SCIENTIFIC ABSTRACT ABRIKOSOY, N.K. - ABRITALIN, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100310002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

W9
-s/l8o/6o/ooo/oo6/OO9/O3O
E111/E352
Solubility of Oxygen in Liquid Silicon
There are 3 fixures and 7 references: 1 Soviet and
6 non-Soviet
SUBMITTED: may 3o, 196o
Card 4/4
Di
Our. 2. IbUtUellitt MeK100-
nP011ECCe 1114)(DY31(Ci iioro 0T.
murs: T-0 01neqpertmomTHIV
J'CTaI1011,101119 "WTOR11110A 101.
nepaTypu (37,5' C)

S/078/60/005/009/007/011
B015/BO64
AUTHORS,.
Abrikosov. N. Kh.p Bankina~ V, F., Kharitonovich, K. F
11 ~'
.ITLE: Investigation of the Phase Magram of the System
PERIODICAL: Zhurnal neorganicheskoy khimiip 1960, Vol. 5, No. 9,
pp. 2011-2016
TEXT- The system Bi-Se- was examined in the range of from 0 to 57%
Se by
the methods of microstructural analysisq thermal analysisY and
measurement
of electrical conductivity, as well as of thermo.-electromoti-e
force, Ther-
inal analysis was made with a Kurnakov pyrometer by recording the
heating
1,.arves. The electrical c nductivity and thermo-electromotive
force were
measured with a-nnTB I PPTV-1) potentiometer. The microstructural
analyses led to the finding of a new compound with the approximate
compo-
sition Bi 2So, which is formed as a result of a periteotic reaction
at
4680C~ A range of solid solutions forms on the basis of the compound
:31S8 at concentrations of from 21 to 32% Se. A peritectic reaction
at
607 C corresponds to this range. The phase diagram (Fig. 5) of the
system
Card 1/2

Investigation of the Phase Diagram of the
S/078/60/005/009/007/017
System Bi-Se B015/BO64
B:1-Se was recorded on the -basis of the thermal- and micres
true tural anal-
ynes. The polymorphio transformation of BiSe assumed by
Tomoshige (Ref. 4)
was not proven, and the thermal effect is traced back to the
formatAon
of Bi2Se. The measurements of the electrical conductivity and
thermc-
electromotive force (Table) show that at slAght deviations
from the
stoichiometric composition of the compound Bi 2Se3 the
ex'Qctr3cal cond~ic-
tivity increases, while the thermo-electromotive force
dec~oases, Tnis 1.'.4
explained by a low solubility of bismuth and selenium in the
compound
Bilse S. A. Semiletov and P, P. Konorov are mentioned in the
paper.
.) 30
Thare are 9 figures, 1 table, and 9 referenoes~, 2 Soviet, 2
US. 2 Frenr-h,
2 Italian, and I Japanese.
SUBMITTED: MRY 6: 1959
Card 2/2

ABRIKOSOVp N#Kb.p doktor khim. nauk, otv. red.; MEDKR,
V.M., red. izd-va;
h7aft, L.V., teklm. red.
[Transaction of the Fourth Conference on
SemiconductoisHaterialai
Problm of tlLe PAUllurgv and physics of
semiaonductoral TnAy
4-go soveshchanlia po poluprovodaikovym mpteriilpm,
Voprosy metal-
lurgii i fiziki poluprovodnikove Moskvaq Izd-vo Akad.
nauk WSk
1961. 174 P. I (MIRA 14-t61
1, Soveshchaniye po polu rovodnikovyin materialam,
4th,,
(Spemiconductore-Corgresses)

S/137/62/000/002,/055/144
A006/A101
AMORS: Abrikosov, N. Kh., Zobnina, A. N.
Tl'rM-. Investigation of tellurium and antimony compounds with
iodine
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 2, 1962, 37,
abstract 2G292
(V sb. "Vopr. metallurgii I fiz. poluprovodnikov", Moscow, AN
SESSR,
1961, 110 - 112)
TEXT: Alloys were prepared with Cy -00 (Su-00) grade Sb, I "pure
for ana-
lyses", and Te that was previously purified by-double
distillatiQn.in a vacuum.
~s.
Specimens were prepared by alloying the components In evacuated
sealed ampoule
Prior to taking the batches, Sb and Te were crushed in an agate
mortar down to
40 mesh. I was taken in the form of,individual crystals. The TeI,
Sb13, SbTeI
compounds obtained possessed the following properties, r
spectively: melti V
point - 184, 171, and 3600CI electric resistivity 26.109, 5.105
and 1.6.10 ohm.ca;
width of the forbidden zone - 1.1; 1.67, and 1.57 ev.
[Abstracter's note: Complete translation]
B. Golovin
Card 1/1

VOLj, Abrwa Yevgen 'yevich; AUM, N,V. , red,; AMIKOSOV
Kh. p -or
1-$--N, do)ct
khim.nauk, red.; XCHNILOV, doktor-'IEm-.nauk, red.;
SAVITSKIY., Ye.M.p doktor khim.nauk, red.; OSIPOV) K.A.,
doktor
tekbn.naukf red.; GUSEVA, L.N.,, kand.khim.nauk, red.;
HIRULOVSKAYA$ M.S., kand.Ithim.nauk, red,; SHKLOVSKAYAj
IYu,,
red.; MURASHOVA, N*Ya., teklm.red.
[Structure and properties of binary met-111c systems]
Stroenie
i svoistva. dvoirqkh metallicheskikh sistem. Pod
rukovodstvom N.V.
Ageeva. Moskva., Fizmatgiz. Vol.,2. [Systems of
vanadium, bismuth$
hydrogen, tungsten,, gadolinium, galliumj, hafnium.,
germanium, holmiums
dysprosium, europium) iron] Sistemy vanadiia, vismuta,
vodorodaj,
vollframa., gadolWia, galliia,, gafniia, germaniia,
gollmiiap dispro-
ziial evropiia, zheleza. 1962. 982 p. OEM 15: 5)
1. Chlon-korrespondent AN SSSR (for Age~ev).
(Alloys) (Systems (Chemistry)) Phase rule and
equilibrium)

S/078/62/007/004/006/016
V Bi 1 O/Bi 01
AUTHORS: Abrikosov, N. Kh., Glazov, V. M., Liu Chen-ynan
TITLE: Investigation of the separate and joint solubility of
aluminum and pfiosphorus in germanium and silicon
PERIODICAL: Zhurnal neorganicheakoy khimii, V. 7, no. 4, 1962,
831-835
TEXT: For investigating the separate and joint solubility of
aluminum and
phosphorus in germanium and silicon, binary and ternary alloys
of germanium
and silicon (both monocrystalline, impurities ,~ 1o-5%,,) in
Phosphorus
(chemically pure) and aluminum (99.99ayb) were prepared. owing
to the high
vapor pressure of P at high temperatures, Si and Go were
gradually saturated
with P by stepwise heating so as to prevent explosion danger.
AlP was
prepared for the production of ternary alloys situated on the
quasi-binary
Ge(Si)-AlP sections. Ge-Al-P alloys were prepared 0by stepwise
heating for
8 hrs at 4000C, 24 hrs at 12 hre at 8000C in the bottom part of
the autpulla, and then remelted for 3-5 hrs at 1000 C under
periodic
shaking. The gradual saturation of Si or Si-Al alloys with P
was carried
out by heating four 8 hrs at 4000C, 24 hrs at 80000 and 12 hrs
at 10000C.
Card 1/ 3

S/078/62/007/004/006/016
Investigation of the separate ... B110/B101
Remelting was carried out in Ar atmosphere in corundum crucibles by
high-
frequency heating. Cooling took place in cold watqr or cold Ar stream.
The cooling rate was > 1000OC/min, so as to obtain homogeneous alloys.
The ternary alloys had the ratios P : Al - 3 : 1, 1 : 1, 1 : 3. The
cast
Ge-Al-P samples were homogenized for 850P 700, 700, 500, 500 and 200
hrs
at 50C, 6oo, 700, 6oo, a50 and 9000C, those from Si-Al-P for 850,
700, 700,
500, 500 and 200 hra at 6oo, 700, 600, 900, 1000 and 12000C.
Equilibrium
was here ascertained by means of microscopic analysis and by
measuring the
microhardness of the structural constituents in the intermediate
stages.
Microhardness was determined with a1TMT -3 (PMT-3) apparatus at a
load of
50 g. The microhardness isotherms of the crystals of the solid
solution in
the system Ge-P and Si-P showed that maximum solubility (- 0.45 atom
v;) of
P in Ge exists at 60o0c, maximum solubility (- 0-5 atom ap') of P in
Si at
11300C. Al addition causes considerable increase in solubility of P
in Ge
0
and in Si. At 800 C, the solubility of P in Si rises in the presence
of
an equimolecular Al amount by more than three times, in Ce by five
times.
Maximum solubility of Al and P 0 : 1) in Ge and Si exists at the
section
Ge(Si)-AlP. Increase in Al and P solubility, when simultaneously
present
at a ratio of 1 : 1, and the maximum solubility in the Ge(Si)-AIP
sections
is caused by dissolution of the chemical compound AlP in Ge and Si.
AlP is
,,Card 2/3

S/078/62/007/004/oo6/ol6
Investigation of the separate ... B110/B101
closer to the solvent rith regard to type of bond and
crystal lattioe than
its components, and dissolves, therefore, better. There
are 3 figures and
2 tables. The most important English-language reference
is: J. 0.
McCaldint J. appl. Phys. I 'L1 ~ 89 (19060) .
SUBMITTED: March 22, 1961
Ce.rd'3/3

