SCIENTIFIC ABSTRACT ARKADYEV B.A. - ARKADYEVSKIY, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102020003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ARKADIFS, .B.A.; GANNITSA, V.14.-, POLORATSKAYA, N.D.
Froblern of the heating of a flanged joint, Inzh,-fJz, zhur. 8 no.O'~
735-741 Je 165. (MIRA 18-7)
1. Turbinnyy zavod imeni Kirova, Kharlkov.

L 04062-67 ElqP(k)/E~,-i-T(m)/-?~2rrvIP(w)/EL4P(vy IJ11(c) Eq
ACC NR' AP6027316 SOURCE CODE: UR/013.4/66/000/005/ooo7/ooog
1AUTHOR: Sobolevs S-. P. (Eng1noer); (Engineer);
ellnik S. Me (Engineer)
ORP: none
I
ITLE: Selection of guiding vane grids
SOURCE: Energomasbinostroyeniye, DO& 5, 1966v 7-9
,TOPIC TAGS: turbine design, turbine blade
ABSTRACT: The article presents a method for optimization of the grid
profiles for the guiding vanes of turbines and gives the results of a
comparison of three types of profiles. In the comparison of the
profiles, no corrections were introduced for the effect of the angle of
the incoming flow, or for the Re and M numbers, since in most cases
these corrections are not significant. The mean discharge angle for the
flow, C4 . was taken as aresine 9A, where a is the size of the throat,
and t is the spacing of the grid. Based on experimental resultsp a
figure shows the dependence of the profile losses of energy on the
relative spacing for three types of profiles. A second figure
~illustrates the dependence of the total energy losses in the grid on
L Card-

ACC NRs AP6027316
the disabarge angle of the flowpCo(. Origo art. bas: 4 figures and
l table.
i
SUB CODE: 13 SUBM DATE: none/ ORIG REF-. 0021 OTH REF: 001
Card 212

38783-66----EWT(I' MW -- - -
ACC NR:
AP6024819 SOURCE CODE: UR/0096/66/000/008/0050/0052
AUTHOR: Arkad'yev, B. A. (Engineer); Shatrovskaya, G. N. (Engineer)
ORG:,Kharkov turbine plant (Khar'kovskiy turbinnyy zavod)
TITLE: Calucaltion of natural convective heat transfer in turbine cavities using
a digital computer
SOURCE: Teploenergetika, no. 8, 1966, 50-52
TOPIC TAGS: convective heat transfer, turbine, turbine rotor, turbine design
~ ovw et& 10 %'X
ABSTRACT: A computer program based on finite difference equations was developed for
calculating natural convection in turbine rotor cavities in which the convection is
caused by centrifugal force and depends on the distance from the axis. As an
example, convection was calculated of a cavity 1.23 m diameter with temperatures of
300 and 350C at the ends. The limitations of the method are discussed. Orig. art.
has: 3 formulas. [PV]
SUB CODE:*Q/ -SUBM DATE: Pone/ ORIG REF: 006

RUGA, A.; ARKADIM.,J).-I.,
~ Z~;- z~ ~ , " ~~. r- - I I
Hidden reserves discovered by the collective. Stroi.mat.,izdel.
i konBtr. 1 no.6:25-27 Je 155, (KLU 9: 1)
l.Glavnyy inshener Konstantinovskogo stekollnogo zavoda imeni
OktyAbr'skoy revolyutsil (for Ruga).'
(Konstantinavo--Glass manufacture)

ARKADIYEV, D.
Attention to.oustomers' needs is the main thing. Sov. torg. 34
no.9:7-9 S 161. , (MIRA 14:9)
(Moscow-Department stores)

---ARKADIYEV--D7.- 0
irmh-
Y,Vsteries of blue streams. Znan.si:La 37 no.3:12-15 Mr 162.
(MIRA 1524)
(Aerodynamics, Supersonic) (Airplanes-Design and constructift)

ARKADIYEV, D.
The success of stock fattening depends on food wastes. Ob-lhchestv.
pit. no.10z/+6 0 162. (MIRA 15:11)
(Zaporozhlye Province-Swine-Feeding and feeding stuffs)

ARKAADk!W~--D.-(Krasnoyarskiy kray)
From the upper reaches to the mouth of the Yenisey River.
Obshchestv. pit. no-7:15-18 JI 161V (KIRA 14:8)
(Krasnoyarsk Territory-Restaurants, lunchrooms, etc.)

ARKAD IYEV., D. (Khanty-Mansiyak)
On the shores of the Irtysh River. Obahchest.pit. no.3:55-56
bir 162. (MIRA. 15:4)
1. Korreep6ndent zhurnala "Obshcheetvemoye pitaniye".
(Khantyi-Mansiyak-Restaurants, lunchrooms, etc.)

ARKADIYEV, D, U:
- ~-j
.~ I
The first in a city which Is not shown on the map. Obahchastv.
pit. no.n216-17 N 162. (KMA 16A)
(Moscow-Province-Restaurants,, lunchroomst etc.)

ARMIUV 'D epropetrovsk)
Public university. Sov. torg. 33 no.9:50 S 162.
Onspropetrovsk- Distributive education)
(NIRA 16:2)

MOLOD, A. (Al=-Ata); ZH A'NP
A. (Kishinev); GROMOV, S.; SELIFANOV, POP
inzh.,-~ekhnolog; L NA, A., inzh.-tekhnolog; ZAKOVRYASHIN, G.;
From the editor's mail. Obshchestv. pit. no.8:42 Ag 163.
(MIRA 16: 2,?,)
1. Direktor BeIggrodakogo zheleznodorozhnogo restorana (for
Gromov). 2. Otdel rabochego snabzheniya kombinata "Sverdles"
Sverdlovsk (for Selifanov). 3. Direktor Minskoy kulinarnoy
phkoly (for Zakovryashin).

