SCIENTIFIC ABSTRACT ARKHIPOV, Y.P. - ARKHIPOVA, M.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-P
- rl_
~P -,-Yu.P., starshiy prepodavatell; DIDENKO, V.Ye.,
assistent,
A~RKHI
KUTASIN, B.P., dotsent
Compounding synchronous generators with carbon pile
voltage
regulators ('RUNft) on tank vessels of the "Kazbek" type.
Biul. tekh.-ekoi,. inform. Tekh. upr. Min.mor flota. 7
no. 81
37-47 '62. (MIRk 16:5)
1. Odesskoye vyssheye inzhenernoye morskoye uchilishche.
(Tank vessels) (Electricity on ships)

ARKHIPOV, Yu.P., eta.-ahly prepodavatell
Trnnsient processes in direct-current electric propeller
drive. Sud. oil.
ust. no.2slO2-114 163. (MIRA 171l)
1. Odesskoys vyasheye inzhenernoye morskoye uchilishche.

A,IZKHIMVA, A. and KAKUSHKINA, Ye.
"Senescence in the organism and Chemical Factors of Nervous
Excitation.,M
Dokl. AN SSSR., 53, No-5., 1946

CHAUSOV, Nikita Semenovich, kand.tekhn.nauk; Prinimali
uchastiyez
GVOZDIKOV, B.F.J inih.-elektrik; KULAKOV, B.F.,
inzh.-elektrik;
SBORSHCHIKOV, S.G., inzh.-elektrik; FUKHLYANKO, A.A.,
inzh.-elektrik;
KORNEYEVA, V.P.) tekhnik-elektrik; AYNBERGI V.D.p
programmist; MELINIKOVA,
M.G., programmist; KOZLOVA, R.Ya., programmistj ARKHIPOVA,
A.A._,. programmist
VILKOV., G.N., red.izd-va; MOCHALINA, Z.S., tekhh.red.
(Using electronic computers in calculating engineering
constructions
(programming the calculation of shallow shells and beams for
the electronic
digital computer "Ural-111)] Primnenie elektronnykh
vychislitelInykh
mashin pri raschete inzhenernykh sooruzhenii
(programmirovanie rascheta
pologikh obolochek i sterzhnei dlia ETsVM "Ural-111).
Moskva, Gos.izd-vo
lit-ry po stroit., arkhit.i stroit. materialam, 1962. 135 p.
(Akademiia
stroitel'stva i arkhitektury SSSR. Institut stroitelInykh
konstruktsii.
Trudy., no.9). (MIRA 15.8)
(Electronic digital computers) (Elastic plates and shells)
(Beams and girders)

ARMIIPOVA A.A.
inzhener-khimik
S
U
bstitutes for sodium sulfide In dyeing solutions. Tekst.prom.
22 no.4t 64-65 Ap 162 (MIRA 15t6)
1. Kombinat "5-7 Oktyabrl" Vladimirskogo sovnarkhoza.
(Dyes and dyeing) (Textile rinishing)

iizDNfV, V'. It.- av,-t APxlMKjVjiJ, A. G.
Ile Water f;!inperature Fluctim',ions, an:1 Balance
varlal"Ill'.
Ily
report tc) be subtaitted for the Intl,/Gollg. New York City,
?l 1-1 195~-
(Ilat. Oceanographic Irist. , ijoscow)

DODIN, D.A.; GOLUBKOVi V.S.L_kM I
~ 1POVAj,,.A-...; A-fiASOV, A.I.
DiviLsion of the trap formation In the northwestern
margin of the
Siberian Platform in medluyn-scale geological mappin
Inform.
sbar. N11GA tio..30:8-11 162. %RA 171l)

AR11111PLVA, A.T.; NACIIINKIN, N.O.,
I, , ,
NizhnufokInsk differentiated Intrision in th-.9 western
nargln of
the Norillok Plateau. Uchs zap. NlIGA Rg,~301. no-301-61
'64,
(MIRA 18slO)

ACC NRs Al"(002668 souRcE com --tuf/olog/67/012/601/0098/0105--,
AUTHOR: Azjqj~payjL A. ti. j.-TK achuk, P. M. ; Fedorus , 0 - A.
ORG: Institute of Semiconductors, AN UkrSSR (Institut
polupsovodnikov AN UkrSSR)
TITLE: Threshold characteristics of CdS photoresistors
SOURM Radiotekhnika i elektronika, Y. 12, no. 1, 1967, 98-105
TOPIC TAGS:
ABSTRACT:
photoresistor, photosensitivity
C, azL~
The voltage and photosensitivity of CdS photoresistors was
experimentally
studied to establish the application of the photoresistors in
recording
weak alternating light signals. The 4 x 1-mm film specimens were
pre-
pared from US single crystals (50-100 p thick) obtained by vapor-
phase synthesis of Cd and S on a glass substrate. The noiseless.con-
tacts were made by vacuum deposition of indium on the ends of the
speci-
mens (the photosensitive area is 1 mm2)." The experiment shows that
both
high- and low-resistance photoresis~ors have a minimum sensitivtty
threshold [(3-6) x 10-10 Im cps -1/2 (1.5-3) x 10-11 w cps -1/2) at
1-10 lux illumination for a light source with a color temperature
corresponding to 2854K. The sensitivity threshold for light pulses
in
the spectral range of CdS maximum sensitivity (A - 0.51 V) in
X 10-13 W cps -1/2 at 10 lux white light illumination. The voltage
L~q!d _,Ja_ uDc: 621.383.4

ACC NR, AP7002668
sensitivity of US photoresiators is 2-10 v/xm at 1 ir conatant'
voltage. OrIg. art. has: 6 figures, 1 table, and 3 formulas.
SUB CODE: 09, 20/ SUBM DATE: 13-Tul65/ OFdG'REF: 010/ OTH REF: 001/
ATD PRESS: 5112
Lqard 2/2

" i/~
r7 rf
BDS
ACCEOSION NR: AP300YAO 0/0165/63/008/00510598/0599
AVMOR: A# No)' Mop -Go -44 -PUrsenkop V4 ------T
!!Ikhy" Pedo
_10vastigation-of the`* .0 d
SOLMCE: Ukraylnslkyy flzyc~~*hurw.a,,,Vo 8,* no - 5 91963, 596-599
TOPIC TAGSt,'cadmium-sulflde crystal# phenomenologic&L quantum yield,
cadmium
sulfide-photorealator
ABSTRACT: The relation-between-phenomenologicaI quantum y1bld (PQY) and
the
intensity of constant bias 1 -lghting in a wide range of' specimen
illuminations by
short light pulses has been experimentally investigatod by measuring
the photo I
response. The experiments show that the PQY for specimens with low dark
con-
ductivity (10-10 mbo) increases with bias lighting, rises to 'a
maximwa, ana
then decreases at comparatively high bias lighting. 7he PQY for a
specimen -.4th
a 10-7 to 10"6 who* dark conductivity decreases monotonically with an
increezei
in bioz lighting, Thf..PQY for the zajority of specimens varied within
0.01 to
0.02 electron/quentum. The authors conclude that the sensitivity
threshold of
CdS photoresistors can be increased either by adding certalu impurities
to the
1/2
Card

L 10788-63
-A=SION M: APYW240
CdS single crystal or by treata*At-of the photosensiti eurface of
Te the Ma~ala
authors express their thanks to Academigan Ve Be Laaharlov for his
valuable
suggestions and interest In the work." Orig. art, hes.1 1 figure and
I formula.
ASSOCLATION: Insty*tut na;pivprQVIdny*kiY AN WBR m. lr-yiv (Institute
of S=i-
conductors" AN MR),

ARKHIPOVA, A.P., kandidat takhnicheakikh nauk.
Constructing asphalt-concrete road surfaces at lowered air
temperatures. Avt.dor, 20 no.9(179):14 5 157. (MIRA 10!10)
(Roads, Concrete) (Asphalt)

NIKISHINA, M.P.; MOMNEV. L.Ya.; NRODINA, L.A.;
ARIallPOVA, A.P.; BEGUMU,
N. 1.
Bituminous and tar emulsions used in road construction.
Avt.dor.
21 no.11.025-27 N '58. (MIRA 11:12)
(Road materilas)

