SCIENTIFIC ABSTRACT ANDREYEV, I.M. - ANDREYEV, K.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101510019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANDIUMV, I.L. . inzh.
New method of rznufacturing ribbed elements for boilers and beat ex-
changers. Sildontroenio 25 no.1:79-81 Ja '59. (14IRA. 12:3)
(Boilers. Marino) (Heat exchangers)

AIMY]CY, I.L., inzh.
Trawler "Sagitta" with a gas turbine power plant equipped wIth an
"SPGGO gas producer. Sudostroonie 25 no-7:53-56 JI '59.
(FaR). 12:12)
(Germany, West--Shipbuilding)

ANDREM, I.L., inzb.
Use of multiple plate friction clutches. Sudostroenie 28 no.2:
69-7z F 16z. (MIRA 150)
(ClutQhes (Machinery))

i, ,?: *,';I, I ~-, - v
. -... - - ~ n::i..
A
,:h'F,bul-rii,:;, -'r, ,i;, (-,, --. - I ~, - ~ - ~ . ~:.
I I "., ',~ . ,;., " "
11 (). , 0: C, ,,- 0" ---
'. - . - - " 1;

TATOMIR, K.I.; ANDREYEV, I.M., gornyy inzb.
Problems in the reconstruction of mines in the central part of
the Donets Basin. Ugoll Ukr. 7 no.7t4-9 Jl 063. (MIRA 16t8)
1. Inatitut gornogo dela AN UkrSSR. 2. Chlen-korrespondent
AN Ukr.9SR (for Tatomir).
(Donets Basin-Coal mines and mining)

TA I ; -i" i R , ', . 1 . , ;'. 1: '~ 14 1 ~ , '.V y '~ . ! I .
,, f ", (-, ^ , -, f " ~ ~ I - j -~. . ", r -, I ~ r~ . ! . . *1 z . I ..
- I : I I I - . . .1 1
.. n t7, .- o - I do I , :. , I ~: . -h , . ~ . : '. -,- ' - !~ ~ ., -- -. -
11 . :. . I I
5 -1 ' * 61 , .

ANDREY71v,_J.1~., otv. za vypusk; KAISHTALI, L.I., red.; VASIVIEVA,
U.N., tekhn. red.
[Methodological instructions on calculating tho costs of
railroad transportation]Metodicheskie ukazaniia po kalIku-
liEtsii sebestoimosti zheleznodorozhnykh perevozok. Mo-
skvas Transzheidorizdat, 10,62. 94 p. (MIRA 15;11)
1. Russia (1923- U.S.S.R.)Ministerstvo putey soobshcheniya.
(Railroads-Cost of operation)

ANDREYEV, I.N., inzh.
Underground installation for cooling the air in mine No.29.
Trudy Sem.po gor.teplotekh. no-4:116-120 162. (MIRA 15:8)
(Donets Basin-Mine ventilation)

JM/Electronics - Electron Emission /Sep 52
n8tudy of Xlectron Emis'sion. From a Me in the
0i
Region of Its Transition From Cold to rmioni
9desipq I.S..Andreyev, Chair of'Exptl P s,
t
t 1 A-h~
Zen ksia State U
"Zhur Tekh.Piz" Vol 22, ko 9, pp l428-l44iVz-=-
IOU vqrif:Lcation of the emission eq witnin
the region of transit 'ion from spontaneous to
thermionic emission was performed by means,of
a spherical electron projector, permitting
mea n ment of currents from individual facets
of a monocryst emitter. A method'to overcome
involved difficulties was deVised. Changes in
22?T27
the shape of !'.the emitter during.1ts th?imal
-4 sioa vere d6served. Indebted to G.N. Shuppe
and N.B.Ayzenbsrg.' Aeiceived 9Jun 52.
V V
227T27

