SCIENTIFIC ABSTRACT SHISHIKIN, YE.A. - SHISHIYANU, F.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549530015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 36
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Yr',-*. A.
Bee Culture - Queen Rearing
New Method for forming attendant colonies in queen rearing.
Pchelovodstvo 29, no. 8, :-952.
9. Mlonthl List of Russian Accessions, Library of Congress, November 1952. UNCIASSIFIED.

2. USSrc (600)
4. Bee Culture
7. New ways of winteriqg 1~)ees. Pchelovodstvo 30 no. 1953.
9. Monthly Li~st 2f Russian Accessions, Library of Congress, April -1953, Uncl,

Agriculture Apiculture
Card 1/1 Pub. 86 - 23/39.
Authors I Shishikin, A,
Title I Azerbajjan a"PTIC"Mure
Pexiodical i
Abstract I
Institution
Submitted
Priroda "/3, 113 -114, Mar 1955
A description is given of the rather primitive methods (which
vary from region to region) of apiculture in Azerbai Jan. Tho
possibility of greater development of this industry is dis-
cussed in view of the fact that *the natural facilities for
the gathering of honey are particularly favorable.

BOMY, Yu. [Bolf J I- K1113ACJ!.--.K L. fVubaci-k L.],- MARTINY, '70;
0
# a
SIUSHYAJI K. (Sinka, F.1; G1110A, M. Nubka, M.)
ExPeri&e.-Itld methods for the study of fluid fiow curves. Eksper.
khir. i anust. no.1:3-11 165. (MaA 1~8:31)

TEPLENKO, V.G.; KUDINOVA, K.G.; SHISHKHANOV, T.S.
Tecbnology of preparing titanium and calcium hydridas. Sbor.
trud. TSNIICHM no.43tl35-139 165. (MIRA 18s10)

Rubber Abst. 4987- Role of peroxides in processes of polyroarization of
Vol. 31 vin;71 compounds. M. F. SHOSTAKOVSKIII V. P.;SHISHIKOV,
Dec. 1953 and V. A. K-IT-NW nim. i. Fiz Khim. VyBokomolekul.
Synthetic Rubber Soedinenii, Dok]Ady 7-oi Konf. Vysokomolekul. Soedineniyam
and Like Products 1952, 28-34; Chem. Abe., 1953, 47t 7819. Three general
clft:ioes of vinyl monomers are distinguished according tc he
mechansim of thoIr polymerisation. The aotion of benzoyl
peroxide is discuajed, and the relation betmeen activity of
monomer, copolymer activity, and the polymerisation 'reaction
described. Various experiments on the action*of benzoyl
percxide were carried out. Examples relate to methacrylatest
vinyl eaters, vinyl. chloride, and the like, in solution or
emulsion. 3S12
J,

j~ ;7~ j F, 1 -1 t ' . I . - 1 -1
_ _ _ _ , , , rig ' -- - , , ; - I-- -"
k ' - -, k.: . , T
- f - I a . I -- 7 - .
Construction Industry
Experience In economizing, materials in construction work. Za ekon. rat. no. 2, Sept. 1952 '
Monthl List of Russian Accessio,,is, Library of Congress, December 1952. Unclassified.

SHISHINORGY, H., brigadir kmmenshchikov.
(Ways of reducing building costs] Riti anizheniia stoimosti stroitelletya.
[Moskyu] Rrofizdat. 1953. 47 p. MRA 6:8)
1. Moskoyskiy shilishchno-Ltroitelln:rl treat.
(lifficiency, Industrial) (Building)

7(4),7(5),24(7) r-
AUTHORS: 'Dzhelepov, B.,S., Ivanov, R. B.# SOY/48-23-7-2/31
Nedovesov, V. 6., Shishin, B. P.
TITLE: The a-Spectrum of U233 (a-spektr 12 3)
U
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1959,
-Vol 23, Nr 7, pp 788-791 (USSR)
ABSTRACT: The introduction mentions a paper by F. Asaro who detected
three a-groups of U 233 by means of a magnetic a-spectrometer
of the sector type. In the following L. L. Golldin et al.
showed in an exact investigation of the a-spectrum of
233
U that it is composed of five lines. These lines'are indie~
cated, and it is ascertained that the last three of these
lines cannot be calculated by the known formulas for the in-
tensity of the a-transitions. In 1958, the authors carried
out investigations of the a-spectrum of U 233 by means of the
a-spectrometer described in the first paper of this issue;
these investigations permitted a more accurate determination
of the intensity of these three weak lines. Electrochemically
Card 1/2 plated U233 on platinum was used as a source. The measured