L 18124-63 EWP(q)/4WT(m)/BM AFFTCASD
'AC(,'FSSTCN M AP3003888
ATMORSt Fovikova, S. I.; Abrikosov, N. Kh.
TITU: Investigation of thermal expansion in PbS, PbSe, and PbTe
4 7-7
SOURCE: Fizlka t-verdaga-tala, v. 5, no. 7r :L96~j 2q:L3-l%6
MIC TAGSi thermal expansion, Pb, S, Set Te, Griulneisen corstant,
elongation
ABSTRACT: This work was undertaken becavse of meager study
previously made on -bile
tbermodynamic propertion of semi conductors. The authors de%%)te
themselves to an
investigation of thermal e-.!~pansion in the range from 20 to
*,40K. The coefficient
of linear elongation was measured.. and from this value the
Grilneiser constant was
computed. Figure I (see Enclosure 1) shows the dependence of linear
elongatictn
on temperature for PbS. The curves for PbSe and PbTe are very
siid)ar. Figure 2
(seo rmclosure 2) shors the dependence of tho GrVneisen constant,
~' , on temperature
for all three compounds. It is seen that I increases with drop in
temperat-Oro.
"The authors thnnk Z. ?. GuJinitsy*q and L. Ye. Glu~ldkh for
Nrnishing the sarpleO
Orig. art. has: 4=9r_O9;_rr,_aU19, anr,', formulas. -
M/RDW
S/0281/63/005/007/191j/.L916
ASSOCIAMMs Institut wetellurgii Im. A. A. Baykova AN SSSR, Voscovi
-(Institute
Card 1/9 Ac S'C

L 18722-63 EWP(q)/E~T~m)/B16- AFFTC/AS,D RDW/JD
'ACCESSION NRt AP3oc)5320 S/0181/63/005/008/2138/211,o
4UTHORSs Novikova, S. Ii Abni osov, N.Kh,
--k
TIMM Therinal expansion of Al~bj PgSbs ZnT~, and HgTe at low
temperatures
!SOURCEs Fizika tverdogo tela,, no cl 116)) 2N-2140
TOPIC TAGSt thermal expansions Al,'Sbs Gas Zn, Te, Hg, low
temperature, solid
Istate, interaction, zero vibration
ABSTRAM The authors made their study of thermal expansion in the
temperature
irange from 20 to AOK. They used coarsely crystalline material of
irregular forms
Ahe greatest dimension ranging from 9.27 mm in ZnTe to 16*55 min in
A15b. They
established the fact that the coefficient of thermal expansion becomes
negative
at low temperature, This is most clearly shown in the behavior of
AlSb, shown
jn Fig. 1 (see enclosure). The temperature values at which the
coefficient
ichanges sign are 85K for AlSb, 52K for GaSb, 46K for Ure, and 62K for
HgTe. The
;authors have examined the solid-state equation for this reversal and
have shown
,that when the coefficient is negative the interaction of atoms in a
state of zero
,vibration must be at a minimum during any change in volume. Orig.
art. hast
Card 1102..,

L 18722-63
.ACCESSION NRt AP3oo532O
!h figures and 6 formulas.
ASSOCIATIONt Institut' metallurgii im A. A. Baykova AN SSSR, goscow
jinstitute of
Academy of Sciences,
~BMITTFJ) t 3lMar63 DATE ACQi 063ep63 ENGLj 01
!SUB CODEt PH NO REF SOVt 004 OTHERt boo
Card 2/pj/

~L .17010-63 EW (q)/EW (m)/BDS AFFTC/ASD RDW/JD
S/078/63/008/005/010/021
AUTHOR- Porstskaya, L, 2_ Abrikosov. N. Kh. and.Glazov, V, M.
TITLEs A study of the Sb T6 systea in the vicinity of Sb TO
2
'?khimii, v. VIII, No. 5, May 1963,
PERIODICAL: Zhurnal neorganah1skoy
U96-1198
TEXT: The objeot.dthe authors' study was the thej=al relationship
-ad stichiometry of Sb Te . the alloys were studied both,
between deviation a~
-in the-liquidand in the solid state.'- 5~,Ua:temperatxre of 7500 Sb2 To
3
to be a stable-chemical-compound. Above 7500 partial dissociation oil'
appears
-There are gares. _The 1 English-
rIeads as ;ro3 low G.'Otfergold, Van Cakenborgh. Php. Chem'
language source a
Sol. Pargamon Press, n, ilo 6939).
ASSOCIATION: Bstitut metallurgLi im. 'A. A. :U ova Akaderdii .-Auk--SSSR
yk
-z Academy of Saiiinces USSR
Institute for Met6pyrqLun. A'.OA. Baykov of tl
c
C
ard 1/2

AMTY0S0Vt-. No - Mit- ounds ' d alloys, (Y.Iev Ar r1l.1963).
TITLE- Seminar on refractory metal�, comP 0 an
SOURCE: Atonnaya energiya, v. 15, no. 3, 10,63, 266-267.
ACCESSION NRt -AP3008085
Ye. I. Yelagina, No Kh. Abrikosov, Synthesis and investigation Of
rhenium silicide.
Go P. Shveykin and others. Kinetics of niobium oxidarbide
decompo--;r,:
sition in vacuum, interaction of-niobium and carbon monoxide,
etcop
in connection with the development of the carbothermal method of
extraction of'niobium from i-ts oxides.
L. A. Nisel'son and others. Obt*aining niobi,~m, tant'alum,-and
their
alloys by reduction of gaseous chlorides with hydrogen on a heated
surface.
G. V. Samsonov, So No L'vov, V. No Paderno. *Obtaining ZrC, HfC,
NbC, and TaC solid solutions by hot compacting of mixtures of
oxides.
with carbon.
V. F. Funke, V. I..Pshenichny*y. Study of conditions of obtaining
TiC, ZrC, and VC from oxides.
V. No Bondareve Investigati'on of synthesis of transiti--n-tuetal
Card 4 /]1

ACCESSION NR: AP019819 S/0219/64/000/001/0180/0183
'AUTHOR: Shellmova, L.'Ye. (Moscow);
_kr_1kosov,-Nq_ Kh*- (Mostm) Eessonov, V. 1.
(Moscow)
1'rITLE: The pseudo-binary systems GeTe-SITe a,-d GeTe-PbTe
SOURCE: AN SSSR. Izv. Metallurglya I 4fornoye delo, no. 1, 1964,
180-183
TOPIC TAGS: germanium telluride, silicon telluride, lead telluride,
telluride
phase study, telluride phase diagram, pseudo-binary system
ABSTRACT: The authors studied the phase diagrams of the systems
GeTe-SiTe and
GeTe-PbTe'(see Figs. I & 2 in the Enclosure), as well as solid
solutions based on
these compounds. Test specimens spaced at 10 mol.% we're prepared
from GeTe, SITep
and PbTe. The results of microstructure studies were confirmed by
thermal ana-
lysis and showed that GeTe Is the initially crystallizing phase In
alloys with up
to 30 mol % SITe. Alloys with 30 moll SITe are closest to eutectlc
character
(n.p. 685C), while SITe crystallizes first In trans-eutectic alloys.
The solu-
bility of SITe In GeTe does not vary significantly with temperature,
and the GOT
based solid solution.range Is not large. The eutectic state for the
system GaTe- -
PbTe occurs at 20 mole% PbTe, and the melting point Is given as
695C* PbTe cry-
stallix s first when Its content Is Increased. The Wo-based solid
solution
'Card

ACCESSION NR: AP4019819
range I s wl de, and the second phase was f I rst noted at 60 mol. %
PbTe. 'Them sub-
stantial solubi I Ity of GeTe In PbTe was conf I rmed bV X-ray
analysis .(see Fig. 3
in the Enclosure). Orig. art. has: 5 graphs add I table.
ASSOCIATION: none
SUBMITTED: o6jun63 DATE ACQ: 31Mar64 ENCL., 02
'SUB CODE: ML NO REF SOVi 001 OTHER: 005
Card 2 1,V

-at 500 iind _30W ahavoca nw thenmi effects indicating a decomposition
0-,I SC14d SOJUt4on. However, the curves of th~~ caj),,-,s-*t-'on
Jepea- nce of the 'her-
1 1. L,
mal emf (Fig. 2), 'Vickers hardness (Fig. ~), microhardneza F! bea
C-~ud~-
~jDf"3344:mol P-vhith -r-c4onds * to-I 2Mb2ft-4 - -
The absence of tber_iIGI effects iudicates that the ampomd t-my be
fomed by an or-
dering of solid malution, a secoad-type phase transformation. The
nat-we of the
Card'40-.

'3000- OW f t - tt---
-570
AM-- We., ermt ice
00 -Ok~f --M T~ 4~~e&. the~tuipitluaecor ~ he U
isItant""a" van mt.-Cluged but the- a-onotant C decreaced vith
decresslAS A=es.Ut#
pexaturo,., -0 -rig
has'r 9-figufts -6A& 1-tab e
AM',TATION.- Institut motsilmsu im. A. A. Baykova Akadevii nauk SSSR
(:Institute
o f 11 e !_ -au- 01 ac'enc-2A.S55'
vat
ID MW MV: M w6
Card 2/6

ACCESSION NR-,~ ,~AP5001-042' j
9/0020/641159/00611 26/1
~j
-770..
r-if phas-? pquillbrini in rvqtt-n-,,; fni-nwfl h%, ~4ntt!-Tinnv ch
gerudes\\-
C:77~~ -1- -15 -,1 0 Q C DT,- -4 -
TIOPIC TP.GS: antimony chalcogenide, phase eviAIIbri=, m1orchardness, heat
conductivity, electrical conchictivity
Tn-vaB--fDr-Tn -4
C S~id-qOIutiGTFs--v.--.h-a -The- Sb-2S-
.Iqu~elus and solidus lires constructed fr-,,-tm he,-Iinj~! rurves) All
-nelt- h,-d 'the

AA IP

T"~

5.5
......

