SCIENTIFIC ABSTRACT POPOV, YE.P. - POPOV, YU.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342420008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BANNIKOV, Yu,l.p kand.tekhn.nauk; -FMV. -Ye,.F.,, inzh.
Drying of an CMS trana,'cr=sr us-4%9 S-'n,vle-Phase current. Zbergetik
s t 6j" 1
noo906-38 0 % Ica --,? I 10)

ro r-Ovy ye"F. - - -It-- ; I I
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I , , , ge 0 f
- i
All~omatLcc - , "'V -)L * 3 ~,

POPOV# Ya.P.,, inzh.; PYASTOLOV, A.A., kand. teklm. nauk
Dr7ing of transformers with aluminum windings. Elek. sta.
35 no.2:56-60 F 164. (MIRA 17:6)

ACCESSION NR: AT4017769 S/3037/63/003/000/0376/0397
I -
AUTHOR: Popov, Ye. P. MM)
TITLE: Approximate methods for the study of nonlinear oscillations In automatic
control systems
SOURCE: International Symposium on Nonlinear Oscillations. Kiev, 1961.
Prilozhenlya metodlov teorii nelineyny*kh kolebaniy k zadacham fiziki i tekhniki (Applying
methods of the theory of nonlinear oscillations in problems of physics and technologyi~
trudy* 6impoziuma, v. 3. Kiev, Izd-vo AN UkrSSR, 1963, 376-397
TOPIC TAGS: automation, control system, automatic control system, feedback, no*n-
linear oscillation, control system oscillation, harmonic balance method
ABSTRACT: By automatic systems, the author means dynamic systems of any physical
nature, containing at least one closed-16op circuit for the passage of signals, and the
dynamics of which are described by means of anqrdinary differential equation of
arbitrary order containing nodinearity of the type y = F(X, yx), where p _!L Unlike
the usual substitution (for the small-parameter method): dt
y F(Ic. P4 ke + IC20K + 14f(K. JPK).
CWd 2A
ACCESSION.M: AT4027769
where S& Is a small parameter, the auther uses tho OWWWWon
Y - F(X' FOCIL. FC1) +
where xj = Al Sin YL lt to the first harmonic of the unknown periodic solution x xj +
,Lz(t). and cis asmall parameter. A complete solution comprising all the harmonics is
considered. This leads to approximate equations for the first harmonic (not a small one).
and each of the higher harmonics which are small with respect to the variable x and not
small with respect to the variable y. This is a generalization of the harmonic lineariza-
tion method or the harmonic balance method. The solution to found to be true, provided
a certain mathematical condition is satisfied, coinciding with the well known physical
postulate regarding the filter property of the linear part of the system. Apart from these
approximate forms for the first and higher harmonics of the periodic solution, the
method can be made to apply to the study of slow processes in oscillatory systems, this
being of considerable practical importance. - A special method Is proposed for splitting
en the
L30 system equation into two equations, the nonlinear interrelation betwe ir solu-
tions being retained. System oscillations superimposed on a slowly-changing component
may bo 6ther self-oscillating or induced (forced). A similar approach may also be used
w.-en ana;vzing random processes in automatic systems. During the question and ans-
Wer parioii that followed the reading of the report, the author made It clear that the
Card._2j~__

FOJW, Ye.P.
Nonliwer laws ck control in automatic control. Isy. All
SSSR. Otd. takh. nauk. Emrg. i avtom. no,5:49-58 S-0 162.
(MIRA 15:11)
(Automatic control)

POPOV, Yevgeniy Pavlovich; SOBOLEV, O.K., red.; BRUDNO, K.F., tekhn.red.
[Automatic regulation and control]Avtomatichookoe reguliroyanie
i upravlen~~r-FGskva, Fizmatgiz, 1962. 388 P. (MIRA 16:3)
(ALutomatic control)
A

POPOV, Ye. P.
The dynamics of automatic control systems.
Reading, Mass., Addison-Wesley; London, Pergamon
Press., 1962.
xiii, 761 p. diagrs. (ADIWES International series in
the engineering sciences)
Mranslation of the original Russian: Dinamika
sistem avtomaticheskogo Reguliravaniyay Moscow, 19567
"References": P. 759-761.

6. /L-/
6- /V 1~
Popmr, Ye. P.; !,0SFUT07, 'TSUPWI, ".
"On Self-Adjlisting Control Systems Wit~ioljt 9parching Tentative Action."
Paper to be presented at the IFAC Congress; to be held in
Basel, Swit;erland, 27 Aug to 4 Sep 63

POPOV, Te.P.; FIDOTENKO, N.M.
11mulAifier umed for preparing emulsions. Rate. i izobr. predl. v
Btroi. no.5:26-27 158. (MIRA 11:6)
I.Trest Mosotdolstroy No,2 Glavmoestroya, Moskva, Mothayakoys,
shosses d. 28/34. (2mlsions)

