A. G.
TITLE: Procedure of Laboratory Testing for Abrasion Wear (Metodika
laboratornogo ispytaniya splavov na abrazivnyy i7nos)
FMODICAL: Zavodskaya Laboratoriya, 1957, Vol. 23, No. 1, pp. 78-83 (U.S.S.R.)
ABSTRACT: The article deals with the testing of materials used for making
caterpillar treads with a view to improving their wearing properties.
The authors have developed an accelerated method of testing to t.*e
the place of the old method, which simulated conditions of actual
use. The method of the authors tests wearing under friction
either with or without abrasive on the friction machine of Amaler's
system. The drawings 1, 2 and 3 show the principles of the de-
vice used. The graphs 4 and 5 represent the lines of wearing fcr
7 different materials. These show the dependence of the amount
of wear on the total path of friction when experimenting with an
abrasive. Figure 6 shows the wear on the top block. Graph 8
shows comparative wear of different kinds of steel. Graph 9
shows comparative wear for articulated joints of caterpillar treads.
Graph 10 compares data of laboratory and stand tests. The
table compares the wear of rollers and other elements made of
Card 1/2 different materials. There are 3 Slavic references.

Proceckwe of Laborator-y Testing for Abrasion
Wear
ASSOCIATION: Noecow Aviation Technological Institute (Moskovskiy aviatsionnyy
tekhnologicheskiy institut)
PRNSENTED BY:
SUBMITTED:
AVAILABLE-
Card 2/2

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V11VI rb y,
The article, "Method Of ~ TAb oratory Testing of-Alloys ror Abrasive
Wear," by D. Ya. Vishnyakov and A. G. Vinitskiy, Moscow Aviation Techno-
logical Institute, describes abrasive-vear tests conducted with the Amsler
apparatus on various types of alloyed steels.
It was found that the method permits a rapid estimate of the resis-.
tance to wear of a large quantity of material and may be reca" nded for
comparative rating of the resistance to wear of materials to be used as
~exposed joints of caterpilar mechanisms. (Zavodskaya Laboratoriya, No 1,
Jan 57, PP 78-83)

V//V/ to- t~ 4 - (Y'i.;
of C4rbojm and ILgh-ChrouLum Steels," by Prof
D Y&. Vishnyakov, Doctor of Technical Scienceno and Engr A.
G. Vinitskiy, Moscow Aviation Technological Inatitute, tjgj-
allQvedeuiye i Obrabotka Metallov, No 4, Apr 57, pp 2-9
In the article, the authors consider certain problems of the resistance
to wear of tempered carbon and high-chromium steels in relation to their
structures. The experimental part of the work was conducted in the labora-
tories of a branch of the Ministry of Transport Machine Building.
The structure and property of the chrome alloys were studied by a
complex method with the utilization of chemical, metallographic, X-ray,
magnetic, and resistance analyses. For findi% the mechanical character-
Letica, methods of deermiaing the hardness and tests for bending, com-
pression, and wear were applied. In addition to this, cheraical, X-ray,
-and magnetic analyses of carbide residues precipitated from the alloys
.vdre carried out.
Testing for wear was carried out on a universal friction machine
according to a specially developed method applicable to the operation of
the open links of a caterpillar tread. Dry sliding friction Lin well as
sliding filction'-4ith sUra- layer - vas studiied.
Dive
/5 7

The article reports that in testing with the abrasive layerax the
,intensity of wear is 3-9 timcs L~reater than by dry slldin,~ friction, ani
depends on the composition and structure of 'the steel.
Increasing the quantity of the carbides in the carbon and high-
chromium steels raises their resistance to wear. Thio rule became evi-
dent for the studied structures both in tests with abrasive layers as
'Yell as in dry sliding friction tests.
The degree of the effect of the quantity of r-arbides on the wear
resistance of high-chromium steels was found to be considerably- lower
in tests with abrauive layers than in dry friction sliding tests.
With the same quantity of carbides and an identical structure of
the steel with cubic chromium carbides, within certaia limits, a re-
sisitance to wear appears which is higher than in steel vith trigonal
carbides.
In the case of dry sliding friction tests of high-chromium alloys
from 37KhS steel) higher resistance to wear is evident than in co-mpounds
with carbon steels.
Graphs-,~ -tables, and -,photo-micrographs supporting the results of the
AWI&~ 'iefp a-r- In th e artl 61 e(U)

