SCIENTIFIC ABSTRACT POPOV, V. I. - POPOV, YE. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202520002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDO 62-1.314-.58(088.8)
LNOV YEV, G.S., [Novosib. alektrotakhn. in-t-Novouibirsk
-
E ect,
1 trical Engineering, Institute],
"Direct Frequency Converter"
-USSR kutho-la Certificate No 25~225, _f iled 15 June 68, published 4 March 70
-(f-rom Rfh___Elektronika i yeya prijneneniye,jfo~3, March 19 1, Abstract No
3B579PT-
Translation: A direct frequency converter.with artificial switching (ko=utat-
s iya ]units Por each phase of, the load is doooribed, The artificial switching
~unit consicts of two thyristors in series, connected to tho phanea of the reed
voltage across a group of semi---onductor diodes (common for all the artificial
switchIng units). The midpoint of the thyristors in series is connected through
a series connected cauacitor and choke coil to the corresponding phase of the
load. In order to decreasethe switching losses and increase -,.aa reliability of
the averaFe current, it is proposed to connect each artificial switching unit
across two an'ti-parallel. connected.thyristore-with the midpoint of the feed not.
2 ill. A.S.
17

Phytolovy;:
USSR 032
UDC 934-1:582,288.1P2.633-53a
MOIL M - T_ KOVA, TT. A., and V=HEMKO, M. P., All Union Sclentific Research
Iti-stitute:of Plant Protection, Leningrad
gainst Verticillilm 'Alt of Cotton"
The Effectiveness of the Fungicide Banleit A,
Vol 4, ANo 2, 1970, Pr, 199-200
Leningrad, Mikologiya i Fitapathologia
Abstract. The actkrity of benleit (Dupont) -with respect to Verticilliun: dah, iae,
uriety of cotton wilt, was estimated. Direct application of a bonleit solution
a
v
50-nqr/1-8 to cidtures of the wilt pathogren cot!-,pletely liestroyed mgceliimp an(.1
-rendered the ryedllwri sterile. 'Treat4in,~, the seeds '.by the, a~'Erienive irr~-Lhad war, 16,0;j
-.:-.effective. Treating the soil irith variour. dosts of benleit 1,,rior to plantinc; was
"ective. The most sh-nificant. ot -oil
the
also efl experimant consisted oe U
with benleit in an amount of 8o g/kg 30 days prior to plantii~,,-, followedL by in-Jec-
J
-ected. Since the
tion of the patho.-en into plants, 'Waich remained cozzipletely prot
pathogen was not in direct contact with the fUllgicide, it -was concl,_,died that the
plant,roots abcorbed the fungicide from the soil, and carried.it inizo the plant,
It is therefore the first systemic ff~ingi
+4ere%it kdU-ed the injected pathogen. I
'cide.:Liffectively inhibiting cotton wilt 1W;,, and merits further fteld study with
Other plants.

UDC: 621 049 - 75-669-)5
USSR
XKOSE.'NZOV, A. S., ?A"rIZN-KO, G. I. , i~~Lj - I
"~Lri Alloy for Xak:in.- XicrocirctLitsll
--va, Prornavohlennyye Obra-Z TovaZ11-11-e Znaki, !lo 15.
Moscow, Otkrytiya, izobraten,L ts
- Aux ',' -C; I
1970 thorl s Certifi caLe a 2 922-6 : filed~ 3,~~Xar 69, p ~8
Absrr-act: This author's certificate introduc*es: 1. An alloy 'ca- making n-J, cro-
'-kel. As fcature of
s based on copper, man-anese and n - M 6
circuit a :J4
the patent, the alloy Is dQsigned for producing I'iLms witb- !-he nocos5ai- adhassion
-a
nd iticormioa propones, and for g t 11-ja proauc-dvJ ry of vz~por-%Ing
a
equipment. "T'i-tanium is acddod Ito the alloy CeMposition ani the initial componont5
are -taken Lq the fo-'Icwing ratios: manganese -0..5-2-1.1 ; nie'r-el I-D;4; titazdun
the rema-inder copper. 2. A modification of this alloy In wdch '~iw
distinguishing feature is reduction:'of the electrical resistance of fjIms h~y
partiaL or. complete substition of cobalt for nlc4l.