Or ig. art. has- 3 fi urea

A

ASSOCIATION Institut metallurgil im A. A.
Baykova (Institiile of Metallurgy)

NR RE7 SOV- 002 OTHEIR: 004

N

9

4

f-PTN' IT
20
Sbl 3
Fig.
Phlv;e diaararn of thr- svstlenn
Card 3114

ACCESSION MR. AP5001992
*5
ob
Phasi6 -diagram- ofthe elystebi Sb~%-Sb Te
24 3
0
q a-moh nige b- ~tse~irnelti)
h
p
cord 4/ 4

-_77-7-
R::!'j6briLqsoY$ N. Kh.
TITLE: Basic p;oblems of alloying semicond-act
gig
"---Ner a i a
s0URCE M
terialy$~v -11 no, -1 19-6,
TOPIC TACS: -semic~onductor, semiconductor alloying, semiconductor
performance
ABSTRAM This is a general review of the recent literature in which the
factors
affecting performance oE semilonductors are examined along broad
lines. These
factors include: W~ purftyFidf the basic materials, selection of
alloying element4
proper c!o-mpos-i-t-ion*,-ariT-c-o"timce"nowt-riiti6ii bf~allo'_Ing
-elements, their solubilit limit
Y
the so- its
and pilase distribution coufficient,.and lution in a component of one
of
constittients. Orig, art. has:, 5 figures.
ASSOCIATION: Institut metallurgii in. A.A. Baykova (Metallurgical
institute)
SUBMITTIM: 060tt64 ENCL: 00
SUB CODE; M,EC
VO REF .111OV: 004 OTHER, 001
Card'

AN
ACCESSION NR: AP3007607 S/0363/65/001/001/0057 /0059
U OR: osovi-~W* - A:
----------
-d
sini :.te
-AM tgg I ur -p
P..; y e
ram of ;.ftTe h tl id st ra
AN-- _9-_-1
,-SOURCE. _S SR-0 IZ-Vie-ttyao -we- -i- lie'-s -materialy,-v -1 no.-1
'19 6 -59--'--
_iye 1-51,
-7- ---- - ------ -- qrgaA - C,
TOPIC TAGS: bisputh telluride, germanium telluride, phase
diagramsemiconductor,
101
solid i ution
_Fi ure E,-n-.
--plh- 4 t i g r. a m - o~_t tem (66-6 g ~ _4 _4f
i) drawn -. on the:basis ofthermal.and-metalldgraphic studies,
shows-that,
in of up -to -25---mol.%--G--Tii--f,6--B12Te3 --the- temperature of
incipient solidifica-
tion de!creases, after which it steadily increases tip to Ge,re. Solid
solutions ex-
tend at. 500C up to 17.4 mol.% GeTe. Three intermediate phases with
Bi,Te3 and
GeTe in the ratios of 2:1, 1:1 and 1:3 are formed: GeB14Te7 by
peritectic reac-
tion at. 564 10, providing a base for solid solutions extending from
30-35 mol.%
GeTe; (""12Te4 by degenerated peritectic reaction at 584C; Gle Bi,)Te,
also by a
periLectic reaction at 650C. Orig. art. has: I table and 4 iigu-reos.
ASSOCIATION: Irstitut metalturgii iru, A. paykova (Metallurgical i
stitkite)
Card

L 11333-65 EWr(m)/EWP(tj/EWP(b)
% RDW/JD
ACCESSION HR; AP4043574 S/0078/64,1009/008/18791)1882
AUTHORs Shelluovat L. Yel AbrikaBovi
Kh.
TITLE: The Sn-Te myrten in the region of the ~ciapound SnTe
____._..S_OVRMt. Zburjvalveo~rr *nicheskoy_ Wail v* 9t- noo St-
!964.~'1870m"P;_
V_ 0: 0 1 C ----TAG 5 f ti ~--A_1-6 i a Y's i e m tlic it e- I Fu_r f-4fiti-,
te 01" 0--.-
ba;e alloy, a1107 homogeneity region, alloy microctructures, alloy
u-1;~.rcibavdu-esz* ~al Ivy --conyvs1tion--l~,
ABSTRACTI ft-Tc alloy.29 -in the covapovittop region near the We
compound, containing from 49.5 to 51 atS itTe wLl:h a 0.2-0.3 4at%
concentration Luterval vaire vacuum-calted from tirLce distilled
Te anti from So with an Irdpurf-ty conte-n-r-Teiss than 0,0032,, and tiono
in at argon. atmosphere at - ang tug_ fvrou:~_700
0_ --a - teuperature i.
u Y~ 0 cy~ to droo ructure 6 ove-d t 6-7-Sa :C04066id-i",
-tons
-0 cuwly.- n:. "Poun
pro I ide're ik~-'cofts an coupositto 66' d with

L IISM-65
ACCESSION N R AP4043574
and valying compooltien whbse narrow ~totfiogeneity region is at a
imaxtraun extending from 50.1+0.1 at% to 50.9+0.1 at%' at 400C.
Vith increasing Te content, the microbardness of alloys vithin the
homogeneity region Increases and remains constant in the two-phase
region. As the Te content is increased above the stoichiometric,
the alloy lattice constant increases, edn,, from 6*308+0.002X to
6.M+(.002X.for alloys -with 5.0 and 50.8 at% To anne3led,-at, 700C
L An increase in th Sn tvnienv:abovi *,the- stoichionstrict
howavertths
e
-ttant- :aunetled at a-lower tea-c
A no e ff cmt otL the lafttte_ i~oyt
perature have ananalosous composition dependence of the lattice
constar,t; e.l;. the coxistant-decresses from 6.324 to 6.302+6.0021
fer alloys with 49.9 and 50.9 at% Te, respectively, annesTed at
400-1. The increase in the lattice constant and the decrease In the
microbairdness with decreasing annealing temperature are a9cribed t0i
a aetrt asing nunl)-.r of vacancies lit the alloy. Ortit. art. hasi
ASSOCUTION4
Cord 2 /3

L 11333,-65---''---

SHLIMOVA, L.Ye.; ABRIKOSOV, N.Kh,
System Sn - To in the region of SnTe compounds.
Zhur. neorg.
khim. 9 no.8:18?9-1822 Ag 164.
(MIRA 17:11)

IVLIYEVA, V.I.; ABRIKOSOV, N. Kh.
-4--- ~ .-, - -
Phase equilibrium in the systems formed by antimony
chalcogenides.
Dokl. AN SSSR 159 no.6tl34^6-1329 D 164 (111RA 18-.1)
1. Institut metallurgii im. A.A. Baykova.
Predstavleno akademikom
I.V. Tananayevym.

UGAY, Yakov Alaksandrovich; ABRIKOSOV, N.Xh.,
doktor khirr,. nauk,
prof., retsenzent; COI~YlhlGVA, M.I., doktor
k1lin. nauk,
prof.p retsenzent; FEDOROVA, T.P., red.
[Introduction to the chemistry of
semiconductors] Vvedenie
v khlmllu poluprovodnikov. Moskva, Vysshaia
shkola.. 1965.
333 p. (MIRA 1-8:5)
1. Kafedra poluprovodnikovykh materlalov
Leningradskogo
politekhnicheskogo instittita in. M.I.Kalinina
(for
Goryunova).

ABRIKOSOV N.Kh.
.,-I. ., ~.-- --7-
Basic problems on alloying semiconductors. Izv. AN
SSSR. Noorg. mat.
I no.1:11-3-5 Ja 165. (MIRA 183 5)
1. Institut metallurgii imeni. Baykova.

ABRIKOSOV, N.Kh.; DANIL(TVA-DOBRYIKOVA, G.T.
Phase diagram of the system B12TO3 - GeTe. Izv. All
SSSR. Neorg.
1,. 1 no.1-57-59 Ja 165. (MIRA 18*5)
1. Institut motalhArgii imni Baykova.

7~
IWAT-t V=== TTD ~~V Th
ACCESSION NR: APS009369 UR/0363/65/001./002,'0204/0207
'7
__546.861241+546.2M
ALYMORt AbT~rkosov, 11. Kh. Danilova-Dobrya)zova, G. T.
- ------ 1 10 ~1
TITLE: Study of the phase diagram o. the antimony trite I luride-Ferrmanium
telluride
-i--SOURM-i=-.iiN-~u-SR;-~--IlzveStiya,-7N6orkanibbtskiye _Mtertaly, v.- 1,
no.- 2 -204-207,
:10PICTAGS: tell-iKum_-Cor emicoiiductor-materA--al~~-:-Dttase-d -
_Z~~ . _ -- - ~,
_ABSTRACT-.-,,c!F_ Sb_2_,TO-~;~~%"_Js~ fie dY'yA- -m_ e-ah, s- - ef - th e
rmal- ana ysis- -and
prepared'from GtTe -and M27e~---The
-specimens* were fdsi6d ilt 10 residual ~pnbssure in sealed quartz ampules.
rollow-
ing this th., alloys were emnealod in sna - - umpu_j1,e& Iled- Jt&--a
1 d -8" _atm_
4000 hours -af~:souoc_.-~ r 'id 6i6i;~l _46 4
-tbe.al oys:were 0.
or crostru lya~ s
ion-consis ng o ~1 cc HCl, 90: cc alc6holl and 6 9 Of CUC12- Or. the basis of
these!
studies a phase diagram was constructed for the 'Sb2Te3-GeTe systein (jee
fig. 1-of
the Enclosure). The electrical conductivity and the thermal--emf of the
annealed
[

IL 55q(50-65.
ACCESSUR? NV: APS009369
allcys were investigated as a function of the ccimposition of th,-
alloy. The 171-
sult~~ of the;e masurements are shom in figs. 2 and 3 of the
Enclosure. It wa-,
found that tie solid solution t!xists on 'hc '-1-17~-, c~!-I,
li7icrar- ~,,p
L~e T c .Tbe exislence o' threu intermediate phases was also
Pstablis~ed: CeSbje,.
L I
G-__--h2Te4 and Gt!2Sb2Te5- Orig. art, has: 2 tables and 5 figums.
ISUBMITT-m -,Ojun6o ENCL: 03 SUB CODE i MM, 1C
NO REr SOV! 001 OT TER: OC3
CQTd 2/
Ill I 111111mal Sam OWN