VINITSKIr., A,Kh,; GOLYAKI, I.G.; RUSIKIN, V.I.; TAKIBAYEV, U.S.
Interactions between 7.5 Bev. mesons and nucleons Wid their
analysis frm the standpoint of pole diagramse Zhur. eks
L teor. fiz. 44 no.2t424-430 F 163. IT
(MM 16:7
1, Institut yadernoy fiziki AN FAzakhokoy SSR,

S/056/63 44/002/006/o65
B102/BlUo
AWNIONS: Xjnjjakiy-,A-XJ", Golyakp I. G., Rualkin, V. I.,
Takibayev, Zh. S.
TITLE: Interaction between 7-5-Bev n- mooone an& nucleons, and
their analysis on the basis of pole graphs
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 44o
no. 2, 19631 424-430
TEXT: Emulsion plates were exposed to the pion beam from the proton-syn-
chrotron of the OIYaI, and from the 2100 nN events recorded 260 elautic
interactions were selected and analyzed. Among these there were 46, 56,
45, 29, 11, 10 and 1 events of 2, 3, 4, 5, 6, 7, and 8-pron.-ed stars,
respectively. A total of 323 particles were identified, 259 pions,
19 K-mesons and 45 protons. The pion and proton angular and momentum
distributions were determined for the c.m.s. The pion ingular diotribu-
tion is asymmetric with a forward peak and the asymmetry decreases with
increasing multiplicity. The proton angular distribution has a backward
peak, but the asymmetry is independent of the multiplicity. The proton
Card 1/2
r

S/056/63/044/GO2/006/065
interaction between 7-5-Bev ... B102/BI86
momentum distribution has two maxima at 0-4-0-6 Bev/c and at 1.4-1.6 Bev/c.
The pions have flat maxima at 0.2-0.4 and 0.6-0.8 Bev/c.' The
experimental results are analyzed from the standpoint of peripheral
interaction appilying the Feynman graphs for one-, two- and three-pion
aYst,.-.,rirj. Th;a Peculiarities observed can be explained by the fact that at
least 30 (;f Lhe otara have only few prongs. The angular correlation
butween two pion~, in the case of low multiplicity are aloo discussed.
There ure .fj figurej and 2 tables.
ASSGCIAT10,11:11notitut yadernoy fiziki Akademii. nauk Kazakhakoy SSR
(Institute of Nuclear Physics of the Academy of Sciences
Kazakhakaya SSR)
SUBMITTED: July 28, 1962
Card 2/2

RUSIXIN,, V.I.,, kand. fiziko-matem. nauk; VINITSX1Y, A.Khe mladshiy
nauohnV ootrudnik ~~" I
Inaleatic Vl-casonnualeon interactions at an energy of 7&5
Bev. Vast, AN Kazakh. SSR 19 no.4-.58-64 Ap 963. - (KMA 16:5)
(Nuclear Imactions)
w

AUTHORs Vinitakiy, A.S. , Yamber of the Association -0"A08-13-7-1/14
TITLE: On the Volume of a Signal Acting Upon a Filter',lith Variable
Parameters (0b ob"ybbe signala, vozdeystvuyushchego na fil'tr s
peremennymi. parametrami)
PER ODICAL: Radiotekhnika, 1958, Vol. 13, Nr 7, PP- 3-10 (USSR)
ABSTRACT: On the basis of a simple concrete example it is first shown
that the representation of the ohannel signal and capacity gener-
ally in use does not apply if selective devices with variable pa-
rameters in the channel are used. The source of the difficulties
arising in this oonneotion ia the fact that the special Khill
(Hill) functions cannot be decomposed and that the sine curve is
recorded as a complex signal which, in the general case, passes
through a system with distortions (Ref 4). Besides, the resonance
for a harmonic component of the oomplex signal oan in such systems
be disturbed b the action of another harmonic component of differ-
ent frequency ~Ref 5). in a pra-vious work (Ref 3) by the same
author one of the methods of solving this problem was described in
detail. This method for -the d.-i-y-ilopment of generalized signal- and
Card 1/2 channel measurements is based upon the reauction (oonversion) of