L 23852-65 FdT(Q _
ACCESSION NR: AR4046321 S/0044/641000/008/VO381VO38
SOURCE: Ref. zh. Matematika, Abs. 8V270
AUTHOR: Popov, Ye. P.
TITLE: Approximation methods of examining non-linear vibrations in automatic
systems
CITED SOURCE: Tr. Mezhdunar. simpoziuma po nelineyn. kolebaniyam, 1961.
T. 3. Kiyev, AN USSR, 1963, 376-396
TOPIC TAGS: non linear vibration, automatic system, approximation method,
harmonic linearization, slowly changing process, divergent vibrational process,
decaying vibrational process
TRANSLATION: The principal bases of the method of harmonic linearization are
developed. Relation and differences of the given method from the small parame-
ter method and the method of harmonic balance are examined. The approximative
means of discovering the periodic solutions is shown; the possibility of finding
cara 1/ 2

L 23852-65
ACCESSION NR: A.R4046321
riot only first but also higher harmonics is explained. The method of harmonic
linearization may be applied to finding the region of stability, detecting slowly
changing processes in systems of automatic regulations, and studying decaying
as well as divergent vibrational transitional processes. E. Barbashin
SUB CODE: MA ENCL.: 00
-card

NOLTUROT, I.N.; SINTAGIVSKIT. K.L.; CHERNOV, P.P.: POPOV. re.se;
*-~- ~-- --.11
Fros readers's letters. Good. i kart. so-1:76-78 J& 157-
(MLRA 10:3)
1. Fachallnik otryada No. 67 "ro-geodesichookoge predpriyatlyn (for
Koltunev) 2. lachal'alk otryad& 10. 70 aero-geodetichoskogo pr~,-
priyatiya. (for SinyagivskiY) 3. Zamestitell nachallnika otorrads. (for
Chernov). 4. Inspektor Otdela tokhmichaskoge kontrolya (for Popov)
(Topographical surveying)

KOWEV, N.I.; KAPICHEV, A.G.; KITAYEV, B.I.; SENEIENK0, P.P.;
AIZKSAIIDAUV, S.F.;
Use of compressed air for the acceleration of ther4al
processes in open-hearth furnaces. Trudy Inst. met. i
obog. AN Kazakh. SSR 5:149-154 162. (~MU 15:11)
1. Urallskiy politekhnicheskiy institut, j Metallurgicheskiy
kombinat im. A.K. Serove.
(Open-hearth furnaces) (Heat--Transmission)

%TF,
5 p
Pv-oll
F as
roo-
,P4
p -lie a 165
open-,
10
and cjy-yg.~~n inme. - Mp- 4
18 4)

Po Po V,I'e. S -
25(2); 180) PHASE I BOOK EXPLOITATION SOV/1573
Kokarev, Mikolay Ivanovich, Petr Pimenovich Semenenko, Nikolay
Georgiyevich Kamkin, and Yevgeniy Stepanovlch Popov
Uluchsheniye konstruktsiy I ekspluatatsil martenovskikh chey s
osnovnymi svodamI (Improvements In Design and Operation of Open-
hearth Furnaces With Basic Roofs) Sverdlovsk, Metallurgizdat,
1958. 55 P. 3,000 copies printed.
Ed.: S.D. Fedorov; Ed. of Publishing House: B.E. Berman;
Tech. Ed.: Ye.M. Zef.
PURPOSE: The book is intended for foremen In.open-hearth furnace
shops and may be of use to production engineers and for students
of vuzes and tekhnikums.
COVERAGE: In this book the author examines the problems of improving
the design of open hearth furnaces with magnesiochromite basic
roof linings. It has been established that open-hearth furnaces
Card 1/ 3

STOROZHEV, Mikhail Vasillyevich; POPOV, Yevgeniy Aleksandrovich;
VASILIYEV, D.I., kard.--:Ee'khn-.'niidk --d1ot!i.31",t- ~ t;
2 re senzen ,
KORNEYEV, V.A., red.; GOROKHOVA, S.S., tekhn.red.
(Theory of metalworking by pressure] Teoriia obrabotki me-
tallov davleniem. Izd.2., perer. Moskva, Vysshaia shkola,
1963. 388 p. (MIRA 17:2)

KOKAREV, Nikolay Ivanovich-, SHMIENKO, Pstr PiMenovich; KAIAKIII. Njkolay
Georgiyaricb; POPOV, Yevgeniy St.53anovich; YNDOHOT, S.D., red.:
MR-MAN. V.z., red.
[Improving the design and operation of open-hearth furnaces with
basic crowns] Ulnchshenie konstruktaii 1. ekspluatataii martenov-
skikh pechei a onnavoyni avodami. Sverdlovsk, Goa.nauchno-tekhn.
izd-vo lit-r7 po chernot i tavetwi metallurgii. Sverdlovskoe
otd-nie, 1958. 55 P. 04IRA 11:12)
(Open-hearth furnaces) (Refractory materials)

I
- POPOV, Ye.la.; TIGIROV., I.M.
Refining of low-grade cow hides for footwear uppers. Koz.b.-obuv.
prom. 3 no-4:33-34 Ap 161. (MIRA 14:5)
1. Glavnyy inzhpner Kurskogo kczhevennogo zavoda imeni Seregina
(for Popov). 2. Nachallnik tekhnicheskogo otdela Kurskogo
kozhevennogo zavoda imeni Seregina (for Tagirov).
(Leather)

POPOV,Ye.Ya.,; MILYKH,A.A.
Salt treatment of cows' hides. Leg.prom. 15 no.4:34-37 Ap 155.
(MLRA 8:7)
1. Glavuyi inihener Kurskogo kozhavennogo zavoda, imeni Seregina.
2. Nachallnik khimicheskoy laboratorii Kurskogo kozhevennogo za-
voda, iment Seregina.
(Hides and skins)

