SCIENTIFIC ABSTRACT VIKHLYAYEVA, R.P. - VIKHERVA, O.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859720013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/109/60/005/012/035/035
E192/E382
Interdepartmental Seminar on Cathode Electronics
(16th Session)
in the space-charge regime. on the basis of his experimental
data the author showed that the main factor leading to an
increase in the perveance of a diode with a pressed cathode
is the increase in the intensity of the activated barium
stream.
The thlrd paper was read by P.V. Timofeyev and R.M.Aranovich.
They reported the results of their investigation of a cold
cathode made of magnesium oxide. They constructed electron
tubes with magnesium-oxide cathodes (on a nickel base) coated
with a layer of porous magnesium oxide having a thickness of
50 p. These tubes could operate in various amplifying devices
and could give an anode current up to 10 mA. The useful life
of these tubes is more than 10 000 hours. The authors also
demonstrated such a tube in a low-frequency amplifier.
Card 2/3

s/lo9/60/005/012/035/035
E192/E382
Interdepartmental Seminar on Cathode Electronics
(16th Session)
In the paper "Secondary-emission Characteristics of Antimony
Sulphide and its Analogues" by V.L. ?4akedonskiy, it was shown
that the secondary emission coefficient of the layers of Sb 2S3
Sb2Se3 and Sb2Te3 does not exceed 1.3.
A paper by V.A. Grodko et al entitled "Influence of the
Difference of the Work Functions of the Electrodes of a
Thermionic Converter on Its Output Parameterall presented the
results of a theoretical analysis of the dependence of the
output power and efficiency of a converter on the difference
between the work functions of the anode and cathode (the
above paper is published in the present issue of the journal).
Card 3/3

VIKW,YAYBVA, R.P.; KUL'V;,RSKAYA, B.S.; SWILIMIKOVA, A.B.; YASNUFOLISKAYA,
W-.S.-
Interinstitutional seminar an cathode processes; 16th
session. Radiotekh. i elektron,5 no.12:2074-2075 D160.
(MIRA 13:11)
(Cathodes)

s/ioq/6o/oo5/o5/o2o/o2i
E140/E435
AUTHORSt VikhlyaXeva, R. ., Zhdan~ A.g.
Zernov, D.V., Kofan _TTT -.9 1 'V-. I
Politova, N.M. o Polyakova, M.A.v
Shabellnikova~ A.E. and Yasnopollskayal, A.A.
TITLE: Report on the Ninth All-Union Conferen~~,e on Cathode
Electroni.Ss
PERIODICALt Radiotekhnika i elektronika, 196o, Vol 5, Nr 5,
pp 866-879 (USSR)
ABSTRACT% This conference took place in Moscow from 21-28th
October 1959 with the participation of Soviet scientists
and guests from Hungary, Eastern Germany~ the Chinese
Peoples' Republic and Czechoslovakia. The chairman of
the organization committee was Academiclan Veksh-i.nskiy.
The report consists of brief abstract3 of 125 papers
presented at the plenary sessions and the sections of.
the conference. 15 Reports were presented in the section
on surface properties of solids dealing with electron
adsorption and structural properties of active surface
films. Electron-optical studies of "patch fields" on
Card 1/2 emitting sxtrfaces were discussed. 6 Papers on the

s/log/60/005/05/020/021
E:140/E435
Report on the Ninth All-Union Conference on Cathode Electronics
physics of semiconductor cathodes were given in the
section on thermionic emission. 17 Papers were
presented in the section on photoelectric emission.
Many papers discussed industria technology of photocells
and multipliers. 16 Papers were presented at the section
on secondary-electron emission. The section on field
emission heard 11 papers discussing pulse field
emission at high current densities, surface phenomenaj
field emission of semiconductors;~and the "condenser'?
cathode. More than 30 papers and brief communications
were presented at the section on properties, new types
and technology of cathodes, relating to the technology
of various types of cathodes, their behaviour in
practical devices and the operating mechanisms of
individual cathodes. 19 Papers were given at the
section on interaction of solid bodies with streams of
charged particles and residual gases. Notes of
conference discussion indicated that several sharp and
Card 2/2 critical exchanges of views took place.