The a-Spectrum of,U 233
SOV/48-23-7-2/31
values are compiled in two diagrams (Figs 1 and 2); tables I
and 2 compare the valuez with those obtained by other authors.
Tho results show that if there is an ci -line this is very
4
weak. The a5-line is formed by a tiansition to the 316 kev
level, and its intensity sholve -that this in a transition of a
single-particle excited level. The quantum numbers of these
transitions are dealt with in detail, and finally a scheme of
the decay of U233 and of the levels Th 229 is given (Fig 3)-
The authors thank Yu. T. Puzynovich and V. No Delayev for
their help in the measurements, and L. K*.Paiker for the die-
cussion of the results of their work. There.are 3 figures,
2 tables, and 9 references, 6 of which are Soviet.
ASSOCIATION: Radiyevyy institut im. V. 0. Khlopina Akademii nauk SSSR
(Radium Institute imeni V. G. Xhlopin of the Academy of
Sciences, USSR)
Card 2/2

TATISHCHEV, S.V.., prof.; SLIVINSHY, V.A. inzh.; 5HISM
y . - 7
Improvement of the main sections of a furnace with a Obbler plank.
Energetik 10 noo2:5-6 F 162. (MIFA 15:2)
(Furnaces)
A;

hemostatic biological antiseptic tampon in obstetrics and
7. Akt.vop.peral.krovi no.7:150-152 159. (MM 13:1)
akusherstva i ginekologii AHN SSSR.
(HEMOSTATICS) (GYNNOOLOGY)

- --SHISHINj--S~- -- - - ---- - ----
Promoters of advanced mothods. Grazhd.av. 18 no.9:5-6 S 161.
(MnU 14:9)
1. Nachallnik Glavnoy rayonnoy dispotcherskoy sluzhby
aeroporta,, Flostov-na-Doiru. '
(Airplanes--Dispatching)

1,111THONIG,11111KOY) A.A.; SaSHINL, N.A.-, PANIKAROVSKri, VJ.
Changeri in pba::phorus wrid calcium metabolism during the dr.7e-
lopnient of experLmemtal dental naries in ratq of tbe "Augult",
ztrain; a radioisotc~vlc, -'M7~;sTlljation, Stcmatolot,,-" 42 n . :
-S r, 1+
1-8-25 JII-~W63 OK IRA 17 z 4
Iz kafedry patologlr-h6nkoy zav.
responient AUMN SSSF prof. F.A. Fsdorov) zia-ticbno-lusledovatell-
skay laboratorii ( zair. ootrrudnik. A.A.
Prok lion c Ink ov) Moakovakogo mc-.Utolziskogo stoweit--llogichef:k-ogo
Jnstituta.

L 01804-67 EWT(m)1EVP(j) lJF(C) RM
I ACC NR, AP6030604 r4N) SOURCE CODE: UR/0413/66/000/016/0092/0093
INVENTOR: Golubeva, A. V.; Yeremina, Ye. N.;Sivograkova, K. A.; 13
Bezborodko, G. I- ; Kitner, I.P. ; Shishina. V. P.
ORG: none
TITLE: Method of obtaining shock-resistant plasticized rubber. Class 39,
No. 185056
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966,
92-93
TOPIC TAGS: butadiene styrene rubber, copolymerization, rubber, plasticized
rubber
ABSTRACT: An Author Certificate has been issued for a method of obtaining a
shock-resistant plastir:ized pabber from a styrene copolymer, acrylnitrile, and
butadieneacrylnitrile rubbed"by means of suspension copolymerization of the proper
monomers and rubber. To increase the light stability and heat resistance of
plastici~cd rubber, the process is carried out in the presence of butylacrylate
rubber,Y9which is taken in amounts of 2-516. [Translation) -fNTF-
~,Wll SUB CODE: Il/ SUBM DATE: 13Apr62/ 0 UDC: 678.746.22-139

__SlHiISHINA. Yu. [ShyshM, IU.]; SHILLER, N.
Ampullae of life. Nauka i zhyttia 12 no.10:12-13 0 162.
OURA 16t1)
(BLOOD-TRANSFUSION)
k

