SCIENTIFIC ABSTRACT VOROBYEVA, O.V. - VOROBYEVA, R.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860830009-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 26
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Y'~~00 (II( 01 Ile 32368
S/072/62/000/001/001/003
B105/bllO
AUTHORSi Botvinkin, 0. K., Doctor of Chemical Sciences, Professor,
Voroblyeva, 0. V.
TITLEs Effect of r-_irradiation on some properties of current-
conducting films
PERIODICAL: Steklo i keramika, no. 1, 1962, 4
TEM On the assumption that new structural defects develop owing to
r-irradiation of metallic oxide films, which increases their total con-
ductivity, the effect of r-irradiation on the electrical conductivity of
semiconductor films was investigated. 4 mm thick glass specimens of the
composition 136C(VVS) were used for this purpose. The glass was covered
with a 0.5 - 0.7/Athick semiconductor film of tin dioxide which contained
activating admixtures of antimony. The film was applied onto the apecimei..,All~
by spraying alcoholic solutions of tin tetrachloride at 6400C. The surface
impedance of these layers was 60 - 100 ohms per unit area. The films were
colorless and were exposed to irradiation (dose 5.6-10 r), with the
specific conductivity of the ffims not changing. X-ray examinations of the
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32368
S/072/62/000/'001/001/003
Effect ofr-irradiation on... B105/B110
films in the sygtem SnO 2 -In203 showed that the conductivity was chiefly
destined by the crystal structure of the coating. If the structure of the
film is comparable with the glass structure, its conductivity is greatly
reduced. Conclusion; The r-irradiation has no effect on the change of
eleCtrical properties of films. Experiments showed that the semiconductor
film of tin dioxide may be used as a coating for parts of apparatus and
devices exposed to r- irradiation. The electrical parameters do not change.
Card 2/2

ZEVIN.. L.3.; V(JROBIYEVA, O.V. ,
I
athods of stmidying the textures of thin ccatings Zav.lab.
N
28 no.6:6916,6-77 62. ~MIRA 15:5)
1, Gosudarstvonnyy nauchno-isal3dovatollskly institut stekla.
(Metallio fil=)

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I-or" hfE~ I

BOTVINKIN, O.K., doktor khimicheskikh nauk, prof.; VOROPYEVA, ON,
I
I
Effect of gamma radiation on some properties of current-conducting
coatings. Stek. I ker. 19 no.1;4 Ja 162. (MIRA 15:3)
(Semiconductors) (Gamma rays--Industrial Applications)

VORDB'jYffA.9,-DV*r-k&nd, taklm. nauk; VIZIOGRADOVAp V.V,o inshe
Metal oxide films on glass with uniform and variable
reoistanes. Stek. i ker, 20 no,8113-15 Ag 163,
(MIRA 16:11)
1, Gosudarot7ennyy inetitut stoklao

1,5111W
S/072/6:/C-00/00!/00!/O05
B021/BO)4
AUTHORS: Botvinkinj 0. K., Professor, Voroblyeva,_O._V. Portnova,V.A.
TITLE: Insulation of Conductive Glass Coatings
PERIODICAL: Steklo i keramikap 1961, No. 1, pp.*16-18
TEXT: The Institut stekla (Glass Institute) made an investigation to find
transparent varnisheB'oapable of insulating glasses with conductive
surface. Among organic compoundal polyamide resin and 124-B'~M(124-VEI)
varnish gave the best results. Polyamide films, however, have a poor
mechanical stability. From among a great number of organosilicon com-
pounds, the authors tested varniahes K-47 and K-601 K-47 was found to have
insufficient meohanioal stability, and is therefore not recommendable as
an insulating material. Upon recommendation by the nauchno-isaledovatel'skiy
institut rezinovoy promyshlennosti (Scientific Research Institate of the
Rubber Industry), the organometallic compound K[3r,(KBS) and the organo-
silicon resins Tr-4 (P-4), T-5 (P-5), TT-20 (P-20). andTr-40 (P-40) were
added to the varniah, which, howevar, did not inoroace the mechanical
stability of K-47. K-60 varnish ohowa good insulating propurtios. A table
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Insulation of Pt~nductive Glass Coatings S/072/61/000/001/001/005
B021/BO54
compares the hardness characteristics of films of the two best varnishes
K-60 and 124-VEI on'glasses with a semiconductor tin-dioxide layer. Films
of K-60 varnish are transparent, heat-resiutant up to 2000C, water-
repellant, adhero well to glass, but have a relatively low hardness value,
Films of .124-VEI varnish are very hard, heat-resistant, and water-repelA.ant.
Because of their color they can only be used in cases where a high
transparency is not required. There is 1 table.
Card 2/2