771~-
ENCU)SURE.- 0l

ACC-SSION NR: AP59141080
AUTHOR: Abrikosov, H. Kh.; Poretskaya, L. V.
TITL,E:. Studv.--cf - the Sb-!,i-Te ternarv svstem
VIP, *0 36,1/ 6 5 4!001/004/0 503/0510
`I-SOURCY~ -AN SSS -Iz-v~fy-:97. -'Xe-~ig-i 61-eki~sWiy~e- ---n--o-.4 6
R.
1503-510
lk)rt~ IArS- antimony alloy, bismuth tellurium allov, thermal analysis,
v I ca r~ c i'l
Section St)~I'L-3-Ri2Te; this ooviation inarnases with decreasing
tomperature. As
v t M P(-T -1 1 IT, I rnn ncollao.
-
T -a A; 0-ii -:-t-Us- liection tiua-
bindK-.:dt -c,5ffs --,ihf--T br-tmary phase
oil ths Sh2TC3 Sid" undergoes a partial retrograde fusion, forming ihe
-cRo-phase
EMMMIMMMMM

L,52D69-65
:ACCESSION NR: tY5014080
field 6+ L. The retrograde fusion ends at temperatures below 4200C,
when the
,secondary crystallization of the eutectic 6 + Te begins in the
three-phase voluvre
6 + Te + L The fusibility diagram of the Sb-Bi-Te -vster sh~:,ws a
region of ma.-c-inyum
-rel ting points vhi & extends from th~- cwnT-,-'i:n ~Tp T -;er--
1WO 'ines of a nivarian! eqiiiii'~r-i i w! +c the
t -
an~' - he ne PI P- f .-, r n
T), s o~-: t s sol id
S'_" j 0 11 S the ~-,ase- M,7 T
s ori-e -t r
;~,n t ~e s i de o' ti,e binarv svst-r, r-rr t *.t
t on witi; e -ons ,art teliuri= content of &~ at. toward excess
antimony, and
u
the -y phase--a wide region of solid solutions between the y phases of
the binary
systams. Orig. art. has: 12 figures.
.ASSOCIATION! Insti-tut metallurgii im. A. A. Daykova (institute of
Metallurgy)
SUBV.ITTTD: Mec64 ENCL: 00 SUB CODE: K MM
;NO fEF SOV: 009 OTHERt 009
~2/2

r-- - :ij_ t
;ACCESSION-M: AP5012971
UR/0076)65/010/605/~l~266/1116S.:.-i-I.;;.*.-.,-',
AUTHOR: Shelimova, L. Ile. - Abrikovs-ov, N. 1~-i. Zhdanova, V. V.
W
TITLE: The Ge .-To sy,;t(m,'1n the region of the compound C,-,
--Zhi
$O-UR- CE.,;,11 5. 1965, 1200-1205
-7
_7 _-4
T
-A Z I
ell go 61-m-alloyi, Ulu uWal 0Y i Phase-
flu te agr
-E
YS
j~
re an 0: oitji.,d~'Getq- ana the* qhangLeL-fn_t1
We- FhcrA6geh, he t
S__ it f.'on f r6m the C Cog t
tran rhoinbohecL-al- -to- -thti c xic-
WeM in,restigated in Ge.-Te alloys conti;i1lirg from 49 to 52 at.
Te (with inem-
n t s C) -C-. ' at, % Te). PhotoTu.cr(gral:)hy va- used -.,c.
identif)r t~e phases in
the various alloys. Peating curves wem racorded by diffemejitial
tj'jemal anallysis
a"ter t-ie alloy-z. had be-m annealed :'or 97t) 'Ir jit 4000C~
clis-~~.nct endothermic ef-
fects borresponding to -the pbase trims3tion ve-ve displayi~d bj~
thoGee ", rVes. The
-Cq,1qarje in, ---:~he_ tempura-.une witll-! composition was also
determinei di-
V
:b,,,1ent_-vf -_-~thermal- a --as-a--ftmetion -f,-
microstmetural anal
temperature. On the basis of the themal anetlysis,
Card 1/3

77
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155012971
SSTOX N11: A..
A-
d
was platte.. in v ie
17-
ty -of
#ion les $0
$0
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f
#Kov
-
MUM

P U

_

eTe+ Tehas

m
ltin
g
point of
0:*.:L,
8-0
k; Xe~roy'diffmct on-mas-med

to' -iWliis~w~ tbe
iiattice c

onstant of
the cubic
.M---d 1( ion wit
if Of Gne h the compositim- at 6(,00C, kt)rip.

art. lias:

c~ fjTu re s
and 4-:ables

Ql T J_1.1 7 Cii
none

SUBMIT'MD:,

ENCL: -.-7.0i.

SUB CODE: IC 70

NO REF SOV,. 001
OTHER: 003

3
2f
t~

.
id,

analysis

1790-!~ LYKC) .-,-JD---
S AP5022247 UR/0363/6510011007/1021/1024'
A
CCE S16N NR.
546.80191-165:536.495
AUTHOR: Abrikosov. N. Kh.*, TOM M. G.; Kuliyev, A.
._D.; Shakhtakhtinskiy, A4
TITLE: Thermoelectric properties of anftmony-arsenic sotid
solutions
SOURCE: AN BSSR. Izvestiya, Neorganichaskiye materialy, v. 1, no,
7, 1965;
1021-1024
TOPIC TAGS: thermoelectromotive force, solid solution, antimony
alloy, arsenic,
bismuth alloy, electric conductivity, thermoelectric property
ABSTRACT: Antimo I-arsenic~_61id solutions containi up to 19.5%
As, prepared
from the elements, were used to grow single crystalsowhose
electrical conductivit
d, thermo-emf (c() , and Hall emf were measured. At room
temperature, both 6' and
c(decrease with rising arsenic concentration. Since in the Sb-As
system the
carrier concentr:tionti irtually independent of composition, the
drop in Lf is
due to a decreas in 4e varrier mobility, which in turn is caused
by the dis-
tortion of the-lattice y the arsenic. In contrast to Bi-Sb
solutions, Sb-As
solutions were found to have no magnetoresistance at low magnetic
field strengthes
In the 100-300K temperature range, the thermo-emf rises with.*the
temperature in
both 13ure antimony and the solid solutions, hole conduction
being priserved. In
~Card-

-L 2790-M ---------
ACCESSION NR: AP5022247
contrast to the Bi-Sb system, no semiconducting properties are
displayed by the
Sb-As system down to the liquid nitrog!an temperature; this
difference may be due
to the greater overlapping of the bandii of arsenic and antJmony,
which may allz-o
account for the metallic nature of the conductivity in tho
temperature range
studied. Orig. art, has,., 5 figures.
ASS019LATION: Institut MAL Akademii nauk Azerb,_SSR (Institute of Phy
Acadi=y of Sciences,", herb. SSR)
TTED., OMW,,.-,'-~~'
SUMME CM 00 SUB CODE: SS IC
NO MT SOVO 005 -OTHEM. 005
card 2/2

L 7912-66 EWT(~m)/vrc/giG(m)/T/Ewp(t)/EWP(b)/EWA(c) IJP(c)
RUVJ1JD1JG,
A(,TWff--.WPS025779' SOURCE CODE: UR/0363165/001/000/146 211467
AUTHOR: Abr
MEPT~so _K_h.; Zargaryan, V. Sh.
V7, Y 7, 41 1
ORG: Institute of Metallurgy im. A. A. Baykova (Institut
metallurgii)
TITLE: Alloys and phase diagram of neodymium- tellurium systems
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no.
9, 1965,
1462-1467
TOPIC TAGS: neodymium alloy, tellurium alloy, phase diagram
f T' 0 . Y1t'!i'-; ~~
ABSTRACT: The materials investigated were synthesized from
neodymium and
tellurium, the impurities in which did not exceed 0. 5 and 0. 0676,
respectively.
The srathesis was carried out in two section quartz ampoules. One
section was
filled with finely ground metallic neodymium and the other with
tellurium. This
prevented direct contact of.the reagents which could cause an
explosion. After
evacuation to 10-4 mm Hg, 'the ampoule was sealed and placed in a
horizontal
tube furnace with two heating zones. The ampoule was rotated inside
the furnace
Card 1/2 UDC: 541. 123, 2!546. 657124