EVENTOV, I.H.: ARKITIPOVA. A.P.: WAROV, V.V.
Use of machinery in preparing black top nixtures
troated with
emulsions. Avt.dor. 22 no.7:12-11 JI 159. (MIRA
'12:9)
(BituminouR raterials)

IRRMNIV, Leonid Yakovlevich; ARMIM
~ TA,_ Aleksandrs Ravlovi!~-, YAKOYMA,
A.I., red.; GALUTICNOTA, TO.N., tekhn.red,;
NIXOLAYJWA, LoNef
tekhn.red.
LUsing reverse emulsions in constructing and
repairing roads]
Primenenle obratnykh emullaii v stroitel'stve i
remonts dorog.
Moskva, Nouchno-takhn.izd-vo X-va avtonobiltnogo
transp. I
shossainykh dorog RSFSR, 1960. 26 PO WRA 14a)
(Roads--Kaintenance and repair) (Bituminous
materials)

ARKECPOVA,, A.P.; IGONIKINA, G.S.; SERGITWO, V.A.
Road emulsiono under arctic-region conditiono.
Avt*dor. 25
no.lltlO-12 N 162. (HMA 15t12)
(Road materials)

NIKISHINA, Mariya Filippovna; EVENTOV, losif
Markovich, ARIMPOVA,
,kg~ Pavlovna; BEGM;KOVA, Ninell
Ivanovna;-BORODINA,
Al~k
A_
I,yubov' Aleii -yiii~a; IGONIKINA, Galina
Sorgoyevna;
NAZAROV, Vladimir Vladimirovich; ALEKSEYEV, A.P.,
red.
Emulsions used in road construction) Dorozhnye
emullsii.
W] M.F.Nikishina i dr. Moskvaq Transport, 1964.
171 p.
I
(MIRAL 17:12)

MR

AFAhAStYlVA, L.Vq AhKlil,14)VA, k.S.,
red.
[IndustrAn-1 dust and Its liygjEpiii--
naia pylt i Oe ZnB,-ntJTAO. MoAvat 71-~-,,ntr.
in-t usoverohansl-jovanila vrachell, h)b.3. 2,1 p.
0,11.1-il, a*,?.Blj

MSR/Pharmacology Toxicology, Anti-inflammatory Agents.
u-6
Abs Jour : Ref Zhur - Biol.p No 3Y 1958) 13029
Author : Priselkov, M.M., Pushkar', E.G., Arkbipova)
A.V.)
Kocherova, A.N.
Inst : -
Title : Decomposition of Pyramidon and Some Other Drugs
by
Microorganisms.
Orig Pub : Aptech. delo, 1956, No 3, 38-43.
Abstract : It was demonstrated by growing E. coli,
Proteus and
Staphylococci on meat-peptone media containing 0.5-1%
pyramidon, antipytine or caffeine that multiplication
of the organisms was retarded, especiaUy in the pre-
sence of pyramidon, and that their sugar fermenting
and proteolytic activity was supressed. It was found
that microbes destroyed pyramidon and antipytine mole-
cules by the utilization of carbon and nitrogen.
Card 1/2

.. USqR/Pharnacology - Toxicology, Anti-inflammatory
Agents. u-6
Abs Jour : Ref Zhur - Biol-i No 3, 1958, 13029
Proteus destroyed over one-half of the pyramidon present
in the medium in concentrations up to 0.5%.
Card 2/2

ARKHIPOVA, A.V.; SHNOV, Petr Leonidovich, red.
(Practical manual on pharmaceutical chemistry]
Praktichaskoe
rukovodstvo po farmatsevtichaskoi khimii. Moskva,
Hedgiz, 1959.
343 P. (MIRA 13:8)
(CMISTRY, MEDICAL AND PHARKAGMICAL)

L

MAKSWEREVA, Z.T.- DARAYEV, A..~, FLL2WI&N, M.Y,,; BRINZA,
DEGUAREA0, Ya.A.; KAGIBIN, V.S.
Exclizinge of exparj-liv.,e. Zav.lab. 28 no.4-42&,4-)7 162.
OMIRA 15.5)
1. Tashkentskly gosadurstvonnyy univeraitef. imeni Lenina
(for lktkqimych~%,Ts,. Ikibftyev) ~. Dnepropetrovskil,-
goaudarstvennyy-
universitet (for ~elldmany'&Yma)
,. 3. L3vovskiy politoklmiala.-
eakiy iwtitut (for Degtya-raiiko). 4. IrLqtitut metallurgii
inom Baykova (for Vagibin., ArkUpoj~O.
(Metals.-Analpis)

T.
S/~oq/62/0O0/0IjL/O18/O3Lq
8071/8331
'AUTHORS i Nagibin j V*S* and ArIthipoval A*Ve
Pf ITLEt Determination of tin and titanium inbinary alloys
SOURCE1. Akademiya nauk SSSR* Institut metaillurgii. Trudy#. i
no6 lie Moscow, 1962# Metallurgi)'Pao metallovedeniye,!
fisiko-Uhimi,cheshlye metody issledovaniya. 224 - 226
TEXTt The-method of determining tin And titanium in industrial
binar~r alloys was chocked% Tin is determined iodometrically.
in the presence of titanium; titanium-in determined by proc'.6_
ipitation -with cupferron after the'separation of tin.(by
precipitation with hydrogen sulphide in the presence of citric acid.
The tin determination was carried out both in the presence of
..vanadium and after.sepuration 'from vanadium. Xt was found that the:
Industrial method of detemininS tin in the presence or vanadium
was satisfactory. 'The analytical procedure In described in some
detail* There are 2 tabl*B'o
Car

ACC NR: AP6028193 (A) ddW~C_E'
d-6i~r,--bi~/6-0-3;~/66/oll,?/006/071'9/0720~I
AUTHORS: Arkhipova, A. V.; Kudellkin, V. P.; Lyubinskaya, M. Ya.;
ILIenin, Ye. N.;
Popova, L.
ORG-- "Elektrostall" Factory (Zavod "Elektrostall")
TITM: Determination of decarburization 'in bright-drawn high-speed
steol by the
thermoelectric potential method
,'..."SOMM Zavodskaya laboratoriya, v. 32, no. 6, 1966, 719-720
TAGS; thermoolectric sensor, decarburization, high speed steel,
carbon steel/,
'~'~,`Rq tool stool, RIB tool steel
_..._-~6STRAL A method for determining decarburization In
bright-drawn high
speed steel is briefly described. The method is based on measuring
the thermoelectrio
.potential between the metal surface and a copper'electrode
clamped to the surfacel and
by comparing this potential with the potential obtained between
couples of known
composition. aperiments were performed on steels R9, R18, and
others (not listed in
report) using a copper electrode at 160--170C (some results are
tabulated). The
aecarburization criterion is specified by GOST 5952-63 as 7
(unspecified scale) indicated decaxburization in 72--100% of the
specimens (checked byl
chemical analysis). It was concluded that this method is
sufficiently sensitive to
carbon content in the surface layer to be of practical importance.
Orig. art. has: 1
figure and 1 table.
SUB CODE:1113/ SUBM DATE3 none/ ORIIG REP: 002
I Card 1/1 UDC: 620.183

AUTHORSs
Frisman, B,Y.l Arkhipova, E.N.
TITLEs
The Sign of the Double
Diffraction of Rays in a Flow as Depen-

dent on the Conomtration of
the Solution of a Polymer

(Zavialmoot' znaka dvoynogo
lucheprelomleniya v potoke ot kon-

tsentrataii rastvors polimera)
PERIODICALt
Doklady Akademii Naui SSSR, 1957, Vol- 115, Nr 3, PP- 491
- 493