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I, L. . I'l -L:
- - - , - - - - . - - - - , - I I I - - . I . - 1. 1 1 6AAWIMIA Mu~-,-., - .
~t-A~,*-;& --,% It j:j;.. I ~' ijt I!I,-! '41~ I I.INHICH t, 11-il"ll-J-01M Ht (-fill I lulMill, I I Rill all, Urlil 11114, all ei I i, 7
;I

0 -ssf'NG D/LTE--02-icr7O
28 UNCLASSIFIEI)i PRocc
RC ACCESSION NC--AP0111539
;_~~.A,BSTRACT/EXTPLALT--(U) GP-0- ABSTRACT* EXTRAPOLATION,3F T14E EXPTL. OATA
OF- StvE_.R_,At -`AUTHORS SHOW THAT THE RELATION SJGMA EQUALS GA44A SUB3 TAj
_:(K.- W-EISSEN-BERt 1974-; SIGMA IS THE DIFFERENCE BETWEEN NROMAL STRESSES IN
-A GENTIAL
-VISCUELASTIC BODYP TAU IS:THE 1 1
JHE X:, XANQ:iY Y PLANES OF THE
STRESS IN THE, Z I PLANE, AND GARMA SU83AS A CDEFF.) DOES NOT HOLD FOR
MANY RHEOL.-SYSTEMS FOR WHICH WHEN SIGMA.EQUALS 0,vTAU NJT EQJAL T9 0.
THE E sYSTF~MS ARE BETTERREPRESENTED BYiTA0 EQUALS EXP(MINUS SING14A
1':GAMMA'SUB3 PRIME NEGATIVE), WHERE TAU~EQUALSITAU SU33 MINUS Ti%U)-(T46U
-SUB3~MINUS TAIU~-SUB21 AND SIGMA-IEQUALS SIGMA-(TAU SUff3 MINUS TAU SUB?).
%~,-~JHE1, PHYS MEAN' NG OF THE. TANGE.*4T-.I.AL- STRESS, -,COMPONENTS TAU- SUB2 AND TAU
j~-z~:-,'iSUB3. .1 S,l ~RE
4-4-TED. TO THE INTERWINING~-OF~;THE- PDLYMER- CHAINS.-
U N Cit A-s-s! F I -ef

040 UN C L A S S I F I E 0 PROCESSING DATE--3oocr7O
t1iRC' ACCESSICN i'40--AP0124934
'-AlBSTRACT/EXTAACT--(U) GP-0- ABSTRACT. DEMON STRAf ION OF THE POSSIBILITY
AND ZE-SIRAbLLITY OF USING A MEOLOGI-CAL RELATION To CALCULATE 1,9E
...o`-:RES[STANCE AND HEAT TRANSFER OF A PLATE I NA I-AlklliNAR~ FLOW OF A
'STRUCTURALLY VISCOUS FLUIP,. EXPRES,SIONS ARE OBTAINE0 FOR AN APPROXIMAFE
:-:CALCULATIGN OF THE 13ASIC CHARACTERISTIC5~0f= A STRUcTlif."ALLY VIS'COUS FLOW
GN A PLATE. IT IS 51104
kitt THAT THE. LOCAL FRICTION COEFFICIENT AND THE
.13OUNOARY LAYER THICKNESS ARE DETERMINED KNOT ONLY BY 1141Z S:f UCTURALLY
-'-VI-SCGUS PROPEPTIES OF THE FLOW AND BY THE'REYNOLDS NUMBER, BUT ALSO BY
~T-HE:PPODUCT OF THE DENSITY TIMES THE SQUARE OF THE PUTENTIAL FLOW
FACILITY: AKAI)Et%ll IA NAUK SSSRs INSTITUT TEPLOFIZIKI9
'-.;'~..-N0VCSIBlRSKv USSR,
%N,

USSR
UDC 543-275:539-1-07-C82
LABUSHKIN, V. G., POPOV, V. I., RUZER, L. S.
I'S ectrometric Method of Measurement of Concentrations of Natural Radioactive
P
Aerosols"
Tr. In-t Eksperim. Meteorol. GI, upr. Gidrometeorol. Sluzhby pri Sov. Min.
SSSR fWorks of Institute of Experimental Meteorology, Main Administration
of Hydrometeorological Service,- Counsel of Ministers, USSR] , 1972, No 25,
pp.121-135, (Translated from Referativnyy Zhurnal, Hetrologiya i Izmeritel-
Tekhnika, No 7, 1972, Abstract No 7.32.903).
Translation: A study is made of a spectrometric method for determination
of the concentrations of natural radioactive aerosels in the air, formed
as the daughter products of radon and thorondecay. The ~L and,8 activity
of the dispersed phase of aerosols precipitated on a fine-fiber type
LFS-1 (AFA~RSP-10, 20), are measured simultaneously using,scintillation
spectrometric detection units. It is shown that the use of spectrometric
m
ethods to measure the concentration of daughter products:of radon and
thoron decreases.the error and allows-the self-absorption of a radia-11-ion
in.the aerosol specimen and dust in the air to be determined at the same
time.~ An a aratus used for measurement of the concentration of natural
Pp
-radioactive aerosols by spectrometric methods is described. 5 Figuros;
2Tables; 27 Biblio. I?efs.
,j I