-7,
020111, Ilikolay ?etr,:-w: kan ',;Fit tqkjjajchas~dkh aauk; Z~i.-,MUUOV, Petr
Prukhorovich. te.c,,,nIe-heakIkh nauk-. tTORU1,h:,V, :~.IiKhail
Vasil 'yev it.;-, tak---nicheskikh nauk; POPOV. lrov,:dd-v Alaksan-
"IT
=ovich. im.-itiaat ro,"'
r ~-'.
IJAA -i-nutcli,, "ch, 11-circidat nauk-,
L~*,,)cn:)v:ch, kandidet
--U5.t takhrxictbesk~kh naulk; -?U :'UV, V*,kt:;r
ALI ek-Gand x3uk. Rrj,-AjtA,-,A~v I.,r,-
rk,aalrto~-,
UVALituvi, ta*,-.,~~-,.,!,-.!~.C-:Y mdaktor. MODZIII. 3.1.,
redaktor
~.Technolcci of metallov. ?od ri,-... ii.P.Lubtriine.
Izi. 11-e. Moccric, Ut-ry,
1957. 56-1 10: 10
(Metals) 1w Ork-)

POPOV, Ye.Ya.,inzh.
the quality of chrome-tanned Dig lenther used for footweRr.
Leg.prom. 18 no.4:47-49 Ap 158. (KIRA 11:4)
(Shoe manufacture)

pr - 71
a
Socla'li~,t trans-r 7on o,
L 1952. ,j .

1~
F - ~ - -- L, -f -
t
/ I
POkV, Yu., inzhener.
Automatic tugboat hook. Mor.flot 17 ne.8:23-24 Ag '57.
(MIRA 10:10)
l.Loningradakiy port. (Tugboats)

lic,

POPOV, Yu.; KAPITSKIYr R.; GOLDTA, D.; UVAROV, V.; KHAISp A.; ZHUKOV, A.,
Ms'h.-geolog; ABUSHAYEV9 I. (KkUh-ingrad)-
Our readers'- letters. NTO 3 no.3:57 Mr ~61.. (MIRA 14:3)
1. Nachallnik proizvodst-venno-tekhnicheskogg otdela i chlen soveta
nauchno-tekhnicheskogo obshchestva tresta OPechorlesosplay*q g.
Pechora (for Popw)~.-Iw Zamestitell predsedatelya Rostovskogo
obshchestva, g. Rostov-na-Donu (for Kapitskiy). 3. Uchenyy sekret---.r,'
soveta nauchno-tekhnicheskogo obshchestva Krasnodarskoy geologicheskoy
ekspeditsii (for Golota). Z.' Zamestit6lf dii-ektora Gorodenkovskogo
kh1eb:o;5riyemnogo punkta g,, Gorodenkop Stanisliyskoy oblasti (for
Uvar - 5. Chlen Zapadno-Sibirskogo pravleniya nauchno-tekJlnicheskogo
obshchestva gornoye, st. Izhmorskaya, Kewerovikoy oblasti (for
Zhukov).
(TeQhnology--.Information services)

TSAREV. V., inzh. (Astrakhan'); NIKOLISKIY, V~;,POPO starsh-iy
jo
master; ARKHIPOV, I., malyar (g.'Cheboksary); PIORRIN, F.
(g. Riysk); PLAVIN, B.*,-.,, mekhanik; LDGLTIOV, B.
- ~p
Advertising board. Izobr.i rats. no.2:32-33 F 162. (IMIL 153)
1. Rostovskiy-na-Donu kotelinc.-mekhanicheskiy zavod (for Popov).
(Technological innovations)

POPOV, Yu.
,W, 1-710~ --. - -
;jt4r" -- 1~1 41
Making accumulator separators. Avt.transp. 35 no.11:30 N '57.
(MIRA 10:12)
(Storage batteries)

0
22(3) SO'1/175-58-6-24/41
AUTHOR: Popov, Yu., Senior Lieutenant
TITLE: How We Service Tank Armament Under Field Condit--ions
PERIODICAL: Tankist, 1958, Nr 6, Pp 35-3? (USSR)
ABSTRACT: The author refers to the common opinion concerning
tank armament and its servicing under field con-
ditions: "The present differs from the past; every-
thing is simplified and armament is much more re-
liable". But in spite of the high degree of tech-
nical progress the need for proper maintenance is
still valid. Adequate oiling of the working parts
of the weapons is most important. The use of an
lubricating oil ( AU -Artilleriyskoye Upravleniye-
Directorate of Artillery) is recommended. If a
cartridge case jams in the barrel, it is clear that
the stoppage is caused by dirt in the chamber. The
latter, during firing, must be repeatedly cleaned.
Card 1/3 Serial numbers of all parts belonging to a machine

