SCIENTIFIC ABSTRACT ASTRAKHANTSEV, N.Y. - ASTREYEVA, O. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102420015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

LEVITIPOV, S.D., dotsent; POLMOV, G.V,, inzzh.~
ASTRAKROTSEV, N.Ya.j.
i1ah.; POGORELOV, G.M., inzh. '--` -~'- ` -, - - ~
Recuperative braking on comercial electric
locomotives in open-
pit minee,. Izv. vys. uchebo zavo; goro zhurc 6
no.4;122-1,15 163.
(141R0. 16 -.7)
1. Chelyebinukiy politeklmicheskiy institut.
Rekomendovam
kafedroy ele.'Iftroprivoda i av-tomatizateii
OmyshILennykh ustanovok.
(Mine railroads--Brake 85r

ASTRAKHARMT, . S. tj.: Wster Tech. Sci (dioE) --
"Inveatigation of the proces-
Bea of liquidating submIemporosity In powder matorialq
and the nppearance of
this porosity in cortain alloys, using the nothod of
X-ray dispernion at sm,11
angles". Moscow, 1.958. 1.7 pp (Min Higher Educ USSR,
Moaccv Oraer of' Labor
Red Banner InE:t of Steal Ira 1. V. Stalin, Chair of
-1joentgenography and the
Physica of Metals), 120 copies M, No 3~ 1959, 109)

.-.'AUTHORS: I.strakhantsev-, Umanskiy, Ya, S. SO-ill 63-
5a- 3-37/49
TITLE: The 1,11icroporosity of Beryllj*7an
Ox?~rr-ilwwlzr,~lli,rc)poristostI
poroshka okisi berilliya)
PERIODICAL. Nauchnyye do:.,lady vysshey sh,'coly.
',1eta1lurL;iYa, 5
ITr
,% 3, pp 226 - 27o (UssR)
ABS"LTIACT: BBvylliu-M oxide produced in 1;he thermal
decompositi:)n
o:,,' complex compound3 iL3 characterized by the low bulk
wiiightv ard the inferior pressing properties. The prosent
paper deals with the inverti~-,atiOn Of the CaliseS Of VIO
deter-:.oratioii of the pressin,:: propevties of bery11111M
o:i:ide. Beryllium oxide with a bulk lriei,~ht of 0,107 Ir/
/ CM
iE pressed into briquets at it pressare of I - 1,5 tj Icr,12.
It was fow-,d that the amount of precsure appliee.
does not change the properties of the presced articles.
The micropuro3ity of' the beryllium oxide sample was in-
veztijated as dependent on the sintcrin~,, tomperature. The
nzlin cause for -the inferior pressin,:~ and the low bulh
weight of ber,,rllium oxide powler is the hi,~h microporosity
of the sample. The decrease cf the r~:icropores beCins at
t(--T-.iperatures of 750 in -
Card 1/2 J. 0 8000 furthei creases to

r
TI,e ."licroporo.sity of Bcrylliui-i Oxide Powder SOV11
6,,- 58 - 3-3;7/49
12500 - 13000, and practically ends at 1600'. An
incronse of the density of boryllim,) oxide does not
only brini,- abDut, aldecrepse of the microporosity but also
a chaan,-e of the grain size. '7!ie prope-ties of the
initial
beryllium were investi.,7ated 1),i means of a small-anCle
x-ray analysis. There are 4 figures, 2 tables, and 4 refer-
erces, .-Aich are Soviet.
A S S 0 C10,1 Iosl:ovi,~:i~ inotitut otali (IMoc,,,cow
Ste-A Institute)
S UB 111 "IT E DO~tober 1, 1957
Card 2/2

SOV/149-58-6-13/19
'AUTHORS: and Umanskiy, Ya.S.
TITIZ: Investigation of Microporosit-Y in Certain Metalis,
Alloys
and Oxide Powders by the Method of Small-angle ',[-:vay
Scatterii4; (Issledovaniye mikroporistosti v nekotorykh
metallakh, splavakh i lmoshkakh okislov metodom malou-
gollnogo ras3eyaniya rezitgenovskikh luchey)
PERIODICAL: Izvesl;iya Vysshikh Uchebgykh Zavedeniy, Tsvetnaya
Metallurgija, 1958, Nr 6) PP 115 - 125 (USSR)
ABSTRACT. The authors studied the mechenism pf the closure of
microporos during heating of a number of refractory
oxi4s.and of the formation of pores durin' annealing
9
;)-tVposited nickel. and during distillation
of _,eleotr,
of zinc fTon brass. The method of small-angle :K-ray
scattering was used and the calculations were based on
the formula given by Gui~iqr and Fournet (Ref 5):
K RO
Nn~e (1)
where: intensity of X-rays scattered at low angles
Cardl/9 by particles with the effective size Ro;

SOV/149-58-6-13/19
Investigation of Microporosity in Certain Metals, Alloys ani
Oxide Powders by the hethod of Small-angle X-ray Scattering
N - the nunber of sub-microscopic non-homogeneit:Les
participating in, the small-amgle scattering;
n - the difference between the electron densities of the
non-homogeneoud domains and of -&e matrix;
K = 2Tr(wV (~o - angle of scattering, % - X-ray
wavelength). Tangent of the angle of the slope of the
straight line-:
Ig TPIrf, = f (~o2) equal to a = 5.715 R02A:2 was
used for calculating R fron the formula:
Ro = A g IPMY
2
~O
in which, for the experimental conditions employed, A
.Lual to 1 700.
7as e- The collimation correction vras
introduced in the calculationj3 by the method used by
Filir?ovi(b.h (Ref 8), i.e. by jDeans of graphs (reproduced
Card2/9

SOV/149-58-6-13/19
Investigation of Nicroporosity in Certain Metals, Alloys and
Oxide Powdjrs by the Method of Small-Wigle X-ray Scattering
ir Figure 1) showing the actual size (1) of the pores,
Rc~ , as a fiuiction of the calculated value R,),,,, .
Viese graphs were plotted for Ho, Cu and Fo radiation
0;igures 1, 11.1 6 and B, respectively), graphs 1, 2 and
correspond-'Lng to the ratio 110/D equal to O.OOlr,1,
0.0008 and 0..0004, respectively, where 2X, - the aridth
of the primary X-ray beam, D is the distance between the
specimen and the radiation intensity counter. In the
present investigation Cu radiation was mostly used with
Xo/D = 0.0006 . Before proceedLing to study the effect of
heating on the microporosity of A120, B20 and MgO powders,
the authors proved that partioles of these substances in
the 1-5 - :5 11 size range produced the same small-angle
X-ray pattern. and that while the size of the original
blocks of MgO and BeO was the same as that of the non-
homogeneity domainB, the rate of growth on heating was
Ca.-d3/9 faster in -the former than in the latter case (the effect

SOV/1-49-58-6-13/19
investigation of Microporosity in Certldn Mptals, Alloyq-and,
Oxide Powders by the Mothod of Small-wigle,:t-ray Scattering
of the tenpe.,cature on the si:,,e, of BeO 9nd MgO powders
is shown in Table 1). They proved also by means-of pyk-
nometriemeasurements the presence of micropores in the
interior of single grains o f these oxides, thus showing
that the small-angle scattering produced 'by the investigated
substances wits, in fact, due to microporosity only. The
composition of the experimental powders is given in Table 2
which shows E11SO the optimum thickness (mm) of the specimens
(converted to compact materials). The powders werS heated
in air, at temperatures ranging from 500 to i 900 C.
After heatinE., specimens of the optimum thickness were
prepared 'by I)resS:Lnge The ionisation curves of the MgO
powder heated for 15 min, at 1. - 800, 2 - 1 000
3 - 1 300 and 4 - 1 500 C &re shown in Figi~xe ~ (mono-
chrowatic Cu radiation was used - speed of the counter
0.5 /min., speed of '.-.he filin 9 600 mm/h,, ~D = 5),
Figure 3 shows the var;ation of the average size, Ro
of the micropores (in A) and of the porosity, tj (in %)
Card4/9 Qf Qx~dqe boated f9.r ~45 lain at, ya-r-iQus
tomYeratuzvc~ ;

i5C,V/149-58-6-13/19
',-Investigation of NJ.oroporosity in Oertaim Metals, Alloys and.
....Oxide Powders by the Method of Hmall-wae;le X-ray Scattering
A,12'D3; b) BeO (1 - Yei 2 - CUKCX, MOK
Ka a
radiation)- o) #gO. The affect of tho duration of
heating (m1ZL) on 0 of the :investigated oxides treated
at a) - 1300 and b) - 800 'DO, is shown in Figure 4.
Finally, thei effect of temperature on the value of the
rqtio Nkp/T[m , where Nkp Rnd Nm arev respectively,
the numbers -Df large and smal'.1 pores in powders heated for
15 min, is illustrated in Figiwe 5.. Commenting on their
results, the authors state that microporc-sit7 in oxidei
powders obtained by reduction or dissociation of more complex
mompounds ama be attributed, to the fact that they are
obtained at eomparatively low temperatures (30-40% of their
melting poiat8) at which the nobility of the atoms in the
lattice is low. For this reai;on, when compounds of the
MgCo3 type dissociate, the evolved gas is driven off at
a rate faster than that at wh:'.ch the crystal lattice of
the oxide is formed. As a rBiiult, voids and lattice
Card5/9 vacancies axe present in the particles of oxide. Since