YAMPOLISKAYA, R.G., inzh.; A~~AD'IYEV, D.A., inzh.
Determination of vibrational characteristics of bladings
with damper couplings. Energomashinostroenie 11 no.11:5-7
N 165. WIRA 18: 11)

YAN '0J
rk
ne try- r0 '~Frratncr blades of
FiO 3 0" fi c L i- !le-, S, dostro 'rlie 31 110-4:23-24 Ap
(MIRA 18:8)

L :~U4b-b NiVT(M)/EWP (w)1EWP_( r_)/_T-2/EWF (k-)-- -jJP(,q-)-_wW/EM-
ACC NR: AP601226S (N) SOURCE CODE: UR/0114/65/000/011/00-0-5-/-o00-7-]
ti
AUTHOR.- Yampollskaya, R. G. (Engineer); Arkad1nv.,,_D,,_A,. (Engineer).
ORG: none
TITLE: Determining the vibration characteristics of blading with damper connections
SOURCE: Energomashinostroyeniye, no. 11, 1965, 5-7
TOPIC TAGS: turbine blade, vibration damping, torsional vibration, flexural vibra-
tion, vibration stress
ABSTRACT: The authors give the results of expe . ental tests conductgd at the Kaluga
Turbine PlanX in 1963-1964 to study the vibratio trength of bla th various
,types of -Fr-ee connections made in the form pf damper wires. Several modifications of
the damper connections were tested by a single method in conditions completely analo-
gous to those in an operating turbine under a load. The blading in the final stage of'
an experimental stream turbine with a diameter of 787 mm was tested at a maximum speed
of 9000 rpm. The unit was loaded by a multidisc hydraulic brake. Frequencies and
stresses in the blades were measured by strain gages protected from mechanical damage
by steel foil. Particular attention was given to exact duplication of experimental
conditions since the final goal of the tests was a comparative analysis of all blading
modifications. The damper connections were made in the form of sections of 6 mm wire
Card 1/2 UDC: 62-752:62-135.001.5

L
ACC NR, A ~_26~
cut along the diameter in the plane of the disc. All blades in the stage were as-
sembled into a single unit closed into a circle by shifting the wire sections with
respect to each other around the circumference. The following three blading versions
were tested in the given order: 1. with two rows of damper wires placed at distances
of 0.5t and 0.81 from the butt end of the blade (where I is the working height of the,
blade; 2. with a single outer row of damper wires; 3. without wires. It was found
that the use of damper wires closed into a circle sharply reduces the amplitude of vi-
brational stresses in the blades for the case of tangential bending oscillations on
the fundamental frequency. These stresses,were reduced by a factor of approximaiely
10 when a single row of damper wire was used. There is an additional reduction in
vibration stresses when a second wire is added. Stress measurements should not be
restricted to no-load conditions when determining vibrational stresses in-turbine
blades since there may be a considerable difference between these stresses and those
measured under a load. It is suggested that additional research should be done on
the possibility of reducing vibrational stresses in the blade during torsional vibra-
tions by moving the wire with respect to the nodal line. Orig. art. has: 1 figure,-
1 table.
SUB CODE: 10,13/ - ORIG REF: 003''
1 Card 2/

KLOBOUCHffjK. Tan [KlObou~nik, Jan]; ARKADIyEV. F- [translator]
Granite and Striped Cardinals. IUn.nat. no-5:31-3-2
14Y 159. (Kadov, Czechoalovakia-Fruit trees) (MIRA 12:6)

---
ADW I YE '-,
We await help. Sov. foto 17 no,406 Ap 157. (HiaA lot6)
(Photography)

.. ARKAD I YE;V, G,,- VLADICH, Ye.
If there is no harmony among comrades ... Za rul. 21 no-WO-21
Ap 163. (KCRA 16:5)
(Traffic signs and signals)

ARKADIYEV, G. (Nurek, Tadzhikskoy SSR)
"I
At the front boundary of the seven-year plan. Za rul. 21
no.7:3 Jl 163. (MRA 16:8)
1. SpetsialInyy korrespondent zhurnala "Za rulem."
(Nurek--Hydroolectric power stations)

HANNA, L.I.; GRUSHVIrsKly, r.v.; ARKADYEV G Ye.V.;
POLYANSKIY. V.I.
Setting up the muse-am exhibit Irforld vegetation according to the
goobotanical regions." Bot.zhur. 41 no.5:667-680 my 156, MRA 10:7)
(Phytogeography-Exhibitions)

A.1i'KAI-PiEV, C'. V9
SEMIKHATOVA. O.A.; ARKADIYEV, G.V.
New design of a manometric apparatus. Bot.zhur. 42 no.4:625-627
AP 157. (MLRA 10:5)
l.Botanichoski7 inatitut im. V.L. Komarova Akademii nauk SSSR,
Leningrad. (Botanical apparatus)
(Plants--Respriation)

kLEKSkNDROVA? V.D. (Leningrad); ARKADIYEV, G.V. (Lentngrad)
large center of botanical researcht the 250th anniversary of the
Botanical Institute of the Academy of Sciences of the U.S.S.R.
Pr1roda 54 no.M121-123 165. (KRA 18311)

in the International Labor Office on the reduction
of the hours of labor. Oldir. tx;llda i nots. stralch. 3 nr,-5:76-79
my 16o. (International tabor Office) (MIRA 13:12)
(Hourc of labor)

ARKAW'LIJI-M- - - - - - - - ---
House building in the USSR, Moskva, Gos. izd-vo polit. lit-ry, 1949, 69p,
(50-18910
HD9715.$92A82

ARKADIYEV, N.A.
_-- ---
Geological prerequisites of prospecting for the deposits of
industrial agate-as revealed by the study in the regions of
Transcaucasia. Izv. vys. ucheb. zav.; geol. i razv. 6 no.9t
98-103 S 163. (MIRA 17:10)
1. Leningradskiy gornyy institut, im. G.V. Plekhanova.