ALRIOVO Sh.A.;, AND MYEV, I.S.; ZYMIZA, L.V.
Characteristics of the preparation of ZnS - Qj electroluminophors.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk no.4:52-56 161. (MIRA W9)
1. Tashkentskiy gosuniversitet imeni V.I.Lenina
(Luminescent substances) (Zinc sull~ide)

ANTREYEV. j,S.-j ZYRINA, L.V.; ARZO-101YAl', G.B.
Electrolysis as a method for the activation of electroluminophors.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk no,4:83-87 161. (MIRA 14:9)
1. Tashkentskiy gosimiversitet imeni V.I.Lenina.
(Ii-tinescent substances) (Electrolysis)

2LI. '~ 5
AITT':-,)-RS Andreyev, 1. S., Kisin, V. I.
29057
0 J 5 /00 3 / 0 0 4
312 3102
TITLE: Kinetic.,,; of' the electroLuminoscence of' zinc-sulfide single
crystals activated by oopper and chlorine
PERIODICAL; Akademiyza nauk Uzbeksko., SSR. izvestiya. Seriya fiziko-
P.,,atematicboskikh nauk, no- 5, 1c)61, 7B - 84
TEXT; The authors have investifated the luminosity waves of ZnS, Cu, and
IV1 single crystals (hexahedral prisins grown from ZnS powder in a nitrogen
~jtzqosphcre) in an alternatinr ele~.:triu field of different confi8urations.
Ultraviolet irridiation in.lucci a blue or ~-,recn I=Anescence of these
c r -,,s t: 11 s :The hi.~_hLr tho ,~,opper content, the E7rcener the luminescence.
In the eyoctro^lui.~inuscence speotrum was e.:ual to the photolumi-
nesct%nce so-actrum. I'he luminescence of the crystal was rccorded by a
.1, to- U '.) I
:~Ul,i_ ier of the t.jpe ~)Y -lQM (FEU-1aIM) , the electric signal of
wa~~ vertically amplifiel b,,f an oscilloscope. Observations under an
(;'.'B3-1) microsco:)e (42 x) that the luminescence comes from
o b I zick stri~)es of the crystal, A contact bet,.,.-oeq crystal and electrode
C !rd 1/,

22057
3/166/6 1/0C)OD/005/003/004
of the electroluminescence of ... B125/B102
ancrec.ses the intensity of luminescence essentially. In contradistinction
to V. Ye. Oranovskly et al. (v-, 2. 20, 109,1, No. 1), the intensity of lumi-
nescence was not affected by replacing one pair of electron needles by
another, or by changing the position of the contact between crystal and
needle, In the crystals of one type, the position of the most luminous
ret;ion depended neither on the direction of the field nor on the position
of the eiectrode contact. In the crystals of the other type, the region
adjacent to the contact was the :.-iost luminous one. The shape of the lumi-
nosity waves depended on the type of crystal and or the configuration of
the electrode. If there is only one electrode or none at all, the lumi-
nosit,,' waves will exhibit the same shRpe for any type of crystal. A
vlariation of freluency affected only slightly the shape of the luminosi ty
;,,ra v e s ,The crystals grown by the authors were isotropic with respect to
~~,lectroluminescence properties. The de-excitation of the first great peak
(B-Peak) and of the second peak (M-peak) depended oil the direction of the
~-,Iectric ftcld~ The B-peqk be(,inn when the field is directed away from the
contact electrode and when its absolute value decreases. After having
passed through zero, it reaches a maximum when the field is directed toward
the electrode, Tile M-peak berins and onds if tho field is directed toward
Card 2,14

Prl(~57
S/ 111-36'; 6 1 /OJO/005/~-,'O~//004
Yinetics of the electroluminescence of . . . B I 25/B102
SUB"'ITTZD: Avril 1, 1961
~,* t 1"1 4, ~ At