(USSR)
ABSTRACTs
The double refraction of rays in the flow of
polymer solutions

is determined by the difference of the main
polarizabilities

of the macromolecule in the solution. The
macromolecule in the

solution may be considered an ellipsoidal
particle which is sa-

turated with the solvent. The refraction index
of' the solvent is

here different from the refraction index of the
polymer. At first

an already earlier found formula for these
difference of the

polarizabilities is given* The anisotropy proper of
the molecule

can be poative or negative according to its form, but the
aniso-

tropy of the form is always positive. In a macromolecule with

negative anisotropy the sign of the resulting difference of the
Card
1/3
polarizability is dependent on the share of the individual terms

20r~719/59
The Sign of the Double Diffraction of Rays in a Flow as
Dependent on the Con-
centration of the Solution of a Polymer
of the above-mentioned formula, In the case of a laminar flow
in the solution the share of the individual term is in
different
dependence on the hydrodynamic force applied to the maoromole-
cule and therefore also on the velocity gradient g. In the case
of g-* 0 and an alteration of the moleoular'weight a change of
the optical anisotropy can be expected in one and the same sol-
vents This phenomenon was already earlier discovered during the
inventigat on of the solution of two fractions 01 - 3.105 and
X - 100.*) of polystyrene in dioxane. The solutions of the
low-molecular fraction have a negative double refraction in a
wide domain of concentrations and velocity gradients. The so-
lutiona of the high-molecular fraotlon had a positive duuble
refraction, but only at small velocity gradients g. With in-
creasing g the positive refraction of rays becomes smaller,
then
it passes through zero and thereafter becomes strongly
negative.
A diagram illuatiates the dependence of the amount A n of the
double refraction on the velocity gradient g for solutions with
various concentration. According to the authors the double re-
fraction in the case of sufficiently high concentrations must
only be due to the anisotropy proper. There are 2 figures and
Card 2/3 15 references, 7 of which are Slavic.

20-3-19/59
The Sign of the Double Diffraction of Rays in a Flow as
Dependent on the Con-
centration of the Solution of a Polymer
ASSOCIATIONt Leningrad State University imeni A.A. Zhdanov
(Laningradakiy gosudaretvennyy universitet imeni A.A. Zhdanova)
PRESENTEDt March 16, 1957, by A.A. Lebedev, Academician
SUBMITTEDt March 12, 1957
AVAILABLEs Library of Congress
Card 3/3

FRUMN, NoV#; AIUM&OVA, N.M.
1, ~ - I - ~. ~. .- - -. ~
Determining the optical anisotropy of nacromolecules
in a system
as It Is affected by shmpse Part le Zhurstakhefis.
29 no62:
198-206 7 '59a (MMk 12:4)
L Laningradakiy osudarstvannyy universitat im.
A.A,Zhdanova.
fStyrene-Optical properties)

12UMRUDOVA~ T.V.1 DERVENCHUK, L.N.) APKRIPOVA, F.I.j
JIIOqyGlNA, U.N.
Modifination of lignin for the purpose of obtaiLing a weei-
soluble dtoritratIve. Zhur.prlkl.khlr.. 38
no.11--2614-2616 N
165, WIRA 2-At12)
1, Submitted March 12,, A65.
.1 .\
I

ARMIPOVA, G.
Influence of the time factor on the rate of
production. Vop.
ekon. no.3:90-97 Mr '62. (MIRI 150)
(Economics, Mathematical)

MFSHALKIN, U.N.; SERGI 1MVSK11Y, V~S.;_A~PlFOVA G F OKUTUTA,
G.N.; SAVINSKIY,
G.A.; VLASOV, Yu.A.; 'PIDENKO, V.I.
Theoretical possibility of preserving tho basic function of
the lung
following surgical resection of all its neural connections (in
auto.-
transplantation) under experimntal conditions. Eksper. kh1r. i
anast.
9 no.2-.34,42 Mr,-AP 161+, (MIRA 33,11)
1. Institut eksperimentallnoy biologii i meditsiny (nauchnyy
rukovo-
d-4tell - Prof. Ye.N,, Meshalkilip ispolnYlayushchiy
obyazannosti direktorl
dotsent Yu.1. Berodin) Ministerstva zdravockhraneniya RSFSR,
Novosibirbk.

!I)T~~qVA I.Ye., doktor khim.nauk; MISHCHENKO, K.P.,
inzh.; FLIS,
tor khim.nauk
Thermochemical study of the reduction of potassium
chlorate by
sulfite in an acid meditm. Trudy LTITSBP no.lltl24-127
162.
Spectrophotometrie analysis of acid sulfite solutions.
128-133
I . ~ I P (MIRA 16tio)

MAMOVA, G.A.; ARKRIPOVA, G.R.; RLMIROVA, A.A.
Prevention of hypogalactia wider conditions of a
pediatfte
health center, Kaz,med.zhur. m.1:78-80 JA-F163.
(MULL .16:8)
1. Kafedra propedevtiki detakich bolemey (zav.
prof. G.A.
Makarova) Kazanskogo medWinskogo instituta na
baze 4~y
ob"yedinennoy defskoy b9itnitsy (glavnyy vrach -
R.Kh.
Savenkova), Kazan',
(LACTATION) (BRMT FMIM)

SERGEYEV, Ye.N.; ARKHIPOVA, G.F.; DIDENKO, V.I. (Novosibirsk)
Hypoxic method of cardioplegia in experimental extracorporeal
blood circulation. Vrach. delo no.12:7-11 D 163.
(MIRA 17t2)
1. Institut eksperimentallnoy biologii, i meditsiny Sibirskogo
otdoleniya AN SSSR.

A:~:T',ICVA, 6.i'.; FLI,,, l.Y(!.-, K.11.
-1
Pot~~-,ntiomctri: determination of the IIS03;:tS(),3-
+'0 eqWlibrlxuu
within 10-500 temperature rnngo. Zhur. prAl. khim. 3",
no.10:
2306-2309 0 t64. 17:11)

FLIS, I.e.; ARKIIIPOVA. GP, MISHCHENKO, K.P.
0
Equi2ibria in aqueous solutions of sulfites at
temperatures of 10 -35.
Zhur. prikl. khim. 38 no.7vI494-1500 J1 165. (MIRA 180)

AUT11ORSs Hzhanov, A. V., Arkhipoya, I. A,, 57-20-5-23/36
Bidulya, V. X- -------------- --
TITLE%
On the Applicability of the Method of Velocity Measurement
of

Surface Recombination by Ideans of the Change of Semiconductor

Resistance in a Magnetic Field (0 primenimosti metoda izmereniya

skorosti poverkhnostnoy rekombinatsil izmeneniyu soprotiv-
o

leniya poluprovDdnika v magnitnom pole5
PERIODICAW
Zhurnal
Takhnicheakoy Piziki, 19509 Vol. 2B, Nr 5,

PP- 1051-1052 (USSR)
ABSTRACTs
In the paper by Zhuze, Pikus and Sorokin (Ref 1) a new
method

of measuring the surface recombination velocity a by means
of

the modification of the resistunoe of a thin semiconductor sam-

ple in a magnetic field was proposed. The author of this letter

to
the editor employed the described method in the investigation

of
the modification s according to the change of the electric

surface
potential. The measurements were conducted with two dei;

vices. One
served for the measurement of the constant component

F., one of the
sample surf aoerb6ing subjected to the action of

& conatant
transverse field or of various gas media. On the
Card 1/2
other
device the voltage of the doubled frequency E2,, was mest-

On the Applicability of the Method of Velocity Ideasvrement
57-20-5-23/36
of Surface Recombination by Means of the Change of
Semiconductor Resistance
in a Magnetic Field
sured, one of the surface media being subjected to the action
of a siriuioidal transverse field with low frequency. The ob-
tained results show, that the method of measuring the surface
recombination velocity by means of the modification of the con-
ductivity of the samples in a magnetic field yields correct va-
lues of,6 a at a modification of the concentration of the re-
combination centers which was also proved by grinding
expekiments.
If a changes becrause of the modification oi the electrostatic
surface potential, this method, however, gives too low values.
This can be seen from a direct comparison of this method with
the bridge method of measuring the effective life. The authors
thank Yu.F. Novatotakiy-Vlasov for his help. There are 1 figure
and 5 refarenceso 4 of which are Soviet.
ASSOCIATIONa Fizicheskiy institut im. P.N. Lebedeva AIN 33SH,
Moskva (Moscow
Physics Institute imeni P.N. Lebedev
.,AS USSR)
SUBMITTEDt December 28, 1957
Q&rd 2/2 1. Semicondu6tors--Surface properties

..25682

s4lal/61/003/007/QO4/023

t770a B102/B202
.2

16

AUTHORS: Rzhanov, A. V.:and Arkhipoval 1. A.