USSR uDc; 621. 317-799:621-.382.2
VA-SIL'YEV, V. T. , POPO
"A Correlation Instrument for Measuring Noises in SHF Mixer Diodes"
Moscow, Otkrytiva, Izobreteniya, Proikyshleriny_ye Obraztsy, TovVznn:e_ZnFtki,
No-32, Nov 71, Author's Certificate No .318890i Division G, filed 3 Feb 70,
-1 shed 28 Oct 71, D 132
'PUD I
Translation: This Author's Certificate introduces a correlation meter for
measuring noises in SHF mixer diodes. The-Ltnit contains a microwave gener-
ator, a hybrid connector, and reference and~test diode channels, each of,
which consists of a di-ode chamber and an amnlifier. TheAevice also in-
cornorates a transport mechanism, an integrator, a balwance indficator and
a meter. As a distinguishing feature of the patent provision.is inale for
reducing the influence of SHF heterodyne noises on measurement results in
the frequency band, and improving measurement precision. Ccanected to the
output of the test diode channel amplifier is the input of a square-law
detector whose CUtBUI, 43
corziected through inn auxiliaz,,, detector to one of
the inputs of a subtractor. The other input of the subtractor is cormected
to the output of the reference diode channel integrator, a.nd the output is
1/2

.048.7
CSTRMERYFOY, N,T., PC PC V V V, ST.~;7jSFT-,.A V. I
'th !
"Experimental Investigation Of i% Na r r ow Eleqtron Be a mI I -iEh Pcwer Den A
S4 ty t
"rossover"
Slektron. takhnika. Nouchno-tekhn. sb. Elektron.SV-3h (Electronic TechnoloFy.
.fic-Tachnical Collection. Microwava Electronic
Scient, 8 97C, Ko 7, pP 46
(from '.RZh--Elektron No 11, Novemberi 10 0, Abstrict ~o lli%274)
1ka i yeye primeneniye 57
Translation; The method of u scanninE diavhragm is used f or investigition of the
structure of a thin (20-~O micrometeri electron beam with ~j power density it' cross-
o er A.
V of 106-10 watt/cm . The experiments were conducted on the electronopt4cal
yetem of a unit (typicil for ind-jetrial conditions) for dimension procesuing of
materials, with an accelerating voltage of &O-lCO kv and badm currents of 1-4 ma
in a
rules. Tho measuring diaphra M Was oroduced from monocryetilline tlngsten
&ML
and w,as cooled by water. After the diaphra the electrons of the be= enter
into a collector (a Faraday cylinder), and electron current is d-Ligplayed on
rostaillografiruyetoyaj. ;with the aid of aL deflectinf system,
an Oscilloscope L
the b"m under Invastigution ia expanded at.:tbe surface of the d1ophr;igm, The ax-
Zhe current density agreen wi,zh fi precision
periments show that the distribution of
Up to 10 parcent with Guueel law, and, the character of the change of the r~-diua of
'-he e'ectt~on beam, the current density, and :the power density at its i-3mallest cross
~section is the result of a change of the ai76:and position of the croes over which
is Shaped by a triode electron gun. I.N.
1o4
H
I If H I 1! 11

17
T.
7
D
115~d ZIecIr r
PP 55-5C
C4- j- 1,
ov r a t 2a-,
3
;L0
the A el~-Ct"w--ODtical
un! fs. A i o r in t.-Hs
0 f
7
cp '2
t, J p
*rr-4,ic
--a/V2 de
-'etinn flun
c - c is, t p f aA.1, C-1c
o d e Z. n, f ciL1 35210,'4 t-
ccv"pact and 3 i,. r s the fCcal 21-pot 0.14,-~T-.) for trm class C1,
or,~,-atic- of at an ac-
C.-'Ierat-- nZ. vollu ac, o IL'. u rto Rv and, at a beam current of 200 ma . It",-',
ibravezi capaf,-Itv is 230 mm and ithe h6tozontal ~i~; uo~,to 1.,^ 0 1 L,..-,
'he -n'-irc vr,'em
'859 04 is not equ-pp-ed deflecting- syttw,.and
mechanically -,guided allon.-~ tli-.-~ -~Zzxki-m-; surfac6.. The A852.18 '---rpe Is
dc8imed to operate at a ocua curront Qf 100 .-.a an4
in- CA -f, of ~oj v . Thc-- :;J"'Aur, '.ilu in a special. vili'ch
a
I HN