SOV/1?5-58-6-24/41
How Vie Service Tank Armament Under Field Conditions
gun must be collated to avoid wrong assembly and
stoppages. The sighting mechanisms must be very
carefully checked. The checking distance employed
must be approximately equal to the calculated fire
exercise range. But prior to combat activity, the
checking distance must be 6,000 to 8,000 m. When
preparing a machine gun for either exercise or com-
bat fire, the use of heavy bullets is recommended,
as they have more stable ballistic properties. It
is also important to use the cartridges in batches
in order to avoid abnormal dispersion. It is re-
commended to have a field kit at hand containing
the necessary tools and outfit, The latter must
include the metal cross reticles, an angle pointer
and targets (Figure 1). It has become usual prac-
tice to clean the gun barrels with Diesel oil, though
the instructions prescribe kerosene. The latter must
Card 2/3 be used, and containers for it must be prepared in

BRAGINA, F., kand. okon.muk; POPOV. Yu., agronom-ekonomist.
BxperiewA in shelterbelt afforefftation, Faulcm t pored. op. v
sellkhoz. 8 no.6:20-21 Je 158. ' (KMA 1196)
etc.'
(Windbreaks,
ahelterbalts,

FOFGVq YU0
Talents develop in the collective.
F 163.
(Amateur art activities)
Sov-ProfsoiuzY 19 no.4-.16-17
(MIRA 16z2)

PUKMCHEV, YU.: POPOV, Yu.
Today's air fleet; interview with B.M.Lvteev. IUn.tekh.7 no.2:3-4
F 163. (WRA 16:4)
(Aeronautics,, Commercial)

POPOVY Yu.
"A mathematician's miscellany" by John Edensor Littlewood. Reviewed
1 - 37 no.8s47 Ag 162* :5)
.by IU.Popov. Znan.-sila (MM 16
(MathematIes-Curiosa. and miscellany)
(Littlewood, John Edensor)

1( SO-1/84-59-9-41/66
AUTHOR: Popov, Yu., Engineer
TITLE: How to Eliminate the "Ground Resonance" in a Helicopter?
PER10DICAL: Grazhdanskaya aviatsiya, 1959, Nr 9, pp 25-26 (USSR)
ABSTRACT: This article is a summary of experiences acquired by an
unidentified sub-unit in handling the Ka-15 helicopters,
which, according to the author, are also usable in
handlin- the Ka-18 helicopters. The author enumerates
a number of ways and methods of elimination of the so-
called ground resonance, which is a state of violent
vibrations developing sometimes in the Ka-15 helicop-
ters in the course of a ground engine trial run. The
ground resonance arises when the frequency of vibra-
tions within the rotor system, which depend upon the
number of revolutions, coincides with the frequency of
vibrations developing in the whole helicopter structure,
which depend mainly upon the specific properties of
Card l/ 3 the shock-absorbing system. The preventive measures
I

SOV/84-50-9-41/66
Hov-, to Eliminate the "Ground Resonance" in a Helico-Dter?
against ground resonance are based on precluding the
above-mentioned vibration frequencies from coinciding.
They include the right choice of the mooring ropes
and their proper application, lowering the pressure
in the front wheels, softeninp
.~ the shock-absorbers in
the landing gear struts, proper regulation of the ro-
tors, placement of the helicopter up-wind and far en-
ough from another helicopter undergoing ground trial
CD C)
run. The ground resonance does not set.in all of a
sudden, but is usually preceded by an indication: the
helicopter starts an irregular " tap-dancing", in a
way harder and more violent than the usual soft os-
cillatory movements characteristic for every ground
trial run. The article contains a series of advices
on what to do at the appearance of such an indication,
what to do once a ground resonance has already developed,
how to operate the Ka-15 helicopter airborne testing
Card 2/3 while held back by the mooring ropes, and how to lands/

-JOV/84-59-9-L~1/66
How to Eliminate the "Ground Resonance" in a Helicopter?
it from that position.
Card 3/3

1( SOV/84-59-9-41/66
AUTHOR:
Engine e r
Pop0vj
TITLE: How to Eliminate the "Ground Resonance" in a Helicopter?
PERIODICAL: Grazhdanskaya aviatsiya, 1959, Nr 9, pp 25-26 (USSR)
ABSTRACT: This article is a simmary of experiences acquired by an
unidentified sub-uait in handling the Ka-15 helicopters,
which, according to the author, are also usable in
handling the Ka-18 helicopters. The author enumerates
a number of aays and methods of elimination of the so-
called ground resonance, which is a state of violent
vibrations developing sometimes in the Ka-15 helicop-
ters in the course of a ground engine trial run. The
ground resonance arises when the frequency of vibra-
tions vithin the rotor system, which depend upon the
number of revolutions, coincides with the frequency of
vibrations developing in the whole helicopter structure,
which depend mainly upon the specific properties of
Card l/ 3 the-shock-aboorbing system. The preventive measures
~1~

SOV84-59-9-41/66
How to Eliminate the "Ground Resonance" in a Helicopter?
against -round resonance are based on precluding the
0 0
above-mentioned vibration frequencies from coincidi-.
They include the right choice of the mooring
., ropes
and their proper application, lowering the pressure
in the front wheels, softening the shock-absorbers in
the landing gear struts, proper regulation of the ro-
tors, placement of the helicopter up-wind and far en-
ough from another helicopter undergoing -round trial
run. The ground resonance does not set.in all of a
sudden, but is usually preceded by an indication: the
helicopter starts an irregular " tap-dancinZl', in a
vay harder and more violent than the usual soft os-
cillatory movements characteristic for every ground
trial run. The article contains a series of advices
on what to do at the appearance of such an indication,
what to do once a ground resonance has already developed,
how to operate the Ka-15 helicopter airborne testing
Card 2/3 while held back by the moorin.- ropes, and how to land
V