SOV/149-58-6-13/'io
Investigation of Microporosity in Certain Metals~ Alloys and
Oxide Powders by the blethod of Small-an3le X-ray Scattering
the conc elLt I-Elt ions of vacancies near the large and small
microporeE! zu-e different, a diffusion current should
develop (Ref 11) resulting in -the growth of the -19j,ge
pores and elimination of the small ones, which has been
confirmed bj the results of the present work.
In the case of electro-deposited nickel, the lat*Acle
irregularities are caused by excess atoms or by vacant
lattice sites and are referred to (Ref 12) as "positive"
and "negative" dislocations. When electrolytic nickel
is annealed, coalescence of the vacancies should result
in the formation of, at first, submicroscopic and, later,
microscopic pores. Such an effect has been repo-vted
(Ref 13) but,, since there was, a possibility that t 'he
observed nacroporosity was due to coalescence of crevices
and voids formed during quenching or deformation, further
study of this problem was undertaken by the present authors.
The experimental X-ray specimens consisted of lajers of
Ni (5 - ? )i thick) electro-doposited on both sides of
copper supports (22 - 25 ), thick) from an electrolyte
Card6/9

.'-OV/149-58-6,-13/19
.Investigation of Mioroporosity in Certain Metals, Alloys &ad
Oxide Powders by tho Method of Small-a.-agle X-ray Scattering
treatment which indicated ra:pid growth of the po.res. Since
similar e:!fe(,-ts were obtained on Ni. specimens de:posited on
nickel supports and on test -Dieces consisting of the electro-
deposited ls.yers detached froa the supports, it was con-
cluded thitt the main cause of the formation of pores during
annealing of electro-deposited nickel is the relaxation
of the lattice distortions (coalescence of vacan-.ies). In
the last atage of'the investigation the formation of poreEl
in brass heated in vacuo was studiel. Cold-rollad specimezu3
(30-35 iL thick) of commercial quality brass L-62 were used
for the mea sure ment s Thg results a-re plotted ij3. Figure
? showing (on the leit) Ro as a function of
_C .1/2 1 aj:Ld porosity fj , (%) as a function of for
specimens annealed in vacuo at 1 - 500~ 2 - 600, 3 ?00
a.nd 4 - BOO 0. It was concluded that when a volatile
constituciat is distilled off from an alloy, the formation
of the poxes is a diffusion process even in the early
stages of the distillettion and. that at low temperatures
Card8/9 the numbox of the pores can iricrease without an increase
of their size due to coaleseezice.

3OV/149-58-6-13/19
Investigation of MicroporQuity -..n Certaj.n Metals, Alloys
and,
Oxide Powders by the Method of 41)mall-anf;le X-ray Scattering
There are r? figures, 2 tables and 15 references, 1.2 of
which are Soviet, 2 English eaid 1 French.
ASSOCIATION; Moskovskiy institut stali. Kafedra metallofiziki
i rentgenografii (Moscow -.1'.nstitute of Steel. Chair
of Metal Pbvsics and Radiography)
ammimm: June 23, 1958
Card 9/9

89663
.1110
s,/149/16 111000A0210121017
A006/AO01
AUTHORSt Astrakhantsev,, SAP 14ozzhukhin, Ye.I., Umanskiy, Ya.S.
TITIEt Investigation of Sintered Alloys on Metallic NiAl
Compoiuid Base
PERIODICALs Izvest:Lya vysshikh uchebnykh zavedeniy, Tsvetnaya
metallurgiya,
19611, No. 2, PP. 110 -- 115
TEXT: The authors developed a technolc-gy for obtaining Ni-Al
a:1.loys by
1~owder metallurgy m~qthods, and investigated thei properties of
the allDyn cbtained.
Alloys of the single-phase NiAl and the bi-phaf;e NiAl-Ni 3Al
range were atudied.
The technology employed was different from previous methods
(Ref. 5, (5) wher-a +-h---
alloys had been prepared from powders whose ccniposition
corresponded 'to that of
the alloys. In the present Investigetion the E-lloys were
prcduced from Ni-Al ad-
dition alloys and nickel powder, whereby the Al content in the
addition alloy ex-
ceeded that in the alloy. The addition alloys were melted in
high-froq%tency induc..
tion furnaces in a niagnss~te crucible. The exreriments were
made with four single..
phase alloys containing Al (in atomic %)t 1) - 52.5; 2) - 5o; 3)
- 4t~j 4) - 4o.
Alloy I was a solid solutio'n of-Al subtraztion in NiAl, allcy 2
corrosponded to
the NiAl compound of stoichiometric domposlti(nr~ alloYS3 and 4
were solid solutions
Card 1/5

89663
8/149/61/000/0D2/012/017
A006/AO01
Investigation of Sintered Alloys on Metallic MAI Compound Base
of Ni in NiAl (alloy 4 is ~alose to -he boundary of Ni
soclubIlity in Ni Pil) Alloys
of the bi-phase NiAl-Ni3AI range were also stuc[:Led,, containing
Al (welgh~*%)t
5) - 20; 6) - 19.5; and 7) - 17.5. The addil;:.on all 5Y and
n1ckel powder were
mixed in alcohol for T? ho,ars and preesed under 3 Vo.,~
pressure. Sintering was
performed in a T~8 -2 (TVV-2) vacuum furnace mainly in a
"hydrogen" vacuum which
was maintained at :? 4 - 5.10-3 mm HE; during the rise of
temperature and the
sintering temperature. To produce specimens of minimim porosIty
sinterlng was car-
ried out at maximum temperatures which were exporimentall7
determined for each al-
loy (1,490 - 1,50000 for alloy 1; 1,510 - 1,5.'..(,` for alloy 2;
1,490 - 1,5000 for
alloy 3; and 1,430 - i.,4400C for alloy 4). R(dative densities of
pressod briquats
and sintered specimens are given in Teble 1. The sintered alloys
were subjected
to bending and break arid tested as to their micizohardness and
enduranci atrength.
Results are given in Figures 2, 3, 4. It was fcund that the
bending strength of
single-phase NiAl alloys at room temperature increased with a
higher Makel con-
tent in the NiAl compovnd; maximum strength in offered by an
alloy whiall is on
the boundary of the sirgle-phase NiAl and the bi-phase NiAl+Ni3AI
rangf~. At high
temperatures, the poorest, istrength characteris';ics are shown
by alloys being near
the boundary of the single-phase NiAl range, from t-he nickel and
the aluminum side
,a

89663

S/14q61'/W)/W2/012/Oi7

A 006/ 001

Investigation of

Sintered Alloys
on Metall

ic NiAl Compound Base

0 Table
1: Relati
ve densities of pressed
and aintered specimens, volumotric and

linear
shrinkage for single-phas

e alloys

After
pressing

After sinterlhg

Alloy
Specific
Spec.
Relative
Spec,
I
Spec.
Relative
Volume-
Linear
5
weight
weight
density
weight
Iweight
density
tric
shrinkage

of bri-
of com-
of.bri-
of ape-
of com
%
shrink.-
%

quet
23
pact
quets %
oime 313
pact

age

g/
charge

g/cm
aLloy

materi-

Imater-

al

9LOM3

I&/CM3

1
3,75
5,11
.5
72,8
5,2
15,65

30
192,5

10,5
2
4,05
5,20
78,0
5.5
5,93
93,0 28

8,5
3
4,18
5,55
75,5
5 9
13 20
95,0 30

9,5

4

4,25

5,80

73,0
4
6:
6 50
98,5 35

9,0
Card 3/5

X,~
OA~
rA I
89663
s/149~SI/OOOA02/012/017
A006/ 001
lnvestiga~ion of Sbiteired Alloys on Metallic WIAl Compound Base
4C
Figure 21 Figure 3t
Dependenoe of strength during bending Miarchardness of sintered
single-phase
(for 200C) from the composition of sin- NiAl alloys
tered alloys obtained in -the pr*sent
Investigation (1) and in -the study de- .45
scribed in Ref
NIAI
50
21 6,0 AT
to
%
is A %
Card 4/5 ------
Mill 01
fflwlqm~= W-11w

89663
V002/012/017
S "rAOO~M
N6
Investigation of Sintered Alloys on Metallio K M Compound Base
Pigure 4t AV
Strength of NiAl alloys during stretohing (5 14,/mm2 load) for
8000C (1) and 8500C (2).
75
There are 2 tables, 4 figures and-:12 referenoect 4 Soviet
and 8 non-Soviet.
40 -
k. 20 -
0 wk7R~
f? o4 AV
ASSOCIATION: Moskavskiy institut stali (Mosow Steel Institute).
Kafedra rent-
genografti (Department of Iloentgonography)
SUBMITM: April. 29, 1-960
Card 5/5