.66
A '91f. AP5025779 0
at 25-30 rev/min. The furnace temperature was raised slowly to
700-950 C at a
rate of 200 degrees/hour. The zone of the furnace with the section
of the ampoule
containing the neodymium was at a temperature 100-120 C lower than
that contain-
ing the part of the ampoule with the tellurium. The ampoule was
rotated for 4-5
hours up to complete volatilization of the tellurium. The resulting
powder appear-
1 ed homogeneous; this was confirmed by x-ray analysis, The method
permitted
synthesis of compositions with up to 75 atom, telluriurr, The powder
was melted
in tantalum crucibles b'obtain solid samples for analysis. Solid
samples of
stoichiometric composition corresponding to the following compounds
were obtalnm
ed: NdTe, NdqTe4, Nd2Te3, Nd4Te7, NdTe2, Nd2Te5, and NdTe3. Results
of
chemical analysis of these neodymium tellurides are shown in a
table. The arti-
cle also describes a method for thermal analysis of the neodymium-
tellurium
alloys using tungsten rhenium thermocouples; heating was done with a
high fre-
quency generator. Based on the results of the thermal analysis and a
microstruc-,
i tural anal~ysis, a diagram of state is constructed for the
neodymium- tellurium
system. Orig. art. has: 2 figures and 4 tables
r'SUB CO IC, MM/ SUBM DATE: 21May65/ ORIG REF: 002/ OTH REF- 005
I
Card 2/

bb tb---xa(%V-ETWVtW0A*)/WPWk W.- --- ---
50D
- ~!-002231 - SOVRCE CODE: IIR/036.1/65/001/61.2/2151/2153
AUTTIOR: Abrikosay. N.
Kb
Y21REftna, Ye. 1. - P22ffal M. A.
ORG, Instl Q1 MetnUagY im. A. A.-Dak2y (Institut metallurgil);
Moscow Institute of
Fine Chemical Techn212Ly _1m. M. V. Q-mqqqs~qv __ (Aloskoysidy
institut tonkay khtmicheakoy
te
TITLE: Study of the PbTe-9b, Te system
SOURCE: AN USSR. c iya. Neorganicheskiye materialy, v. 1, no. 12,
1965, 2151-2153
TOPIC TAGS: lead compound, antimony compound, telluMum compound,
solid solution,
P,qi)jf! 191VA I. Y-54S
ABSTRACT: Microstructural and thermal analyses were used to study
the PbTe-8b.Te
system, and a ]*se diagram of the latter N%ras plotted (see Fig.
1). It was shown tliat R3
V,
Fig. 1. Phase diagram of the PbTe-Sb2T03 SYStOM'
10,#"MY0 rot
UDC. 54(;.851241+546.861241

NR: AP6001231
single ternaxy compound Pb Sb Teu is formed in the system at 587C.
The composition cor-
responding Io the peritectic$ok coincides with the composition of the
compound. The ternar)
compound fcrms a eutectic with a solid solution based on Sb Te at an
SI)aTe,, content of 61
mole % and 9. temperature of 582C. The e2dstence of region's R solid
soluti7ons of SbTe,, (up
to 3 mole %) In PbTe and solutions of PbTe (up to 2 mole %) in Sb,Te.
at the same temperature
wasestablished. Some rxoDerties of-the- compound_Pb^Teu- were
deter,,nined-. - m. p. - 587C-
51. 0 kg/-.mm; X6. I x 10-3 cal/cm seo g; 6 504 ohm-' cm-t. Orig.
art. has:
H
A
iA figures and 1 table.
'SUB CODE: 07, 11 SUBM DATE: 28JuI65 / ORIG REF.- 006 / OTH REp: 005

N1*1'tM)/b-WFM/ETI IJP(c) JD
ACC NRt hP6029a1;EJ SOURCE CODE- UR/0363/66/002/00(1/1416/1428
AUTHOR: Abrikosov, H. Kh.; Skudnova, Ye. V.; Poretskaya, L. V.;
Pavlova, N. 0.
,ORG: Institute of Metallurgy im. A. A. Baykov (Institut meta
urgii)
,TITLE: Investigation of the quarternary system In-Sb-Cd-Sn in
order to determine the
phase. equiUbria at the InSb-CdSnSbz cross secti-on - - -
SOURCE: A4 SSSR. Izvestiya. Neorganicheskiye materialy, v. 2,
no. 8, 1966, 1416..1428
TOPIC TAGS: phase diagram, phase structure, phase equilibrium,
phase analysis, indium,
antimony, cadmium
ABSTRACT: The object of the study was to determine the phase
equilibria at the cross
section of' the In-Sb-Cd-Sn system which involves InSb and an
alloy composed of 50 mol I
CdSb and 50 mol % SnSb. The composition of this alloy
corresponds to CdSnSbZ, a non-
existent compound. The samples for the study were prepared by
fusing mixtures of pure
components in evacuated quartz ampo)Aes at 700-8000C. Depending
on specific canposi-
tion, the alloy samples were homo ized by holding for at least
2000 hrs at 450, 400,
320, or 3000C. The phase diagramaiare presented for all binary
and ternary systems i~-
cluded in the In-Sb-Cd-Sn system. The results of the
microstructure analysis and mic*
hardness for all systems investigated are tabulated. The
InSb-(CdSnSbz) and the CdSb-1.
-SuSb crous sections were found to be non-quasibinary. The
CdSb-SnF alloy was found'~
UDC: 546.682+546.86+546.811+546.48
1/2

L 06574--67
ACC NR: AP6029815
to be c(xnposed of two independent O-Iphases: Sn-Sb and
CdSb(Cd4Sbs). The enalysis of
the InS.D-(CdSnSb2) cross section showed that at 3000C there
exists an equilibrium amo~l
InSb, O-phase, 01-phase, and CdSb(Cd4Sbs). This cross section
was found also to oon~'~:
tain less than I mol % CdSnSb2. Orig. art. has: 11 figures, 3
tables.
SUB CODE: tl.~20/ SUBH DATE: OlFeb66/ ORIG REF: 004/ OTH REF:
006
L,gard

7
IA.UTIHCRs Abrikosov, N-, Eh.1 Bankina, V. F.
IORG: Metallurgical Institute im. A. A. Baykov AN SSSR (Institut
metallurgii AN SSSR)
=ILE: Change. in the heat conductivkt y of the crystal lattice
during the ordering
1process in the compound BiZTe2Se
;SoURCE.- AN SSSR. Izvestiya. Neorganicheskiye, materialy, v. 2, no.
11, 1966,
12076-2077
ITOPIC TAGS: bismuth containing compound, tellurium containing
compound, selenium
icontaining compound, heat c,.)nductivity, crystal lattic,e
ABSMACT: The samples were prepared by melting, in evacuated quartz
ampoules, the
compounds Bi2 T03 and Bi.Se, in a ratio of 2:1, with subsequent
quenching in ice water.
The alloys were then annealed in an argon atmosphere for*a period of
I month, and were
again quenched in ice water. During this annealing the samples were
brought into an
equilibrium state and measurements were made of their heat
conductivity, their electric
resistance, and their thermo-emf. After this, the samples were
subjected to low
temperature annealing at 300, 200, and 1000C. After 1-2 hours, the
samples ware
quenched in ice water, and their properties ware AZain measured. It
was established
that there is a decrease in the heat conductivity of the crystal
lattice of an alloy
Card 1/2 UDC., 546.3-19-.87-24-Z3;536,Z

r~ _12 n - -
ACC NR, 012 2 63-/-2109
AP7002396 SOURCE CODE IURJ 0363 r6616021
1 AUTHOR: Shelimoval L. Ye.; Abrikosovp N. Kh.1 Zhdanovap V. V.;
Sizov, V. V.
ORG: Institute of Metallurgy im. A. A. Baykovq Academy of
Soiencesp SSSR (Institut
metallurgii Akademli nauk 5555R)
TITLE1 Study of the systems FbSe-GeSe and GeSe-GeTe
SOURCES AN SSSR. Izvestiya. Noorganichoskiya materialy, v. 2l no.
12, 1966, m3-
2309
TOPIC TAGSt lead compound, selenide, telluride, germanium
compound) phase transition
ABSTRACT: The phase equilibria and solid solutions in the systems
PbSe-G-Se and
GeSe-GeTe were studied by thermall microstructuralg x-ray and
dilatometric analyses ini
the 20-6200C range. It was found that the PbSe-GeSe system is not
a quasi-binary sec-1
tion of the ternary system Go-Fb-Se. The polythermal section of
GeSe-GeTn showed the
existonce of a continuous series of solid solutions at
temperatures near the solidus.
Phase transforyaatiozis at low temperatures connected with tht
polymorphism of GeSe and
GeTe itere investigated, and the boundaries of solid solutions
were d~ternined in both'
systeras. Orig. arts hast 7 figures and 2 tables.
SUB CODES 07/ SUBM DATES 25Dac63/ ORIG REFS 003/ OTH REF1 007
546.815'231+546-2891231
Card 1/1 UDCI..546.2891231+546.2891241

A6,11h05OV, 5.1 GAMBUIIT5ZVA~ A., LCATREV, P. F. and
3311APOSITIMOV, P.
"The Effect of the n1umination of the Human Skin on the
Adaptation rZ
Peripherx%l Vision", Dok1 AN SSSR, Vol. 2, No. 1/2, 1934.

ZASLAVMT, LoD.; LMIKOSOV, 3.1h.
~ ~
Arteriography in spontaneous gangrene during life. Vqst.
khir. 71 no.l:
32-34 1951- (CIJU, 20:8)
1. Of "is Faculty Surgical Clinic (Head-L.D. Zaelavskiy),
Arkhangel'sk
State liedical Institute (Director-S.N. Gilldenokiolld).,

PHASE I BOOK EXPLOITATION SOV/5139
Abrikosov, S. V., A. P. Alekseyev, N. M. Zotov, G. F.
Kudryashov,
1T-.-r.-__1oapov, V. P. Lebedevand Ye. Ye. Chekmenev
Benzoelektricheskiye i dizell-elektriche8kiye agregaty
moshchnostlyu
ot 0.5 do 400 kvt; spravochnik (Gasoline- and DieBel-Engine
Electric Generat..,ng Sets, 0.5 to 400 kK Capacity; Handbook)
Moscow, Mashgiz, 1960. 543 p. Errata slip inserted. 7,000
copies printed.
Ed. (Title page): V. P. Lebedev, Enginee.r; Reviewer: Ye. A.
14eyerovich, Engineer; Ed. of Publishing House: V. I.
Rybakova,
Tech. Ed,: T. F. Sokolova; Managing Ed. for Informatiou
Litera-
ture: I. M. Monastyrskiy, Engineer.
PURPOSE: This handbook is intended for technical personnel
con-
cerned with the design and operation of electric generating
sets.
COVERAGE: The handbook contains technical data on gasoline-
and
Diesel-engine electric generating sets with a capacity of
0.5
to 400 kw. Prime movers, electric generators, and electrical
C 4r-d_-+/Er