ARKADIYEV, N. S. v
Organizing the work at a medical and obstetrical station on
medical attendance in seasonal children's institutions. Felld.
: i akush. 27 no.5:44-45 Itr 162, (MIRA 15:7)
(ROSTOV DISTRICT(YAROSUVL PROVINCE)-CHILDRE4--CARE
AND HYGIENE)

! I r,% , , I -, :. \. - -- - - -
--APKW~ I'frVY--Tz-. -- - -- --- - - -- - ---- - - -- - --- -- --
, "Transition to a new irrigation syster., and the orpanization of the water regine
on collective farms." Reviewed by R. Arkadlyev Xhlopkovodstvo no. 12, 1951.
SO: YLRA, August 1952.

ARKADIYEV. R.
..
-- The first large block apartment houses in RostoT-on-Don..Stroitall
2 no.1 Ja *36o . - - . .(MIRA 10:1)
(Rostov-on-bm-Apartment houses) (Concrete blocks)

POLEY.. S.; IVANOV, P.;,ARKILDITAV, R.
Apartment houses built of coarse cellular concrete blocks.
Stroitell 2 no.2:3-7 7 156. (KM 9:12)
(Concrete blocki) (Apartment houses)
(LighWelght concrete)

;.'- ARKA I YN, S. - -
.....
What is cybernetics? (05ignals; some cybernetic concepts" by
IA.roletaev. Reviewed by S.Arkadlev). Znan.aila 34 no.3:25
Mr 139. (KIM 12:4)
(Cybernetics) (Poletaev. IA.)

DAVIDSON) A.G.1 DATLIN, S.V,; KIRICHUKOx G.A.; KOROTKOVA, Ye.N.;
KRAVCMNKO) D.V.1 ORLOVA, A.S.; ADADUROVA) A.A.1_A9KA=Z4-
V.G.- BARDIVA, Yu.Ya,; BODYANSKIY, V.L.; BONDAREV, S.N.;
V, ~.V.; DAVYDOVA, E.A.; IVANOV., V.N.; KARFUSHINAj
V.Ya.; WXOTENI) L.P.; LANDAj R.G.; LEVITSKAYAj G.O. LIPETS,
Yu.G.; LOGINOVA, V.P.; ONAN,, E.S.; PEGUSBEV) A.M.; FY6UNOV,
N.V.; TOKAREVA, Z.I.; KHUDOLEr) V.F.; MILOVANOVp I.V., red.;
MIYABLYAUp E., red.; MMIN, R.j red.; SVANIDZE, K., red.;
KL3140VAp.Tkg,"kbz. red.
[Africa today; concise referance book on politics and economic
conditions)'Afrika segodnia; kratkii politiko-ekonomichookii
spravochnik. Moskva.. Gos izd-vo polit. lit-ry,, 1962. 326 p.
?Africa-Politics)
(Africa-Economic conditions)

ACC NRi AP6033448 SOURCE CODE: UR/0413/66/000/018TO -8-10029
INVE NTOR: Arkad'yev. V, 1. ; Shayderov, V. A.
ORG: none
TITLE: Device for introducing solid inhibitors into oil. Class 12, No. 185849
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no, 18, 1966,
28-29 1
TOPIC TAGS: lubricating oil, propellant inhibitor, oil inhibitor
ABSTRACT: An Author Certificate has been issued describing a device for intro-
ducing solid inhibitors into oil. It has a body with intake and outlet connecting
pipes and a net. To increase the inhibitor interaction with the oil, to improve
the fine dispersicn of the inhibitor in the oil, and io"prevent the deposition of resin
on the inhibitor surface, the connecting pipe for lead in oil is fastened to the body
tangentially and is provided with a nozzle, while the connecting outlet pipe is
protected by a beaker and net (see Fig. 1). Orig. art. has: 1 figure. [Translatio
112- UDC: 678.053.3:66.097.7

AP6033448

i.hl Vj...
,fl ..

SUB CODE: 13/ SU13M DATE: .13Mar64/
Card 2 2
Fig, 1. Device for introducing solid
inhibitors into oil
1-Connecting pipe for oil
inlet; 2-body; 3-nozzle;
4
-connecting pipe for oil
outlet; 5-beaker with net.

ARKAD IYEV. AdUar-L=UuUuayi
--_n Shj- VONSOVSKIY, S.V., otv. red.; 8110-
IAMA, L.K.., red. izd-va; FOLEHOVAq T.P., tekbn. red.,- GUSIOU,
O.M... teklm. red,
(Selected works] Izbrannye trudy. Moskva,# Izd-vo Akad. nauk SSSRj,
1961. 530 p# 1 WRA 34:n)
lo Chlen-korrespondent AN SSSR (for Vonsavskiy).
(Arkadlev.. Vladimir Konstantino-vieb, 1884-) (Electrodynamics)
."r IP4

.,:, ARXAT.U _tnzh,-mayor
RUR~- re A., .
. V, XOL,,,.
,*~~-~~!~,~-'!N,,
R
Guided missile "Sidewinder". Voen.. znan. 35 no.10:39 0 159.
- (KM 12:12)
(Goided missiles)

ARKAD IYEV,, Y kand.med-nauk; VULDIMIROT, S.
Steps into outer "ce. IUn.tokho 4 no-1:37-W Ja 160.
(MIRI, 13:5)
(SPA" T)

ARKAD OYBV,,.Xp. ,,inxh.
Armor and projectile. Voen.xnan- 36 no.4:21-22 Ap 16o.
(MIRA 13:4)
(Arms and armor) (Projectiles)

ARKADIYEV, Ye.
The tank is fifty years old .... Voen. Znan, 41 no.5-.38-39 W 165.
(MIRA 18:5)

=MIM.9 Ye., inzh.
Biological currents control. Starsh.-serezh. no.32:28-29 D r(A.
(MIM-150)
(Bleotrophy*siology)

IMA"V~V9 Te~q
7210r,t:Lql Ryatera of _,.I~nt-'? M~khf .-" vocra~b. r-.O.f ,,~
- 1.10 4 = l,-ttq
tm-r -1
k . I RA 1'.,' at ,