1 2 9/0 1 Ut'rO/CC! -,/() I It/ 0 16
I itt" 14 1 q 1.~ r nitio \,A,,S it K It h1114k It
'I, r I.,, it Ihimicift tit' DILLIUSIOLAVO!"OSItY -'nn
Nichrorme Alloy
fin 1ho Sinterin,~4 ot Nickel anti Chromium ilowdor.-i
J'. It vO I( 1 1. 1 rtvcd vvt ~ e I termi.chemkova obrabotka
mel:allov,
4-,01, iw 7, up 5.-Vt
i r, :4tutiyinF. the process of sintering ot' nickel and
h um i. h- mr! liorti di Pc:)% er ed some u nusuaJ -. hangos o
F 1:he lat t ce
w-r ~ofi ai I It i. it It it 1, e o I t h o 1 1 n e m o it r a
y d.i VI rat t I on pa t t erns
o I he t_1 I C VXVOM-~ ;X' r I. h v , n v es t i x a t iL c i n
Iclit.4 dengi t I tt!j I jjprcsj t Les IQ .,L 9 . -15 - 5V and
wert virop,trecl by coLd rre!~!-tnm.. The spevimenm wore
II It c I* ttd , it it hirtir c, sr F, n.1i t v P_ LAm a t.11
~) 0f'or 8 hou I- A .. I, IV
(11 tLtACtI.On ~Iati:f-rns ucre inade using ii. inolyticlunum
-eferenve
F!t;mdarl with :,ippor radiatAfin fhe l:kttjce 1,erjo I wix-j
calculated
"rom tit(. 1:111z 0,~A, It %-,t; foutw that dvirtn~- Slntk-i
ine thu
~a%.L,ce pey ud d-id ov~,t ch-ringe monoxonu.,isly Wit -in
-jumj)S f !g. I
the iop(:nderice. of' tit- lattive pu-r,od, ... of sintered
ii-ar-i 1/b

irt? luen%.e vt [)I I fugi or Porosity V.129/61/000/0
7/01."/1)1b
!f 7 3 /!~. r).3.5
n-, ,hrcirik, on the. ~qtnterinsc time, hotirs.. for the
following initial
1) er i ct d % - r t) - vI -Eli - 21)";, curve '~; - 1,1,0/ ,
curve 3 - 40-
r I ng t kt,i &t I. brce hours of s-Lnter in g th(- mo.yima
anti mvima
of t1ir pv~r~Ai3cL6 did not coiii(ide J%3r specimens. w-1-th
,mioas
0 1 0 A'. ~ I f, It ..tw ~,, %, ( r, dur i ng t lie I a t p r
siag o -4 o C % I n t er i tig t hey
a t IE- 3y 111 111 0 nok) -i I o 7, 111 1 lie sp ec ~ Inen s "I
lie I v v s a m I III i I ar ! h-inge
in Lno h1m r%ng nt the Isnes on the K- ray di f t rac T ion
pvttprnv~
thc I nc~ ~,rv ti~tirrccl or sharp right ip to tim division of
the
K~i d ou k).1 Ilia F:harp linem corresrond to larKer lAtt LLt
p F. 2. 1 os '.Wk 1.1hCTIOInena were obqer-ved Ly (so I- ol I k
, He' - I %,1110111yy ~ dolt lady vySslicy 511kc IV , ".utel
lurxiy~t, No . 2.
I
during sinti~t :tig of (.unt.co atl.oy, 'the tic uhunumenit
indicitte 1111tt
sxwe.-.n.g of niek,~,l and chronILAIIII yowders does not ~llangc
monotonously thr uniA"ormity of' the solid solution, f-ar. k,,c
expl fA i ned nn thp Las:is at' resul-ta of tbe study o1 the
iormation
and grawth v,,.' sub.-microporosities in the nicheome alloy.
I)vinsity
-w od t n .-i n a 1 Lay c ( a 1% im I I it r ~ ompo,~ w I I on
J r III I i n1ir
the d ! s i i 11a t 3. On I c hrom I tim i ii vac uum a t. a r
o u.4 t cinti ei a ti re s.
Vh v d%mvnt-,i(mL- c-l' t1w sub-micropoves upri! by
J.11."'VIA.U:
t he h-w ancic ,,: t, I t v Lr L n p: n !X-rny!f. I g., 11 WA t
11 UL (-.s tI I V
i *.,-I - , ~_. / ()

Influence of DiffU,IliO'A'L Porosity ... ViLt)/61/000/007/0-1 li/o16
E073A535
uzied for studying the loir angle scattering (1 - X-ray tube,
2 - monochromatorv 3 - specimen, 11 - coLlimator, 5 - (ieigor-
Muller counter, 6 - cu~unting circuit). It wits found that sub-
Microscopic pores of i size. of several ~Iundred Azigstrom form in
the nichrome during the process of evap-Dration of chromium. Fi,(t-3
shows the dependen'ce (if the average pore dimensions, it.), k, and
of the total porosity (loss in weight), A P, mg, in nichronic
subjected to vacuum evaporation at varit)us temperatures a!; a
function of time, min for the sinti~ring tem1wrixtures
1200~C (plot a) and 1*
350C (plot 6). The dimensions of the
sub-micropores also &A not change mono tonou -,; ly; the lower the
evaporation temperature the larger will be the nuriber of extremal
points on the curvo R f (,/-T 'I'he observed phenomenon can be
C1
explained only by the healing of the formed sub-micropores, since
the maximum dimensxon of "lie pores was considerably below 1000
Healing proceeds as a result of chromiurs difftision; its partiaL
diffusion coefficient in nichrome is considerably higher than the
diffusion coeffici*i~nt of nickel (Ref.4: S. Dashman. 116cicittific
fundamentals Of Val'.1111M. engineering", RuSsian translation, 195u).
(;ard 3/6

Influunco of Diffuiiion. porosity ... S/129/61/000/007/011i/o16
E0 7 VE 5 3 5
In this case healing is posiiible if the flow of chromium atoms
to the pore is larger than the flow of vacancies. After the
Pores have healed, sections will remain which aro chromium
enriched and the in.ternnI flow of vacam-.ties vill coase. Che
-ation non-uniformLtici lv;~ds to blurrdng of
j)pearancc of conc-enti.,
the lines on the X.-ray pattern and to a reduction of the
lattice
eriod. By nzeans of low angle scattering it is also possible to
p
detect the decreas,c in the pore dimensions. Then, the
chror.,iium
concentration begins to equaliza in the alloy and the com;ontra-
tion of vacancies bill increase; this ju-nduces a narrowing of
tho
lines on the j)eL)yc paltern. Xa increa:ie in the concentration
of
the vacancies leads to the formation of new and growth of
remaining pores. '.the concentration of vacaticies will decrease
in
jumps and the process of haalin,4 of the pores will start afresh.
Thi,% process appears to continue until it certain quantity oi-
Chromium is evaporated from the allo,(. Thera are 3 figuron
and Ii.references: 3 Soviet and I a Russian trikislation.
ASSOCIATION: Moskovskiy i-xistitut stali (Moscow
51~eal-'Ifistitkltc)
Card 4/6

/7'~S /19 /V
12H2M- =KTY S - 'P ., PRODYWC, N. F., AS SEV -S.--M"
XARPUKRIN, V. I., SKWORM-07, V. V., ffIXDLAWM4V. A.,
"Investigation of.Ceitain Processes in U02
Dispersed Ln a Matrix"
Report subnitted for the Conference on Mv Nuclear
Materials Technology
including Non-Metallic Pual Elemtnta (IAY-A),
Prague, 1-5 Julv 1963

NO I
8;(~q 66 `_ _EPF( GGfIJL
n
ACC NPt AT5023789 SOURCE CODEI; UR/0000/62/0001(100,/0121/0116
AUTHOR: __AstrakhanCsevL_S,, M.; Konno ,_Iru. 1.
ORG: none 14 b
TITLE: Effect of neutron irradiat~gn~cia inhomogeneous solLid
solutiov'15
SOURCEs er~t a
Deystviye Y;idernykh izlucheniy nit mat :~Y
(The effect of nuclear radiation on materi 1 .); doklady
sovoshchaniya,,
"Ja
_6
Moscow# lzd-,vo AN 3SSR, 1962, 121-126
TOPIC TAGSt nickel base alloy, chromium containing alloy, alloy
structure, alloyjLlectric resLii_tf-vt neutron i
U~.:neutron Irradiation,
irradiation effec.1.1, /K.h,'!ONL80 alloy,"-
14
ABSTRACT% *_Kh20Ni3Dkn1.-_kel-base alloy (21% Cr, 032% TO tolled with
an 80Z reduction 'to 0.1-MM thick strip was irradiated with an inte-
grated flux of 1 X 1,D).7_1.1~20 thermlkl neutrons per cm2 at about
1001L
The irradiaition-Laducad changes in the strueture of the alloy in
rolledo annealedo and slowl,~ cooled, a4d annealed and quenched con-
ditions weria then invostiga-~ed by electrical venistivity
measurementse
The affect of irradiation oa the Kh2-DHL8ealloy became noticeable
wi.th
an integrated irrediatiors dooe, greater than I X 1017 n/cm2., The
Cord 1/ 2 (4