TITLE,: Surface
recombination it germanium with raised injection

levels

PERIODICAM Fizika
tverdogo tela, V. 3, no. 7, 1561, 1954 1959

J
TEXT: The authors report-on measurements of the surface recombination

rate as a function of the surface potential for different injection
level&~,
'

with the theory. This problem is of interest
They also give a c6mparison

numbdr of semiconductor device's-operate at
increased
since today a lar
e

injection levels ere the concentration of the non-equilibrium carriers
h
g

equals or exceeds that'of the equilibrium carriers) and because it
has. J %V~,f

hitherto not beezi studied experimentally. In the
laboratory of the
'
#

devised for the combined study of steady photo-,
authors a method was

conductivity and field effect, ahich can be
employed for different-

injection levels. It is based on the follovzing
principle: A.rectangular

germanium plate is covered by 2 mica foils and
fixed between two glass*.

plates to the inner surfaces of which'the
transparent tin oxide electrodes

Card 1/5

116

181/
S/ 61/003/007/004/023

Surfaco recombination ... B102/B202

are fitted. A
sinueoidal transverse voltage'is applied to this two-sided

capacitor
which simultaneously is exposed through the electrodes to

square light
pulses of equal intenqity but different repetition frequency.

-Under
these conditioi,s, three curves can simultaneously be observe4,on,

the
oscilloscope scrooni The curve of the conductivity variation in the

dark, and the conductivitr curves for onez dnd two-sided exposure
(with

double total intensity). The surface dark potential can be
determined

from the former, the steady photoconductivity is determined
from.the

f
ordinate dif erence between first and second curve" From this
difference,

the effective lifeti~me-and surface recombination r;te are
determined if

the calibration coefficient (which is determined fiom
the eecoAd
and third
'
,
urves) is known. The theoretical considerations are based on the
foemula

lor the
surface recombination rate

,

"1) 1-44
NI (I -f- 1

.

1. 1q'I 4- C~ a Ch
Ch (Y. -
M kT

.

Card 2/ 5

.~Fmi

1

3 181/61/003/007/004/023
0
*
.
Surface recombination', B102/B202

where Y is the surface potential in 6
recombination via centers of

and o(. are the
concentration N with energy levels E a E Ei~ a
t t t n
hole.
p

and electron trapping.constants, n and posare the balanced
volume
0

6 . Ln _ 1~2
concentrations of electrons and holes is the injeation

level
ni ni

; q%/kT In With increasing the position
and X. p /n n,/n
1 2

.
0

qfo
of the maximum of the curve 3 W is shifted f6m Y1 + In

,%(for*'
kT

small to Y
qjo/kT for large.g. If (1) is wriiten in the f 6rim

$0

9;

qCO IWCO
Ch Y, In X

Card 3/5

25682
~
~

023~
/004/
s/1e1/61/oO3/007/004 023
X3/007

~~
Surface recombination
B102/B2Q2

'where S is the. surface recombination rate for small 4t
the variation of

0
thq maximum surface recombination rate with the injpotion level
'booomes

manifesto.
(4) shows that also at relatively small 6, the maximu orface
1

reoombin tion te'decreaseb with the injection level if
(X+7-,
2

>1 +,ch( an"d i~oreases with the-inveroe'ib'bquality sign. With
kT

Ft _ q~o
large. 4 S - decrease's-with increasing 4, if ' (7~+?C')> and

max 2
01
S _4&n . ,
thor'in
3
ith
f
f 6
h
th
l
'I

cre,ase o
w
a
ur
e va
e9
approac
ue
,
+ %,to
t c4

-n
p

In the following, these results are applied to practical cases.
A-6ompArli=

of the theoretical results with the experimental ones
for the two ext;rem*

values 0.1 and 4.3 showed good agreement. The
authors thank

A. L. Vollsk, Member of Warsaw University,'for
assis-tanoe and advice.

There are 2 figures and 8 referencest 6
Soviet-bloc and'2 n6n-Bovist-bloc.

The references to the
English-language publications read as follows,

R. H. Kingston.
Semic ,onduotor Surface Phypics, P.*85, 19571 Go Dousmanis.

J.
A~ppl. Phys. 30, 29 180-1 1959.

Card 4/5

7, ''i

25682
3/181/61/003/007/004/023
Surface recombination B102/B202
ASSOCIATIONs Fizicheskiy inatitut im. P. No Lebedeva AN
SSSR Moskva
- (Institute of Phyeios imeni P, No Lebedev AS USSR9
Mosoow)
SUBMITTEDt January:149 1961
Card 5/5

37938
S/181/62/004/005/029/055
B108/B112
,,UT'LICHS: Rzhanov, A. V., and Arkhipova, I. A.
TITLE. Surface recombination on germanium with a large quantity
of
water adsorbed
PZKODICALi Fizika tvordogo tola, v. 4, no. 5, 1962, 1274 - 1278
V7,;-',7': The chances in the character of the recombination
curves during
aradual drying of p-type germanium wore examined. Conclusionst
Virtually
no quantitative relationship exists between the changes in the
maximum
surface recombination rato.of germanium with adsorbed water and
the Slope
of the capture curves. Recombination is accomplished at
discrete levels
as well as on continuous energy levels in the surface forbidden
band. As
a first approximation it is assumed that the effective c-apture
cross
sections of the discrete and continuous levels are determined
only by the
donor or acceptor character of the respective centers and that
they are
independent of the energy position of the level. An
approximately linear
increase of the recombination rate on the side of positive
surface
notentials was observed on the p-type specimens (resistivity
~,20 ohm.cm).
Gard 1/2

3/181/62/004/005/029/055
Sur.,"ace recombination on ... B108/B112 -
detailed description of the experiments will follow later.
There are
figures.
ASSOCIATIONs Fizichoskiy institut im. P. N. Lebedeva (Physics
Instituto
imeni P. N. Lebedev) 11-08cow
SUBLITTED: January 21 1962
Card 2/2

ARKHIPOVA, I.A.; RAFIKOVY S.R.; SUVOROV, B.V.
Fr'oduction of nicotinic and Isonicotinic acids and their
aMides
by the hydrolysis of nitriles. zhur.prw.khim. 35 no.2:389-
393 F 162. (MIRA 15:2)
1. Institut khiTnicheakikh nauk AN KazSSR.
(Nicotinic acid) (Isonicotinic acid) (Nitriles)

8/079/63/033/002/007/009
D204/D307
AUTHORS3 Me
Arkhipoval IoA*j'R4%fikoYp S.Rs and Suvorovp
TITLEs Hydrolysis of,terephthalodinitr:Lle with aqueous
ammonia under pressure
FERIODICAM Zhurnal obehohey khimii, v,, 33,,no. 2, 1963V
637 641
TEXTs The above reaction was studied to determine the
possibility of selectivel preparing the desired intermediate products.
Terephthalodinitrile '(TDN 0 prepared by the oxidative ammonolysis of
p-xylene of ?b vanadate, was rsaoted with aqueous ammonia (taken,in
Various TM ammonistwater molar ratios, n) at 200-30000, in a stain-'
less steel autoolaveounder pressures from 5 to 40a.tm.v over 3 hours.
For n - lsl4s2109.the yields of the diammonium salt of terephthalio.--
0 efts om 30 % -at 100 % at 30000y vhilst
acid (1) in r ed fk* 20000 to
the yields of NH4COOC6H4CONH2 (11) fi~ll from ^J50 % at 2000C to rV10 %
at 25000. At 2000C# with TDNtH20 13210, increaelLng the molar ratio ~,j
of NH3sTD)i to 36 favored the formation of I and LE, whilet 30-40 of
Card.1/2