SOV84-59_9_L~1/66
How to 131iminate the "Ground Resonance" in a Helicopter?
Card 3/3
it from that position.
Abs jour : Ref Zhur - Biol., ITO 1, 1-958, 4078
Author : Yu. Popov
Inst
Title : on the 14echanism of the Effect of Beer on Gastric
Secretion.
orig Pu7o : Vopr. pitaniYa, 1956, 15, No 5, 69-70
Abstract The introduction of 250 ml of beer extract (withovu al-
cohol or C02) through a probe into the stocach of 10
patients (4 - without any gastric disease; 3 with an
ulcer; and 3 with a chronic gastritis) markedly incre-
aded the secretion of gastric juice as well as its aci-
dity and digestive capacity. The effect on Gastric se-
cretion of this extract proved to be stronger than that
'fein or cabbage. In a patient with a
of alcohol, caL
fistula of the digestive tract, "sham-drinking" of 200-
300 ml of beer increased the gastric secretion more
Card 1/2

POPOV I YU.
Developing man's inner beauty. Sov. profsoiuzy no.17:42-43
S 161, (MIM 14:8)
1. Spetskorrespondent zhurnala "Sovetskiye profsoyuzy"., g.
Bamaul. .
(Barnaul-A,millary police)

POPOV, Yu.
Peaceful coexistance and the class st-ruggle.
F 161.
n-j.4:1,"-24
(Russia-FoReign relations) (World politics)
Kom-r..Voaruzh.Sil I
li.:P-)

POPOV, Yu., kand.ekon.nauk
roductivi-67 of tractors. Tekh. v
Possibilities for Increasing the p &I
sellkhoz. 20 no.6.,46-5o je 16o. (KM 13:10)
(Tractors)

POPQVI Yu.
d2--,!~- -- -
Close cooperation of socialist countries. Ko=.Vooruzh.Si-l 2
no 2:10-18 Ja '62.
Oulu 15: 3)
(iiu6sia--Foreign economic relations--Communist countries)
(Gommunist count~ies--Foreign economic relations--Russia)

; P-C ~~ 0 kl*"
UJ,SR/Nuclear Physics C-7
Abs Jour Ref Zhur - Fizika, No 5, 1957, li266
Author Popov, Yu-A-
In5t Moscow State University
Title Solution of the Fundamental Diffusion Equation for Cosmic
Ray Particles from a Constant-Energy Concentrated Pulsed
Source.
Orig Pub : Zh. eksperim. i teor. fiziki, 1956, 31, No 1, 80-85
Abstract : The flundamental diffusion equation, derived by Ya.P.
Terletskiy (Referat Zhur Fizika, 1956, 12848), is solved
for cosmic ray protons emitted in magnetized interstellar
medium during a short period of time from a concentrated
source of specified energy. It is shown that allowance
for the particles that remain after the collision between
the cosmic ray protons and the protons of the interstellar
Card 1/2

MSSR/Nuclear Physics
Ms Jour : Ref Zhur - Fizika, No 5, 1957, 11266
C-7
gas leads to a power spectrum, simular to the experimen-
ta-Uy-observed one, if one assumes the Drima y source to
be a superno a which appeared at the center of the galaxy
more than 109 years ago.
Card 2/2

-PY ~U A,
S I I
)LUTION OF ft(.' FUxDA3,IF.Wr',l- IFFUSIL-t-i FQUA-
TP,N F~-,'Ft t- A.~Y PAHTIC',P~ -'M:I'rF[) BY k
C. r krf A(, Y ~NCFN-Tli x 1 FI) PIT ls~ 1) AAWV
A 4.

for cM-,nlC. f3y Pfl-4 I-MIUM1 M MAKn~U ZvO
pace during a aAort period at tini, by a concerarated

ource A Kicn eneriLy Is Solvtil Ift Is shoo LhAl COMLdvr'a
:
tien of the particles which remain mftrc colusion Qf Cosmic
ray prmans with protons of the jMcrVe',Iar gas lc2,ds to a
power spectrum similar to that observed expertmentaLy, it
the source in arsurned to be a supernova which appeared in
the center of the plaxy over fOj years ago. (UQI

:ACCESSION NRs AT3012132 S/2967/63/000/000/0157/0164
AUTHORS s Khetagurov, Ya. A.; Popov, Yu. A..j Lyubentsovi V- K-
TITLEt Matrix multiplication machino
SOURCE: Voprosy-* vy-*chislitellnoy matematiki i vy*chialitellnoy-tekhniki. Moscow,
1963P 157-164
TOPIC TAGS% datrix multiplication, calculating machine, multiplicand, Partial
produotp summator, diode, pulse circuit, Bynohronizer, diode trannformer TT6
!ABSTRACT: Several different machines operating as matrix instruments for high-
Ispeed multiplication have been considered. Such a machine should contain m series
with m + 1 summators in each. On each series with output summator of preceding
,series, the preceding partial product sum is transmitted and shifted into a corre-
japonding multiplicand form. The multiplicand is added to this partial product sum
,only if the corresponding digit in the multiplier is "I". An improved signal
transfer schema is proposed, with signals transmitted from one series to another.
iFor an m-digit numbor multiplication, this is shown to require m-1 all tor series;
!for two digit multiplication m/2-1 m, tor series.are required. A two 13-digit
)multiplication scheme used at Moskovskiy inzhanorno-fizioboakiy institut (Mosco-a
Cord 1/3