86737
S/12o/6o/ooo/oo6/012/O45
%YJ 0 0 E032/E314
AUTHOR: Abrosimov, A.T.
TITLE: A Large-area Scintillation Counter for the
Recording of Cosmic-ray Particles
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 6,
pp. 48 - 51
TEXT: A description is given of a cosmic-ray particle
counter using a polystyrene-base plastic scintillator.
The plastic scintillator was ihthe form of a cylinder,
670 mm did and 55 mm long. T06'scintillator had the
following composition: 0%. 9* polystyrene, 1% paraterphenyl
and 0.03% 1.4-di-[2-(5-phenyloxamciyl~-benzene. In order to
prepare plastic scintillators of such large dimensions, use
was made of high-temperature polymerisation without catalysts
and a special appEratus was built for preparing the
scintillators under laboratory conditions. Special checks
were made of the quality of the plastics by chemical analysis
and the scintillations obtained by identical piLastic
scin-tillators were compared, using the method described by
Medvedev et al (Ref. 6). Various reflectors were tried and
Card 1/3

86737
S/12o/60/000/006/012/o45
EO32/E3i4
A Large-area Scintillation Counter for the Recording of
Cosmic-ray Particles
agreement with the theoretical predictions for a "thin
absorber" (R69ni, Ref. 9). Acluiowledgments are expressed
to G.B. Khristiansen for assistance and G.V. Bogoslovskiy
for help in building the electronics apparatus.
There are 4 figures and 10 references: 3 English and
7 Soviet.
ASSOCIATION: Nauchno-issledovateliskiy institut yadernoy
fiziki MGU (Scientific Research Institute for
Nuclear Physics of Moscow State University)
SUBMITTED: November 30, 1959
Card 3/3

ABRIXOSOV, Aleksey Ivanovich (1875-1955), akademik;
STRUKOV, A.I., prof.,
otv. red.; RYVKIND, A.V., prof., rod.; SEROV, V.V.,
dotq., red.;
ABRIKOSOVA F D , kand. med. nauk; KUSEVITSKIY, I.A.,
r?d,izd-
va; ULIYANOVA, O.G., tekhn. red.
(Allergy and problems of pathology)Allargiin i voprosy
pkcolo-
gli. Moskva, Izd-vo Akad. nauk SSSR, 1963. 487 p.
(MIRA 16:4)
1. Chlen-koi-respondent Akademii meditsinskikh nauk
SS!SR (for
Strukov).
(ALLERGY) (PATHOLOGY)

VOINOV, M.S.; KIRIILLOV, O.N,; KOZLOVA. MX; CHZHAO,
A.Ye. [Chao, A.B.];
--ADRXQ3GU,Z&S.,-red.; AMBARTSUMW. Z.X., red.;
VASILIVSWA,
V.A.. red.; DROZDOVA, N*No,,red.; ZHAK, D*K*, red.;
KESSBNIKH, Vo%,
redo; KOPMVA# q9I9, 'red.; IWASEWA, Z.P., red.;
SMIRNOVA, B.A.,
red ; TIMOSHWO, G.G., red.; KHREMOVA, A.A., red.;
KHELIKSKAYA,
L.M:O tekhn, red,
rCajalog for distriart libraries] Katalog raionnoi
biblioteld.
L
Sec.63. [AVIoulturel Sellskoe khoziaistvo. Izd-3-,
dop. i
perer. Moskva. 1957. 163 p. (XLRA 11:8)
1. Mosoow. Publichnaya biblioteka.
(Bibliography-A,griculture)

BELAVENTSEVA, G.N.. BOGATOVA. G.P.. 1XVIVA.S.S.,
FASEDKIYA. B.A.. POMINA, Yr,.N.,
-red.; ABRIXOSOVA, F.S., red.; AMBARTSUKYAN# red.;
VASIIXVSXAYA. V.A.
red.; DROZDOVA, ZHAK, D.L. red.; XOPXLOVA, G.10, red.;
IEVASMWfi, Z.P.,red.; RnWOVA, B.A., red.; TIMOSH3=0, G.G.,
red.;
KHRHNKOVA,A.A.,red.; KELEMSKATA, L.M., takhn.rqd.
[Catalog for district libraries. Classes: Natural sciences
- 5;
Medecine- 61; Geographv - 91] Katalog rAionnoi biblioteki.
Otdely-' 5 eatestvoznanie, 61 meditsina. 91 geografia.
Izd. 3..
dop. i perer. MoskvA, 19~8. 215 P. (MIRA 11:8)
1. Moscow. ftbliehnaya bibliotaka
(Bib]. iograph~--medic ine) (Bibliography--GeogrAphy)
(Bibliography-Science)

ABRIKOSOVAP F.S.; AN)ARTSURTAN, Z.H.: VASILKVSKATA, V.A.;
DROZDOVA, N.N.:
KESSERIKH, V.N.; KDPZWVA. G.I.; LWASEXTA, Z.P.;
SWRNDVA, B.A.; TIWSHKM, G.G.-, KHRMOVA, A.A.; I~DVANSKIT,
I.P., tekhn.red.
[Catalog of a district library] Katalog raionno~
biblioteki,
Section 6:[Tachnology] Tekhnika. Izd. 3.. dop. i parer.
Moskva, 1958. 263 p. (MIRIL 12:Z)
1. Moscow. PubllchnayA biblioteka.
(Bibliography--nTechnology)

JBKLMSOV, I.A., ECOISHST9 F.A., 113NISIMCH, V*V*#'&HUl0Dv Ur, L.O*p
UUNIN, N.A., HIRCHINK, N.Y., MUSTATINDT, A X., iA~kVKXN, V.D.
OOAMMV, O.N., HDVNIN, L.I., TROTIM, A.A.,
Plaw oil anti gas rtilgions in the UMR*

AbstrocL In the
Introductory port of the report the pro.
graphic characteristics
and specific features of oil and

gross In geological oil and got
exploration work in the
bearing capacity have been considered. A
brief coscrip-

USSR, objectives of oil and gas industry in the
current
lion of some newly discovered oil and got fields from the

Seven-Year Plan and in connection with the perspective
point of
view of their position in the general tectonic plan

plan up to 1980
inclusive hove been briefly described.
have been given; a brief
lithologic characteristic of rocks.

Further, charaderittics of now
oil and gas regions and
collectors and conditions of occurrence of
!oil and goo

now fields hove been cited. Now oil and gas regions of
(types of traps) hot boom brought in.

the Permian Pro-Urol, Bashkir
ASSN, Tolor AS$k Azorboi.
The report points out the importance of
each now oil and

ion SSR, western port of Kazak SSR, Turkmen SSP,
Uxbok
t
gas area and separate fields In the light of perspectives

ove boon
reviewed. Toclo.
SSk Siberia and the For East,
of further geological exploration
work bond Increase In

nic position of each of these r ions as well
as their stroll.
oil and gas production.

for the 6th Vor)A
rt to be Imbloittoolli
PetnUm ColgresS, Yftnkfurta

.
rep
West Vermly' X946 Jai* 196)

of

DMI
'AGM ANP in zk
P. T4w.
IL
of Qm pkwa AM m sumbW to an
tA as
Of a hals- CWKW 0 A 04WbMt 04
ATA%fir vol"m suffm is ~ - r 41 A aw
rscow
.6 gfl "V& Ike* RPPMKIA
Ow lair b Fac H-l (Fft mokcWu
attracdoe,
kast dkwm).
Sm Imm" mumnow of ft N*Mdw saw-
do n I%k*n of &MM MUM V.

m
I
. , TTr 7 - - -.- - -
-~4vr--
i
-u
31

'PUV-,TrS CARD 1 2 PA 1405

q
Zurn.eksp.i teor.fis, 30, faso.6, 993-1006 (1956) CARD 2 / 2 PA
- 1405
plane, the other had the shape of a spheric-! lens. Measuring
was carried out in
air and i*Vacuum, but measuring in a vacut is of greater
accuracy. The vacuum
used corresponded to an air pressure of fro, 1.10-1 mm torr to
several mm torr.
The scale:3 used should have a high directing oment and should
nevertheless be
very sensitive. This difficulty may be overc( e by a method
which resembles ne-
gative back-coupling. The shifting of the scE a balance from
the state of equi-
librium generates an electric current. The la ter causes
electromagnetic re-
action which forces the balance scale back into the state of
equilibrium. Wext,
the schoute and the working principle of the device, above all
of the scales and
of the photoelectric transmitter, are described in detail on
the basis of
drawings. Molecular attraction is, owing to back-coupling,
automatically put
equal to the moment which acts upon the frame in the magnetic
field and is pro-
portional to amperage. By measuring amperage it is possible to
determine the re-
quired force of molecular attraction.
There follows a discussion of the following items: Regulation
of distance,
self-oscillations, constructional shape of the measuring
device, and gauging of
the scales.
INSTITUTION: Institute for Physical Chemistry of the Academy of
Science in the
USSR.