22180
5/048/61/025/CO4/029/048
B117/N12
AUTHORSt Andreyev, 1. S., Arzumanyan, G. B., and Zyrina, L. V.
TITLEt Various possibilities to stimulate alectroluminesoence
properties of crystals
PERIODICALt IzveBtiya Akademii nauk SSSR. Seriya fizicheskaya, v. 25,
no. 4, 1961, 520-522
TEXTs The present paper was read at the 9th Conference on Luminescence
(crystal phosphors). The following test results are givens I. Investi-
gating the effect of production conditions on the characteristic of ZnS-C
electroluminophors resulted ins 1) The spectra of ZnS-Cu luminophors
produced in media without HCl are somewhat shifted towards the short wave UN
region compared to spectra of luminophors which have been produced in
media with HC1; 2) the frequency dependence of the luminescence differs
at a sinusoidal voltage for luminophors produced in different medial
3) not only the a-3otrum but also the frequency dependence will change if
the annealing temperature is raisedl 4) they will experience a similar
change if the annealing time is changed. The optimum time ip 2 hr;
Card 1/4

22180
S/048/6i/025/004/029/048
Various possibilities to... B117/B212
5) solvents will have an important but variable effect on luminosity,
spectrum and frequency dependence of the luminophors. II. The investiga-
tion of the electroluminescence of single crystals has yielded the
following results in the field of four electrodes which were normal to
each other and at a sinusoidal voltaget 1) lbsence of anisotropy of the
electroluminescence properties in the crystals investigated; 2) a great
influence of the electrode contact on the luminosity and its waves,
especially for the case where the luminescent bands are distributed un-
evenly over the crystall 3) this effect is connected with the passage of
current through the crystal; 4) the form of the luminosity wave may be
explained on the assumption that the illumination does not occur
simultaneously at each point of the crystal. III. The investigation of
luminosity maxima during a n 3haped pulsating voltage applied to a
capacitor (without dielectric) showed that: 1) If the potential of the
transparent electrode is constantly above the second one, then the maxima
of the "swelling" and "decreasing" will develop with the same rate as the
voltage changes, i.e. , within /%j10 # see 1 2) the drop rate of the luminosity
is by one magnitude higher than that of the increase and it is somewhat
higher for the swelling maximum than for that of the decreasing maximuml
Card 2/4

1 1 7:
Various p.ssl'r ~11.: -4.:1 'c
2 .) 1 f ~ I i c., p : - - - n * , t ! .-~ If 1, h that
of the 12nd ~A,.,, th--~ I 1 11 con-
S is t of t-w,-: L- L-, Z'ity will 1110roase
wi t h the I'a ilk. eq 1 ne, I '1" 11 pirt two, tills will
be 112 -~~ 1/5 31"W"r, Th~ z~ i a for the activa-
i c-A J --,I has beer. put
t i on o f ZnS 1 um 1 1; , pi s a r;
into a qvazl-z I rify f wecit;d. therl it has
0
been annealedi in ii, p', r, ~;z ---1 (-100 1000 C) fur a
cortain tim(i whi!~, it ~i.* iwi n,,:i v tm i3e,:' ti,.rough, Th t!
relative rl)l;. '~f 'h -1- :i' . f '; &': ' rq'. *' 14.-' L rrt lie of
"t t 4 v q t I I 'j !j Le'. , ; ~ ! , 'ir.i itir, r; i. ct.!3*1, t,ai Lt,,.,n ~nvestiwa-
w i t h ri t - t, 111'41v'~ rity,
() f f, -1 " I T I I h~'l
a c a t 1.7
change-~ 11!-. :.,. i :. ,
0 t
luminesc;,,zi In mado With
ZnS -AgNc. 1 1. It 'h4. hai been
Card

Oe'9/ ~JO
I11 t7,
ann~i
bat wil.h--i;' ~pj i v i ny i - pt~rr~% Fi t:right bluc
Th- -i i J r., n t s h,~ w
e c t r Qii in i w~ -jn roh r, r5 ol"' - 0
by j1 I",) I YS
P,) t erit I al i n c.
Lum,~ no-.3 ity i n re
L-v"
The data obtaino.1 ;how ~1-6' t e u~i e t'. c t i(i f,-r the
'A S o% t L I - c r cm fer ene e s
product.icn of r t~
ASSOCIATION: Kaf~,irti :A-,sn--h-y
Card 4/4