L 8 6-9
ACC NRt
AT5023789
resistivity of the alloy trradiated afteir annealing decreaHud 42 as
the irradiation dos;,e increased to 1.4 x 1020 n/Cm2, probably
because
of the tranaLtIon of the alloy from an inhomogeneous (K-stace) to a
more homogeneous cc~ndiltion during irradiation. Rolled alloys and
annealed and quenched alloys, I-e.q allciys in which the K--state
was
absent or only partially resent before.irradiation, exhibited dif-
p
ferent behavior. Increasing the irradintion dose from 1 :( 1017 to
1.6 x 1020 n1cm2 in.creased the resiativl,ty of the rolled alloy by
10% and that' of the quenched elloy by 3E. This behavior of the
KhMiW-alloy during irradiation was rirobably associated with a
decreasing hamogensity ofthe alloy, L.zi., with the appearance of
the
K-,state, and was analogous to the behavior of ordering aUoys under
irradiation. Annealing of' the irradiated Kh20Ni8O alloy Ln all the
investigated conditionti increased the resistivity to a val~ue very
close to that preceding irradiation. An,nealing also brouillit about
alloy equLlibrium by promoting the forzation of the K-sutte. Thus,
on the basis of the obtaLued data on the annealing of the Kh20Ni8O
alloy, it can be assumed that neutron irradLation of Inhoriogeneous
solid solutions resulted not so much in the perfection of the
crystal
lattice as in the pro-mation of the prc;cDoses in it, [HS)
SUB CODE: MM, SS/ SUEM DATE: 18Aug(121 ORIG REP: 0111 OTH RE F s
0011
jW
Card 2

--------- -
-66 -2/94M )/EWP(t)/E'AA(h) U000.
L 2667o JD
76-3-8-476-3 67T!
_7M"7R_1AP6O1Oh04 SOURCS )DE% UR/0'126/66/02f/_56j'
AUTHORSa Astrakha
Yu, Ya,
n bev. SO ?.I*.; J~~Loir, Yuo I Konakhovich
ORG: none
ITLE; Neutron diffraction study of pcayerystclUne nichrome alloy
SOURGE: Fizika Retallov i metallovelenlye, v, 21o no. 3., 1966j, 384-38.1
TOPIC TAGS., nickel, alloy- chromium aliDy. nicbroys alloy, neutron
diffrai*,;tjon
electide restitin(z, Pobrerl,rstal
ABSTRACT: A neutron diffraction study of annealal and cold worked
pplycrystalline
nichrome alloy.(CD.ntaining 22 at. wt % 01r) was car-ried out* The
alectrical resistan0i
of the specimens was also detarmined. ii schemaU;~ of the neutron
diffraotometer is
4 nental rosults are tabulated and are graphically sununarized.
-presented,, and tho exp irt
(see Fig* I)* The nerdra'a 11ij!fraotion ttern ekiiibited superstructural
Ularima
nz, the existence of wbich was
corresponding to the f=z%tion of antipltse domak
first suggested by B. G. li-vaUts, 0. A. RymashevAiys and N. P. Kosyreva
(.Izv* vuzo,%,,
'Chernaya vo. 5).(613mvering,viks found to lead to an or6lering of
the donains after the Hi, tir type, The authors thank No F, Fravdyuk for
evoluation
of the experimentia rosutts"
Card UDC 1 539 129R_i~5 8.

U1 F! I PH ilRq MIAW I pi" V11RUP.-OklirMi"M E A PrA I P-;,t-;XF
1.1--!~~~.-~~.4&"Mtar,~t,~~lly.;r?~F.M W;;QffMKA RZ I VAZP~; "I RM
I P. -I iN, IV I 1.11",~
111 2WO-66
Acc NR, AP 10
0,600 -
Poo F-i& Nautro
n
diffra c;t~ jolt
A700
Patterns 'of'
t1le aJJCJy N, +
22 at.',.w,
t. % Or
betibie (a), e
Ind
it
N, 400
af ter (b)
lei
ac lie
vin X-stato
S
b,
17
Jr J
3
jJ
ft/
Aw
IV ~?,;0-17-
c all
4.) of s6atiie:~

-&STRAKHANTSEVv V. I.
Machine for washing laboratory vensels. lab. delo 7
n~-3;5' -56
Mr 161, (MHA
1. Kafedra farmakologii Moskovokoy veterinarno
akademii.
(IABORATORIES--APPARATUS AND SUPPLIEST
(WASHING MACHINEll)

.ASTF-AKRANTSEV, V. I. and GORIEV, E. I,, (Moscow
Veterinary Academy)
4----
"Tetracycline antibiotics in the organism of
animals and birds"
Veterinariya, vol. 39, no, 5, May 1562 P- 73

ASPL~,',KJIANTSEV, V. I.
ASTFAKHLITSEV, V. I.- "Mutual Connection Between the Rated
Flow Velocit.; and Intensity
of Deformation of the Beds of Channels." Acad Sci USSR,
Eastern Siberia Brandh,
Irkutsk, 195-5 (DissertEltions For Derme of Candidate of
Technical Sciences)
SO: Knizhnava Leto2is, INIct. 26, June 1955, Moscor,

124-11-12703
Translation from: Re ferativnyy Zhurnal, Mckhanika, 1957, Nr.
I I, p 54 (USSR)
AUTE~bR: Astrakhanisev, V, I.
TITLE: Problems in the Calculation of Erodible Channel Beds.
(Nekotoryye voprosy rascheta razm,fvayemykh rysel kanalov)
PERIODICAL: Tr. Aralo-Kaspiysk, kompleksnoy ekspeditsii A. N.
SSSR, 1956, Nr 7,
pp 70-78.
ABSTRACT: An evaluation of the problems and tlie stability
characteristics of a
river bed is made, together with a flassification of deposits;
a number
of suggestions are made relative to the suitability of a
stream for
transportation.
Bibliography; 19 references.
Card 1/1

ASTRAIMNTISEV V. I., G.V. LOPATUI-- P- S KJZJNI and V. S. MFZEfn,")OV
P I . .
Delivered a report on questions of hydrologIcal partitioning.
rePOrt Presented at IN- 3rd A1.1-ttalon Jbrd"JoEjc&j COngx'eFig,
7-17 Cet 1957,
T~eningraa.
tlzv. Ak Hauk SSO, ser geogref., 3, YP3-9s 153)

ASTnMNTSEV, V.I.
Principlos under13,ing the division of Siberia and the
Far last into
h.vdrolog'ic regiDWI. Izv. Sib. otd,, AN SSSR
no.2:99-108 158.
(MIRA 11:9)
1. Von toohno-Si tirijkly filial AN S:3SR.
(Siberia-H.-rilrology)

Ccoi-dir,tion of hydrorl,eological i).-r stigc~tiions.
Ge-ol. I
L;00:Ciz. lic. C:121 123 16% J

ASTRAKHANTSEV,, V.1.
Hydrogeologic and engineering geology problems in
Siberia and the
Far FAat, Geoloi geoMz. no.2-026-127 162. WIRA 15 :4)
(Siberia-Water., 11ndergrouat-Congresses)
(Siberia-Enginewing geolofly--Congresses)

ASTRAHANTSEV,-Y.I.; PINNEKER, Ye.V.
77-.ird Conference on the Underground Waters and
Engineering Geology
of Siberia and the Far East. Sov.geol. 5 no.4:143-1/+6
Ap 162.
(MIRA 15:4)
1. Vostc)chno-Sibirskiy geologicheskiy institut.
(Siberia-Witer,, Underground-Congresses)
(Siberia-Engimering gcology-:-Congressan)

TRAKHA TxAuQxJx4 ZOIWO B.V. , otv.red.; ZAVOZINI, L.F.,
red.; LAUT, V.G. , tekhn.red.
(Angara.emd its basin; outlino,) of the hydrology] Angara
I *a
baasaiV~' drologicheakii ochoirk. Moskva, Izd-vo Akad.
nauk
rxi
SSSR. 1%2. 90 p. (Akademiijit nank SSSR. Sibirskc*
otdo1emia.
Vostochno-Sibir3kii geologichbakLL institut. Trudy,
na.12).
1~ (MIRA 15:W~
(Ang*ra Valley-Hydrology)

TKACHUK., V.G., ot-v. red.; TOLSTIKHIN, N.I., red.;
POPOV, I.V., red,,;
ZAYTSEV, I.K., red.; YEFIMOV, A.I., red.; FALISHIN,
G.B.,
red.; GR&CHISHCIM, Ye.K., red.; ASTRAKHANTSEV ' V 1
9 red.;
PERLOVICH, B.F., red.~ PECHERSKADiTT:T._,_T_9Tchn.
[Transactions of the Second Confetence on
Underground Waters
and the Engineering Geology of Eastern Siberia held
in Chita,
1958] Tmdy Soveshohaniia po podmimnym vodam
f4inzhenernoi
geologiJ. Vostochnoi Sibiri. Irkutsk, Irkutsko~
knizhnoe izd-
vo. No-4. 1961. 161 p. (MIRA 16:4)
1. Soveshchanlye po pod2emnym vodam i inzhenernoy
geologii
Vostochnoy Sibirl. 2d, Chita, 1953.
(Sibefta, Easteni--Water, Unierground)
(Siteria, Eastern--Engineering geoloff)

ASTRAKHMITSEV, 7.1.1 GOREV, E.L*
. w... I I.-
Tetracycline antibiotics in the organism of amimals
and pnLlt,,~-Y~
Veterimriia 39 no.5973-76 My 162 (MIRA 18%1)
1. Moskov-skaya vaterinama7a akaditmiya.