- ----- -------- -----
S/079/63/033/002/007/009
Hydrolysis of -tirephthalodinitrile' D2o4/b3O7
:.Oaoh-:Or--)IH coo 0--and -NH C00644CONH2 - Was formed-tt 21H sTDW
1-2
2 04. .2 3 4.
A small'amount of ammonium p-oyanobenzoate-vas also formed with low
concentrations of -NR--- At 0
--2,50001 noreseed concentrationa of wat r.
promoted the rate of reaction and favored the formation of the final J
products of hydrolysin.,During the fomation of CONH2 from -
CNO
-the ammonia, behaved-only as a catalyati.in the conversion of - CONHo
to CGONH however odaasiderably higher- - conc entrati one - of NH3 -
were
4-1
There are T figures.
A560CIATIONs Institut khimioheskikh-nauk-Jkademii
nauk
~R___,(Inetitute of Chemical
Xazakhe oy 8
Sciences of the Academy of Soienceo of the
Kazakh SSR)
SUBMITTED# mairch 140 1962
Card 2/2

EVIKOV, S.F.; ~AKHI~OVA,
r, tull 1.
.v Ir thermal dqmc- '-(, ".-'-noti-.1
cl,~*ucnoniiim stiltz and
I
nold imldes. ~hu!. ob. 011%.. :4 D '64
(mirl.4 )STI)
1. Instit.ut kliimi~+eokAl~ --Illk "iN F:1-n-Mr:
coy

ARKH
V the
ni:ioiijjA,c and aill-J~: !ield&.
N 164 110-I'' 2-4~,8-24713
(MiR--. 18:1.)

;ACCESSION NRI
AP4043709 6/0190164/006/008/1496/1497
.AUTHORS Koton, Ho M#; Kieeleva, T. Hol Arkhipovat 1. L,
.TITLEi Synthesis of metal-containing' polymer* by reaction in a
ipoly(mothacrylic acid) chain
iSOURCEi Vy*aokomolekulyarny*ye soyedineniya, v. 6. no. 8, 1964,
1496-
1497
:TOPIC TAGS: metal containing polymer, metal containing polymer
syn-
ithesis, poly(tri-n-butyltin methaerylate), poly(triphenyltin
methac-
i
!rylate), poly(diphenylantimony metbacrylate), poly(triphenyllead
~methacrylate),- poly (phanyime rcury methacrylate), thermostable
Polymer
'ABSTRACTS Thermally stable organometallic copolymers which are
soluble in organic solvents were synthesized by reacting
poly(metha-
,crylic acid) with alkyl- or aryl-metal hydroxf.dev. The
copolymer.
wcre syntheaLzed in alcoholsolulti.nn.-at 70C as. followst
Clio
+
Card /,,3

ACCESSIOH NRt AP4043789
where N is Sn, Pb, Hg, or Sb,and R to C HS or C4119. The
synthesized
:copolymers were poly(tri-n-butyltin'matgacrylate), which is
soluble
!in benzene,. toluene 9 dimethylformamide; poly (tri phenyl tin
me, thacry late) i
which is pa-,rtially soluble in dimethy4formamlde;
poly(triphenyllead .4
methacrylate)t which is insoluble in organic solvents;
poly(diphenyl-
antimony me'thacrylate), which is soluble-in dimethylformamihe; and
poly(phenyl,mercury methacrylate), which.is soluble in
dimethylforma-
mide. Depo'nding on the viscosity of poly(methncrylic acid),
various
copolymers of tri-n-butyltin methacrylate, ranging from
*rubber-like-
to solid-type,were obtained. The structure of the synthesized
copolymers was proven by the hydrolysis of poly(triphenyltin meth-
acrylate), which yielded pure triphenyltin hydroxide. It is noted
that the thermal stability of the copolymers is not lcwer:,than
that
l
of homopolymers of the respective orgAnometallic monomeras
Orige.arto
has$ I formula.
ASSOCIATION: Institut vy*sok6molakulyarny*kh soyedineniy AN SSSR.:
(Institute of Nacromolecular Compoundsp. AN SSSR)
Card 2/3

SUDAKOV, V.A.; A IPOVA. X.M.
Iffect of electrio so railroads on overhead telecommunication
lineg.
Sbor. nauch. rab. po prov. sviazi no,6tll2-123 157, (NIU 11Z5)
Weatrio railroads) (Telecommunication)

AFXHIPOVA, K.K.
11 ~
'0001,10'amr
,."a
Nxternal and mutual resistances of a coaxial line
shielded by a
spiral screen. Sbor, much. rab. po pray. Wasi
no.6:124-139 157,
(Coaxial cables) (NEU 110)

6(0) PHASE I BOOK EXPLOITATION SOV/2792
Akademiya nauk SSSR. Laboratoriya sistem peredachi informatsii
Froblemy peredachi informatsii, vyp. 2 (Problems of
Information
..Transfer, Nro 2) Moscow, Izd-vo AN SSSR, 1959, 99 p. Errata
slip Enserted. 2,000 copies printed,
Ed. of Publishing Houset Ye.K. Vinnichenko; Tech. Mot Yus
Rylinaj Editorial Boardt P.A, Kharkevich (Reap. Ed.). V.N.
Kuznetsov, I.A. Ovseyeviah, V.N. Roginskiy, and V.0,
S.olombnov.
I
PURPOSE: This collection of articles may be useful to
engineers
engaged in the design of wire communication systems.
COVMUGE: The authors discuss A%0-he theory of transmission of
infor-
mation and describe methods used in transmission. They
oonsider
attenuation of a two-wire line and cable impedance and discuss
problems of coding, decoding and predicting communication sig-
nals. They also consider statistical analysis of information
and discuss systems used. No personalities are mentioned.
Card 1/6

Problems of (Cont.)
References appear at the end of each article.
TABLE OF CONTENTS:
Foreword
3
Kuznetsov, V.N. Electromagnetic Field of a Contact Wire of
Elect-
rified Railroads Operating on A-e 5
The author determines the Olectromagnetic field around a wire
located at a given height over the flat surface of the ground
with a finite conductivity when alternating durrent passes
through the wire. There are 7 references; 3 Soviet (including
1 translation), 3 English and I German.
Kuleshov, V.N. Additional Resistance of Cable Lines Due to
Losses
in Adjacent Strands 26
The author presents a methqd of calculating additional resis-
tance of multiplexing cables due to losses in adjacent
strands.
There are 3 references: 2 Soviet and I English.
SOV/2792
Card 2/6

Problems of (Cont.)
SOV/2792
Ar A,-K.M. and V.A. Sudakove Determination of Attenuation
and a Propagation Constant of a Two-wire- Line., Taking Into
Aooount Rtnite Ground Conduotivity 33
The authors present a method of calculating propagation cons-
tant from a transcedental equation obtained from field equa-
tions for air and ground, They also present nuAerical exam-
ples in which simplifications for actual frequency ranges and
ground conductivity were made. There are 3 referencest 2
Soviet and 1 English,
Sinay, Ya.G. The Least Error and the Beat Method of
Transmitting
Stationary Information With Linear Coding and Decoding for
the
Case of Gaussian Communication Channels 1 40
The author derives a functional expressing the mean-square
error of transmission and obtains the beat method of
transmit-
ting information, with linear coding and decoding, by
Gaussian
communication channels. There are' 3 references, all Soviet
(including 1 translation).
Card 3/6

Problems of (Cont.)
SOV/2792
Kazaryanj R,A, Some Problem of Predication of Communication
Signals 49
The author discusses problems of constructing circuits for
signal prediction and analyses their operation under near-
actual operating conditions. He also presents an example of
extrapolating a speech signal. There are 11 references: 6
Soviet (including 1 translation) and 5 English,
Meahkovskiy, K,A, Some Problems of the Theory of Coding 57
The author discusses the principle of constructing,
analyzing
and comparing of codes. There are 5 references: 3 Soviet and
2 English.
Garmash, V.Ae Methods of Using Punched-card Computing
Machines
for Statistical Information Analysis 65
The author shows the advantage of punched-eard computing ma-
ohines over other types of computers for statistical
analysis
of information. He also discusses methods of using these ma-
chines* There are 3 references, all,Soviet,
Card 4/6