KPIIILOV, K.; ARKADIYEVA, A., red.; ABBASOV, T., tekhn. red.
(manual for a volunteer activist; a collection of statutes
and regulations on public self-governing workers' organiza-
tions] Spravochnik aktivista-obshchestvennika; sbornik usta-
vov i polozhenii ob obshchestvenno-samodeiatellnykh organi-
zatsiiakh trudiashchikhsia. Tashkent, Gosizdat UzSSR,
1963. 295 P. (MIRA 17:1)

LAPKIN, Ktizlma Ivanovich; KAYUMOV, Favaris Kadyrovich; ARMIYEVA A
red.; SALAKHUTDINOVA, A., tekhn. red,
(Possibilities for-increasing the~_pyoftction of cotton and
meat and decreaslig their cost] Rexervy uvelicheniiaproizvodetva
kblopka i miasa i anizhenlia ikh sebestoimosti. Tashkent,
Gosizdat UzSSR, 1962 * 111 (miRA 16:6)
(Ukraine-Cotton) ( = e--Stock and stockbreeding)

KALANDAROV, N.; ABDURAKEMV, M.; SAMANDAROV, S.; SEREDA,t; GULYAMV,
Ya.G., doktor ist. nauk,, prof., spets. red.; NOTKIN, I.I.P
spets. red.; KOCHEROV, V., red.- ARKADIYEVA A , red.;
BAKHTIYAROVp A.., takha. red.
(Khorezm; brief manual and guidebook)Khorezm; kratkii spra-
voqlutik-putevoditelf. Tashkent, Gos.izd-vo Uzbekokoi SSR9
1962. 113 p. (MIRA 16:3)
(Khorezm Province-Guidebooks)

PODLIPSKI-Y# M.D., red-; AMLD2YEvA. A.N.,, red. 1 SAUXIfUTDINOVA, A,,
tekhn. red.
(The Third Congress of the Intelligentsia of Uzbekistan, January
25-26, 1926; verbatim report] StenografichOBkii otchet IIf
s"ezda intelligentsii Uzbekistana 25-26 ianvaria 1962 goda.
Tashkent, Gosizdat UzSSR, 1962. 218 p. OGRA 16:6)
1. S"yezd intelligentsii Uzbekistana, 3d, Tashl4int, 1962.
(Uzbekistan--Economic.condJ.tions) (Uzbekistan-Culture)

KORZHENEVSKIY, N.L.; DONTSOVA, Z.N.; KHASANOV., Kh.Kh., dots.;
VASILIKOVSK17r, N.P.; SKVORTSOV,.-14.A.; POSIAVSKAYA, O.Yu.;
KOGAYO N.A., dote.; MAMDOV, E.D.4 AKULOV, V.V.; BABUSHKIN,
L.N., prof.; SHULITS, V.L.,.prof.; GORBUNOV, B.V.; GRANITOV,
I.I.; KOSTINq V.P.; SMIRNOV, N.V., dote.; TSAPENKO, N.G.,
dots.; DEGTYARI, V.I.; CHERNOV, P.N.; MUKMINOV, F.G.;
SELIYEVSKAYA, A.A.; RYABCHIKOVq A.M.; PALIVOV, N.D.i dots.;
LOBACHP Kh.S.; TADZHD(dVp T.; Age -A.N.: GALIKOV~
Ch.V.,- SHTARKLOVA, S.I.; red-.-,--MKHTIYAROV, A.,
tekhn. red.
(The Uzbek S.S -.R.1 Uzbekskaia SSR. Tashkent, Gos.izd-vo
UzSSRp 1963. 483-P. (MIRA 16:8)
(Uzbekistan)

ARKhDlYEVA. B.I.
Happy birthday! ZdorQvle 4 no.11:24 M 158.
04IRL 11: 11)
1, Glavnyy vrach detakoy polikliniki NO-30. Moskma.
(PEDIATRICS)

USSR/Microbiology General Microbiology* F-1
Abs Jbur : Ref Zhur - Biologiya., No 7., 19571 26261
Author : Kashkin, P.N., Arkadyeva, G.Ye.
Inst
Title : The Effect of Certain Chemical Preparations on Yeast-Like
Fungi of the Genus Candida.
Orig Pub : V sb.: Eksperim. i klinich. issledovaniya. II, L.,
Medgiz, 1956, 139-142
Abst : Tests were made of the bactericidal effect of 32 chemical
preparations on C. albicans, S. pseudotropicalis., Blasto-
dendrion, Cryptococcus and Debariomyces. Found to be
most active were iodine- containing preparations, carbo-
lie acid, potassium permanganate, formalin, chloramine,
resorcin and formic acid at a concentration of 2-5 - 5%-
Further studies are recommended of these substances with
a view toward their possible use as antiseptics in can-
didaWcosis.
Card 1/1

. ARKAWYEVA, G.Ye,.- DUGANOVA, N.V.
Search for substances possessing antitumorous propertiese Tnldv
Len.khim.-farm.inst. no.13:150-155 162. (MIRA 15:16)
1. Kafedra midrobiologii (zav. prof. P.N.Kiselev) Leningradskogo
khimiko-farmatsevticheskogo instituta.
(CYTOTOXIC DRUGS) (FUNGI)

I ,

ACC N" AR6022387 (A/) SOURCE CODE: UR/0397A5/ooO/021t/0065/0065
AUTI~OR:
Frankovskiy,.Cho, S,; Yamshchikov, V#_P*; 3~
Felldmant I Kb.;
Mordvinovs, Ye, T,_,*__M_aryukbta, Yu. B.-; Zaikina, N. Vitovskey # G'A'
Arkad I yeve . - G_._ Ye *_
TITLE: Azo-derivatives of benzene as p9ten tial antibacterial compoundee
OURCE: Ref. zb. Fqrmakologlya. Toksikologlya, Abs. 24-5.4-512
EF SOURCE: Tr. Leningr. khim.-formatsevt. in-t.e,. vyp. 18, 19659 171-172
OPIC TAGS: benzene, chemical compound, microorganism contamination#
acteria, plant parasite
ABSTRACT: An in vitro method of serial dilutions was used to test the
activity of several synthetic azo-compounds In relstion to
dermatopbytes, some gram positive and gram negative bacteria and two
species of yeastlike molds. All the tested azo-compounds containing a'
carboxylic Eroup proved inactive-, The exception was 2,k-dieblor-3-
corboxy-41-oxyazobanzol. The azo-compounds displayed highest activity
in relation to Cr. neoformansj weaker activIty in relation to
dermatopbytess and the weakest in relation to Candida. a.lbicans.o Only
Card lZ2 UDC.6