ODINTSOV) M.M.y doktor freol.-min. nauk, otv. red.;
PALI.SHIN, G.B.,
kand. ge(J.-min. nauk, red., LOGjl(;n'V, II.A.,
red.;
FUWKER, YoN., red.; GRECHISHCHIN, Ye.K., kand..
tekhn.
nauk) red.; ASTRAKHANT$LN V red.; VOLOGODSKIY, G.P.,
red.; rcd.; FEWROV, I.P., red..; TIZDVLI~
R.R.) red.; SEDOVA, N.G., red.; TEMMAKOV, V.F.,
red.;
ASTAFIYEVA, G.A., tekhn. red.; POIXAKOVA, T.V.,
tekhn. red.
[Bratsk Reservoir., engineering geology of the
territory
.1
BratSkDO vodokYtranilishche; inzbenernaia geologiia
territorii.
Moskva, Izd-vo AN SSSR) 1963. 274 p. (MIRA 16:12)
1. Akr-derriya nauk SSSR. Sibirskoye otdeleniye.
Institut zerrmoy
koi-j.
(Brat~3k Reservoir region-Engineering geology)

ASTRAKHANTSIVA A (p. san')
,,Bya
An econcay of ten thousand neters of fabric,
Promakoope nool:23
Ja 157. WaL 10:4)
1. TakhtiordIc arteli Im. Krasnay Ariaii.
,,(Clothing industry)

'---A&TRAM.Mp:9V
,
Hand operationa are becoming ii thing of the past.
Prom.koop.
13 no.8:18 Ag 159- (141RFL 12:12)
1. Tekhnaruk arteli im. Krasnoy &rmii.
(4,jzan--,Tal.lorJj4.p)

AS'TRt,KHi,NTS1,Tjt, A.
Clothing dorkors imr rove productiDn. 1rom.koop. 14
no.8:L5
jig 160. P (HMI L3:8)
1. Tekhno-ruk arteli ImArasnoy Armij, 4azan'
(Ryazan--Clothing iadustry)

PAULLERP O.F.- AUSTRU-qMT5EVA, A.M.; BUBLIFINKO,
V.A.
Case of oat fleas attsoking people in iminhabited
voom. DAL
Irk. gos. protivochum. inst. no,.5g177-T7t9 163
(Y"rFul 1,8gi)

I ASTRLM"TSEVA, G.L; EUKIIARIN, V.A.
Two cabes of tetralogy of Fallot with a left-type
electrocardiogram.
(MI*RA 3-4:4)
Grud, 1,;hlr.,3 r.o.2:101-104 161.
(73TRA10GY OF FALLOT) (ELECTROCARDIOGRA]PHY)

ASTRAXMTSEVA, G.L; ';AVILIYBV., V.,S.
Complications in punature of Vae left auricle and
catheterization
of the left boart. Xhirurgila 37 no.1134-39 Ja 1,61,, (MIRA
144)
1.5 111 fakml3tatskoy khirurgicLeskoy kliriki 'Imeni Sol,.
SpeBoktt--
kotskogo (dir. - akad. A.N. Bikulev) 11 Ybskovskogo gosudarst-
re-nnogo medltsiwkogo instituta imeni N,,I* Pirogova i
Institutei
gruchoy khirurgii (dlr. - pro:1% S.A. Kolemlikorl, nauclmn,
rukavo(Utall - alcad, A.N, Bakilev) AMN SSM
(IGTIUL VALVE-DISFMES) (ACIRTA-DISEASES)
(OMWIAG CA7.19TMUZATION)

V!;TBAmmmL.--ll) I.
Intraeavltwr electroollrdiographtr In cardiac
catheteriza-blon.
Grud. kbi-r-. no.!i.032-38 161. (MIRA 15:2)
1. Iz laboratorli funktaionallnoy diagnostiki Nav.
- kandidat
medits!"likh awk G. G. Gellsh-leyn) Instituta
grudnoy khtrurfrii
(dlr. .- prof. S. A. Koleanikov, nauchnyy
rukovoditell - akad.
A. N. 'Baktilev) AMN SSSR.
(ItECTROCARDIOGRAPHY) (HMT)
((,'AltDIP,G CATHETERIZATICH)

;--17A, 0. 1.
BUKHARINI 7.A.; UUM SYU-CHZIIUN [Huang fl'siu-chung];
ASTIUKHANTS,
Complete ati-loventricular communJcation in
conjunction with stenosis
of the pulmonary artery. Grud. k1d.r. 6 no.2:23-29
Mr-Ap 164.
(MIRA 18:4)
1. Udelonive vrozhdennjrkh porokov serdtsa (zav. -
doktor med. nauk
ry ;, R.
V.I.Bur-lpovskly) Inntltntn 9nrdec)mo-sosudiStov
lelliriir ji AMN ScS
Hosl,vx . - . I 'l,'. -

SAVELIYKV, V~S. (Moskva, Pervonmyokaya, ul., d. 122.
Icv.2); ASTRAUAN.'MffA,G.L,,.-
Distin-bances of card-fac activity during the
catheterization of the
heart for congenital viida cordis. Grud. khir,, 1.
no.2t57-64.11r-Ap
159. (MM. 16t,7)
1. 1z fakalltetskoy VItivirgicheelcoy kliniki imeni
S.I.Spasidcukotskogo
(dir.-Pro.r. A.N. V*%xlwv-) II Mosko,rskogo meditsinskogo
instituta Ime-
ni Pirogova i Instituta. grudnoy khirargii (dir.-prof.
h.A.
Busalov) A14N SSSII..
(CARDIAE CATHETERIZATIM)

KOLWNIKOV, Liq MULIN) V.1.0.; IVAI-IIJ:SKAYA, M.A.;
FETROSYAN, Yu.S.1
J2.01WYEVA, N.S. ASTRAKRANTSEVA., G.I.
Clinical observations on mitral stenosis patients
with
active hypartensIon of the leaser circulation.
Grud.khir.
4 no.61 3-9 H-D'62. (MBA 16:10)
1. 12 Instituts, aerdechno-sosixdistoy khirargii
(dir. - prof.
S.L.Kolesnikov; nauchnyy ruko-iroditell - akadsmik
A.N.Ezdmlev)
ANN SSSR. Ach-es av-torov.- Moskva, V-49, Leninskiy
prosyetkt, d.8,,
InBtitut serdechno-smudistoy kh-i - gii Atli SM.
(MITRAL VALVB-DISEASES ) (HYPmunsioN)

KOLESNIKOV, S.A., prof.; lZUKEDIAN, G.I.,
kand.med.nauk; LECRITlY3VA, N.S.,
kand. med.nauk; PIRYTINA, R.A., :cand. med. nauk;
PETROSLW, Yu.S.,
kand.med.naiflc; GCILYAp B.F.; ASTUKHANTSEVA,--~-I-
Charce-Lorls ties of tho oporativi) and immediate
postoperative
perlod In mitral comm--lasurotomy. in patients with
severe Pul.-
monaT7 hypertenslan. Sovet. med, 27 no.6tl4-20 Je163.
(MIRA 17:2)
1. lz Instituta serdechno-sosubistoy khirurgii
(direktor - prof,
S.A. Kcilenlkovq nauclmyy rukovoditell - akademik
A.N.BEOntlev)
AM IC&CIR.

ASTRLP,KHA;~'TSOIA,
Osnovy ucheniia I.P. Pavlova
na urokakh zoologil (Principles of I.P. Pavlov's
doc-
trine in zooloey CllaSSOS). lloskva,
ldchi,edUiz, 1953.
39 P. (Opyt pered%:.vogo uchitelia).
50; Monthly List of Ibu.ssian Accessions, Vol. 7
) N'o. 5, August 1954

GRIDUNOV, i. .r.; IRYAKIIINA, S. F.; ASIJW~ANT~EVAI
N. I
Temperature reaistance of the nairit rubber and
chloroaulfoinated
polyethyleme. Izv. vys. ucheb. zava; khim. i khim.
telch* 5
no.5:821-E~:6 !152. (MIRA 16: 1)
1. Ma;akovalciy- inatitut tonkoy Ichimicheakoy
tekhnologi!L iz~ni
Lmaori,oSOVILP kafedra. tekhnologi'L reziny i
takhnologii perera-
botki poMnerov.
(Ohloropmne-Thenml properties)
(Folyethylene-The=al propertiev)