C ON--NR: AT' 012'1'32
A CMSI 3
i
'Engineering Physice'lastitute) is described. This scheme calls for 670 summatorse
IThe circuit of this functional summstor composed of diode-transformer (1r6) pulse
joircuits is disowned. The work is synchronized by VAlse feed summator "un" knee
Tig. 1 on the Enclosure)* The working speed of the calculator for a 13-&igit
!number multiplication is 60-70'thousand multiplications per second. Orig., art,
jhas9 7 figures.
ASSOCIATIONs none
ENCLs 01
1 00 DATE ACqt 220ot63
lio MW SOIIS OW
M CODRS DP 000
2/3
Lc~~
Card 3/3

L,z5744-65. 9WT(d)/EWP(1)/W)-2 Po-4/Pq-4/Pg-4/Pk-h W(e) BE/Go
ACCESSION NR: AP50CIZO87 S/0146/641OG7/006/0048/0053
~3
..AUTHOR: - 1%29~, Yu. A,; Surnarokov, L. N.; Khetagurov, Ya. A.
TITLE: Matrix methods of speeding-ug arithmetical overattofts in a digital
computer
-1964 - 48-53
SOURCE: IVUZ. -Priborostroyerayer V. 7$ no** 6*
0
T&C~s _4gital c mputer, arithmetical operation
numbertof digits m of the cofactarx. The first method - a modification of the
carry- #orage method - includes a "complete" matrix of mil functional adders.,
In praq-9ce, the amount of aquipment required can be considerably cut by
(a) elirliAnating the adders that receive only one signal and the adders that
correspond to lower-order m-k digits of the Zm-digit product (k being the number
Card 1/ 2 f.

1A 25744-65
ACCEMON NR.* APSOOZO87
of buffer digits required to round off the productj and (b) using improved I Ial
circuits. This method also permits the summation of numbers. The sec
method - a modification of the first - is based on conversion of the multirow
product code into a two-row code, and then - by means of a parallel adder -into
a single-row code. Fornralas for determining the amount of equipment are
supplied. Orig. art. has., 3 figures and IS formulas.
ASSOCIATION: Moskovskiy inshenerno-fixicheakiy institut (Moscow Engineering
-and Physics Institute)
SUBMITTED: IOMar64 ENCL: 00
SUB CODE: DF NO REF SOV: 003 OTHER: 000
Card

Low Bulk Dwaity.
P~!- OV. )9641% (b), 40"17).
'%~~acx'mmt W 'Pron of exparunce
At Xdt&jfurgwjLi Worka an a.0 JR&LUM 4
loan, lo-V buIkdc-.mity. -iust~ urm (M t-aw qrxetx~ tho
~olxLirw 4tits burden exr-d"d Chat o( the anio, idwllng t'~
acamelerable rodlstr, bUt4,)n of niskielimis at the stockline ad
calwenUaLlUn Of filWa at the WrICM 40 OXVG~ Or 0" at the,
coa6s" misuJixill sit p- jpharal &sr~mg, a cundizkos whirb
o,)ulA aoL be rurr~ot~t, ar~4 the, ut-on working isrilamei
~ffoki gm*%h C,-ntrol froin tt.. top w" hinit-i t, ~.rmg
mi adpq"t* porij,heml 11-Y .4 ic"~ The lowcat teropermtu~
We" "o4nrvad m the otitrs.' part of th-) swiL, but tn. o-tl~
arkwi oorm&ljy Thr u*5 ---f ho orim w" le"t djoadvan,
tWOVA when mAkW ' U*t[ACOn It ~ff thAt b0t1kr
h.'. 1Z r1bt-mir'-wi in is lower eurna~- Kith
awk Dattor a- x

133-1-3/24
AUTHORS: Popov, Yu.A., Umrikhin, K.G., Shaposhnikov, A.K., Engineers.
TITIZ: A Rational Charging Equipment for a Blast Furnace (Ratsion-
allnoye zasypnoye ustroystvo domennoy pechi)
PERIODICAL: Stall, 1958, No.1, pp. 7 - 14 (USSR)
ABSTRACT: A description of the design and operation of a new
charging equipment-, is given. The distribution of burden
materials, in the blast furnace throat and the possibilities of
controlling this distribution with the charging equipment in use
at present is outlined. The distribution of materials in a
model and an o7oerating blast furnace is shown in Figs. 2 and 3,
respectively. It is pointed out that at present the success in
controlling this distribution depends to a hrge extent on the
qualifications of the operating personnel andthe available
equipment, the influence of the individual controlling para-
meters (size of coke and ore charge, system of charging, stock
level and the seauence of rotation of the distributor) on the
distribution of materials in the throat is not certain. This
uncertainty is caused by the following factors: non-uniformity
of raw materials in the chemical and size composition, the
influence of the gas stream on the distribution of materials
during their fall from the large bell. The design of charging
Uardl/3 equipment proposed by the authors (Fig.4) can secure the

