SCIENTIFIC ABSTRACT AXENOV, G.I. - AKSENOV, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100720005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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AXSENOV, 0. 1.3 KMSKAYA3 V. K.) GUBCHEVSKIYIO P. V..O SOKOIDV3 N. A., SOBOLETSKIYp 1. A.,,
and TAGUNOVAR T. V.
"Production of Autofrettaged Ingot 14olds from Conversion Pig Irons of the
First Smelting." Stall, No-5, pp. 363-67., 1945
Evaluation B-59660

AY,SENOV, G. I. and SOBOIEVSKTY, I. A.
"Improving the Life of A3-Ioy Rolls.," Stall, No.6, pp. 493-94, 1946
Evaluation B-61757

AMNW , Gel., profo; KONMTIYEV, P.I.
cting best conditions for x-ray measurement of strains. Probl.
metalloved,i fiz. met. no.[11:333-343 149. (MIRA 11:4)
l.Le,boratoriya up-pryazheniy TSentrallnogo nanchno-iseledovatellskogo
instituta. chernoy metallurgii.
(Strains and stresses)
(I rays--InElustrial applications)

AKSBNOV G.I., prof; KRITSKATA, Y.K., kand.fix.-mat,nauk; SOBOIXVSKIT, I.A.;
TAGUNOVA, T.Y.
Now method of measuring heat stresses on metalwork surfaces. Proble
metalloved.i fiz. met. no.[11:344-345 '49. (MIRA 11:4)
l.Laboratoriy a naprvazheniy- TSentrallnogo nauchno-iasledovatellskogo
instituts. chernoy metallurgii.
(Metals, Effect of temperature on)
(Surfaces)

A M NOV, G.I., prof.; TAGUNOVA, T.V.
Effect of repeated heating on the mechanical properties of grar
cast iron. Probl.metalloved-i fiz. met. no.[11:322-332 149.
(MIRA 11:4)
1,Laboratoriya napryazheniy TSentrallnogo nauchno-iseledovatellekogo~
instituts. chernoy metallurgii.
(Cast iron) (Metals, Iffect of temperature on)

AKSEITOV, G. I., Professor
"Stresses in Casting Molds." Sub 12 ADr 51, ~Toscow Order of the Labor Red
Banner Steet Inst imeni I. V. Stalin.

c r ;, a s T copmor-ccntcnt-roduco,~ -Iho-rele 0'
strengthening, c feet riot!' inoticaublo at high tomperrture.
"Idditicnal i)rosvin- interod v-pocirn-ons couses a repid
increase in hardness during the firct hours of soaking.
Card 1/1

'_, 7
USSR / Diffusion. Sintering. E-6
Abs JOur Ref Zhur Fizika, No 4, 1957, No 9346
Author Akse~~nov G.I Sorokin, V.K.
Inst e-mr-lily Polytechnic Institute, USSR
Title On the structure of Metal-Ceramic Alloys of Iron-Carbon-
Copper
Orig Pub Poroshkovaya Metallurgiya, Yaroslavl', 1956, 79-82
Abstract It is shown that the change in the thermal conditionf3 of
the carbonization sintering makes it possible to obtain aus-
tenite with varying concentrations of carbon. In carboni-
zation sintering of pressed specimens made of an iron-cop-
per charge there occurs predominantly diffusion of carbon
along the boundaries of the metal grains. Addition of cop-
per to the charge prevents the diffusion of carbon from the
botmdaries inside the grain of the metal.
Card : 1/1

TITLEs Experimental Test of the Influence of Crystallite
Anisotropy on ihie Shaps'of 'the DI&by* Ring obtaine4
from a Strained Bam'ple (EkeperimentalInsys, proverks,
vliyaniya-aniso~ropii--kriutdlli-tov--na Tarmu-
deba7vvskogo- -kol-1-tea, -ot -n&pi-yazh*nnogo
(511)*f~ae is~ larger -trhan- that- for-a
the lines Of a (112) fgae-do-not shift;
3. Dobye line shift in'ar'eaves with the riw-ija
strain.
4- Elubtia doformation leads to the smearing of
Dobye.lines; the,magnitud* of the smearing-in-all
faoss is Igreater than the shifting.-
5. The chaiaoter of smearing is different for dif-
.ferent-faces.
The theoretical calculations were tested in a
specially designed chamber-on,an ionio X-ray Aube.
The results obtdined-are as follows:
1. The fact that.the theoretical analysis almost
oompletely'ooinoides with experimental studies shows
Card 2/4 that crystallite anisotropy affects the behavior
- --------- -------

TITLEs Experimental Te:;t of the Influence of Crystallite
Anisotropy on the Shape of the Debye Ring obtained
from a Strained Sample (EksperimentaPnaya proverka
vliyaniya anisotropii kristallitov no formu
debayevskogo kolltsa ot napryazhennogo obraztsa)
result in maximum line shift.
5. The elasticity modulus determined by the X-ray
method differs from that determined by a mechanical
method. The latter is isotropiep but the X-ray
elasticity modulus is anisotropic;
6. Beyond the limits of elasticity, a polycrystallic
body behaves as an isotropic substance.
4 figures and 1 table are given, There are 4
references, all Slavic (Russian).
INSTITUTION: Department of Metal Study in the Gorlkiy Polytechnic
Institute im. Zhdanov
PRESENTED BY:
SUBMITTED: No date
AVAILABLE: At the Library of Congress
Card 4/4

SOV/126-7-6-7/24
AUT11ORS: Aksenov, G.I...'and Moshchanskiy, V. A.
TITLE: Crystallite Anisotropy and Debye Ring Structure in a
Stressed Sample
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 6,
pp 847-854 (USSR)
ABSTRACT: In 1929 one of the authors (Aksenov) analysed theoretically
the reflection of monochromatic X-rays from atomic planes
in a linearly stressed polycrystal. It was found that
elastic deformation of the polycrystal should be
accompanied by displacement of the Debye lines in X-ray
diffraction patterns (Ref 1). In 1934 this theoretical
analysis was extended by allowing for the anisotropy of
the elastic properties of crystallites. It was then found
that the Debye lines should be both displaced and
broadened. , The present paper is a continuation of the
work just described. The authors calculate theoretically
the conditions of reflection of monochromatic X-rays on
the (112) and (310) faces of iron and the (511) face of
aluminium, allowing for the anisotropy of the elastic
Card 1/4 properties of crystallites. This theoretical analysis
led to the following conclusions.

SOV/126-7-6-7/24
.Crystallite Anisotropy and Debye Ring Structure in a Stressed Sample
A) Extension of samples should be accompanied by the Debye
line displacement and'instead of a circle for an unstressed
sample an ellipse should be obtained with semi-axes a