,On the Volume of a Signal Acting Upon a Filter SOVAO&I 3-7-1/14
With Variable Parameters
the time- and amplItude scale to the selective jpart of the con-
neoting channel. The basic results obtained by this work (Ref 3)
in so far as they are in any relation to the problem dealt with
in the present case are dealt with. It is shown that the usual
system of generalized measurements is reduced to the degenerated
case of the system suggested. This case occurs if the parameters
of the selective part of the system are constant. In cases in
which the selective part of the transmitting channel has no
circuits with variable parameters the reduced time degenerates to
absolute time, and the reduced parameters are reduced to the
usual type. Professor S.M.Rytov revised the manuscript of this
paper. There are 2 figures, and 13 references, 11 of which are
Soviet.
SUBMITTEDs October 14, 1957 (initially) and February 24, 1958 (after revision)
ASSOCIATION: Vaeaoyuznoye nauchno-tekhnicheskoye obahcheetvo radiotekhniki
i elektrosvyazi. Jm~ A.S. Popova (All-Union Scientific-technical
,,Association for Radio Engineering and Electrical Communicatic.-rs
Cara 2/2 Jit. A.S. Popov)
1. Radio si-!na1;---Ana1y_,;,1-~~

VINITSKIY, Arkadiy Savvich; SMIREM, B.A., reteenzent; IVANUSHKO, N.D.,,
red.; tVUROV, B.V., tekba. red.
(Fundamentals of continuoun-wave radar] Ocherk osnov radiolo-
kataii pri nepreryvnom izluchenii radiovoln. MosWa.. Izd-vo
"Sovetskoe radion 1961. 494 p. (MIRA 15:2)
(Radar)

VE,IITSKIY, A. S.
A. S. Vinitskiyp "Experimental confirmation of the possibility of self-syriphasing a
following filter." Scientific Session Devoted to IlRadio Day", I-lay 1958 Truarezer-,dzdat,
MOSCOW., 9 Sep 58.
Wo possible regions of following filters with automatic tuning are analyzed:
with preliminary adjustment and with random initial detuning. CertAin theoretical
hypotheses are presented on the possibilities of self-synphasing the following filters
A characteristic installation is given for the experimental confirmation of the
possibilities of self-synphasing and the basic experimental results are presented.

VD4ITSKIY,, A. S.
A. S. Vinitskiy, 11Cn the volume of a signal acting on a filter with variable parameter.n
Scientific Session Devoted to "Radio Day". May 1958, Trudrezer-.-izdat, Yoa=v, Q~ Sep 58.
It is shown that the width of the harmonic signal spectrum and the frequency pass-
band cannot be used as generalized measurements of the signal and tranmibsion channel
in analyzing filters with variable parameters. How to obtain "reduced" generalized
measurements of the signal and channel for filters with variable parameters on the basis
of a representation of time, frequency and amplitude scales referred to the filter is
analyzed.
An F14 radio altimeter with a following filter is selected as an illustration.

PHASE I BOOK E(PLOITATION SOV/5930
Vinitskiyj Arkadiy Savvich
Ocherk osnov radiolokataii pri nepreryvnom izluchenii radiovoln
(outline of Radar Principles With Continuous Radiation) Moscow,
Izd-vo "Sovetskoye radio". 1961. 494 p. Errata slip Inserted.
13oOOO copies printed.
Ed.: N. D. Ivanushko; Tech. Ed.: B. V,,3murov.
PURPOSE- T~is.book is intended for engineerep techniciansj and
stud;nts concerned with radar problems.
COVERAGE: A brief outline is given of the physical prlnclp~es of
radar stations with continuous radiation. The book makes no
attempt to cover all the problems related to modern radar. Only
phenomena essential for the operation of Doppler and f-m radar
stations are analyzed. The author thanks B. A. Smirenin and
P. N. Vinitskaya for their assistance. There are 114 references:
89 Soviet (including 13 translations), 21 English, 1 Germans
Card 110

VINITSKIY, A.S.
-. -
Volume of signals acting imon filters with variable Daremeters.
Radiotekhrilka 13 no. 7:3-10* ii 158. (MM 11:7)
1. Dsystvitallnyy chlmn Vnnsovuznos,,o nauchno-takhnichaskogo
obsbahastva radiotakhniki i claktroevyazi im. A.S.Popova.
(Information theory)

VINITSKIY, A. C, -and Tr-ch- 'Ioi -
Dissertation: "Modulated ReGonatcrs."
12/5/50
Mtoscow Order of Lenin Po!!er Engincerinty Inst irceni V. Y. Molotov
80 Vecheryaya Moskva
Sum 71