N4
L J1 Rs: Andreyev, I. S., Shapiro, L. ,N11.
L0059
S11661621000100310071010
B163/B104
T 1 -1 LE, Some characteristics of relaxation processes in powder electro-
lum~nophores sub3ect to pulsed excitation
".,AIODICAL: Akademiya nauk Uzbekskoy SSR. Izvestiya.
Seriya f iziko-
i,,iatematicheskikh nauk., no.! 13,, 1962, b5 - 69
'A~;AT: In order to study relaxation processes in electroluminescent conden-
-;urs experimentally, square wave pulses of variable recurrence frequency
(100 to 8000 cps) and amplitude (0 to 700 V), with a-rise time of 4.vLsec,
,.-:ere applied to a condenser having a layer of luminescent material'30 to
-,5P/,t thick sedimented between its plates fromanaqueous emulsion without
a binder. The mark-space-ratio of the pulses was not variable. The time
dependence of luminescent radiation was measured by a photomultiplier
having one of the condenser electrodes made of conduct-
ini~ ~,less affixed' to its input window. The multiplier output signal wa-s
disnlayed on a cathode ray tube. On studying the-shapes of the lumines-
cence peaks at the front and back of each square wave pulse it was found
~;ard 112

S/166/62/000/003/007/010
Sonic characteristics of relaxation ... B163/B104
that t'ie rise time of the luminesocnco peaks is of the order of 3 to
121-10-6 sec and the decay time 4 to 12-10-5 see. The build-up and decay
of the polarization field-not only start the luminescence processes but
:!lso occasion the quenchinr of existing luminescence. From the fact that
the decay time of the first luminescence peak decreases vriih increasinc
recurrence frequency, it is concluded that the recombination processes
--occed fa-'~:
Ucr if an outer electrostatic field is applied. In condenser3
wiTii an appreciable conduction current matters are more complicated. it
bo-InE; found that the proceases are slower and more strongly dependent on
recurrence frequency. In this,case the time dependence of luminescent
radiation is governed by the polarity of the condenser, i. e. by whether
metallio or the transparent electrode ie negative, It is concluded
tnat Y;*-ere conduction is'appreoiable there exists not only intrinsic but
also induced electroluminescence. There are 2 figures and 3 tables,
;,.~,~OCIATION% Tashkentskiy gosuniversitet im,. V. I,. Lenina (Tashkent State
University imeni V. I. Lenin)
J11
6U311ITTED: February 10, 1961
bard 2/2

ANDREYEV, I.S.; SHAPIRO, L.M.
Some characteristics of relaxation processes in powder electro-
luminophors under pulse excitation. Izv. AN Uz. SSR. Ser.
fiz.-mat. nauk 6 no.3:65-69 162. (AURA 15:8)
1. Tashkentskiy gosudarstvennyy universitet imeni. Lenina.
(Phosphors)

ANDREYEV, I.S.; KASHIRSKAYA, I.V.; NIKISHINA, N.G.
Concentration changdo in the luminescence spectra of various types
of MS - Cu phosphors. Nauch. trudy TanhGu no.221. Fiz. nauki
no.22'v2l-30 163. (~HRA 17:4)

ANDREYEV, I.S.; KASHIRSKAYA, I.V.
Som characteristics of copper diffusion in ZnS. Nauch. trudy
TashGu no.221, Flz. nauki no.21:8-20 163. (MIRA 17:4)

ANDREYEV, I.S.; SHAPIRO, L.M.
Interrelation of the spectral luminescence bands of ZnS - Gu phosphors.
Nauch. trudy TashGu no.221-Fiz. nauki no.21:31-44 163.
(MA 17W