SOV/109-4-7-24/25
AUTHORS: Alokseyeva, A-P Vikhl iyeva, R.P., Shabeltnikova, A.E.
't'*'Z
and Yasnopollska*~a,'-~
TITLE: Interdepartmental Seminar on Cathode Electronics
(14th Meeting) (News Item)
PERIODICAL: Radiotekhnika i elektronika, 1959, Vol 4, Nr 7,
pp 1215 - 1216 (USSR)
ABSTRACT: The meeting of the seminar took place on March 2, 1959,
at the Institut radiote"niki i elektroniki AN SSSR
(Institute of Radio-englneering and Electronics of the
Ac.Sc., USSR). During the meeting, 8 articles were read
and discussed. The first article, by A.R. Shullman
and Yu.A. Morozov, was devoted to the investigation of
the elastic reflection of the electrons having energies
ranging from 100 - 2 000 eV from 10 different elements
(Cr, Ni, Cu, Ge, Mo, Mg, Ta, Pt, Au, C).
Ye.S. Mashkova and G.A. Chetverikova read a paper on
'fInvest1gation of the Temperature Dependence of the
Secondary Emission Coefficient of Monocrystals of Barium
Titanate and Load Titanate".
Cardl/3

sov/log-4-7-24/25
Interdepartmental Seminar on Cathode Electronics (14th Meeting)
(News Item)
M.V. Sinellnikov report,&4 on his investigation of the
electron emission of a pure metal surface at room
temperatures.
A paper entitled "Electro-microscopic Investigation of
the Emission of Pressed Cathodes" was read by
Ye.M. Dubinina.
A.A. Gugnin and B.N. Popov reported on "Influence of
Oxygen on the Emission of the Cathodes Prepared From the
Salts of Barium and Calcium Having High Melting Points".
B.Ch. Dyubua and B.N. Popov dealt with "Some Properties
of the Barium-titanium S),*emll.
The results of an investigation of the field emission
from tungsten monocrystals by pulse technique were
presented by I.I. Gofman and G.N. Shuppe.
Card 2/3

SOV/109-4-7-24/25
Interdepartmental Seminar on Cathode Electronics (14th Meeting)
(News Item)
V.M. Gavrilyuk and Yu.S. Vedula presented a paper
dealing with "Adsorption of Barium and Barium Oxide on
Tungston Surfaces".
Card 3/3

SOV-109-3-6-26/27
AUTHORS-Savitskaya, Ya. S., Vikhlyayeva, R. F., Alpatova, N. 11.
TITLE: An Interdepartmental~'5&i~iii~r"-o'--n'-'C'a't'-h'o--de Electronics (?th
session) C(Mezhduvedomstvennyy seminar po katodnoy elektronike
(7-e zasedaniye))
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 6,
nN
p 854 (USS..,
ABSTRACT: On the 3rd February 1956 a Session of the Interdepartmental
Seminar took place in the Institute of Radio Engineering and
Electronics of the Soviet Academy of Sciences, During the
meeting 6 lectures were delivered. A. A. Maklakov and Ye, P,
Ostapchenko dealt with the new method of preparing barium and
barium-calcium aluminates and tungstates. L. Ya. Saoktiy
presented the results of her work on the improvement of the
processing of sintered cathodes. The lecture of R. M,,
Ryba-kova dealt with the investigation of oxide suspensions
for directly heated cathodes. A. F. Iyevlev s "Doke of the
production technology and the methods of control of a new
barium getter. N. I. Ekivina considered the problem of
application of the electro-osmosis for the investie;ation of
the electro-phoresis of alundum suspensions. The paper of
Card 112

SOV-109-3-6,26/27
An Interdepartmental Seminar on Cathode Electronics Oth Session)
Yu. N. Buznikov analysed the causes and the mechanisa of
the darkening of alandu.-~, coatin~rs during the preparation
C~
and the operation of the electron tubes,
SUBMITTED: March 14, 1958
Card 2/2 1. Electron tubes - USSR