BOTVINKINs O.X.o prof.; VOROBIYEVAp 0,V,; PORTNOVAs V,A,
lamilating the electricity-conductiz:& coating an gWo. Stek.
1, ker. IS no* Ir16-28 A 161. OqU 14 2 1)
(GUss,-Eleotrio properties) (Protective coatings)

UnaAYZe-O BUD-
Stance coinvide wit-h the currersnon4ing, vglues ff,-r FnrU12
VITTIT~,

c I u d e h a, I t is not always advan"Cageous to use slanted jets to ob-
-~S g a nc e

_ACC 44 R_ '__ -
' AP6029048
SOURCE CODEt UR/0413/66/000/014/0072/0072
IM11TORS., Voroblyevap Oo V~;'Dossonovaj Yeo S.; Arahalgan, A, M*
ORG: none
TITIZ: A method for proparbig colored heat-shiolding glass. Class 32, No. 183914.
SOURCE: Izobret prom obraz tov zn, no. 34, 1966, 72
TOPIC TAGSt glass, tin,-titanium, antimonyp iron oxide, safety glass
ABSTRACT: This Author Certificate presents a method for preparing colored heat-
shielding glass by depositing a film.of iron.oxido.on a glass base,heatod to 550-
650C. -This is accomplished by aerosol atomizing aqueous or hydrochloric acid solu-
tions of iron salts containing 15-50% of film4orming salt. To improve the reflec-
"rared spectral ranget up to 10% of oxides of the elements in the
tivity in the in.L
fourth and fifth groups of the periodic table (for instance,, ting titaniumj or anti-
mony) are introduced to the film-forming solutions
SUB COLE: n/ SUBM DATEs 22.Tan64
Card 1/1 UDC: 6".1

VOR "'3 , - V-' I , - 1.
RYABOV, A.L.. pIolkovnik sapasa; IVAHOV, V.V., polkovalk zapasa; YILIPPOT,
I.A., polkovaik; VCROBIYBVA. P.A., polkovaik, red.; STRELINIKOVA,
K.Aes takhn.red.
(Field artillery manual for commanders of reserve planootel
Spravochnik komandire vzvoda zapasa nasemnoi artillerii. Koskva
(MIRA lis
Voon.izd-vo K-va obor. SSSRP 1957. 319 P* .21
(Artillex7,.Field and mountain)

4
OUTNIKOVA, Z.,r.;_YgQPIYEV J!~.; ILIYEVA, St.
I a U3
Development and productivity, of cultivated ginseng under v rio
geological conditions. Soob. DVFAN SSSR no.21s29-32 163.
(PJRA 18-5)
1. Biologc-pochvennyy Institut Dallnevostochncgo filiala
Sibirskogo otdeleniya AN SSSR -4 Institut rastenlyevodstva
Bolgarskoy Akademii nauk.