ShILL&R, Ill.; SHISHINA Yu.
kmwnity in reverse. Znan.-sila 37 no.7:31-33 Jl 162.
(VWISPLUTrATION OF aMM9 TISSUESO BTG. ()I URA 15:9)

SHISRINA, Yu., vrach
So that othero wouM not catch the grippe. Sov. profsaiuzy
19 no.1;30 -Ta 163. ikRA 1621)
(Influenza)

, Yu. o vrach
SlqS~ ~A
There is also a fungus like this ... Sov.profsoiusy 19 mo.3130
mr 163. (MmTmffccsis) (FOOT-DISEASES) (MM 16%2)

SHISHINA, Yu., vrach
Uying conditions, health and occupation. Sov. profsoiuzy 19
no.lOt32-33 My 163. (11IRA Ms7)
(Air, Ionized-Therapeutic use)

SHISHINA, Yu.
Mathematics of the blood. Zuan.-sila 38 no,5:39-41 My4 163.
(kRi 16:11)

BLOKHINO Vikolay Nikolayevich; PARIN, Vasiliv Vasillyevicb; GAZ%NKOq
Oleg Georgiyevich, kandomed,nauk; VERNOV, Sergey Nikolayevich;
STAROSTENKOVA, M.M.9 otv.red.; SHISHIN19 Yu.G.9 red.;
NAZAROVA, A.S,.q tekbn.red.
[Medicine and cosmic flight] Meditsina i kosmichaskie polety;
sbornik. Moskvat Izd-vo *Znanie,w 1961. 30 p. (Vaesoiuznoe,
obshchestvo po rasprostraneniiu politichaskikb i naucbmVkh
znanii. Ser.89 Blologlia i meditaina, no.9) (KIRA 34:6)
1. Prezident Akademii meditBinakikh nauk SSSR (for B:Lokbin)o
2, Deystvitelinyy chlen Akademii maditsinskikb nauk SSSR (for
Parin). 3. Chletip-korrespondent AN SSSR (for Vernov),
(SPACE MEDICINE)

SbISFINA, Yu.G.; STAROSTETIKOVA, M.M., otv. red.; SAVCHENKO, Te.V.j
'-- red.
[Scientists talk about cancer] Uchenye o rake. Moskva, lzd-
vo OZnanie," 1961. 31 p. (Vaesoiuznoe obshchestvo po raspro-
straneniiu politicheskikh i naucbnykh znanii. Ser.8,, Biologiia
i meditsina, no.20) (CANCER) (MIRA 14:12)

SHILLER, Natan Yefimovich; SHISHINA. Yuliya Grigor~ ~ynq*, PETROV, R.V.p
dok-tor blol. nauk, red.; SOROKO, YA.I., red.; RAKITIN, I.T.,
tekhn. red.
(Barrier of incompatibility]Bdrler neaovmestimosti. Pod nauchn.
red. R.V,Petrova. Moskva, Izd-vo "Znanis," 1963. 39 p. (Novoe
v zhizni, nauke, tekhnike. VIII Seriia: Biologiia i meditsina,
no-4) (miRA 1612)
(TRANSPLANTATION OF ORGANS, TISSUES, ETC.)

Semiconducting phases in the system A 116 VI -A 118V1 (7 - Sic.).
3 2
L. V. Kradinova, I. K. Polushina.
Anomalous scattering of x-rays in Ga2SO3 and Its solid solutions.
A. A. Vaynolin and M. M. Markus.
(Presented by A. A. Vaynolin--25 minutes).
Papers not presented-]
Diffusion of impurities In gallium arsenide. 8. 1. Soltaks, V. I. Sokolov,
F. S. Shishiytr~4._.'
Influence of the impurities silver and gold on the electrical-properties
of gallium arsenide. B. I. -Boltaks,, V. I. Sokolov, F. S. Shishlyanu.
Report presented at the 3rd National Conference on Semiconductor Conpoundsj
Kishinev, 16-21 Sept 1963

BOLTAKSO B.I.; SHISHIYANIJ, F.S.
Diffusion and solubility of silver in gallium arsenide. Fiz. tyer.
tela 5 no.8:2310-2316 Ag 163. (MIRA 160)
1. Institut poluprovodnikoy AN SSIR, LenidFad.
(Silver) (Gallium arsenide) (Diffusion)