S/109/60/005/010/028/031
2033/2415
AUTHORSs Vikhlyayeva,.R&P~., Zhdan, A.G. and Shabellnikova, A.S.
TITLEt Inter-Institutional Seminar on Cathode Electronics
k5th Meeting)
PERIODICAL: Radiotekhnika i elektronika; 1960, Vol.5, N0.10,
PP-1747-1748
TEXT: Six reports were heard at the 15th Meeting of the Inter-
Institutional Seminar on Cathode Electronics hold on April 4, ig6o
at the Institut radiotekhniki i elektroniki AN 'SSSR (Institute of
Radioangineering and Electronics AS USSR). In his "The Applidaticn
of Thermo-Electronic Emission for Direct Conversion of Heat Energy
into Electrical", N.D.Morgulis gave, a review of the work carried
out at the Institut fiziki UkrSSR (Institute of Physics AS UkrSSR)
and also at the Kiyevskiy*gosudArstvennyy universitet (Kiyev State.
University). Some general physical properties of such converters,
using pure tungsten, barium and cesium on tungsten, and thorium
b1carbide cathodes had'been Investigate4i. For ThC2 cathodes at
1900 to 2100*K, the efficiency was 8 to 15% and the e.m.f. 1.7 V.
L.N.Dobretsov and N.D.Davyatkov took part in the discussion.
V.B.Sandomirskiy reported on his and Sh.M.Koganla work on the
Card 1/4

s/iog/60/005/010/028/031
Inter-Institutional Seminar ... E033/z415
external emission of "hot" electrons from homeopolar semi-
conductors with a strong applied homogeneous electric field. The
emission current is very dependent on the field particularly in
the region corresponding to the horizontal part of the semi-
conductor volt-amp characteristic. M.I.Yelinson and A.G.Zhdan
gave a report on the emission of "hot" electrons from quartz,
activated by carbon. The authors had observed the emission of
"hot" electrons from thin layers (approximately 5 microns) of
S102 + C, depending on the voltage at the layer, the anode
voltage and temperature. A.L.Shustina communicated her
observations on self-maintained emission from nickel-based,
magnesium-oxide, cold-cathodes. The emission was excited by either
visible light or electron'bombardment and was accompanied by a
uniform.blue glow. The relation between the current and the
collector potential is exponential and the maximum current density
was 7 mA/cm2. The emission current is relatively stable (3% fall
over a period of 8 hours). D.V.Zernov pointed out that self-
maintaining emission also occurs in films of other materials,
e.g. KC1 and borium anhydride. N.L.Yasnopollskiy, N.A.Karelina
and V.S.Malyaheva reported on secondary emission under (printary
Card 2/ 4

s/log/60/005/010/028/031
2033/9415
Inter-InstItutlonal Sotinar ...
electron) irradiation of thin layers of Magnesium oxide on a thin
aluminium base (approximately 400 A) with current density
approximately 10-b A/cm2. Secondary emiasion coefficients
0 = 7.5 8-5 were obtained for primary electron energies
Vp -3.5 4.5 kV and amax = 9 when V sw 3 kV on MgO film
formed by activation of MS in air. Stabye values were somewhat
lower. In the report "Secondary Emission under (Primary Electron)
Irradiation from some Dielectrics" M.M.Sheftell communicated-that
the maximum values of the secondary emission coefficient amax
weres for KC1 4.2 with Vp = 3 kV; for NaCl 5.4 with Vp = 3.5
to 4 kV; for HSO 8.8 to 9.8 with Vp = 6 kV and current
densities - 10-9 A/cm2. The base was aluminium. It was stated
that a thin layer of gold between the Al and the dielectric led to
an increase in a . The floutflight" angular distribution of
secondary electrons did not conform to a cosine law. A.Ya,Vyatakin
pointed out the necessity of careful separation of "true" secondary
electrons from reflected primary electrons. L.N.Dobreteov
mentioned that the field of the charged spot can reduce 6 and
Car&3/4

s/log/60/005/010/028/031
Inter-Institutional Seminar ... E033/LP415
distort the angular distribution of secondary electrons.
V.I.Fomina in the report "Investigation of Induced Conductivity
of Some Chalcogenides of Antimony" gave results obtained on -thin
layers of Sb2S3 and Sb2Se For Sb2S3, gain coefficients of
500 to 600 and "multiplici;y" coefficients of 100 to 200 were
obtained. For Sb2Se3, corresponding figures were 1500 to 1700
and 2 to 3. The induced current depended on the exciting
current density by lin = aln . where n varies from 0.5 to I
at room temperature and above. The Induced current also depends
on the temperature in an exponential manner.
Card 4/4

VIKUTATIUA, R.Pj_;_ZHDLV, A.G.; SHBALINIKOVA, A.B.
luteragenc7 Seminar or Cathode Mectronics. Radiotekh. i elektron.
5 no-10:1746-1748 0 160. (MIRA 13:10)
(Cathodes) (Ilectron tubes)