!I k), \\ , \ - - -- , , II I -
SUBJECT USSR / PHYSICS CARD 1 / 2 ?A - 1366
AUTHOR DERJAGIN, B.V., ABRIKOSOVA, I.I.
TITLE Direct MeasurinnTTnr'KVMdMt Attraction among Solids in
the Vacuum.
PERIODICAL Dokl.Akad Naukq 108, fase.2, 214-217 (1956)
Issued: i / 195-6- reviewed. 10 / 1956
Pre,-vious measuring of molecular attraction occurring between two
solid bodies
(plate and spherical lens) in air as a function of the interspace
H between
them was made very difficult by the viscosity of the air in the
space between
them. The cause of this is discussed on the basis of the equation
of motion of
the scale balance.
In spite of these difficulties a number of measurements wan
sucoasofully ourried
Out With a sufficient degree of reproducibility. The influence
exercised by con-
cussiona was successfully reduced to a minimum by the ereotion of
a device on an
amortization platform which, in turn, was placed upon a cement
base. In ordor to
attain better stabilization of the interspace E, a two-mirror
system was used.
Por the: radical simplification of measuring and increasing its
accuracy, a de.,
vice for the carrying out of measurements in the vacuum was
constructed. At from
10-1 to 1-3 mm Hg it was possible to reduce the time constant to
fractions of a
second in spite of the fact that the damping necessary for the
prevention of self-
oscillations was conserved.
Measwring results are entered into a diagram (abscissa - lg H,
ordinate - 1g F),
The reproducibility of measurings separated from one another by
long periods

MzBs--rervfA of :r-,.,!rcuU-r attraction al, ~c*i
M,

Molecular Forces Measured 25,-7-16/51
ly as the two objects approach each other.
The article contains 11 pictures and 1 photo.
ASSOCIATIONt Institute oil Physical Chemistry, USSR
Acaderfly of Sciences
(Institut fizicheBkoy khimii AN SSSR)
AVAILABLE; Library of Congress
Card 2/2

AUTHORSw. Deryagin, B. V., Abrikosova, 1. 76-32-2-31/38
TITLE". The Direct Measurement of the Molecular
Attraction of Solids
(Fryamyye izmereniya molekulyarnogo prityazlieniya
tverdykh te!
FERIODICAL'. Zhurnal Fizicheskoy Khimii, 1958s Vol. 32,
Nr 2, pp. 44-2-453
(USSR).
ABSTRACT'. Summarizing, the following is :5tated. 1. -
The authors found
a method for the measurement o. r the forces of
interaction of
comparatively smooth transparent solid bodies in
dependence on
thu distance between them; this method is performed by
means~of
beam microbalances with negative photoelectromagnetic
feedback.
The distance between the bodies is computed according to
the
diameters of Newton rings. The range of measured forces is
I - 2*lo- 4 - 2o dyn, the distance is lo-5 - lo-3 cm. 2.
- The
molecular attraction between the quartzglass samples was
stated
and measured. The energy of attraction between two
platelets
u (H) per I cm4 changes with the distance H between them
accor=
ding to a law.-closely proportional to 11-3 and amomts to
about
Card V 4 1,10-1yerg at H - 1,5.1c~s cm.

The Direct heasurement of the Molecular 76-32-2-31/3$-
Attraction of Solids
measurements (also within the limits of experimental errors)
coincide with Ye. L.. Lifshit's theory. According to this
the
forces in these cases with the same distances are 4 - 5
times
greater than in the case of the quartz-quartz pair. 8, - As
long as the H-4 lawfor u (H) of London-Ramaker (references 4
and 7) follows as a boundary case from the theory of Ye. M.
Lif=
shit for small distances., where the electromagnetic
retardation
does not become manifest, the proof of this theory makes it
possible to apply the corresponding H-;a lawto small
distances.
The deviation from the H-4 lawobserved with great distances
(10-5cm) tending towards a decrease points at a small
influence
of molecular forces on the coagulation velocity of aerosols
with
a particle diameter exceeding 3*10 5cm, 9- - The authors
point
out that the values of measurement for the forces of
molecular
attraction between the bodies in the experiments of J. Th.
G.
Overbeek and M. I. Sparnay (references 3 and 14) exceed the
theorem
tical values cz well as those of the authors by 3 - 4
orders of
magnitude; this is apparently the case because in these
measure=
Card 3/4 ments the effects not connected with molecular
forces did not show

The Direct Measurement of the Yolecular 76-32-2-31/38
Attraction of Solids
up. lo. - The results obtained with quartz samples
coincide
with the results of the measurements of Y. A. Kitchener
and
A. P. Prosser (carried out according to the method of
Overbeek
and Sparnay) (reference 15~
'~ references, 11 of which ar- Soviet.
There are lo figures, and 2
ASSOCIATION: AS USSR, Institute for Physical Chemistry,
Moscow
(jUcademiya nauk SSSR,Institut fizicheskoy khimii,moskva)
SUBKITTED: June lo, 1957.
1.. S.olid.b--The'ory.'2. Molecules--Electromagnetic
properties
3. Microbalances--Equipment
C ard 4/4

53-64-3-5/8
AUTHORS: Deryagin, B. V., Abrikosova, I. I. Lifshits, Ye. It.
TITLE: The Molecular Attraction of Condensed Bodies
(molekulyarnoye
prityazheniye kondensirovannykh tel)
PERIODICAL: Uspekhi Fizicheskikh Nauk, 1958, Vol. 64, '1r 3,
PP- 493-528
(USSR)
ABSTRACT: The present survey is divided into: introduction,
the theories
of molecular interaction between micro-objects, a:nd a cri-
ti~ of their use with macro-objects, the theory of molecular
attraction between condensed bodies, the method of
measurement
(the principal scheme of measurement, the objects of measure-
ment, the microweights with inverse binding for the measure-
ment of the interaction force between solids, the beam of ba-
lance, compensating and follow-up systems, the constructive
shape of the apparatus, the process of measurements, the ad-
justingg the regulation and calibration of weights, the meth-
od of measurement of the distance between the bodies to be
investigated, the preparation of the surfaces to be investi-
Card 1/2 gated), the results of the measurements. The
discussion of

The Molecular Attraction of Condensed Bodies
the results (the analysis of the
parison with theory, a comparison
of molecular attraction, the use
and in the theory of dampbn~ng).
tablev and 27 references, 12 of which
. 4 : -, . I I .. .
i-. MOl6cu'I'es'-"-'Mdg-'~e"f'ic properties
53-64-3-5/8
measurin.- results, the com-
with the macroscopic theory
in the theory of coagulation
There are 19 figures, 1
are Soviet.
2. 1:31ecules--Theory
Card 2/2

M. A. tr' fl,

with

cn-96nt, CLIO-, And
of the vrater and addins. to it at E!,O

,
7F, :;~: t:o!

to rau.;E! dvalh 'I he
-ever) aittr t-ta --I - to t J,~:r-
U~ t, oloral it Wilt( the tox_ 4AR
,
i,4
Inclabd sill 1,
sius Im tram day5, Tht ; mcz:~i -Y il0;Ir;

rcsslor-Qd but cry blowly
inr r-vqtdrc-". .1 util;l:a-
v

k ion of 0. The latto~T rr..,zcl:t3 a ma~ i:~*i:-,

a jew days aftcr
txpc-4u c
114 -0; acleo~~',
y

ZHMUR, V.A., prof. (Moskva, B. Xaluzhsk&-va, ul;
d.8),ABRIKOISOVA, M.A.
Sphygmographic observations on arteriovencrus
anpstomoses between
the meain blood vesslese Yest.khire 81 no,9:140-143
S158
(MIRA 11:11)
1. Iz Instituta grudnoy khirurgii (clir. - prof* A.N.
Bakulev)
ANN SSSR.
(YISTULA, ARTERIOVENOUS, physiology
blood pressure measurements (Rua))
(BLOOD PRESSURE, in various diseases
arteriovenous anastomoses between bain blood vessels
(Rua))

ABRIKOSOVA, M.A.; KARPW, V.L. (Moolua)
Normal standards of the sphygm0gram and the velocity of
the pulse
vave in the peripheral vesselo. Pat.fiziol. i eksp.terap.
3 no.6t
47-53 N-D '59. (MIRA 13:3)
1. Iz laboratorii klinicbeskoy fiziologii (taveduyushchiy
- akademik
AN USSR prof. To. B. Babskiy) Inutituta normallnoy i
patologichaskoy
fiziologii ANN SSSR).
(PULS11)

ABRIKOSOVAI M.A. (Moskva, A-55, Novoslobodskaya ul.,
d-5V65jkv.39)
Change in tho hemodynarnics of the greater circulation
following
mitral comivsurotorq. Grud.kbir. 2 no.2% 43-47 Mr-Ap'60.
(MIRA 160)
1. 1z laboratorii 41inicbeekoy fiziologii
(zav.-akademik AN McrSSR
Ye.B.Babskij) Indtituta normallnoy ipatD3,ogicheakoy,
fiziologii AM
SM (dir.-daystvitelinyy chlen AMN L9=
V.N.ChernJgovskiy).#i"a-
kulltatskoy khirargichookcor kliniki (dir.akademik
J..N.Bakulev)
Il Moskcrvskogo iaeditsbwkogo instituta i InstitutA
grudnoy
khintrgii AMN'SSSH (dir.-prof. S.A.Kolsonikor)
(BLOOD-CIRCUUTION, DISORDERS OF)
(MITRAL VALVE-STJRMM)

ABRIKWOVAt M.A,
Study of the pulse of the peripheral arteries in
patients with
ob2iterating andarteritis. Klin. mad. 38 no.
2:105-110 F 16o.
(MIRA 34: 1)
(ARTERIES-DISMES) (PUISE)

ABRISOSOVA M.A.; YJiRPW)' V,L. (Moakva)
Greater blood circulation and some mechanism3 of
compensation
in patent ductus arteriosus. Pat. fiziol. i eksp. terap.
6
no.1:22-28 Ja-F 162. (MIRA 150)
1. '1z laboratorii klinicheskoy fiziologii (zav. -
deyetvitellnyy
chlen AN USSR Ye.B., Babakly) Inotituta normallnoy i
patologichookoy
fiziologid. (dir. - daystvitellnyy chlen ANN SSSR V.V.
Parin) AM11
SSSR i fakulitatskoy khirurgicheskoy klinikJ. (dir. -
akademik
A.E. Fakulev) Il Moskovskogo meditsinskogo J.nBtituta
imeni N.I.
Pirogova.
(DUCTUS ARTERIOSUS) (BLOOD-CIRCULATION)