ACC NR- AR6022367
certain azo-compounds displayed antibacterial and antivirus action. The
highest in vitro activity was displayed by 2#4-dicblor-41-meth7l~-4-
oxyazobenzol and 2.4-di.ohlor?-41-oxyazobenzol ~;bicb proved most'effootive
in relation to yeastlike molds and dermatophytes and weakest in.relation
to bacteria,, Me Zabolotakay'ao ffranalation of sbatrac!74
SUB CODE: 069 07

ARM IYEV KOCHERGIN, W.L., zitematik, red.; MOTINA, Ye.I., lingvistp
red.; GUSIKOV, G.G., red;; MASLENNIKOVAp T.A., tekhn. red.
[Reading-book on mathematics, mechanics, and astronomy; textbook for
foreign students studying the Russian language] Kniga dlia chte~iia
po matematikep mekbanike.i astronomiij dlia studentov-inostrant8ev,,
lzuchaiusbehikh rueskii iazyk. Uchebnoe posobie. Moskva, Izd-rvb
Mooke univ,j 1961e 172 p. (M3RA 14-11)
(Mathematics) (Physics)

AMCADIYVA, R.I,..,,_-vrach
~ - Z-11- -1-11; ". ..
Sleep hygiene for children. Zdorovle 5 no-3:30 Yx '59
I NIRA 122-3)
(CHILDENN-SLIV) - ~--
i F

ARLIWTAIVA, R.I., vrach
1
Bitter medicines. Zdoravle 5 no.6:31 Je '59. (KM 12:11)
(CHILDRU--PRVARATION FOR MEDICAL CARR)

. vrach
"~~ ~I~IVA# ~R.L~
Concerning a prejudice, Zdorovle 5 n0.8:30 Ag .159. (MIR& 13:S)
(MILK., Hmw)

ARM 'Y3TAj All!,,, vrach
In bad weather. Zdoroyle 5 n0.10$28 0 159, (KIPA 1312)
(CHILDM--OAR'B AO HYGMA)

ARMITIVA, R.I., glavmy7 vrach detskoy, polikliniki. . -
... 4--i~:-.,-,---t-..--,~-,-.;..-,-~'-'.
After the doot6r leaves. Zdorovle 5 no.12:12-13 D 159.
- (KM 13 - 4)
(INFANTS--CM AND HTGIM)

ARWITSVA, R.I. (Moskva)
W- ~-~
,"m~ Organization and calculation of preventive inoculations for children.
Yeld'. i akash. 24 no-901-36 S 159. (MM 12:12)
(VACCIRLTION)

ARKA IYEVA, R.I., vraoh
Are dry mixtures and children's canned foods useful? Zdorovie 6
noJr3o * 060, (KM 13:5)
(I"A"s-NUTRITIOT)
I
I .
I

(--I'RKA IYEVA, R.I., vrach
Visiting the children. Zdoroyle 6 no.7.-28 Jo 16o.
I (MIRA 13:7)
(DAY SURSIRIES)
i

I ARKADIYEVA, R 2,,vrach
___j
How can summer recreation for a child be organized? Zdorovle 7
no. 5:30 My 161. WM 14:4)
(CHILDREN--RECREATION)
1.
.1
f

NEVSKAYA) T.S.) kand.modonauk- RUTENBERG, 'L.A.# -kand.med.nauk; -SAMSONOV-, A.v
vrach (Stalin6,'USSR~j KPYSHIKIN, YU.P.,, vrach (Tashkent); KWTMAU:'
V*I. I kandomed.natiLk;_AM~99MA*-R-I--rvrach
RA
Health hints. Zdorovte 7 no.9:30-31 S 161. (MI' 14:9)
(HYGIENE)

ARKAD'YEVA, R.I. (Moskva)
Work of the visiting district nurse nurse in carin&,for children
during the first year of life. Felld. i akush. 26 no.6:41-47 -Te
161. (HIFA 14:7)
(NUMES AND NMING) (WANTS-CM AND HYGME)

ARKADIYKVA, R.I.p__ each . _
When winter ends. Zdorov'6 8 no-2:30 F 162. (MIRA 15:4)
(VITARMS)

ZHDANOV., V.M., prof.; ALEKSANDROV, B.; VARIN, I.Ye., vrach; SHCHERBATYUK,
S.N., vrach (Kiyev); ARKADIYEVA, R.I., vrach; KOLfGUNENKO, I.I.,
vrach-kosmetolog
Health hints. Zdorovte 8 no.10:30-31 0 162. (MM 15slO)
(HYGIENE)

ARKMAD vrach
When the alarm clock rings... Morovie 8 no.12.-24 D 162.
(MIRA 16 t 1)
(CHILDREN--SLEEP)

ARKADIYEVA R. I., vrach
Is chocolate good for children~#Zdorcr#le 8 no.7:30 Jl"62.
(MIRA 15:7)
ORCCOLATE) (CHILDREN-NUTRITION)

ARKADIYEVA, R.I.
Is chocolate beneficial to children? Azerb. med. zhur. no.9%
85 S 162 - (M11RUA 18:1)