ACCESSION NR: AR4032176 S/0058/64/000/002/DO56/DO57
SOURCE! Ref. zh. Piz., Abs. 2D450
AUTHORS: Andreyev, 1. S.; Belotserkovskaya, S. B.1 KashirskbLya, I.V.~
TITLE: Effect of prior electrolysis of ZnS on some properties of
luminors
CITED SOURCE: Nauchn. tr. Tashkentsk. un-t, vy*p. 221, 1963, 5-7
TOPIC TAGS: luminor, luminophor, phosphor, luminor brightness,
luminor electrolysis, copper diffusion time
TRANSLATION: It is established that luminors made on the basis of
ZnS subjected to prior electrolysis have a greater brightness. The
copper diffusion time necessary to attain the given brightness is
in this case somewhat smaller than for ZnS without prior electroly-
sis. Suggestions concerning the nature of the observed phenomena
Card

ACCESSION NR: AR4032176
are advanced.
DATE ACQ: 31Mar64 SUB CODE: PH ENCL: 00
Card_ 2/2

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WARM!,

ACCESSION NR3 AR4034484 S/0058/64/000/003/EO66/EO66
SOURCE2 Ref. zh. Fiz-t Abs. 3ES27
AUTHOR: Andreyev, 1. S.; Arzumanyan, G. B.; Belyalova, R. F.
TITLE: Optical and electric characteristics of photoresistances
based on CdS
CITED SOURCE: Nauchn. tr. Tashkentsk. un-t, vy*p. 221, 1963, 45-52
TOPIC TAGS: cadmium sulfide, photoresistance, electroluminescence,
light amplifier, integral sensitivity, dark current
TRANSLATION: Photoresistances made of powdered CdS, suitable for
electroluminescent light amplifiers and for the registration of webLk
light fluxes, but with better characteristics than the commercial
photoresistances, ware produced and investigated. The photoresistanc-
es have a large integral sensitivity, large dark resistance, large
1/2

ACCESSION NR: AR4034484
ratio of light to dark resistances, a broad spectral sensitivity,
and a lower inertia than the commercial photoresistances. The light
characteristics are nonlinear; the voltage-current characteristics
in previously illrminated specimens have a relaxation character,
while in those kept in darkness they are almost linear, these singu-
laritieF being independent of the rate of growth of the field and
of the spectral composition of the light. L. Gu-3y*m-Bnko.
DATE ACQ: 10Apr64 SUB GODEt GEj PH ENCLs 00
6a-rd- 2/2

AlVLEYEV, Iviin Sorgeyoviclij SIIARAI~'OVICII, P.A., red.
(Use of new types of pneiurntic transport equipment in
the alundnum industr~fl Olyt primeneniia novykh vidov pnev-
motransportnykh ustanovol, v aliur:.inievoi pror.3.,shlonnooti.
Lenix,grad., 1965. 20 p. '%MIRA 18-.10)

All"DREY-I'V, lv.~Andreev, Tv.); I'AnSkIl V, Iv.; VIKEOV, Khr.;
A.; !:VGEN'Y Ye. it ;
'i'. [tra-'nslator) ; KUU-'^"' translator];
TALAKOV, A., red.
[Differential diagnosis of the syi:ptonis of children's
diseases. Translated from the !~ulrardan) DifferentsialInada
diaLmcstika vazhneishikh
Iv.Andreev _4 dr. Plovdiv, Go.~.izi-vo i: . Khri--to C, Danova,
1964. 443 P. (',.',IqA 17:9)

/Y IV
AUTHOR: Andreyev, 1. , and Ganzburg, M.
TITLE: A Keyboard Switch with a Common Contact Panel
(Klavishnyy pereklyuchatel' s obshchey kontaktnoy panellyu)
PERIODICAL: Radio, 1957, Nr 6, pp 36-38 (USSR)
107-57-6-35/57
ABSTRACT: A five-key do-it-yourself type panel-mounted control switch is de-
scribed. A detailed structural drawing with all dimensions is supplied on a
special page facing page 32 of the magazine. Four keys are intended for chang-
ing wavebands, the fifth for on-off switching of the receiver. Instructions for
making all details and assembling the switch are given.
There are five figures in the article and one structural drawing combined with
a pictorial diagram facing page 32.
AVAILABLE: Library of Congress
Card 1/1