Problems of (Cont.)
SOV/2792
Lebedev, D.S. Device for Printing Images on Punched Tape 73
The author describes a device for printing images on punched
tape. The device is used in the study of statistics of tele-
vision information. It converts a continuous signal obtained
in scanning a motion picture into a sequence of binary num-
bers. There are 2 references, both Soviet.
Lebedev, D.S., and V.A* Garmash* Statistical Analysis of
Three-
letter Combinations of a Russian text 78
The authors present methods and results of a study of fre-
quency of three-letter combinations of a Russian text and de-
termine the rate of transmission of telegraph information.
There are 3 references: 1 Soviet and 2 English,
Solomonov, V.G. Errors in the Synthesis of Characteristics 81
The author presents a theoretical proof of the possibility
of synthesizing characteristics and analyzes the error of
synthesis by means of a delay-line system. There are 5
Card 5/6

Problems of (Cont.) SOV/2792
reeerencesi 4 Soviet and I German.
Tsemell, G,I. Some Problems in theOperation of a Time Equalizer
92
The author derives an expression for determining delay time of
a time equalizer from the pulse characteristic of a ootaMnioa-
tion channel and describes the nature of equalizer distortions&
He also discusses deviations of the attenuation characteristic
of an equalizer operating in a linear speotrum. There are 9
references: 3 Soviet and 6 English.
AVAILABLE: Library of Congress
Card 6/6
JP/jb
12-1-59

,6,-ARXHIPOVA X.14 ; SUDAKOV, V.A.
Determination of the phase coefficient and of fading in
a double
line in view of terminal ground conductivity.
Probl,pered. inform*
no.2:33-39 159. 040A 12:11)
(Electric lines) (Field theoz7)

1 69810
q-1300 s/O24/6O/ooo/oi/oj8/o28
AUTHORS: Arkhipova, K.M. and Sudakov, E~!R~3335 (Moscow)
TITLE: _F_i1_t_e_r_in__9_Me- H01 Wave in a Waveguide With an Iris
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdoleniye tekhnicheakikh
nauk, Energetika i avtomatika, 1960, Nr 1, pp 144-148 (USSR)
ABSTRACT: Separation of the H 01 waves from higher modes of the
same
type (H , H etc) in cylindrical waveguides is con-
02 03' i:_~
sidered an important problem in long-range waveguide
communication. The difficulty lies in the fact that
H029 H03 I ... waves have the same structure as the H oil
i.e. they do not have a longitudinal electric component
along the waveguide walls; thus, they pass without
attenuation through any known filter designed to suppress
waves with such a component. The article contains the
results of theoretical study on the possibility of
filtering out the H 01 waves by means of waveguidels irises,
thin discs with openings of equal radii in the centre of
Cardl/2 each. The irises are distributed uniformly along the e

69810
S/024/60/000/01/018/028
Filtering the H01 Wave in a WaveguideOMNVIris
length of the waveguide, To Simplify calculations the
conductivity of the dielectric inside the waveguidd is
assumed zero and the conductivity of the metallic walls
of the waveguide and of the iris are assumed infinitely
large. In the first paragraph, the electromagnetic field
in a wavegulde with irises is considered. In the second
paragraph, the boundary conditions and the transcendent
equations for constant transmission are given. In the
third paragraph, an approximate method of calculating the
wave filter is described and the derived formulae are
utilised for calculating the practical example of a
wavegulde filter w1th the following data; wavelength -
0054 to 0.68 cm, iris opening - 0.6 cm, waveguide diameter
2.4 cm, spacing between the irises - 2.4 cm.
There are 3 Soviet references.
SUBMITTED- June 30, 1959
Card 2/2

28587
S/562/61/000/010/007/007
'T,1310 (41401117,-330 E140/E435
AUTHORS.- -Arkhipova, K.M. and Sudakov, V.A.
TITLE: Hom-waves in a diaphragmed waveguide
SOURCE: Akademiya nauk SSSR. Laboratoriya sistem peredachi
informatsii. Problemy peredachi informataii, no.10,
1961t 108-118
TEXT.- This papek was.presented at the Seminar of the
Laboratory held on May 16, 1959
In long distance waveguide communications lines using the
Hol-wave, all parasitic flow can be eliminated by using suitable
filters which suppress waves having a longitudinal electric
component which, however, does not function for the H M-waves,
m> oss section shown ?n the
..,2. A round waveguide of the cr'
figure is considered, where the dielectric constant in the
interior of the wavegdide is taken equal to zero and the
conductivities of the metal walls and diaphragms taken infinite.
The author first derives the transcendental equation for the,
propagation constant of the diaphragmed waveguide
Card 1/0 4-,

2A587
Hom-waves in a diaphragmed
S/562/61/000/010/007/007
E140/E435
...... Sj-,B,-, S1,811 SlIBU SISBIS ...
...... CI-ID&-, CIODIO CIIDII .........
...... Ss-,Bt-l S28Bso S%,Bll ......... 0.
...... C4-,D,-, C20Djo CjjDlt* .........
............. SB . ..... . : .......
............. ..... ..... .........
where
ZI (k,,,a)

B"
kt.Z. (k,..)

Z, (k,,a)
-
DR
(M."a)
"
kj.Z# (ks.4)
k I'll* (kltla)

(36)
(34)
(35)
Card 2/7 vW

28587
S/362/61/000/010/007/007
Hom-waves in a diaphragmed E140/E435
2 1
sin R.
S.q 2vtn (29)
+
00
M,I ); PqC,,q;
(30)
1) It\ I (2n - t) I
Bill Kaq + )T sin R., - -2 1-
c,Q - (411- 1) + (zn - 1)
aq +
Z, (kr) N, (kb) J, (kr) Ji (kb).Ni (kr).
Z, (kr) - J. (kr) N, (kb) + N. (kr) h (kb).
Card 3/ 7

HOM-waves in a diaphragmed
28587
S/562/61/000/010/007/007
E14o/E435
where the propagation constant yo is related to the
parameters
Uq and q by
aq 79 + q
T
(21)
and q is an index of summation (-004(q < + oo). In view of
the
nature of Eq.(36), solutions for a, b and J must lie obtained
numerically. Utilizing the fact that if Eq.(36) has only a
single
root. yol at a given frequency, only the Hol-wave would
propagate
in such a line. Over a given band of frequencies about the
frequency of the solution, the distortion may remain in
satisfactory limits. Then Eq.(36) can be simplified,
retaining
only two components (n 1, q 0, 1):
S1,B10 S, Bit
0. (37)
CIOD10 CliDit. I -
For arbitrary integer n the vnlue of b a can be chosen to VY
Card 4/7

28.56
S/562/61/000/010/007/007
Hom-waves in a diaphragmed E140/E435
satisfy the condition
Zol 0 or (b a) VwwFp~c It n (41)
If- we Put Pi for the i-th root of the 6essel function Jl, the
parameter a will be defined by the condition
PI a< Ps (44)
For given b and a we can now dotermine
2x
(45)
OJAC - ",PC
-OT
and estimate the distortion from
Card 5/7

AMIL-)VA, K.M.; SUDAFFT, V.A.
Calmiltition of' loviso-3 ir, ~% .-ir-tt--te
wavilpilide ii.-*th finIto conduc-
tivity of thn wall.,. `robi. pered. inform.
PO-15:94-10---: 163
(miu, -11718)

L 17847-66, EWT(d) IJP(0 (IS
ACC NR: AT8004697 SOURCE CODE: UR/0000/65/000/1)00/0147/0150-
'AUTIIOR- Arkhtpova, K. M.
ORG: none
TITLE: Ile calculation of the Kotellnikov Integral (Paper presented
at a seminar of
IPPI AN SSSR on 1 November 1962)
SOURCE: AN SSSR. Institut problem peredachl Informataii. Opoznanlye
obrazov.
Teorlya peredachl Informatsil (Pattern recognition. Tfi-e-o-F7 of
information transmission)
Moscow, Izd-vo Nauka, 1965, 147-150
TOPIC TAGS: Integration, digital computer, computer application,
algorithrn
A13STRACT: In various applications of the theory of probability and
mathematical
1 statistics calculation Is often made of the Kotellnikov Integral 4"
-F (n.4
4)" (x)]-e dx.
Card 1/3