67392
4" .2+(-6-) SOV/181-11-9-10/31
AUTHORS:
N., Ryvkin, S.
TITLEs Investigation of the Apesion.Levels in Polycrystalline
J~nd in Single 56~.Orystals by the Method of the Thsrmo--
stimulated Current
PERIODICALt Fizika tverdogo tela, 1959~ Vol 1, Nr 9i pp 1379 1380*(USSR)
ABSTRACT: In continuation of a previous paper (Ref 1) the-present
article offers some experimental results. Pigure I snows the
temperature dependence of the thermostimulated current in.
,Sb2S,, figure 2 shows the same in selenium. Both stimples hive
p-type conductivity. The heating rate..was 0.5 deg/see for the
former and 0.2 deg/see for-the latter. The thermostimulated
current in the former exhibits two maxima at T 1500K and
T = 180 0K, and three in selenium (115'K, 1650K, and 180'K).
2
An evaluation of the adhesion level position yields for'
Sb2 53 -AE1- 0.33, andLE 2 - 0.'39 ev, whenassuming the effect-
Card 1/2 ive mass of the holes to be equal to the mass of free ~r

67392
In Yestigation of the Adhesion Levels in Polycrystalline SOV/181-1-9-10/31
Sb2S3 and in Single Be Crystals by the Method of the Thermostimulated Current
electrons and the mobility to be u a 20 cm 2/v.see. If temper-
ature is decreased from +20 to -150 0C, the photoelectric
sensibility drops to about one hundredth. In this case, the
lifetime changes only slightly and amounts to - 40/t,4,aec, With
u independent of temperature and equal to I cm 2/v.sec, one
obtains f or selenium, according to the 'three maxima: --*\ El_,:,~O. 10ev,
6E !~---0-14 ev, and,,AE ~~-0.17 ev. An evaluation of the carrier
2 3 . 16 -3 20 -3
concentration yields for Sb S -10 cm and for Be =10 cm
2 3
The authors thank B. T. Kolom.iyets for supplying Sb 2S3 and
P~ T. Kozyrev for selenium crystals samples. There are
2 figures and 2 Soviet references.
.ASSOCIATION: Leningradskiy fiziko-takhnicheakiy institut AN SSSR (Leningrad
Institute of Physics and Technology of the AS USSR)
SUEMITTEDr April 249 1959
Card 2/2

,:) V "/ r) 0, 0 67399
244) SOV/181-1-9-23/31
AUTHORSt Arkad'yeva, Ye. N., Ryvkin, S. 11.
TITLE: Investigation of Adhesion Levels in Sb Se by the Method of
_ -2 __3
the Thermostimulated Current
PERIODICAL: Fizika tverdogo tela, 1959, Vol 1, Nr 9, PP 1460 - 1463 (USSR)
ABSTRACT: If adhesion levels are occupied by carriers at low temper-
atures, this condition is conserved for a long time. 'i'lith
slow heating the carr 'ier concentration rises in the allowed
zone, in the same way as the current (if a field is applied).
This boost current which is higher than dark current is
defined as thermostimulated.-An investigation of thermo-
stimulated currents allows the estimation of position and
.;concentration of the adhesion levels. This method is specially
applicable to poorly conductive and photosensitive semicon-
ductors. It had already been utilized for the investigation of
CdS, CdSe, HgJ 2, and ZnS (Refs 1-11). The present paper offers
the results obtained for the.single Sb 2Se3 crystals. Investig-
Card 1/4 ations were conducted in the temperature iange of from -~180 to

67399
Investigation o .f Adhesion Levels in 5b Se by the Method SOV/181-;'1-9-23/31
2 3
of the Thermostimulated Current
+200C. Figures 1 and 2 show samples 1 and 2-ds to,the temper-
ature dependence of the thermostimulated curren~,'_(aolid curve)
and the dark,'exirrent (dashed curve). The curves~~ere recorded
by means of a recording device of the type EPPV-51, which ex-
F -12 -7
hibits a eensitivtty~varied within wide limits (-10 __10
a/mm). The thermostimulated current shovrs* charsoteristic
fluctuations with maximum at 115, 150, and 190 K. An eqt.imation
of the energetic position (AE.) aind the concentration (if) of
the adhesion levels is made on the assumption of the very slow
hea:t.ing having a quasiequilibrium, character, so that the Fermi
quas-ilevels'for adhesion levels and zone are the same. Ii can
be assumed furthermore that this quasilevel coincides with the
adhesion level in the case of temperature T M corresponding to
P
th.e thermostimulated current maximum.L EM kTM In
Pv bu
kT In: holds, where P is the effective level density
M -V
Card 2/4-- in the valence band, P is.the hole concentration in the valence "

67399
Investigation of Adhesion Levels in Sb 2Se 3by the Method SOV/181-1-9-23,/31
of the Thermostimulat,:~-l Current
band at T., u the hole mobility at TM, 6 the conductivity at
TM. Thus one obtains for the 3 maxima of crystal Nr 2t0 *28,
0.32, and 0-36 ev. For M one obtains adcording to Khartsiyev
(Ref 13)
P AE t'kTM2- --AE /kTM
M v e where S is the heating rate and T
kS -t M).
'2 AE
M
is the car'rier lifetime. For T - 155 0K z 10 -8 see holds, for
1500K c~~10-7sec, and for 180 0K =110-6 sec. M is then found to
16 16 6 '-3. A'fow more details are finally
be 10 , 3-10 9 a~d 5-101 om
discussed. The names of A. Kh. Zeynally, B. T. Kolomiyefsp and
M. V. Kot (who supplied the single crystals) and N. B. Strokan
(who made a calculation) are mentioned in footnotes. There are
Cdrd 2 figures and 13 references, 1 of which is Soviet.
..3/4
Lk