ANDRHYXV. I.; GANEBURG, M.
Band selector for radio-broadcasting receivers. T pom. radiollub.
no.3:lkq-64 157. (MIRA 10:12')
(Radio--Receivers and reception)

ANDRETRV. I.V.. lnzh.; KARASIN, G.S., insh.
Design and specification of dial telephone eysterm for power installa-
tions. Blek.sta. 28 no.12:51-54 D 157. (MIRA 12:3)
(Power engineering) (Telephone, Automatic)

ANDRBYEV.' I.V.
Concluding review lessons in the sixth grade. Geof.. v shkole
'Ill no.2:34-42 Mr-Ap '58. (MIRA 11:2)
(Geography--Study and toaching)

ANDREYEV, Igor'. Vagil.1yovich. BEW,A.I.. red.; BURLYAND, V.A., redo;
VANEYPV. Y.I.,red.; GICNISIVA.'YooN.. red.; DZHIGIT. I.S.,red.;
XANAYEVI, A.M., red.; VZN Ll, lo%,red.-, KULIKOYSKIY, A.1.,red,-p
SHIMIOV, A.D.,red.; TARASOV, Y.L,red.: CHICHIT. P-O.,red.; SHAMSiM.
V.1.. red.; G)SZ*BIJRG, H.De. red.1 XRDVlDB7,,Ljjk.t$*khn*red,-
[Cabinet designs for radio receivers] Vueelinse oformlenie priemniks,
Moskva. Goo. energ. isd-vo, 1958 46 p (MIRA 111.8)
(Radio--Receivers and ;eception)

1 7.

r i,,

ZVXNIGORODSKIT, IoBif Solomonovich; KARASIN, Giloll Samoylovich;
A1[DRX_M,_ I.Y. , red.; LARIONOV, G.Te., tekhn.red.
(Construction and operation of intercommunication systems in
electrio-power plants and electric substations] SooruEhenie
i ekspluatataiia aredstv vnutriob"ektnoi sviazi na elektro-
stantaiiakh i podstentaiiakh. Moskva, Gos.energ.izd-vo, 1959.
287 P. (MIRA 13:11)
(Electric power plants--Communication systems)
(Electric substations--Commanication systems)

ANDREYEV I-.V., in,zh.; BAZHENOV, IN.
A unique overhead cable span. Vest. sviazi 21 no.12:16-18
61 . (MIRA 14- 12)
1. Vsesoyuzn3ry proyektno-izyskatel'!:kiy i naui;hn)-issledovatel'skiy
institut Ministerstva elektrostantsiy SSSR (for Andreyev). 2.
Glavnyy inzh. ucbaEtka svyazi stroitel'stva Bratskoy gidraelektro-
stantsii (for Bazi,enov).
(AnFara River--Electric lines--Overhead)

A14DREYEV, Igor' Vasillyevich; DUBROVSKIY, Yu.N.,, red.; SAVCIENKO,
- Ye.V. , tekhn0 red-.---
(How to build a radio receivar]Kak sdelat' radiopriermik.
Moskvaq Izd-vo "Znaniel" 1961. 32 p. (MA 15:7)
(Radio--Receivers and reception) -V--

ANDREYEV, _-.Igor-l- Madimirovicb; KARASIN, Gillell Smoylovich;
- PODILEZOV, VX., red.; SIIIFiOKGVA, tokhn. red.
[Over-all automation of tolophono coitumnicationo in electric
power distribution systems]Kompleksnaia avtoratizatsiia te-
lefonnoi oviazi energosistem. Moskvi~, GosonorgoizOIA, 1962.
87 p. (1-11RA 15,8)
(Electric-. power distribution. --Corm unication systeris)
(Telephone)

---A'4:D*I,LE',*EV, I.V.; GA:,;Z:3U,'iG, M.D.; A.G~; CIiBSAI'GV, S.1%;
TS.B.., rod,; I-AYOLTOVA, telchn. red.
11"?adio con,-.uner [rood s 111ad io tovai, ~,pravochnVk. Leningrad,
U -1 (1-1 RA 15:12)
IOC,to.C-izd-:t, 211 1). .1 -
(iind i 0. iplx lit alic, supplic's) (rhollograph)
(TeIc-vI siar.)