S dx (2)
However, for certain values of a and n the values of the integral are
very close to unity,
and since the computer can operate with a limited number of digits, the
approach to unity
cannot be carried out beyond a certain limit (0, 999 999 099 In the
case of Strela-3 com-
puter). The author proposes an algorithm which avoids the difficulkyby
utilizing the small i
parameter approach (L T. Turbovich, Metod blizkikh ststem. Fizmatglz.
1961). Using 1.
the substitution
(3)
where to an auxiliary function of x, the Integral under consideration
becomes equal to it
finite sum of n single kind Integrals differing only in the power of
some values of the
Kotellnikov Integral are listed In Table 1.
[...Ca.rd 2/3

17847-66

ACC NR: AT600467

Table 1. Values of the Koteltnikov integral

n=7
n ts

a:=3t

0
0,875
0,038
0,069

1
0.614
0,739
0,282

2
0,288
0,406
0,517

3
01823-10-1
0,135
0,03

4
0,137-IOCI
0,254-10-1
0,42040-1

a
0,0240-1
0,267;10-t
0.484,10-4

6
0,75140-6
0,00.1"
0,307-10-0

7
01258-10-0
0,554-10-6
Olftl-to-&

8
0,540-tor-I
O,Ito-io-4
0,230-10-4

0
0, 663. io-9
0,148-10-6
0,3040-8

Author thanks L. S. Curevich, A. M. Kukinov, and V. P. Shvallb for
consultations and
help in the computer calcu ationB, and D. S. Lebedgy' r the
formulation of the problem.
Orig. art. has: 15 formulas and I table.
SUB CODE- 09, 12/ SUBM DATE: 25Sep65/ ORIG REF: 003
Card 3/3 not I I I , ,

INIng thG hydraulic convcytng .)f ck;i,l -r, "ria Klzel
Sa~jn and
T.,,!thoin cr Trudy lGD
(0yard.) no.8377-63 t6i. (MIRA 171.10)

AWIMA. L.D.
-'bf Kobylotsbqa Polyana In the Transearpathian
Nountains. NIn.s'bor. no.5:243-252 151. (MM 9:12)
1. GosunIvereltst Iment lvam Frs~iko' Llvov,
. y1stak"s Polyan&-~-Xlnek
(lob alogri

SREBRODOLISKIY, B.I.; ARKHIPOVA. L.D.;
KUZNETSOV. G.V.
Find of hauerits in the Rozdol native sulfur
deposit.
JProbl.gookhim. no.1:296-300 159. OURL 13: 7)
(Rozdol region-Bauerite)

Prophylactic work of the gynecological center in treating pro-
cancerous diseases of the cervix uteri. Top.onkl I no.1:94-95
155. (MLRA 8!10)
1. Iz Lsningra~skogo goredrodlepsuiera (gl.vrach--L.I.Arkhipova)
g. Leningrad, Nevskly.pr.,132i kv-65.
(CKMX' UTSINI, neoplasms.
precancer, ther..hosp.statist.)

DIKIN, V.N.; ARKHIPOVA. L.I.
Some results of the onoological service in Ieningrad
and prospects
for its develqpment (with summary in Anglishl.
Vop.onk. 3 no.3:
348-351 '57- (HLRA 10:8
19 GjavWy onkolog Longorzdravotdola (for Demin). 2.
GjavWy
Yrach Iongoroukodisponsera (for Arkhipova). Adrus
avtorov: Lenin-
grad. Malaya Sadovaya, d.l. Lengor2dravotdel
(NEOPIASNS# statist,
in Russia (Rue))

- - YEVSTIGNEYEVAV R-P.-I-AHYJIIPOVA, L.I.0--PREOMWENSKIYO NIA. - -
Dipyrrolylmethene series. Part 4: Synthesis of asymmetric
dipyrrolylmethenes. Zhur.ob.khim. 31 no.9:2972-2975 S '61.
(MIRA 14:9)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni M.V.
Lomonosova.
(Methene)

MINYAYEVp V. A.; DEMIN, V. K.; ARKHIPOVA, L. I.
Oncological eare and the role of the public health
system in the
prevention of cancer in Leningrad. Zdrav. Ros. Feder.
6 no.5:
2S-2j--Mjr 162. (MIRA 15:7)
1. Zaveduyushchiy Leningradskim gorodskim otdelom
zdravookhraneniya
(for Minyayev). 2. Glavnyy onkolog Leningradekogo
gorodsko-go
ot~ela zdravookhraneniya kfor Demin). 3. Zamestitell
glavnogo
vracha. Leningradskogo gorodskogo qnkologicheskogo
dispansera
(for Arkhipova).
(LENIN GRAD-ZANCER)

ARKIIIPOVA, L.I.; LMABANSHCHIKOV, V.V.; BAKHVAWVA,
Z.14.;
~-~~UNSKAYA, M.A.. GOLOVCHINUI, I.Ye.; DZHAYGAROVA,
P.G.;
YEVDOKIMOVj S.V.; KABANOV., MA; XNYAZEVA, T.D.;
KOBOZEVA,
N.V.; KOLEGOV, N.I.; LOPOTKO, I.A.; NEGUREY, A.P.;
POLY4KOVA, Z.P.; ROMM~ S.Z.; SVETLICHNYY, V.A.;
STRAKUN,
I.M.' TYAGUN; V.N.; FREYDLIN, S.Ya., prof.
[Dispensary service for the urban population]
Dispanveriza-
tsiia gorodskogo naseleniia. Leningrad, Meditsina.
1964.
34,9 P. (MIRA 17: 8)

EWT(m)/EWP(e) WH'
-kcd-Wi,-k]~60-0646-5 souRcE CODE: uR/oo64/65/000/010/0757/0758
AUTHOR: Shpunt, S. Ya.,- Arkh1pova,, L, N,; Leneva Z. L,; Guseva,
Z#16
ORO: none 4-0
TITLE: The decompostion of "!~tit~ y hydrofluoric acid yielding
phosphoric acid 1~
SOURCEt Khimicheakaya promyshlennont', no, 10, 1965, 757-758
TOPIC TAGS: fluorine, fluorine compound., hydrofluorkc acid,
filtration, phosphoric 'acid
ABSTRACT: The article gives the reaction and describes the flow ache
for the decomposition of apatite by hydrofluorie acid yielding phoa-
phoric acid, The hydrofluoric acid for this purpose can be obtained
from "poor" fluorspar with a large amount of impurity in the form of
SiO whichl when the ore Is treated with sulfuric acid, forms fluo-
silicic acid which also forwards the decomposition of the apatite.
The CaF2 obtained from the two stage denomposition reaction can be
used to prepare pure hydrofluoric acid. In the experiments technical
hydrof luoric acid containing rs-J~3% HF and r--* 5% H2SiF was
used. The
experiments proceeded at P--olOO C in a laboratory rea�tion vessels

L 29905-66
ACC NRi APR
fitted with an electric heater and a mixer and lasted about 30
min.
The filtration rate of the precipitate reckoned in dry
precipitate
was 1,400 kg/(m2.hr). The phosphoric acid yield contained
45-48%
P205, 0,3-0.6%,daO and 5-8% F and can be used for the
production of
double sunerphosphate or of ammonium phosphates,..-.The.flow
schemet for
the-preparation.of double.superphosphate thrbugh-the reactiori
of phos-
phoria acid and calcium fluoride is also given, Orig, art, has
3 figur
and 4 formulas,
SUB CODEt 07/ SUBM DATE: none/'SOV F'M:4'002'--I
Card

SHPUNT, S.Ya.;_�!E~~~. LFNEVA, Z.L.; GUSEVA, Z.I.
Obtaining phosphoric acid by the decomposition of
magnium-
containing phosphorites with fluosilicic acid.
Khim. nrom.
42 no.9:674-678 S 165. (MIRA 18-9)