T-7.
F
28-6
ncEssiox ims m,,66=7
AUTHORt Gridunov~~I Astrakhantseva, 191. 1.
A
i TITM. NonWrninj~ 4gi t-r'ssikint'rubberq from nirLiri~y` IaW
chlorostalAvQAted
~i -1Z
polytitlWleng
sOURCUE1 'Inv. VU11! KM4Va-A'khim. tekhnologiya, v. 6v no. 1 1963
L~2-246
I TOPIC: TAGSs nonbiirnlug r4bbar,, nairit, chlorosulfonylated
polyetIV3 no, 'US-17i
chlorinated pkraffin, ZnDj i-ubborl pro~orty,,, . tensile strengthj,
elorgation,
res1duml elongatii in, Defo pDiaticity, Shore hardness, wear
resiotemes, heat
1ABSTRACTs N6:6burriing heail_ 41nd woar-resiattint rubbers with
satiefaatoj7. physi4al
and nechanical rc'
P perl"ies, hsvo boon preparel from nairit and chilorosuVomylate&.
polyethylene rAbor uLtes loaded vith the US-17(Wght-colorod
fiUer,jJ6!,,L
lb
The offect of, CUE on!Lthv~popertlev of naVit ru era was studied for'L
vulcardsatas 4ith jirj,ing daritents of mix I.: (nairit, 100#0; ZnO,
5.01 HgO, 10.011
chalk) 500; and chlorlmated paraffin, 5.5 p4rts) and nix 11: (CSPB#l
IDD,,O; ItOf
120.0; rosin, 2.5; rapUxqi2*0,,, and diphanyli"nidine, 0.5 parts);
aimb.Aure
Card

IMPH - -
. ...... ...
T, io528;-63
1ACCEMON NR: APYV477
80% of A~il.ard 20% -of mix II wits selected for study or tha effecit
1containing
of various fillers: on; the nonflawability atO p~Wsiocorttech&nieal
proj~erties of
Ithe rubbers, The beat redats were obtains,,'! with the US-170 fillor.
Ath 10
to 20 parts of thia';f t1lar"j the rubbero are almont nonburning; vith
1,;0 parts
;they Cre fully nonVarn!1ng,Aru1 exhibit good #ysicomechanical
properti~eio. Howevor,
-as the plasticity of mfixtis', and an
ithe structure-4ormii,, offect -of US-170 reft.
'additional ami:=t oP OiiorlrAted paraffin mist be introluced In
US-:1111O.'-filled
Mixes., Study of tho offect of various metal oxides on -the
propertiegi of
vulcanizatea ahowed Vwt ZhO does riot affect their heat resistance or
other
1properties. 'Me cipriwterlst!~cs of a numbor:of rubbera are given.
For examples"
a mixt~.re of W% of' mtx I and 20% of mix Il'oontaining US-170t 50,0,;
chlorinat
ed,
paraffin, 4,4;~ ZnO71 4,,(); aiO'1190, 12 parts hae a Defo plasticity
of c2!iO g. lte~
'vulcan.Lzates awe nahbin-nin1j, heat-resistant at lOOCs and exhibit
the"fallowing
properties: tensile M;.irenittlip 193 kg/cm%- elongation., 415%;
residua). -clongation
370 cO/W.-lar; (~hvre hardness, 89, Orig. art* has: 8 tablos and I
figureq
ASSIOGUTION1 Wed:O; Ukhn.alogii pererabotkt polimerov i WthnoloirA
rosirq*
Hoskovakogo Uztituts,Aonkay kbimichiskoy tethnologii io. He V.
Lownotova T
Jk
Card

.ASTRAKHONTSEV, S,, M.
0
PHASE I BWK EXPLOITATION sov/6l%
Konobeyevskiy, S. T., Corresponding Member, Academy of Sciences
USSR, Reap. ~,j
Deystviye vadvwnvkh izluoheniv ra matexIaly (The Effect of
Nuclear Radiation on Materials). Moscow, 1-d-vo AN SSSR,
1962. 383 p. Mvata slip inserted, 4000 copies printed.
Sponsoring Agency: Akademiya nauk SSSJI. Otdclenlye tekhni
cheskikh-nauk; Otdolanilye flziko-matematicheakikb nauk.
Reap. Ed.t 3. T. Konoboyevskiy; Deputy Reep. Ed.: S. A.
AdasinakLy; Editorial Boardt P. L Oruzln 0 ir. Kurdyumovj
B. M. Levitskiy, V. S. Lyashenko (I;eoe&sedII,,iu. A. Martynyuk,
Y~u. I. F&rovsklys and N. F. Pravd~iik; Ed. of Publishing
Houset x. a. Makarenkol Tech. Zdal T. V. Polyhkova and
1. N. Dvrvkhin&.,
jcard 1/14

The Effect of Nuclear Radiation (Cont.) sov/611.76
PURPOSE: This b,)ok Is Intended for personnel concerned with
. nuclear materials.
COVERAGE; This is a collection of papers presented at Lhe
Moscow Conterence on the Itfect of ~Iuclear Radiation on
Materials, held December 6-10, 1960. The material reflects
certain trends In the work being oorduoted In the Soviet
scient1fio researoh orginization. I!ome of the papers are
devoted to the experimental study ol the effect of neutron
irradiation on roactor materials (steel, ferrous alloys,
molybdeni=, avial, graphite, and n1o)ircmes). Others deal
with the thoory of neutron Irradiat:ton effects (phyaioo-
chemical tremsformations, relaxation of internal streades,
internal friotion) and changes in the structure and proper-~
ties of various crystals. Special attention is given to
the effe-3t cof Intense Y-radiation Dn the electrical,
magnetic, and optical properties of metals, dielectrics,
and. semi conductorb.
card 2/1.4

The Effect of Nuelear Radiation (Cont.) SOV/61'16
c~~rakllontsev, S. M. .~~md Yu, T. KonnDV. Effect of Neutron
IrradlattoTy-on-lblia-mi.og~)neou~s S-a. d Solutions 121
Specimens of X201180 (WOC~626J &.1loy were irradiated at a
temperature not exceeding 100 [C?1 by a thermal neutron flux
of 1. 1017 to l.4--lO*0n/CM2
Sayenko, G. P. RC feet of Neutron Irradiation on Ordering
Fe.Al
Alloy 127
Specimens were irradiated by fast neutrons and measure-
ments were n1ade of electric resistance, lattice parameters,
and the intenSit,11 of' superlattice lines.
Ivanov, A. N., and N..F. Pravdyuk. Effectof Neutron Irradia-
tion on Electrical ResiBtELnce in Certain Metals 136
Pravdyuk, N. - F., and P. A. Plastonov. Study of Long-Time
Strength of Copper After Irradiation 153
The Investigation WELS conducted before and after irradia-
tion, with a ~neutron flux of --102' n/cm2.
Card 7/14

ASTRAKHOV, Yubv"
The ME7 ellectric erosion machine.
Biul.tekh.-ekon.inform. no.10:
43-44 NA. (Electric cutting machinery) (MIRA 14:10)

GRIGORIYEV, Lev kand. tekhn. nauk,
retsenzent,- NARTOV, I.M.9 kamui. tAhn. naukp
naushn.
red.; YZIOMITSKAYA, Ye.ye., red.
(Ship vessels operating under pre3sure;
determination
of stresses and deformations) Sudwye sosudy,
rabotaiushchie
pod davleni.eim; cipe37edelenie naprigzhenii i
deformatsil. Le-
ningrad, Siid.ostroenie, 1965. 19.1, P. (MIU.
1&1~6)

ASTIUldii CA~, dotalintY kand.tekhn.nauk, tushener-kapitan
2-go :-anga
Improveneat of witter sof boning an ipbmarine boats.
Mor.abor.
46 no.2;70-7,1 F 1639 (,~= 16:2)
(Sea water, DistiLliation 6f)
(Slubmarine boats-Equipment and supplies)

KALININ, Georl;iy Yavgenlyevich; SJUMV, A.V.,
kand. tokhn. nailk
kand. tekhn. nauk; WGCIMOU)V,
retsenzen j AqT
V.S.8 kand., tol:hn. nauk, nauchn. red.;
VARKOIJETSKMA, A.I.,
red.
[Modol tests ol'' marine turbines and enginesl
Modellme ispy-
tanila sudovykh turbin i. mashin. Leningrad,
Sudostroenie,
1965. 193 P. (MTRA 18:11)

ASTRATOV, N.A., dotsent, kand. tekhn. nauk,
inzil.-kapitan 2 rangga
Training- of studenta in school laboratartes, a
burd~3 of
practical instruction. Mor. sbor. 48 no.2:39-/+2
F 165.
(MIRA 18: 11)

ASUATOVAR Ye.
Ibird M-Union Coordination Cow!erence on
Polyolefins.,
I'last. mas-s-Y no.8-.71 163. WRA 16: 0
(Plastics-Congresses) (Olefins) (Polymers)

SADOYAN, V.S.; MINASYAII, G.A.; ASTRA'MATRYAN, D.L.
Effeci. of motor regluen on the function of the
cardtovapeblar
synteri in patients with nymardial infarct. Zhur.
eksp, I
klin, med., 5 no.108-84 165. (M-1pi. 1.4 110)