1j
Us5i
YE. P. (A ~Pvto- -Ch '-j -,,-,a "'farke, NO 83 1.96-9 T 55-52
D Z*1
a
rrake3 it nossil--~le t v-ulate and~-Pix the an~,le of in-clination ~-if i re.-cect to
the -rertic-al az~is from 0-300. The M52.19 ty-)e SYS te_ln-. 0 11 Sjj7jj(,-'.j -.76 ra ma.-di-
num mtr.-ent of 200 !.-.a and an ace'Cleratin'l-volta of 852. -C
- , beai, Te 2 kv Both A
r
n ped w-,' rorr. L-r L- --e sL,s-
a, CA
d A'52.19 are equp,- th elects ctic deflecting syzt is. T.~e!,
6e--s can on,01nate umder cort-,ruous, pulse and monopulse re-itzes. Four of
~U! sed ele--tro,-, units are describc-d. '306-05 3 C, 0 7
(2 -Lav),- A,3o6.12 (2 17A, and A300.13 (5 k-ri) . Th e a e units ari) desimed to join
zmalyi parts ziade fror-- tlie :2,ame or d-L;. ~erent metals, alloys, , includinZ, ref rac-
vih s h, v a c L., w,
toryj to se--.'s dch Must satiol, a hIgh, degree. of fmrface fii
.7
Sh"u-ness, heat resi5tance, ard vibration 3trength. These units of,
t' e folllo-,-,,-Ii-c~ crx,-i-onants: ar, electron~optical system, a hij-voltaje power
and modulation wut; a vacumi chw-,Oher -.aita interchargeable drive simte-:i-e foi'
-3 rit- 4- obe welded; a vacutua system vitb rmote: control electrc-
zzac7,etic vac--v,.-" valves; -and a control Pa -~`br controll ina -he process o--
nel
-iv -ul3e
evacuation and tweld.U _. 71it3A306..05 Unlit is dpsigned to opei~ate under p
acceleratin- voltage up to 25 kv and a beam
and continuous conditions at an
LA
ma, jjtjjjz~Ln,- t-he '852 04 alectroAft-optical system. The
current OL.200
A306-07 is a precision vieidin;- unit desi,,5ied to iu:)rk under pulse, cont:Lnuous
e" Prating voltage up to 20 lor and a
and single pul6e conel-Ilt-lovs at all are
beam current up to 100 Units A,106.12 and A306.13 are i,-,,prov(.,d models
characteristics and -tj
d- Dn-Aaf) CY7 a nrd A 3~;,j - -ihe des;gn k Cap C 4
n-uk"IT ---A-1,
8

and SHIPKOV, IF
"Manufacture of Roastel Anodes for Aluminum Electrolyzers by the Method of
Combined Pressing and Roasting"
V sb. Konstrukts. materialy na osnove grafita (Graphite-Base Construction
Materials Collection of Works) , N6 6, Moscow, "Metallurgiya" (Metallurgy) ,
19-71, pp 10-13 (from RZh-Metallurgiya No 1, Jan 72, Abstract No 1G131 by
G.: Svodtseva)
Translation of Abstract: The results of tests with experimental specimens
showed that the method of conbined pressing and roasting Makes it possible
to obtain roasted anodes with elevated physicomechanical and operational
characteristics from various rav materials.i

:7 -7~ 777---,
USSR UDC 621.357.1:669.713.72
DEMINS A. V., Pnpnv --- SVOBODA R. V.,LAVROVA, T. V., KOZHEVNIKOVA,
X- A., SHIPKOV, N_ N.
'Wanufacture of Annealed Anodes for Aluminum Electrolyzers by Combined
Pressing and Annealing"
Konstrukts. Materialy na Osnove Grapfita [Graphite-Based Structural Materials
Collection of Wo:rks], Moscow, Metallurgiya-Press, No 6,,1971, pp 10-13
(Translated from Referativqyy Zhurnal, Khimiya, No. 2, 1972i Abstract No
.2 L309, from the Resume).
Translation: The possibility is demonstrated of using the method of combined
pressing and sintering for the preparation of prismatic specimens of sintered
anodes based on various raw materials: type KNPE petroleum coke. mixed with
pitch, shale, and also individually of non-rG.asted pitch coke. The properties
of the anodes produced are compared with those of anodes type DEZ, anodes
from companies in the GDR, FRG and Switzerland, tested under similar condi-
t4ons.. -The results indicate that manufacture of anodes by,combined pressing
and sintering-produces anodes with lower,oxidizability, subject to consider-
ably less damage upon interaction with C02.1 with compact stl,ucture.
2
.5