133-1-7/24
AUTHORS: Kolosov, M.I., Engineer, Morozov, A.N., Doctor of Technical
Sciences, Strogan v, A.I., Candidate of Technical Sciences,
Pol3ov, Yu.A., Engineer, Vaynshteyn, O.Ya-,and Keys, N.V.
TITIB: The Quality of Steel from Pig Iron Produced with a Constant
Moisture Blast (Kachestvo stali iz chuguna, vyplavlennogo
na dutlye postoyann y vlazhnosti)
PERIODICAL: Stall, 1958, No.1, pp. 24 - 27 (USSR).
ABSTRACT: The influence of moisture content of b1mt on the hydrogen
content in pig iron and the influence of hydrogen content of
pig iron on the hydrogen content of steel as well as flake
sensitivity of steel on the hydrogen content in the liquid metal
were investigated. Nos. I and 3 blast furnaces on the above
works were trans4erred to operation with a constant moisture
blast (15-20 g/m'). This resulted ia the smoother operation,
highgr blast temperatures 750 - 800 C (against previous 450 -
500 'C), increase in output (No.1 - 3%; No.3 1.3%) and a
decrease in the coke rate (No.1 - 6.5%; No.3 1.3%). As the
works produce quality steel it was considered -necessary to check
the possible effect of higher moisture in blast on the steel
quality. It was found that with increasing moisture content in
blast, the hydrogen content of pig iron increases but not
Oardl/3 proportionally. However, the mean content of hydrogen in the

133-1-?/24
The Quality of Steel from Pig Iron Produced with a Constant Moisture
Blast
ASSOCIATION: Chelyabinsk Metallurgical Works (Chelyabinskiy
metallurgicheskiy zavod)
AVAILABLE: Library of Uongress
card 3/3

-- OSTROUKHOV, M.Ta.; KHOLZAKOV, V.I.: POPOV, Tu.A.
Large capacity blast furnace '6t~6-ra--t-io-ns--.-Ke--t-a-'Ilurg 5 no. 12:4-9
D '60. (MIRA 13:11)
1. Chelyabinekly metallurgicheskiy zavod I Nauchno-iseledovateliskiT
institut matematiki.
(Blast furnaces)

POPOV, Yuriy Afrikanovic - OSTROUKHOV, N,.Ya., kand.tekhn. nauk,
.p red.; KOLBICREV, V.I., tekhn. red.
[Making high-siJicon cast iror.] Vyplavka vysokokremnistykh
chugunov. Pod red.M.IA.Ostroukhava. Cheliabinsk, Che-
liabinBkoe knizhnoe izd-vo, 1961. 106 p. (MIRA 15!7)
1. Chelyabinskiy metaUurgicheskiy zavod (for POPOV).
(Cast iron--Motallurgy)

KOCHINEV, Ye.V.; STARSHTNOV2 B.N.; KOIUU , V.K.; POPOV, Yu.A.
Blowing-in of blaqt furnacen of a capacity of 1719 m3. Metallurg
6 no.6:3-7 Je 161. Nil 14:5)
1. Gipromezp; Ukrainskiy institut metallov; Nizhne-Tagillskiy
metallurgicheskiy kambinat i Chelyabinskiy m6tallurgicheskiy zavod.
(Blast furnaces-Design and construction)

LUXID, P-G-; POPOV, Yu.A.; SHAPOSHNI~OV, A.K.
Making blast furnace ferrooilicon. Yetallurg 8 n0,41&12 Ap 16~.
(MIRA 16:3)
(Ferros~licon,-Fetallurgy)

JVYATKIAP N.B., inzh.; LUKIN, F.G., inzh.; POPOV,_Yu.A., inzh.; NEKIPELOV, S.P.,
inzh.; SHAPOSHNIKOV, A.K., inzh., PROXHOROV, V.N., inzh.
Making pig iron with an oxygen~-enriched blow. Stall 23 no./,:A03-296
Ap 163. (~!IRA 16:4)
(Cast iron-Metallurgy) (Oxygen--Industrial applications)

KHOU"OVY V.I.; BRATCHEMO, V.P.; OSTROUKHCJV, M.Ya.; LUKIN, P.G.; NEKIPFJOV, S.F.;
_P9P.Ovy,~,0A.; GAVRILYUK, L.Ya.
Investigating the processes in the stack and hearth of a blast furnace
dwing smelting with sinter of Bakal and Sokolovka-Sarbay ores. &tall
23 no..4:297-300 AP 163. (KLU 16 -.4)
1. Ghelyabinakiy nauchno-issledovatellsl#y institut metallurgii i
Chelyabinokiy metallurgicheskiy zavod.
(Blast furnaces)

VYATLKIN, N.P.; 1.,TKIPELOV, S.P.; JOE(LI,~ YU GAVRILYUK, L.Ya.; FOEITALIN, V.N.;
IGTKIN2 G.P.; OS=,%GUKHOV, M.Ya. I
Experience of five years of operating a 1,719m3 capacity furnace.
Stall 24 no.11:964-968 N 164. (14IRA 18:1)