COUVITH :
CAT?-r,ORY I i'lants. Esdic-inal. Lthereql Oil. poisonotLs.
ABS. JOILM, I Pop-Biol., flo, 23, 1958, 110, 104895
)"'evap 1:4 ps
AUTROR Vor,:R ,
IPST.
TIME Grmine, Gsinsen,,!
4 , ip krii:,ors*-iy iny.
OPT G. PUB. Chnno, yakkhak, 11057, No. 21 37-33
ABSTFACT Ao abAract.
CAM 1/1
163

VOROBIYEVAI i.P.
Developuent, and some anatomicophysiological characteristics of ginseng
an related to light conditions. Mat. k lzuch, zhon'shenia i lim,
no.4:64,4% 160. (MMA 1319)
1, Dallnevostochn filial Sibirskogo otdoloniya AN SSSR,
(GINSENff (PLANTS, EFFECT OF LIGHT ON)

GUIIIIKUVAp Z.I.; 10i'013'YLVA, P-F.; IMIKITIA, I.A.; BELIKOVp I.F.,
kand. biol-."hauk'I'r~d.
(Ginseng and its cultivation] Zhenonhon' i ego vozdely-
vanie. Vladivostok, Primorskoe knizhnoe izd-vo, 1963.
123 p. (MIRA 17:8)

VOROBSYEVA, F.P.
Some problems of the agretechnics of gLneeng on a plantation
with artificial plant shading. Mat. k izuch. zhent. i drug.
lek. rast. Dalt. Vost. no.5:29-37 t&3.
Effect of light of different intensity on the growth, develop-
ment, productivity and photosynthetic activity of ginseng,
Ibid.:75-87 (MIRA 17t8)
-- . Dallnevostochnn filial imoni Komarova Sibirskogo otdoleniya
AN SSSR,

GRINEVICH, M*Ae; GUTIIJKC)VA.~ 7~10; VOROBITENTA, P.1.
Effeot, of.7arlcua gg--wth conditiona on tho develsymont of
ginsen- on the biolrgical activIty of its Lnt. Mat. k
6 d-rug. leak. :a at. Dell. Vest. no.501,M7 163.
izueb. 2 n
(MIR4 37r8)
1, Dallnevostoclinyy fili-al. imeni Kc-mrova Sibirskcgo otdiltmriya
All SSSR.

GUTITIKOVA, M.; VOROBIYZVA, P.P.
Cultivation of ginseng In the southern part of the Maritime
Territory. Trudy BottinstoSer*6 novW26-330 '59.
(MIRA 13W
1. Dallnevostochrqy filial im. V,L.Nomarova AN SSSR,
Vladivoutoic,
(Suputnllm Zrooerve-Gitioeng)

GUTNIKOVAO Z.I.; VOROBITEVAp P.P.
Seed production of girseng cultivated In the Maritime Territory.
Soob. DVFAN SSSR no,,18$57-61 163. (MIRA 17tll)
1. Dallnevootoohnyy filial imeni Komarova Sibirokogo otdoleniya Jai
SSSR,
0

VORDBIUVA, R.A.; STURUA, L.R.
Safe cleaning of.dahrdrators, Bezop. truda v prom. 3 no,,6:27-28
Je 159. (MIRA 12:10)
(Petroleum industry-Equipment and supplies)

VOROBIYEVA, R.P.1 IVANOVA, Ye.N.; CHUKIN, G.D*
Intensity and.position of electron absorption bands in
-biphanyls in various solvents. Izv. vys. ucheb. zave; fize no,
3:119-123 164. (KRA 17:9)
1. Voronezhskiy gosudarstvannyy universitet.

.YGROBITEVA R P --I IVANOVA, Te.N.
. .
Investigating the electroa absorption spectra of some snikamides.
Izv. vys. ucheb 1,zav.; fiz. no. 1:164-167 l6o. W4 13:12)
1. Voronezbekly gosudarstvennyy universitet.
.. I (Salfamide--~ectra)

IVANOVA, Ye*N,i VOROBOXVA, R.P.
Effect of a solvent on the'aboorption spectra of some milfamide0o
Jxv.yyo.uoheb.zAv.; fiz. no.309-43 161# (MM 14:10)
1. Voronezhskiy osudarotveanyy universitet,
Mlfamideo--Speotra)