67399
Investigation of Adhesion Levels in 8b Se by the Method SOV/181-1-9-23/31
2 3
of the Thermostimulated Current
ASSOCIATIONt Fiziko-tekhnic 'heskiy institut AN SSSR Leningrad (Institute of
Phveice and Teghn o
qjM ofthe AS USSR, LeningradT
SUBMITTEDt March 26, 1959
Card 4/4

f 111100
81634
S/181 60/002/06/22/050
20 X123056
AUTHORSs Arkad'yeva, Ye. N., Paritskiy, L. G., Ryvkin, S. M.
TITLEs Investigation of the Kinetics of Infrared Impurity Photo-
conduction in US Induced by Previous Illumination
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 6, pp. 116o-ii68
TEXT: The fact is already known that photoconductivity may be produced
in CdS single crystals at low temperatures (770K) by infrared light of
wavelengths up to 6 It. The authors investigated the kinetics of this
oonduotioh in crystals into which impurities were not purposely introduc-
ed. In this connection it is assumed that the photoconductivity of US
is caused by the fact that the light transfers electrons from cc-type
adhesion levels into the conduction band; the adhesion levels are
assumed to be filled up with electrons, which is a consequence of
previous illumination. Investigations of kinetics make it possible to
acquire knowledge of the interaction between light and adhesion levels
and to estimate the main parameters of the adhesion levels. The results
obtained by experimental investigation of the induced impurity
Card 1/3

81634
Investigatiori of the Kinetics of Infrared 5/181/60/002/06/22/050
Impurity Photoconduotion in CdS Induced by B006/BO56
Previous Illumination
photoconduction in US are discussed in part 1. All investigations were
carried out at 770K on US single crystals onto which indium contacts
were sputtered in vacuo. Above all, the spectral distribution of photo-
conductivity and the time-dependenee of the photocurrent were investi-
gated. Fig. 1 shows the spectral photocurrent distribution, recorded
under various conditions; without previous illumination (Curve i) with
previous irradiation by green light, by leaving the sample in the dark
for a longer period of time (Curve 2 - photoconductivity is found
beginning at 3-5,&), and under simultaneous constant irradiation with
white light (Curve 3 - which produces exactly the same effect). In the
latter case, distinct photocurrent extinction with a maximum at 0.9,t&
could be observed. Further, the time dependence of infrared photo-
conductivity after previous illumination with green light of various
intensities was investigated. Between the previous illumination and the
beginning of infrared irradiation the sample was left in the dark for
40-60 minutes. The results are shown in Fig. 2. The photocurrent re-
laxation at the beginning of infrared irradiation was found to depend
upon previous illumination (Curve a - high intensity, curve b - low
Card 2/3

81634
Investigation of the Kinetics of Infrared Impu- 5/181/60/002/06/22/050
rilty Photoconduction in CdS Induced by B006/BO56
Previous Illumination
intensity). In part 2 of this paper, these experimental results are
analyzed on the basis of a model with one adhesion level, and the infra-
red photoconductivity kinetics is calculated for the case of a so-called
"quasi-steady" excited state of the crystal. Fig. 3 shows the scheme of
electronic transitions upon which the analysis is based..In.part 3, the
results obtained by experimental investigation of the kinetics of infra-
red photoconductivity in a quasi-steady excited state are given and the
parameters of the adhesion level are determined. The dependence of the
growth and drop times as well as of the steady photocurrent are shown in
Figs. 4 and 5- Several particular features of infrared photocurrent
relaxation in the unsteady state are discussed in part 5. Further irvesti-
gations in this field are to follow. The crystals investigated were
produced by 0. A. Matveye and L. V. Maslova. There are 6 figures and
11 references: 4 Soviett 4 American, and 3 German.
ASSOCIATION: Fiziko-tekhnicheskiy institut AN SSSR, Leningrad (Physico-
technical Institute of the AS USSR, Leningrad)
SUBMITTED: October 26, 1959
Card 3/3

83010
S/181/60/002/008/029/045
B006 B063
AUTRORSi Arkadlyeva, Ye. N., Ryvkin, B. M.
4r\ 40
TITLE: Induced Infrared Photosensitivity'of Some Semiconductors
PERIODICALs Fizika tverdogo tela, 1960, Vol. 2, No. 8, pp. 1889 - 1890
X
TEXTs. In CdSrYsNingle crystals activated with silver, Lambe and Klick
(Ref. 1) (Ns-erved infrared photosensitivity induced at 770K in the range
2 - 6/,4. This phenomenon was studied by the authors of the present paper
in Ref. 2, This kind of infrared photosensitivity also occurs in other LX/
semiconductorsl5such as CdSeq CdTe, Bb2Se 3* Fig. I shows the typical
spectral distribution curves obtained for these substances at 85 0K. These
substances show no infrared photosensitivity without previous illumina-
tion witif visible light. All three substances are photosensitive in the
range 2 - 4p, after preceding illumination with light whose frequency is
in the range of natural absorption. Fig. 2 illustrates the time depend-
ence of induced photoconduction. As in the case of CdS, the infrared
photoconduction rises steeply when light is switched on, and then drops
Card 1/2

0~010
Induced Infrared Photosensitivity of Some S/t8l/60/002/008/029/045
Semiconductors Bo06/Bo63
exponentially. CdTe crystals show a "quasi-steady" state of excitation in
which photoconduction is almost time-independent. CdSe and Sb2Se3 exhibit
no such states. In conclusion, the authors thank B. T. Kolomiyets,
N. K. Kiseleva, and A. Kh. Zeynally for supplying the test material. There
are 2 figures and 2 references: 1 Soviet and 1 US.
ASSOCIATION: Fiziko-tekhnicheskiy institut AN SSSR Leningrad (Institute
of Physics and Technology of the AS USSR, LeningradT
SUBMITTED: January 18, 1960
Card 2/2

27295
it/77 S/181/61/003/008/025/034
B109/B202
96'a2
AUTHORS: Arkad'yeva, Ye. N., Kasymoval R. S., Ryvkin, S. M.
TITLE: Kinetics of the induced defect photoconductivity in telluric
cadmium
PERIODICAL: Fizika tverdogo tela, v. 3, no. 8, 1961, 2417-2426
TEXT: The authors describe the energy band schemes and the determination
of its various energy levels for monocrystalline CdTe. The effect of
induced defect photoconductivity occurs according to the energy band scheme
shown in Fig. 7. Upon illumination by infrared light the electrons on M
are promoted to the conduction band c from which they either 1) return to M
or 2) go to S (n-type). Case 2) plays an important part when the infrared
light is switched on. In the course of time its effect is, however, weakened
(the photocurrent decreases). If the hole concentration in M increases and
in S decreases to such a degree that case 1) becomes more probable than
case 2), then the photocurrent does no longer decrease and the quasisteady
state is attained. The exact positions of the individual levels of the
energy band schemes are determined by measuring the properties of the
Card 113