S/026/62/000/OC9/002/006
D037/Dll3
AUTHOA: Astratyan, E.A., Corresponding Member of tile AS OSSR
T1 TIX; The conditionei reflex and related phenomena
PZI t 10 D 1 GAL Priroda, no. 9, 1962, 37-43
TEXT: Some problems, of tile higher nervous activity discussed
at flic %'Se,30UZ-
noye soveshchaniye fiziologov, psikhologov i filosofov
(All-Union Conferance of
Physiologisl.s, Psychologists wid Philosophers) in Moscow are
commented on in
the light of Pavlovl,, reflex theory. Two forms of the adaptive
change in con-
--enital reflex activity are described: (1) the switching reflex
in more highly
developed living organisms; (2) tLe suinmal:icn reflex or
Banung-dominant, whic:.t
is tile concrete expression for (a) the iiiotor and adaptive
reactions of one-.
-celled animaLs, bacleria, some species of ))lvjits, lower
invertebrates and Some
lower vertebrates ajid (b) for some other phenomena erroneously
called cor)di-
tioned reflexes. The b1ological role of the variability of
congenil:al reflexes
in the adaption of the organism to the various constantly
changing envirorunental
factors is explained. The opinion of foreign scientists that
even -the lower Parr.
Card 1/2

The conditioned reflex and related henoinena
of the spinal cord can elaborate conditioned
matiod of -:he brain stein is the basic organ
futed by Soviet scientists.
,sIb26/62/000/009/0011/006
D037/D113
reflexes and that reticular for-
for their elaboration, has baen re-
Card 2/2

CIFURAKOV, Eonstantin I-variovich;
)..STRAT1YA117A,_jL.-j.,,?red.
[Constniction projects of' the seven-year
plan] Stroiki
&emilet1d. Makhachkala, Dageatausleoe
knizhnoe J.zd-vo,
1964. 62 y. (MIRA IS: 5)

ASTIIAUISI~IIS, V. I., Cland of 1110d lici -- (d:Lss) "Cortain
physiological lavis
governing antibodiea during the USO Of VUrious Of
lir.,,riunixation.ll
Villnyus, 1957, 23 pp (Instltuto of Exporimental Hodicine,
Academy of
Sciences Lithuanian SSR), 2.50 copies (IM, 31-57, 105)

v
ASTRILUSUS, Yu. P. , Cand Tech Sci -- (dii3s) "Study, of
the C
of the D-35. Motor A:ccox-ding to the Gas-L.Lquid
ProceE:s.ll Kauna3,
1957.. 21~ p:p (Min of AC,-,r 'USSR, Lithuanian Agr Acad
), 130 coPiOs
O(L, 52-57, 106)
- 43 -

POPOV, Vasiliy Alelksoyevich; ASj.'ILEIN, Avenir
ArIcadlyeviclIj UZDIN)-Dalrid
Konstantlnovl~h; (RjRffC-l V.G., red.;
DTOCHEVA,, 14.1., red, izd-va; IELRIKHIF, A.A.j
tekhn. red.
[Operation, naintemance arA repair
EkspluattLt5iia i reinont podvizhnDg:o
obshchei rind. V.A.Popove.. Moskva,
USIPSR, lc,,6.L. 1+71 p.
of troUey- bus rolling i3tock)
sostava trolleibusa. Pod
Izd-vo M-va koimmn.khoz.
(MIRA l';:3)
(Trolley buses)

KOVALENKI),, M.; MCLITKOV, D.; ASTREINOVI N.
Using thIn-walled mush-reinforced concrete slabs or
sholls in
induatrial construction. Prom.stroi. i inzh, sooro 4
no.4:
43-41~ J:L-Ag 162. (MA 15:9)
1. Danetakiy, nauchnc-issledovetellskiy in.stitut
nads:aalchtnogo
stroftell'stva, Akadejuii stroi-Wl'stva i arkhitektury
UkrSSR ~for
Kovk1enko, Milyukov.). 2. "A) -%Ilurgkh irmash s troy"
(for Astreinov).
(Precast concrete construction)
(Open-hearth furnacas-Foimdatlons)

KOVALENKOI M.A., inzh.; MILYUKOV, D.A., inzh.;
ASIT11EINOV, II.I., inzh,
---
Use of thl-n-walledi wsh-reinforced concrete slab3
or shalls.
From. strai. 40 no.5-44-45 '62-, (Yllk 15:5)
(Reinforced concrete construction)

AT6oO3O85 3OUM CODE; UR/,-~4-,131/63/00O./015/0185/to~189
AUTHOR: Kudryashey I. Professor, Dootoj? of techiiiical sciences);
Aitrelin, B.N.
ORG: None
2 tIt V57
TITLE, Effeot of the mnsteady state on the coefficient of heat
transfe,',_
in flow around a s-oh n the regJ,on of ve small Reynolds
numbers
SOUROB: Kuybyshev. A-r1,at:.'i:1onnyy institut. !?'~rudy, no. 15, pt.
2j 1963.
Doklady kustovoy naui,,IFno-.;Ve-lEffn-Lo-ii-e7swy onj:'erentsil po
voprosam mekhanikl.
zhidkosti i gaza (Re:portii of the Joint scifintiflo-teohnical
conference.
on problems of the moha~rilcs of liquid and gas), 18r;-189
TO11II0 TAGS: convecti,ro hl~;,,at transfer, Reynolds number, heat
conduction,
heit transfer coeffic.'LenIv, unsteady flow*-
ABSTRAOT: The probleio'is;formulated using 'j;he following
differential
equation for heat couduct-;ion (applicable t:~l the sphorleal
p:robl.em)..,
~he boundary conditions are the following.

L 14512!!6h
ACC NRt
AT6003085
0. 1 OW.- 61 tw f2)i
where is the Initlal temperature of the!particle; 6 is the stream
temperaYttie at the staxt of the process. lLfter an extinded
mathematioal
treatment, the auth03!;3 arrive at a formulalAon vhich, it is
stated,
makes It poseible to take into account the effect of the unstoady
state
on the heat transfer ooeffloient In flow Ni!ound a very small
spherioal
body. This effect Is extremely substantia~J,, since even an average
result leads to a tw(wj"old, Inarease In the heat transfor
coefficient
compared to the valuct for a steady-state Nitaselt regime. Orig.
art.
has; 21 formulas.
SUB OODE: 20/ SUBM DAIE: 00/ 01'11G REP: 002/ SOV REP: 000/ OTH
REP: 000
-A
2/2
Card

ASTRELIN, M.M., t4~ronvm.
Storing auni"lower seed from varietier with a high oil
content. Mael.-zhir.
prom. IS r.o.,6,.9 Je 153. (KM 6:6)
1. HavinnoMraskly maslozavod. (Sunflower seed oil)
(CA 47 no.2,2:12:1344 153)

A
S - -, iIimgJW6-,-, SuAyUkrainskoy SISR)
Tjj�ur
Preedirg Trichogramma on tha nature atudy plot.
list. v *hkole
no,2:77,-82 Mr-Ap 156. (MLU 9:7)
(Ir.seetiv, Injurious and benefic ttl-Biological
control)
(Chalcid f Ites)

ANDREMN, Yu.kq A-STRAKHAUSKIY, I.N.
Now mmple of peacefiLl cooperatJon. Mor.sbor. 44 no.,!:27-.%')2 F
'(61. (MM LOW
(Hodeida, Yemen--Harbor)*

AKRET-SOV, A. 1.
- - -
Organizatsiia chert6i;hnopo khoziaistva. (VeAn. Mlash.,
1950, no.5, p. 71-73)
Organization of the drafting room practice.
DLC: TN4.V4
SO: Manw"acturing arid Mechanical Engineering in the Soviet
Union, Lia.,-ary
of Congress, 1951,

1. AVIRETSOVO .46 It
2. USSR (600)
4., Spinning Machinery
7. New standards for spindles and runners. Tekit. prom. 12 no.
3.2 1952.
9. MRn_Ulv 11j& of- Library of' Congress,_jSj:Vh1953.
Unclassified.

ASTRNTS(YV. A. I.,
- ~ " : -- -, , -, 1.
More on drawing room practice in machinery design.
Standarlizateiia
no.1:73--75 4ra-Fe '56. (MLRA 9:2)
l4amestiteV nachallniks, otdola mashinostroyeniya
Yomittits. standartoy,
mar i ItmeritelInfth priborov.
(Nachinery-Design) (Draving-roon practice)

AUTHORt Astreteov, A.I. 28-5-19/30
TITLE: On the Revision of Standards for Handling Drawings (A
review
of letters received by the editors)
(K peresviotru standarto.v na slatemu cherte2hnogo Ichozyaystva -
Obnor p1sem, postupivBhikh v redaktsiyu)
PERIODICAL: Standartizataiya, 1957, 5, P 75-77 (USSR"
ABSTRACTt T..,.e Committee of Standards, Measures anti Measuring
Devices
and the periodical "Standartizatsiyall have received a large
quantity of letters on this subject. The 1,eningrad branch of
the All-Irnion Technological Project Institute (Vsesoyuznyy
proyektnci-technologichookiy institut) has been commissioned to
reviea the entire group of standards ITOCT 5290-5011 and
115302-50"
for tandling drawings. It must finish this work during the
first half of 1958.
Scme remarks and suggestions made by 14 authors of letters
are here reviewed. The riquirements of acme separate ,rOCT"
paragraphs are not clear, and this has caused the ministries
and even single industrial plants to issue additional
explanations.
The nuinbere of standards for materials have to tie given in
the specifications on the drawings. This inegna additional wo:rk
Card 1/2 to desigi,ers. The changes Df standard nunbers cause-
additional