G30 UNICLASSI FIED PROCF5SING DATE-27NOYTO
j.jTLE-T_H,GRMAL PROPERTIES OF GLUE SEAMS iSTUDIED UNDER UNSTEADY STATE
x-.-'f-,-TEMPERATUPE..CONDlTlOi4S -U-
UTHOR-POPOV, VaH.
-USSR
NTRY OF INFO
~-'SOURCE-PLAST..MASSY 1970, (6), 70-2
--A,T-E P US L 15 HE D------- 70
4SOBjEC r, ARF_4S--,4ATErZIALs
R
__ OP-1 CTAGS-GLUE, H EA TCONDUCTIVITY METAL 00,NDING, RIJ"Jiff, Epoxy
IN, PHE14OLIC RESIN/(U)VK3 PHENOLIC ADHESIVE, luivwy F~'111'1.i'f A00,
~~-jCONTROL MARKING-NO RESTRICTIONS
!~.OCUMENT CLASS-UNCLASSIFIED
REEL/FRAME-3007/0706 STEP NO-UR 0 L117 -0/0 f IJC'1~~ /00'11) /o 0 12
.CIRC ACCESSION NO-APOJ36145

- IuDrl- LASS I F IlPrf RUIITM~"a
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Tec ITI JVIImin
-tect
c j. en t Tr. -
I-C-10-1-ITC-S-1, ""O'' 3 os-bo c1li"t
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f 71'~e AFI-C I.on Sc- (Col-
and p
PP 158-171 (f rolp p, ure Mate,.ij S c Tr-C h
-No, 7 Apr 72, No 7 1, 1
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a factor
as
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'221
USSR t c 661. V
7
UFF
SAF11-41, Z., Ali-lY -V, Yu. A.: PODIXi-i-
"Equipment for Conti-nucus Zinc Sulfidc of
Sb. Nauch. ty. VNII iYuminoforov i.osobo chist. -veshchostv (Col-
lecteU 9cientific i1ork's of-tlie All-
Institute of Phosphors and Extra Pure. Materials), 1971, vyp. 5,
pp 172-185 (from RZh-Kliimi.ya, No 7,~A-pr 72, Abstract No 7L172)
"i sl-- ti Gn: The pape:- der~-or-stmte~.-~ tbe techni cal. rmd
T an
of convei-Lin- zin-- sullil'irl protLictioi. to a COV.U1w)L1-"
With ra '; T, u V tto ri~-Tlction rate 'QU."IslutrAn are. S.-)Owyl by 'a: itatti-on
rotai-j wlrita-tors ax- -wri turbine7type T, T
V YCZ -1
777777
Alloys in the
D ii, - SJIV~Lc Particles of Alurd
01
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u
v0 Soren'Ya i VzTYV_-, Vol 7s No 2 Jun 7.
a
, ,:;ibir
222 -227
p a
U 21he lbarnizir- of ~-inr
Abstr-cl -_-;Ic ..
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lo,,.0 o, a j:Ij po r
ali.oys in t* 0 -,-011:. e 0, `ae " L -- L, 0-
chlor, I;ri c co:-,Iropition O.Vt I
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to 1)._, 4- j. i L, - -
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to. C~:-;.
the narticll~, fr-,71ctiola on
CM-11,10-11-i--Z on. of*:r,-i!~t~,Ictc b,_7 r: -i i n 7'07.
--lit-h '0 -5 i 55 -70
fuel on alu-ii-nu-,a

SR
Vol 7,
rnif T., Yr- el l.,:F1z1.iR Goren
A
222 -227
jim I T"le clla',`-.C~
be c~5:-Cectlv - -- 11,1J"are
"'ide!'Od -to etc_-:jin!aa by the
ria~;nc si'1:2 c t,,tj Component !aro
O:c th L(jic
u
()f ba-,Ailr ,bilit-f 0"'.""' G'-- il, atU
nern tc,
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39

I

~"j
USSR UDC:'519.281
POPOV, Ye. I., KFWMITOV, G. P, Tr. Irkutsk.: Politekhn. In-ta., No S6, 1970, pp 24-
40
Methods of approximation of correlation functions such as (1) are studied.
Modeling of values xi of process X(t) with fixed one dimensional (not Gaus5ian)
distribution and correlation functions sucli as (2).is reduced to modeling of a
of independent random quantitieslz- with fixed distribution and order-
Ix.
J
ing of {x-1 according to the following rul,6.- Assume.
2
XI=X 1XI-41-
XA+2;
xj ijk, rAe jxj-~J_r*1_M ts 1XJ_
2/3 18