27295
S/161/61/003/006/025/034
Kinetics of the induced defect ... B109/B202
conductivity of n- and p-type CdTe in this special state. The measurements
are made according to Ye. N. Arkad'yeva, L. G. Paritskiy, S. M. Ryvkin
(Ref. 1: FTT, 11, 6, 1161, 1960) and S. M. Ryvkin, L. G. Paritskiy, R. Yu.
Khansevarov, I. D. Yaroshetskiy (Ref. 3: FTT, 111, 252, 1961) via the
photon capture cross section q of the level M. The Fermi level is measured
by determining the temperature dependence of the logarithm of the specimen
conductivity which is practically a straight line. It follows from the
sloDe of this straight line that the p-type has approximately 0.33 ev from
below, and the n-type approximately 0.38 ev from above. To determine
energy level which is the principal cause of induced photoconductivity, the
authors measure the spectral behavior of induced defect photoconductivity
(maxima for p- and n-type approximately 1.8 R red boundary for p-type
approximately 4.3 g, for n-type approximately 3.5 ji) as well as the
dependence of the increase- and decrease-time constants on induced defect
photoconductivity. From these values the quantity q is determined
according to Ref. 3. Thus, the values 0.30 ev are obtained for the p-type
from below, and 0-33 ev for the n-type from above. The complete energy
band scheme is shown in Fig- 7 (CU S,s donor level, n-type; 6 S,s acceptor
level, p-type). There are 8 figures, I table, and 5 references: 3 Soviet
Card 2/3

Kinetics of the induced defect ...
and 2 non-Soviet.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe All SSSR Leningrad
(Institute of Physics and Technology imeni A. F. Ioffe AS USSR
Leningrad)
SUBMITTED: February 11, 1961 (initially),14arch 24, 1961 (after revision)
a 6
t t
#J80 0,33.71
Fig. 7
RA
OJLS
Card 3/3

-118919
S/181/62/004/006/030/051
B104/BI12
77
AUTHORS: Arkad'yeva, Ye. N., Paritskiy, L. G., and Ryvkin, S. M.
TITLE: A method of long-wave photoelectric probing of local levels
in semiconductors
PERIODICAL: Fizika tverdogo tela, v. 4, no. 6, 1962, 1578 1588
TEXT: In the new method described here for the investigation of
relaxation processes in semiconductors, the sample is irradiated with
a probing pulse of long-wave light (Fig. 16') along with a sufficiently
long square light pulse (Fig. 1a) that excites the relaxation process
under investigation. The wavelength of the probing pulse is so chosen
that the levels under consideration are ionized. In this caae,-the
signal on*the oscilloscope screen has a definite form (Fig. IS ). The
concentrations of free and bound carriers can be determined from the
slope of the curve on the-:~dcteeft and from itBlpeak-produced~by thd.prob-
ing pulse. The sample can be irradiated with a series of probing pulses
during the interval of a single square pulse (Fig. 2) and this enables
the,relaxation of the concentrations to be determined, The light from the
Card

S/161/62/004/006/030/051
A method of.long-wave photoelectric... B104/B112
A.
source S (Fig. 3) and the probing infrared light of the monochromator M~
are regularly interrupted by the disks A, (square pulse) and )1 2' Tho
signals of photoconductivity are recorded by a double-beam oscilloscope
and photographed. The probing pulse is automatically shifted along the
square one. Examples of a qualitative analysis of the behavior of
non-equilibrium carriers in CdS, CdTe, Ge, and Si during photooonductioil
at j'%/1000K are given, and a probing method for several types of local
levels in semiconductors is described. There are 15 figures.
ASSOCIATIONs Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSR
Leningrad (Physicoteohnical Institute imeni A. F. Ioffe
AS USSR) Leningrad)
SUBMITTEDt February 5, 1962
Card 2AP-_?

-V. j 2,7 43111
S/181/62/004/011/006/049
B102/B104
AUTHOR i ArkaL'
TITLEs The effect of adhesion lpvels on the kinetics of the impurity
photoconductivity of semicanductore
PERIODICALj Fizika tverdogo tela,'V- 4, no. 11,, 1962, 3046 3053
TEM The effect of a-type (multiple) adhesion levels on photoconductivity
kinetics is investigated in continuation of earlier studies made jointly
with other scientists (FTT, 2, 1161, ig6ol FTT, 3, 24'17, 19611 FTT, 4, 6,
1578, 1962). First its effect on the relaxation of impurity photoconducti-
vity is examined for a model consisting of-valence (V) 'and conduction (C)
band and for two levelst respectively, M which is involved in the photo-
conductivity only indirectly and K which is an "absolute" level of multiple
adhesion (Fig. 1). The expressions n n. -i- An,
-4- Ak, (2)
M=m -An-Ak.
k0) (Ner - no)
K_k,, (K
Card 1/4 'Noj(=.N e dox Nl~ Ncjr.-+- no -+- An' X= (NCjr4-nO-+-An)2

n
S/iqi/62/004/011/006/049
The effect of adhesion Ri B1620104
are used to,arrive at., o=
M-MO a.+-I
(5)
rm-ma
(no -f- N~x an (6)
from the kinetic equation of the transitions in lasystem of that type.
,r-o and T- are the characteristic times of inereqsq and decrease of the
c
photocurrent. The initial slope of the curve representing the increase is
given.by g - qIm /(i+K). nAs the electron concentration in C, 4n is the
electron concentpation caused"by light of the intensity I, k and m are the
occupation numbers of K and.M# the quantities marked with the subscript
zero are the corresponding values of darkness. q is the photon capture
cross section for the M-cente; and tm is the conduction electron capture
cross section for the M-level: Similar relations are obtained for the
limiting case /3n