AP40.11785
a/VIBI/64/006/001/0326/0329
A*6'.'Hoas: Sokolov,, V. I.; Shishiyanu, F. S.
Diffusion and solubility of Cold in Callium arsenide
Fizika tvvrdo-o tela, v. 6,, no. 1, 1964, 328-329
-1C r;.GS: dill'T'llsion, sollibility, Lold, gallium arse do, n-typo gallium
ni
arcanide, molbiliLy, concentration distribution, diffusion coefficient, impurity,
i'ule
A7"3f,U'%CT: -lie authors used JW198 to ;Lud
the diffusion of Au in n-type Gq~,s
7
wit:i electron conceniration of '*1011ca- and a mobility of about, 3200 cn ;v, sec).
ii'o ;,itithod of pr62arin? the samples and of effectin the diffusion heating -has
hcen described previously by B. 1. Boltaks and F. S. Shishiyanu. (F-rT, 5, 2310,
1963). The concentration distribution is illustrated in Fig. 1 on the Enclosure.
In the tomperaturo interval from 650 to 1055C, the solubility of Au in GaAs
increased from 1o14 to 3.1c)17 cm-3. Tho temporature dependence for the solubility
rLAy be defined by the equation c. a A exp ( - -1 ), where A, - (6 + 4).1022cm-3 and
Cord 1/j

A-k^~,-:SSIOii MR: AP4011785
- 1.7 + 0.1. ev. If the coafficient of diffusion is measured in the first part
of t1le cur-Ve (Fig. 1), it is found to be 2 7-lT631 2
c=;7sec, but fram tha secmd
t
2art of the curve the value obtained is 1.~-10- cm~'- see. The first valuts probably
characterizes the filling of impurity holes near the surface layer. The second
involves rapid dif :,usion between lattice points, and this is the part of the curve
tilat should ba uscd,, therefore, for detorrd.ning the coefficient of diffusion. "We
t*:e this opportunity to express our fervent j;ratitude to B. 1. Boltaks for his
constant 6uidanco and valuable suggestions during the performance of this work."
Orin-. an. hau: 2 fig-ures.
Instuitur, poluprovodnikov AN SSSR, Leningrad (Institute of Semicon-
ductors) AN -1335R)
SUBill"411a): 02Sep63 DATE ACQ: 14Feb64 LXL: 01
SJB COD-7i PH NO PZ? SOV: 001 OTHER: 001
Card 2/3

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concentrations the concentration of current
concentration. Tile diffusion coefficient Of carriers is but 1/~ to 1/8 the Z.
tion* Metallographic Zn de nds on the boundary concentr&-
study has shown twit when t 'M
Ga" is steP-like, he concentration curve for n-type
In P-typo GaAs PO3-i6h0d sections show two transitions, + ~_
p there is always but th P p and p n.
that in the ter4)orature Interval 83o-1.130G e -- P. The authors
have found 0 one transitionsU is displaced in GaAs in
thO f Orm Of Positive ions, the effective charj;o decreasing with rise in temperature.
T11is docron.,; i rOI-10ws from th- entrniv,ent Of ions b7 electrons@ The diffusion
mechanism is thOudlt to involve thre; diffusion currentep due to negatively
chareed ion,,j in vacancies.9 Positively charf;ed Ions in intOrSt tcea and neutral
Zn ions. Orig. wt. hass 7 figures.
ASSOC1,1710111 Inztitut P01WroTodnikOv AN SMA Leningrad (Zutituto Of Semiconduc-
WSR)
SUBMITTEDt 10Dec63 DAT'S AGQt 2way64 31JOL t 00
SUB .COUt EC NO REF S0Vj 004 OTH" 1 00?
-~;ard .2/2
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A- C i--~z i C I ON RR A ioicy7o6 uR/oi6l/65/oo7/oc4/io2i/lae7
AV71TOP Boltaks. B. I. ffLlrihivanu, F. S.
~~a tvprdogo t -la, Y. 7, no 4, ia,65, 10;2--1027
--1 1 4.- - "ll I
araspn
purpj~,:;e ot t' f~, Investigation was to study the Idnertics of therml
ri, -specially "Uhp kinetic., of diffusion propagatlon of thermoacceptors
of gn-Uliln 1 raerulk;c-, to kcquire additional data on the nature of
E; ajic4i t. ~.ne E)ossibility of extractiria commer from a-llium
'f w-mea-ling i- th~ ---mi7pntrs'lon ane!
~n n-type sing-It in-itia-I
_;TOO cmr il'- &cc - T*.*le an-
moWU'Ity
-CC, the Rnneallrw di:mtlan wag 7 hours
X).' -~w r-c. 'Ibe ~-inetlcf3 of
un wa i ntu,~Ir~-~j * LAaserving the diaplacem-eTTt of the P-regicm
i ng u-pon ortner-ling- ot a-type- samples. The effecrt of a PsO iag
MO