VIKHLYAYEVA Ye.m.1 doktor med. nauki ZMANOVSKIY, Yu.F., kand. med. nauk
L,Wbd~
Use of tranquilizers in treating the clims taric syndy'--me.
Akush. I gin. no.1:95-101 165. (MIRA 19;10)
1. KeSedra akusherstva J ginekologii I Moskavakogo meditainakago
instituta imeni Sechenova (zav.- prof. K.N. Zhmakin) i Nauchno-
issledovatellskiy inatitut akusherstva i ginekologil MUnisterstva
zdravookhraneniya SSSR (dir, prof. O.V. Makeyeva).

VIKHLYAYEVA, Ye.M.;
Characteristie3 of tr,-, steroid hormones on sys-
temic motor conditloned reflexeo in patients with climacteric
syndrome. Akush. i jin. -no.2155-'~511'3- (MIRA 16t10)
1. 1z fizioloplehesioy laboratorii (zav. - prof. A.D.Dolin)
flauchno- issladovatellskogo instituta akusnerstva i ginekolo-
gii Ministerstva RSFSR (dir. - prof. 0.V.
Makeyeva) i ka-fe-dry akuul~crotva i ginokologii I Moskovskogo
ordena Lenina neditsinskt:;ro injilituta (zav. - prof. K.N.
Zhmakin).
(CCURACTUMIC) (IMIT1011,S, SU) (CONDITIOVED RESPONSE)

VIKI[LYAYI-;VA, Ycjl.
Prirciples for the treatment of patients with the ctimcteric
syndrome. Sov. med. 27 no.6:52-58 Je 161,.
(KIPA 18: 1)
1. Kafrdra acusherstva i inckologil (zav. - prof. K.N. ~Iiutkin)
I Moskovskogo ordena Lenina meditsinakogo instituta imeni I.M.
Sechenova.

VIMYAYEIrA. le.Ho
I-.
Nthogenesis and treatment of the climacteric *mdrome. Akush.
i gin* no.lt3-11 #62. (KM 15:11)
1. Iz kafedry akusherstra i ginekologii (zav,, - xasluzhe=yy
de7atell nauki prof. X.N. Zbmakin) I Moskovskogo meditsin-
ekogo instituta imeni, I.M. Sechenova,
(CLIMAGTERIC)

KAIMOVA, V.I. (14oskva)
Combined use of sex steroid hormones in the climateric syndrome
in patients with irypertension and arteriosclerosis. Klin.r.,-ed.
no.3:105-112 162. (MIRJ1 15:3)
(MTERTENSICTI) (ARTERIOSCLEROSIS)
% (CLIMACTERIC) (Hoalmw, SEX)

VIKHLYAYEVA, Ye.M.,._(Moskva)
Thyroid gland function in women during the climacteric. Probl.
endok.i gorm. 7 no.3:68-73 861. (Yip"- 14:10)
1. Iz kafedry akusherst7a i ginekologii (zavo - prof. K.P.
Zhma in) I Moskovskogo ordena Lenina meditsinskogo instituta
imeni I.M. Sechenova.
(THYROID GLAND) (CLDIATEMC)

VARINA # L~Vw 9 kandemedonauk.,,, VIMMYAYEVA, Te.He', kand.mede'-aauk
Tenth All-Union Congress of Obatertrialmne and Gynecologistse
Ilin.med- 36 no.8:153.-156 Ag 158 (MIRA 11:9)
(OBSTETRICS-COHMSSES)
. (GMCOLOGY-CONW.SSRS)
I