28-5-19/30
On the Revision of Standards for Haniling Drawingit (A review of
letters
received by the elitors)
work (the author of this lotter suggests transferring this dnta
from the drawing sheets into the general technical conditions
for -the work).
The ,r60T 5294-5011--~'Pesignations for Drawings of Basic Pro-
ducti.on. Basic Principles" chould be rev'-.sed, since it
establish-
es no order in the designation of materials. '
Y,f.ny authors of letters consider it nocessary that the Com.-
mittve of Standards,.Measur,os and Measurftng Devices,issue a
"Collection of Sample Drawings" in accordance with the require-
ments of standards, as well as books and booklets explaining
how to l,nt;rodu.ce the standards and giving methodical
instructiono.
AVAILABLEi Library of Congress
Card 2/2

--AS. .-
Ribbon loons and reeling machinos. Standartizatsiia 26
no.7:42-43 .11 162. (MM 15-7)
(Looms--Standards) (Reels (Textile ma--hinery))

ASTRETSOV, A.I.
Spinning machines for wool and flax.
Standartizataiia 27
no.2:40-41 F 163. (MIRA 16-.4)
(Spinning machinory-Standards)

ASTRETSOV, A.I.
Using the term "surface roughnesa." Standartizatsila
27
no.3;62 Mr 163. (MIRA 16:4)
(Surfaces (,rechnolog-A)

ASTRETSCIV, A*I.
Standareization of machines and aquipment for light
industry.
StandartizatsUa 27 no.9:10-12 S 163. (KRA 16:10)

ASTRETSOV,, A.I.
Automatic looms. Standartizatalia 28 no,,1:42-43
Ja I&I,
(14IIIA 17:1)

ASTRMOV V KOROTIN, V., DUBROVIN, N.
Readers cotments on 6.1. Shcherbuko,ris book *Killing
wheat and
rye,. n Revivwed by i.lqkov, Y.Astretuoy, Y.KorovI.n.
H.Dabrovin.
M:P-gleveprom. 20 no.8:30-31 Ag 154. (KM 7:9
(Wheat milling) (Rye milling) eShcherbakov, S.I.)

PORT1107, Ya.;.,xSTIUITSOV, V.
Cont:~Olllng tho.teclinological procens at flam.
mills slit'l
the help of inBtrum3pts for witomatic and remoto
control of
consimption. MuI-..-n'Iev.j)rom. 25 no.9:15-17 3 '.59.
(14IM& 12:12)
1. Sirerdlovskiy mulcomollno-elavatornyy telchnikum
(for Portnov).
2. MAInitBa 11a.2 v Sverdlova"ce (for AstretBov).
(Measuring instruments)
(Flour nills-4quipment and supplies)

- C~-itiol- of cement-qua)lly.-,~- M. Tione-ml

19, No.
6,11-12(1953).-Ift.1wr 1. of ecincul doci no-.'
-

ch tract-rhe alit of production,
A;hereas ptizographit
=9

ahemicia Abot-
to det. wetit of burning arA thorough.
anAysis can
nem of mixing. Presence in the rlin:*!r of a smatl aint. of
48
Ito, 8
Wile an I a large amt. of free lime Indleptes
und-trburning.
l
h
ff
Hi
lit
d f
li
I
di
5i
h
f
'Apr. 25 p %954
ti
coe
e an
tee
me
n
tes very
coutent o
a
g
l
ofz%tn- Large v"t Ions in elite cims v t Ind icwt pwr mix:
'
ccj~.~j;6te, and Mel*
Cement
a -
Dtta on elite coatent can be. obtal-ted with tkn aid of a
-
l
0
i
s
D,uilding ~Jaterielll
croscope in 3D-4
m
irin
n, per szmplit. First,
Jou m
he p"mce of free lime is detd, In a sok. of pheno I in vitro-

)ewtnt;~~ bito, with anothtf sample bi tul hnrpem~on liquid

larlig an *i 61 ISO-1.700, the content 0 alite sot, belitt in

Is tiltiter Is detd. B. Z. Camich-

~o 0 & 0 0 4) 0 4) 6 0 0 0 0
I I A 1 0 f 11 it u u u s w is to M i 16 H X X $1 9 13 Ad 3 J6
V 31 V 4 41 Q 0 0 ll~'
ooA J,-jLJL-g-j-A-x A A --Z- Lota VC .0 A L -
If !1~
r plrttuL Ps a 1;01" schi. in CaO-Al,C'~. ; No I "Ill of the Mgt)
and MnO *as found as spincl; tllCV' jTIC fUlLud -i-irtly as.
solid Was, irilhin oirik-r inintrals (it Ill I venitnt at Its vitit-
ouil phase. Ill Cements Willi the 101yet-Fe Content thq lut-
ter; was fa.1rd moitly as wiL%tite arte. I a smill qtim.til iv.; as
I di-Ca ferd LC_ Ti% tattrcil the 14. IATt DI SMI)PIC9, alkd
only tinuill quAiltit 6 of it letai'llizil illMit. iiig'l. tt'hlue
it,~
;WJuvAile, foll o", tilt pilam elylld. (olitimit'llOy In
ono step withuat tubdilviding Into tlhtilLt littUCtUr-ill Mag(!S.
U0 EL. -N-lemkitsLA12-12 La

fflmmuw~~
ASTRETEVA. 0.M., k-andidat teklinicheskikh railk.
Light refraction of celit-e in clinker. TSement, 19 ric-3:30 HY-Je
'53.
(HT,RA 6: 6 )
(Cement-Teuting)

ASTREMA, 0. M.
B. T. R.
Vol. ~ NO.
Apr. 1951,
cGramics avd C-r~nn-~;,u
ProMviii of nit
11-12.
Data on alife content can be obtained bY using th.- Nlariu,8

n thi! prtNtnCe~oj T-,.O.., There j,.s
*

L)U o
CaUQ but sli& fDTTVIlti
f chaker n4vriLls, 4esallIfill; jil a~j

ftee
0 to 3*1 CUO. With ru~ lormatkn, -of jiqui~l

ph. TiC~ dis
alid dilutes it, re-suNag in iwcn~ivc a'simi-
a n C I i1 I I-
efs

1,0111aUng TiO. itre chanicterized by larier crymidlizatioll of

i t~ z
it F a 19 ,partkuLirly K.

ANNE

09.4
liz of
Lint luld Strentmal cot ~Feii 01140ja,
bullimIns, 13. G. SputivTAIV 0 M. JjsTARSVA, AND L.
Lckpowmou.
F)-n-n7erc=sto .17 Vws old sbovvrd ab-4 same ttre-niE (0C to
778 'rat strocture rem*bi0i gtl4ike during a pro.
loncid time. N'ewly foisned crystalline products after 18 to 17-
yemi, are aND small that optical vonsuuts and form of the cry*Wi'
coti4 not be determined. 7be structurt retained frngments ot
ccape at clinker imuoun' ing to 30 U. -107v~ These fragments
con
sist c I crystals of Mite and befite and an Intermediate substsace.
Th(v was no t4ective hydration of clitiker vaintrals. M,:rinS
oloused haziluning, clinker minerals oil sks PortLuad cein
r tnt
p
byelmted compIrtely, but the fragments; of &)Ag jlAs3 did IM01
ch~njjr.
.-J
Inn "M "I MIN

USSR/Chemical -D~chnology.. 6hemical Products ani their
Application. J-12
Glass-Ceramics., Constraction Materials.
Abs Jour: Referat Zh.-Kb,, No 8,, 1957Y 27758
Author O.M. kstreyvzv&, L. Ya. Lopatnikova.
Inst
Title Hydrwulfoaluminate Composition.
Orig Pub: Sb. rutuchn. rilot po khimii i tekhno)..
oilikatov. M., Prom-
stroyizdat, 1,,),c,6, 34-37.
Abstract: It is establi;,*~ed that. they
kydrosulfoalumirlate of the corapo-
sition 4Cao..kL,;,Oj -O-2FeO? -NaSO, is produced at the
hydration
of CtAF with nrpsum, wid ihe hydrosul.foaltunInate 3CaO
-2.3kt,; 0',
3CaSO,y aq. is produced at the hydration of CA with
gypsum.
Card 1/1 -112-

SO V11 37-57- 10-20546
Translation from, Referativnyy zhurnal, Metallurgiya, 1957,
Nx 10, p 309 (USSR)
AUTHOR: Astreyeva, _0._M.
TITLE: Petrographic Method for the Evaluation of the Quality
of a Slag
(Petrograficheskiy metod otsenki kache.-;tva shlaka)
PERIODICAL: V sb. : Domennyye shlaki v str-ve, Kiyev,
Gosstroyizdat
Ukr5SR 1956, pp 78-84
ABSTRACT- TI.e author proposes a petrographic method for the
inspection of
blast--furnace slags (S) in the course of their conversion
into
building material. It is established that S containing