5 25 15 - - A- 5
ACCESSUON FM AP5010706-
on th. rarrier concentrati-i A-lid mobillty is shown in Fig. 1 of the Enclosum. The
that cow,oralon is the conseTutence of dIfAISIOn of
Uher-.~;a~c- t.--,r s ir-= c lust -rirg p.-Ant s ( such at the svrfmce or ceructurr.1 defeatel
!-hc, ci-y ;tal, The. data Dbtalned ccnfirm the exlr~t ing a-pinion
7,~~r -7w- ;~alll= arsenide is tlip --or
per i=puri
I~rrX, gEL)IjL- arsen3de -w4,.r of
wIth
c ai-,-
clecreaE.Pd Ify -,-Yerai orde-a of
j*ne rpGu.~ts t~~at tho
presence of a zim- 1qer
a,rsen~rte~ 31=41mr result
AS-S,'-'L' A -ION: Inatitut p( lupravodnikorv AN USSR, leningrad (Instifrbe of F~ tt
ductoit AN SSSR)
suK,,-r= i olsep64 EXCL: 01 SM CODE a3
RR REF SOVi 000 Olm: 008
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lot 0.1 go if fj (f
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the carri
1. 523,15-6-5
ACCESSION NR- AP50107(6 ENCLOSUREsOl
!'Card

L 29961-66 EAT(m)/E1411(t)/ET1 IJP(c) JD
ACC NR- APG-012520 SOURCE CODE: UW018V66IW810041131211514
AUTHOR: Shishiyanu, F. S.; Bol+-aksL_B. I.
ORG: Institute of SemiconductorsA!~~R, Leningrad (Institut poluprovodnikov AN
SSSR)
TITLE: Energy levels of Ag and Au in GaLs
T
SOURCE: Fizika t-verdogo tela, v. 8p no* 4p 1966, 1312-2314
em-
TOPIC TAGS: gallium arsenide., gold., silver.. impurity levelp forbidden band t
perature dependence, electric conductivityp Hall constanty F&WAFY 44"o
ABS-17RACT: This is a continuation of earlier work by the authors (FTT v. T, 1021,
1965 and earlier) dealing with the diffusion and capture of Ag and Au in GaAs. The;
ed in the forbidden
present study is devoted to the energy levels which are produc
band of GaAs when doped with Ag or with Au. A series of wtperiments was made on
the temperature dependence of the electric conductivity mid the Hall constantj,
making it possible to deternine the impurity levels of Ag and Au in GaAs. The
measurements were We at the temperature range 77-77OK9 The doping reversed the
conductivity of the single-crystal n-GaAs samples to 1>-typee Because of the low
solubility of the alloying iraterial in the hostp it was necessary to investigate
the electric properties of GaAs against the background of thermal conversion. In
Card 2/2
L 29961-66
ACC Nij: AP6012520
the case of AG, an acceptor level was observed at 0.. 0
U j 0-01 eV above the t f
the valence band, as compared w1th 0.15 1 0.01 ev In a control sample subj op 0
thermal conversion by annealing. ected to
In the case of Au, the 0,15 1e el as observ
in the control sample, as well as two acceptor V w ed
responding to 0.090 j 0 levels in the doped samples, cor-
also noted t. -005 and --0.02 ev above the t0P of the valence band. It was:
~at when samples doped with Au and saaWlea BubJeCted to thermal conver-
Sion or doped with Gu are BbMltaneouslY annealed., the latter Samples lose the
0-15 ev level and acquire 0.09 and ftO.02 ev levels.
(0-02 ev) Is unstable and vanishes On subsequent anne The Shallow acceptor level
&ling&
and Ag levela It would be necessary to use purer Ga" Observe deeper Au
2 figures and 2 formulas. Orle. art. has:
SUB CODE: 20/ SUBM DATE: 29Nov65/ opa(; MWt 0031, 0M M:
Cord 2/2

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