VIKHMAN,. A.,-.,,PAVXLITXT, V. (Arkhangelisk); DXGTYARZV. N.; RYABMOV, Ya.;
*~VSKAYA, Z.- KULAGIN, N.; GROMMUM, A. (g. Shakhtv); YURTO.B.
(caZaPorozh'7o) ; STROUNOT, B. (rallni?wgrad); KAZA OV, P.;
XMIAROV, L. (Dnepropetrovsk); ABRAMOVA, V. (Grodno); NDTCHXNKO, T.
(Kiyov); KRASHOV, A. (g. Alimetlyevsk); KAPLAN, Ta.; KASATKIN, I.
(Taroslavll).
Letters to the editors. Sov.profooiuzy 16 no.4:44-49 7 160.
(MIRA 130)
1. Ohlen zavkom, prodeadatell komiscii okhrarq truda moskovokogo
zavoda "Mektroovet" imeni P.H. Yablocbkova (for Vikhmu). 2. GlavW7
iuzhner Kuchurganskogo cherepichno-kirpichnogo zavoda, solo Sokhall-
ekoye, Rozdellnyanskogo rayona, Odeaskoy oblasti (for Dogtyarev).
3. Dorozhny7 koudtat professionallnogo soyuza rabotnikov zhelezno-
dorozhnogo transporta, Sverdlovsk (for Bobrovskaya, Kulagiu). 4. Wovo-
trubnyy zavod, g. Pervourallsk (for Tazakov). 5. Predsodatell post-
royechnogo komiteta 5-go stroyravona tresta O.Allmettvevneftestroy"
(for Krasnov). 6. Predsedatell ob"yedinannogo postroykom trests,
nKhabarovskstroy" (for Kaplan). 7. Prodeedatell teekhavogo komite'w-a
otdela glavnogo tokhnologa Yaroslavskogo motornogo zavoda (for
Thsatkin).
(Ifficiency. Industrial) (Trade unions)

LJ!L4~62_6
ACC MR: AP6002972 b0l,)RCE CODE. UR/0286/65/000/024/0147/0149
INVENTOR: Sinitskiv. B. A. Kuznetsov, V. M. Vaksman,,A. _Z.;. Ratnir, A.- G. Vikh-
,~n.B. A.;, Rimmer, A. 1. ; Drititri evi V. P. ; Rikhter, A. A.
~ORG: none
JITLE: A universal form for hulls in shipbuilding. Class 65, No. 177291
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 147-148
TOPIC TAGS- shipbuilding engineering, marine equipment, ship
ABSTRACT: This Author's Certificate introduces a universal form for hulls in ship-
building. The installation includes a foundation with standard elements, e.g. beams,
stands and frames in a form depending on the members which make up the hull struc-
ture. The installation is designed for convenience in assembly, efficiency in the
use of.production area and ecoInomy of metal. The foundation is made up of anchored:-
Jongitudinal or transverse channel or angle tracks. The projecting horizontal
.shelves of the tracks form-T-slots above the level of the foundation by the thick-
ness of a shelf. The standard elements are made with mating sockets for fastening
UDC; 629-12.002.011 : 621.757
,Card 1/3 ---:.621.791 : 621-783.624

L 14462-66
ACC NR: AP6002972
1 - foundation; 2 tracks; 3 horizontal shelves;
4 - standard element; 5 - metal units.
Card --~/3

L 14462-66
ACC NR: AP6002972
to the angle or channel tracks. Detachable metal units are mounted on the standard
elements'.
SUB COM.- 13/ SUBM DATE: 12Nov64
Carda/3

GLIMAN, L.S.; BOCHAROV, I.V.; VIEMAN, G.L.1 ABROSIMOV, B.Z.; KIRILOV,
Ye.A.,-, MELINI'KOV$ S.M.; AGAPOIMT, A.V.; SOSKIND, D.M.
Rebuilding catalytic cracking units wAh a combined reactor-regeneratuor,
Khim. i tekh. topl. i masel 6 no.11:6-10 N 161. (MIRA 14:12)
1. Goaudarstvennyy nauchno-isolodavatellskiy i proyektnyy institut
neftyanogo mashinostroyaniya.
(Craqking process)

Goer cb,
L'yovicb- FMGLOV, Sergey Aleksandrovich; BMKMOV,
er Lv
V M'O 1 t84
Mpin~zz1h..0,NMe
retsenzent; YEFREMOVA, T.D.0 ved. red.;
VOROBIYEVA, L.V., tekhn. red.
(Principles of the design 4f~equipment and machines for
petroleum refineries] Osnovy konstruirjvaniia apparatov i
maahin neftepererabatyvaiushchikh zavodov. Moskva, Gos.
nauchno-tokhn. izd-vo neft. i gorno-toplivnol lit-ry,, 1962.
110 P. (MIRA 1512)
(Petroleum refineries--Equipt~ent and suppliee)

VIXHKANq L.A,
Effect of some drugs on hemagglutination with the influenw virus.
Zhur. mikrobiolo epid. i immin. 31 rib. 5:U8 My 160.
(MIRA 33 tlO)
(BWOD-AGGLUTINATION) (INFLUENU)