4cv
013.
I.CC
lea -t

ACC NRt AP60111048 SOURCE CODE: UR/0056/66/050/004/1081/110
AUTHOR: Andreyev. I. V.
ORG: Phygics Institute im. P. N. Ikbedev, Academy of Sciences,SSSR
(Fizi skiy institut Akademii nauk SSSR)
TITLE: Contribution to the theory of multiple scrtterin
SOURCE: Zburnal eke erimentallnoy i teoreticheakoy fiziki, v. 50,
no. 4, 1966, 1081-1093
TOPIC TAGS: multiple scattering, Green function, relativistic elec-
tron, scattering cross section, small angle scattering
ABSTRACT: In view of the fact that the theory of multiple scattering
involves numerical computations wbich becom more and more complex as
the scattering angle increases, the authors use the Green's function
method developed by G. A. MilekhIn and Ye. S. Fradkin (ZhETF v. 45,
1926, 1963) to obtain an expression for the scattering cross section of
relativistic electrons into fairly large angles. This expression, which
has logarithmic accuracy, takes into accelint the finite size of the
nucleus and the effect of multiple scattering for the case when the
correction to the single-scattering formula Is relatively small, It
IA-,

L 33294-66
ACC NRt AP6014048
being assumed that the observed cross section differs little from the
tail of the single-scattering cross 3ection. When the scattering angle
is small and the nucleus is regarded as point-like, the obtained formu-
las go over with logarithmic accuracy Into the known result of G.
Moliere (Zo. Haturforsch. v. 32, 78, 1948 and v. 10a, 177, 1955). The
author thanks Ye. L. FeynberEfor a discussion of the work. Orig.
art. has: 10 formulas.
SUB CQDEe.-20/--SUBM DATE:,llNov65/ ORIG REF: 004/ OTH REF: 005
Card- .*A 2/1

LIMUCHEV, V.A.; AIMFXMV, I.V.
Chnngen in the shape of tin subjected to a cyclic thermal
treatment. Nauch.tekh.inform.biul.LPI no.12:16-43 '58.
(Tin--Thermal properties) (MTRA 13:2)

LIKEIACREV, V.A.; FLUTROVA, T.G.; ANDIMV, I.V.
Irreversible change in the dimensions of cadmium samples sub-
jected to a periodic thermal treatment. Nauch.tekh.inform.
biul.LPI no.12:411-5 '58. (11IRA 13:2)
&dmium--Thermnl properties)

S/126/65/015/003/015/025
E193/1083
AUTHORS: Dityatlcovskiy, Ya.M. , Arujro~~V and
Gorshkov, V.F.
TITLE: The effect of low melting-point metal coatings on tho
mechanical properties of constructional ane. stainless
stools
PERIODICAL: Finika metallov i metallovedeniye, v. 15, no. 3,
1963, 435 - 438
T EX-r The effect of Cd, Sn and Zn coatings on the mechanical,
properties of the following steels vras studied. arnico iron;
steel '20, steel 45, 40KHMR OOKhMIA); 30XC-CFi (30Khr.SA);
IX18149-r UKUU9T) and ~-,j878 (P-1878). The coatings, 15 It thick,
were deposited electrolytic-:~Ily- T,icir effect on stren,(,-,th land
ductility of.the at 20 to 900 Cwas deteriiined by tensile
tests carried out -.t ,. strain rate of 160,!/min. Typical r2sults
are reproduced graphically ir. Fig. 1. The UTS (s , k-/mm
reduction in area Cy ) and elon--ation 0(6, Of armco iron are
plotted against the test temperature C), curves 1 and 2
relating, respectively; to uncoated ond specimens coated
Card 115