ARKHIPOVAp L.N.; SHPURr, S.Ya.
I----
Solubility of calcium fluosilioate in aqueous
solutions of
fluosilioic acid. Trudy NIUIF no.208:55-69 165.
Hydrolysia of calcium fluosilleate in water at
250.
Ibid.&69-88
Some properties of fluosilicic acid. Ibid.:88-103
(MIRA 18-.11)

TOSORMSOY, S.K.; AMIPOTA, L.N.; MOSTOTICH. Y.Ta.
Using phosphoric acid extracted from magnesium salts In
the produc-
tion of double superphosphats, Khim, nauke. I pront.
2no,W70-271
'37o (MM lotO
1. Institut udobreniy I insektofungitaidov.
(Phosphoric acid) (Phosphates) (YAWnesium salts)

sfipufnl.~, S,-; ", . , A jiKj IT LQ_~, ~,
LENEVA:. "': ., ~, -
q L ~
De~mmpra,tlon of apLtj'l-.c- 'r7 lqdrof u,rir- a~A.d
'.he recovery
of phoaphor~~, ac.ld. Khim. pr-),-,I. 4,1 1) 165.
(V,JRA 18:.11)

SHPUNT, S.Ya.,- VOSKMENSKIY, S.K.,- ARIOUPOVA L.N.;
LENEVA, Z.I.;
Prinimali uphastiyes LI, K. F~.; -R~&~q -G.I.-
SHADRINA, S.A.;
OSIFOVA, T.N.
Decomposition of apatite in fluosilicate acid and the
preparation
of monocalcium phosphate. Khim. prom, no.10:50-54 0
161,
(MIRA 1112)
Vaesoyunny7 nauchno-issledovatollskiy institut
udobreniy
i insektofungitaidov.
(Apatite) (Fluasilicie acid) (Calcium phosphate)

L.V,; VOLIFKOVIGH, S-I-; IGIIATOVAs N.P.; 110GAII,
L.M.; STRO-
ganov, NeS.
Use of hexachlorobutadiene for combating "blooming" of
industrial
water, Khim*prome no.7:498-501 JI 163* (MIRA 16:.U)
1. Moskovskiy gosudarstvennyy universitet i
I'seso)-uznyy nauchno-
issledovatellskiy Institut khimicheskikh sredstv
zashchity ras-
teniy.

ARIHIFOVA, Marina- Konstantinovua,, ISVIN. Mikhail
Izrailevich,; BENIMSON,
~- -- 1.11., red.; YELAGIN, A.S.. tekbn. red.
(Literature on economics] Literatura po ekonomike.
Hooky*. lzd-vo
"Sovetakain Rossia 0 1958. 51 P. (KIRA 11-11)
bibliography-ICconomics)

- ---- ------
130-7-17/24
AUTHORS:.Arkhipoval M S. Mishin, V.D., Smirnovj N.S.j also
Koftany R.p
and JianOny.Kar'G.I. and Lysekov, V,S.
TITLE: Symposium on Tin Ebonomy in Tin-Plate
Manufacture.(Ekonomiya
olova pri proizvodstve beloy zhesti)
FERIODICAL: Metallurg, 1957p Nr 71 pp.30-34 (USSR)
ABSTRACT: The tin consumed in hot-dip tinning accounts for about
half the cost of the tin-plate; only 75-80% of the tin is
used for coating the sheett the rest goes into various waste
roducts: mainly flux and oil scum and crystals of the alloy
3
eSn7 embedded in lumps of.pure metallic tin'. Recently ways
of eitracting tin from these waste products have been devel-
oped at various Soviet works and these are described in this
Symposium, The first contribution (PP-10-32) is by k. S.
Arkhipova and V.D. Mishin of the Ural Polytechnic Institute
and N.S. Smirnov of the Seversk Metallurgical Works'. This
describes pilot-plant work on the development of a hydro-
metallurgical method of extracting tin from flux Sam at the
Seversk works; a full-scale plant has been working there since
1954. Flow diagrams for the process are given, together with
a graph showing degree of extraction of tin against time of
cementationg and optimal conditions are sumarised. In the
Card 1/?

Ma(m /T/EWP(t) IJP(c) JD
3~ 14176-66
ACC NR i AP5025)23 SOURCE COM UR/0126/6~/020/003/0390/0395
AUTHMs Motemans So Not ArkhtEM, No Kol Timofeyev, A. N.1
Trakhtenbergj It L%9
ORGs Institute of Ph SSSR (Insti
ysios of Metals, AN tut fiziki metallov AN SSSR
TITLEs Diffusionjof silv in polycrystallins, Id
SOURCE: Fizika metAllov i M tallovedeniyal v. 20, no. 3, 1965p
39(~-395
TOPIC TAGS: silver.-gold# volumetrio analysisp crystal structure,
polycrystal,
metal diffusion
ABSTRACTs The present work is a continuation of an earlier
investigation by the
authors (FTT, 19641 5t 1l,, 3978 and I?NM, 1963, 16, 4p 611) who
neefted to knoX the
diffusion of silver in polyorystalline gold in order to continue
their research on~
the effect of an electric field on the Interoryatalline diffusion of
silver. The
volumetric diffusion Dy of silver in gold at 770 - 10400 was
determined first by
using two methodat (1) the relation of integral intensity I of the,
'Y component
of the radiation of silver 110 on the depth of diffusion penetration
x# and (2)
Car~ 1/2 UDGI 539,292 1548o0

L 16176-66
AGG WR;
AP50253Z3
by the direct use of measured values of integral activity, The effecit
of
temperature on the value of Dv was represented by the straight line in
the co-
ordinates log N = f I/T). The formula was derived for the calculation
of
volumetric diffusion of silver into polymetallic golit
6.4 CW'.* 5 0
4
Ad exp - I
r
This agreed wall %dth the results obtained by Millard et al. (Fhys.
Rev., 1963,
129p 2j 611). Diffusion annoaltng at a temperature range of 540- 2750
was made
for determining the coefficient of intergranular diffusion D96
Calculation of D9
wao made by the Fishor method (J. Appl. Mys-v 1951# 22s 74). The final
equation
is 16 200.j: 8W
10 exp
PIP -.,Rr
where 8 is the samiwidth of the grain ary. Orig. art. hass 7 formulas,
6 figures and 1 table.
SUB CODEWV/ SUBM DATN: 01?eb65/ -ORIG RF.Fi. 004/,ATH-RWt 003
L
A~ j ZI-I
Card 2/2

GQRCHArOV.~Ki-f, kiw-"- ;.,VAP 14--o
v1sp,~at.,oll of tr,..q Ct and o!.her vt.-Ircs
cin Uie bastem ft t.ho Centra. Unds. 'ap. 3vard. VBD
n %) 9 3 g Z4. -'0 t,,%4 (HTRA

/~ll -/// AnIl
HISHIN,
Reprocessing the stannic wastes of a tinplnting plAnt. Trudy
Ural.
politekli.inst. n0-58:97-112 '57. (MIRA 11:4)
(Tin industry--By products)

M41MV, V.I.I. ARKHIPOVAq H.S.; MMYANDV9 I.F.
I--
Investigation of olage from the fire refining of
nickel-coppew
and methods of treating them. Trudy Ural. po3itekh.
inst. no.98s
16-23 160. (Copper-Metanurgy) (slag) (KML 14-0)

%AWQj&&TA&OM - V - - JPKIN, $.I., redaktor; KONASKOVA,
I.R.. tekhaichaskiy
mam..6 SKCRU
[Posters on methods of working coal seams, safety
engineering in the
coal industry, electric equipment. and electric
bnginearing in aining]
Plakaty po sistemam ratrabotki ugollaykh plastov, takhaike
belopasmosti
v ugollnot proxyghlennosti. gornoi elaktromekhanike i
elaktrotekbniko.
[Moskva) Ugletekhiedat, 1956. 6 p. (MLRA 10:8)
I* Moskoveksys oblastnaya kontora knishnoy torgovII,
(Posters) (Goal mines and mining)