ABRIKOSOVA, M.A.
Hemodytamic effect of uurgical treatment of patent
ductus arteri-
osuo. nirurgiin no.1845-50 t62. (IMIA 152U)
1, Iz laboratorii klinicheskoy fiziologii (gave - akad,
AV UkrSSR
Ye.B. Babskiy) Instituta. normallnoy i patologicheskoy
fiziologii
(dlr. - deystvitellnyy oblen AM SSSR V.V. Parin) MIN
SSSR i
falaaltetskoy kh:irurgicheskoy klin:Uci II PbOrtovskogo
gosudarst-
vennogo meditsiiskogo instituta imeni 1~1.j. Pirogova
(zav. - akad.
A.T - Bakulev).
(DUCTUS ARTERIOSUS--SURGERY) (BT-DOD.-CIRCULATIM)

KAMIAV, V.L.1 ABRIKOSM, MJq- GLEZth, G.A.
Hydrodynamic mechanisms of increased arterial blood
pressure in
hypertension. Terap.arkh- 34 no.3:28-35 162. (MIRIL
15:3)
le Iz laboratorii. klinicheskoy fiziologii (zav. -
akad. Ali UkrSSR
prof., Ye,,B. Babskiy) Instituta nom-* allnoy i
patologichook6y fiziol
logii, (dir. - deystvitelInyy chlen AMN MR prof.'V.V.
Parin)
AMN SSSR i Inatituta terapii (dir. deystvitelInyy
chlen AMN SSSR
prof. A.A. Myasnikov) AWT SSSR.
(MERTENSION) (BLOOD PRM, SURE)

~; IOFFEp L.A.; 04
KARPHANP V.L., kand.med.nauk; AERIKOSOVA, )L.A ENIHAp
'K.8,;
SADOVSKAYA.. GOV.
Contractility of the Trqocardium in cardiac aneurysms.
Kar4lologiia 2 no.3s35-40 My~e 162. (Mly. 16
1i Iz laboratorli klinicheskoy fiziologil (zav, -
akademik
AN UkrSSR Ye.B.Babskiy) Instituta normallnoy i
patologicheskoy
fiz!kologii (dir. - deystvitel,nyy chlen AHN SSSR
V.V.Parin)
ANN SSSR i Instituta terapii (dir. - deystvitellpyy
cheln AMN
SSSR A.L."nikov) ANN SSSR.
(HEART-Z-ISEASES) (ANEURYSM)

KARP,',ViN, V.L.; ABRIKOSOVA, M.A.
Study of the rate of the spread of the pulse wave in
the human
aorta. Biul. eksp. biol. i med. 54 no.8:111-114 Ag 162.
(MIRA 17: 11)
1. Iz laboratorii klinicheskoy fiziologii (zav. -
akademik AN
Pki-SSR Ye.B. Babskiy) Instituta normallnoy i
patologicheskoy
fi:siologii (dir. - deysivitellnyy chlen A~T SSSR V.V.
Farin)
AWI SSSR, Moskva. Predstavlena deystvitellnym chlenom
ATI SSSR V.V.
Parinym.

ABMOSOI,"-A., M.A.; BREDIKIS, Yu.1.
Hismodynamic effect of electrical stimulation of
the heart in
pathologically low rhythms. Ter. arkh. 35
no.7t48-55 J1163
(MIRA 17:1)
1. Iz kliniki fakul'tetskoy kbirurgii imeni
S.I*Spasokukots-
kogo (dir. - akademik A.R. BaIntlev) II
Moskovskogo mpditsin-
skogo instituta Ineni N.I.Pirogovas

ABIUN, S. G.
Abrin, S. G. - "Clinical per,.-uliari ties of the stunp at tbo
nddile and lower t1drd of
the hip fm-, a prostijosic standpoint," Trudy Tsiantr. In-ta
proteziroraniya
I
i protozoutrovoidyal o'lipostulu 31 1949, P- 17)-69
SO: U-1,355, 14 August 53, (Letopis IZ'h1%rna1 Inyl:h Statey, No.
15, 1949.)

ABRIN, S. G.
27960. ABRIN, S. G. -- Anatomo-fiziologicheskiye I
klinicheskiye obosnovaniya k
postrooniyu proteza bedra v oredney i nizhney trati yego.
(Tezisy). Trudy
pervoy mauch mezhresp. konf-teii po lecheniyu invelidov
oteebeetv voyny v Bred.
Azti. I.Vshkent, 1949, S. 273-74.
SO: Le-topial Zhurnaltnykh Eltatey. VOL 37, 1949.

ABRIN. B.G.; IANHYXV, P.I.
[Prosthesis ia femoral amputations: a practical manual]
Pratezirovanie
aq?utirovannykh s kulltei; prakticheHkoe posobie.
Mosk-va, 1957.
383 r ~ (MIRA 11:4)
(ARTIFICIAL LEOS)

POPOV, B,P,, prof,j DIEM , G.Ai, inzh., rod,;
ABRIN, S,G., dotsent,
red.; KOBRINSKIT, A.Te.. aoktor tekhn.na~k,'rod.;
MCIhODATA,
TO.K., prof., red.; ROSHCHIN, G.I,., dotsent. red.;
SLAVUTSKIT,
Ts.L., kand.biolog,nauk, red.; SHENK, N.A., prof.,
red.
[What one should know about prosthesis] Chto nuzhnO
2nat' o
prote21rovanii. Moskva, X-vo sots.obespecheiiiia
RSFSR, 1959..
66 p. (MIRA 13:6)
(PROSTHESIS)

ABRITAL MARKHILYVICH, IC.;PYATKIN, I.
,
The antifoggant, affect of benzotriazole. Sov.foto 18
no.12:48
D '58. (MIRA 11-12)
(Banzotriazole) (Photographic emulsions)

AZRITALIN, V.L.
Some now motion-picture films. Tekh.kino i talev. 4
no.4:74-81 Ap
16o. (MIRA 13:9)
(Hoiton-picture photography-Films)

ABRITALINj_V.f_nauohnyy sotmdnik
"Watkins factor." So7doto 20 no-3:35-36 Mr 160.
(KM 13 :7)
1. Teesoyunyy muchno-jeeledovatsilskly
kinofotoinstitut.
(Phot ography--Deve loping and develop3ra)

ABRITALIN, V., nauchnn aotrudnik
Developer acting as a sensitizer. Sov.foto 20
no-7:25
il 160. (MIA 13--7)
1. Naucbno-iseledovateltakiy kinofotoinstitut.
(Pbotography-Develoykng and developers)

AUTHORS:
TIr"LEt
3/081V62/000/004/o63/087
B150P38
I - Markhilevich, K. I., Abritalin V.-L Pyatkin, I. I.
.t:~
II - Markhilevich, K. I., Abritalin, V. L.
i 10
Investigation of the process for treating a high-densitiyity
panchromatic aerial film. I - The operating conditions for
treating aerial film in a manual developing apparatus. Ii
Increasing the photosenElitiVity and uniformity of development
V
by cyclic development*of aerial film. III - Sensitometric I
investigation of the method of "hungry" developm3nt of aerial
films.
PERIODICALt Referativnyy zhurnal. KhJimiyaq no- 4, 19629 457,
abstract
4L429 (Tr. Vees. n.-i. kinofotoin-ta, no. 35, 1960, 110-1161
117-119; 120-125)
TEXT: The literature on the development of aerial films is reviewed
in
connection with the requirements for airial photograph
interpretation and
to establish the dependence of resoltition.on the range of
contrast. The
Card 1/?

Investigation of the proceseoso
S/061/62/000'!004/063/087
B150/Bi38
appropriate length of aerial film and the dovel4irg time are
established
for a developing apparatus with manual rewinding. A method is
suggested
for cyclic development by continuous winding of the film from one
Opool to
the other. It produces excellent reoults with regard to increasing
the
photosensitivity of the film and the uniformity of development. A
sonsito-1
metriclinvestigatlion is madep of a method of development which
increases .00i
light-sensitivity and includes repeal-,ed steeping of the film in
the developers ,v:
with subsequent holdinkng between glasses, EAbstraoter's note:
Complete:
translation.]

S/081/62/000/006/065/117
B140108
AUTHORSt I-Jarkhilevich, K. I., Arnolld, Ts. S., Abritalin, V.
L.
TITLE: Study of the treatment of highly sensitive panchromatia
aerial film. IV. The influence of hydrazine on the
developing process
PERIODICALt Referativnyv zhurnal. Khimiya, no. 6, 1962, 505,
abstract
6L450 (Tr. Vses. n-i k',no-fotoin-ta, no. 35, 1960, 126 - 136)
TEXT: The influence of various hyd,~azine derivatives added to
Metolo-
hydroquinone developer on the photographic properties of
aerial film has
been investigated. Some of these derivatives increase the
speed of
development and the Dhotosensitivitj of the layer with a
simultaneous
increase in image granularity and fog density. It is possible
to select
such oonoontrations of hydrazine derivatives that the increase
in photo-
sensitivity in not followed by an increase in fog density or
granularity.
Report 1110 see RZhKhim, 4L429. FAbstracter's notes Complete
trsnslation~j
Card 1/1

ABPITALII',, V.L..; 1-UTITIIEVICK, 11%1.
Tcstiln~~ ecrtain aj3 4ntors-lificro of
7httr.rwc!,.3 1,ri'lJot. i 'In. 6 ,.o,/.-25'-'55
so!
:11)
1-i-.~cf0tCnotitut
ali-O dcw.1op=)

ABRITALINO V.
Now methods, new possibilities; slimiltaneous developing
and
fixing of photographic materIalu. Sov.foto 21 no.7:36 J1
161.
0MU 14:7)
(Photography-Developing and developers)

31' TALIN ~ V
AF, L!
Pheii.-Idono deve'lopsi-s. Sov.foto 21
no.12-20--27 D 161.
(MIRA 14.12)
(Fhotography~-Developing and developers)