The effect of
S/126/63/015/003/015/025
E193/r,383
with Cd. In Fig,. 2, LV and 6 of stool 45 are plotted asainst
the test lemperature for specimens with and without Sn. coatings
(curves 2 and 1, respectively). Th,.; temperature-dependence of
of stool 11010iNINIA is reproduced in Fig. 3 for uncoated (curve 1)
and Zn-coated (cyve 2) specinens. Finally, in Fig. It the yield
Point (o-b, icg/nun ) and k~ of stools E1878 and lXhl8N9T are
plotted against the test temperature for uncoated (curve 1) and
Zn-coated (curve 2) specimens. It will ba seen that the harmful
effect of the Cd, ~;n and Sn coatings is confined to the temperature
intexVal betwoon the melting point of each of these metals and a
certain critical temperature t,, , .depending on the type of steel
and its heat-treatment. The existene.e of tIc is explained in the
following, manner. Two parallel processes take place during
deformation: 1),increase -of the stresses associated with ~the
formation of various defects acting as str ass -cone entrators;
2) str-~s:i relaxation,' the importance of which incrdases with
tomperz-.%ure. Failure of coated test pieces b.elow t, takes place
by britzle fracture because the stresses associated t.qith stress-
risers ~.,anch a critical value determined by the magnitude of the
Card 2/5

S/126/63/015/003/015/025
The effect of .... P,193/F,383
surface tension at ti-io stool/coatinz intorfac,3. At temperatures
higher than t IC this critical level of stress is not reached
owing to stress relaxation and the specimen fails in a d-actile,
manner. There are figures and 1 table..
SUBMITTED: July 12, 1962
Fig. 1:
Card 3/5

ANDRFYEV, I.V.
cil tA,t)

GO?SIHKOV, V.F.,,ANDiL~'Y',-"V, I.V.
Atta,'Ainii,nt t-, the VII. ~Dl "Yi.,., --Cwr,'~ " rj!-l
1 " ;;.,
- 1, a (. .1 i0 . . I -,t 'I';: ")
zav. ,!t1), -

ANDREYEV,
----- ---
Automatic unit for bardeniV, piit,'n rndn by hitb-frpquency
current. Stan.i Instr. 30 no.4:39 Ap 159. (MIa 12:6)
(Met al s --ilardening)

ACCESSION NR: AP4037590 S/0056/64/046/005/1764/1767
AUTHOR: Andreyev, I. V.
TITLE: Contribution to the theory of bremsatrahlung in the presence
of a medium
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1764-1767
TOPIC 'AGS: bremsstrahlung, high energy electron,'photoemission,
electron scatterinqf fast particle, particle scattering
ABSTRACT: In order to check whether the cross sections of high
energy electron scattering accompanied by photon emission decreases
with increasing energy in the presence of a medium, when the photon
emission is suppressed, an analysis is made of the scattering and
.)remsstrahlung of a fast particle in a medium, using a simpler cal-
culation method in lieu of diagram summation. The probability of
scattering with a definite energy loss is calculated with double-
Card 1/2

ACCESSION NR: AP4037590
logarithmic accuracy, and it is found that the effect remains the
same, but may be appreciably attenuated. "The author is grateful to
Ye. L. Feynberg and Ye. S. Fradkin for numerous useful discussions."
Orig. art. has: 10 formulas.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk
SSSR (Physics Institute, Academy of Sciences SSSR)
SUBMITTED: l8Nov63
DATE ACQ: 09Jun64
ENCL: 00
SUB CODE: NP
NR REF SOVs 006
OTHER: 001
Cord 2/2

At.,,)HFIY?IVP I.V.
Theory of bremastrahlung in the, pnesence ot n nf