BOLDAREVO A.M. (Novosibirsk); POPOV, Yu.A. (Novosibirsk)
Motion of a liquid near a free surfact under the act-Ion of a
shook wave. Nauch.-tekh. probl. gor. I vzryva no.W14-116 f65.
(MIRA 180)

STARSHINOV, B.N.; OSTROUKHOV, M.Ya.; KOCHINEV, Te.V.; Prinimali uchastiye:
TARASOV, D.A.; SOROKA, F.F.; KARACHENTSEV, M.D.; OSIKIN, V.T.;
KORUVp V.K.,- Popov, ru.A.; DOU4ATGV, V.A.; ATUKOV, A.S.
Blowing-in of large blast furnaces. Sbor.trud. UNIIM
no.11:27-32 165, (MIFLA l8t11)

POPOV, Yu.A.; PROKHOROV, Ye-N.
. ~n ~`e'dz.
Deformation of .--.etal - -- -L
":j!. ~ - -
L If: -,
Trudy I~EI -',3--3'. 165.
,- 4

Yu A.
AIEKSEYEV, Yu.V. -*-1- -
"Reaction zone" on the surface of a partially im--ersed electrode
in a concentrated solution. Elektrokhimiia 1 no.4:422-426 Ap 165.
(MIRA 18: 6)
1. Nauchno-issledovatel'skiy fiziko-khimicheskiy institut imeni
Karpova, Moskva.

AMSEYEV, Yu.V.; P.OPOV,,Yu.A.
Motion of a three-component gas mixture in a capillary adjoining the sur-
face of electrochemical reaction. Elaktrokhimiia 1 no.6002-706 Je 165.
(MIRA 18:7)
1. Fiziko-khimicheskiy institut imeni Karpova, Moskva.

KULKBAKIN, VIktojr Sergeyevich; ITAGORSKIY, Valentin Dmitriyovich- POPOV
-hn.nauk, doteent, retspnzent; L
Yu.A. imnd,tek ARIONOV
--p-ro-f.. retsenzent; SIRM-EVICH, A.M.. doteent, Imnd.tekhn.nauk, red.;
TUBTANSKAYA. F.G.. Wat. red.; ROZIIIII. V.P., tekhn.rod.
Cglectric drives for airplane power unit's and mechanism$) Blektro-
priyod samoletnykh agregatov i mokhanismov. Moskva, Gen. izd-vo
obor.-Pronyahl.. 195a. 386 p. (MIRA 12:1)
1. Zaveau7ushchiy kafedroy aviatelonnogo ele)ctrooborudovaniya
14oakovskogo aviatsionnogo institute, imeni Ordzhonikidze (for Popov).
2. Chlen-korrespondent AN SSSR. Zaveduyushchiy kafedroy eleir-tro-
oboradovanlya samoletov i avtomobiley Moskovskogo onargetichaskogo
institute. (for Larionov).
(Electric drive) (Airplanes--Electric equipment)

SOV/26-59-12-31/45
AUTHOR: Popov, Yu.A. (Irkutsk)
-7777-7-
TITLE: B-11 Lightning Discharge on the Fuselage of an Aircraft
PERIODICAL: Priroda, 1959, Nr 12, pp 111-112 (USSR)
ABSTRACT: The author refers to an article on a similar subject
-which appeared in "Priroda" 1957, Nr 6, written by
G.I. Kogan-Beletskiy, Candidate of Technical Sciences.
The present article is an account of how the aircraft
was struck*by a ball. of fire while flying throuCh a
stormicloud. Some ri-vets on the fuse;age .riere melted
and there was an arrar of Lip to 100 in the readinGs
of the magnetic COMDass. There is I dis-
gram.
%Jard 1/1

GUTOVSKIY, Mikhail Vasillyevich; ANDREYEV, V.V.., kand.tekbn. nauk, dots.,
retsenzent; DEKATOV, V.11., kand.tekhn.nauk, dots., retsenzent;
POEgV,Th-A-,--prof.., red.; GRIGOIMF, K.I., red.izd-va; INQVIK, A.Ta.,
tighd. red.
[Manual forthe design of components and systems of aeronautical.
electric equipment] Posobie po proektirovaniiu i raschetu elementov i
sistem aviatsionnogo elektrooborudovaniia. Moskva, Gos.nsuchno-tekhn.
.1. r
izd-vo Oborongiz. No LElectric circuits for airplanes] Samoletnye
elektroseti. Pod red. IU.A.Popova. 1961. 136 p. (MIRA 14:11)
(Airplanes-Electric equJpment)

POPOVO Yu.A.; LOSKUTOV, Yu.M.
Theory of unit-opin polarized particles. Izv.vys.uchebezav.; fiz.
no,3:20-27 161. (HIRA 14:8)
1. Nbskovskiy gosuniversitet im. M.V.Lomanosova.
(Nuclear spin)

S/188/61/000/002/005/010
Bil B203
AUTHORi. Popov, Yi;~.A.
'0
TITLEz Polarization of spin-I particles.on elaotic scattering
PERIODICALt Vestnik Moskovskogo universiteta. Seriya 3, fizika,
astronomiya, no. 2, 1961, 26 - 33
TEXTt The polarization properties of free particle3 of spin 's are deter-
mined by two quantities: the angle 6~ between the component3 of in the
s
i plane perpendicular to the momentum k, for which Eq. (6) cos.
2 1+82
I sin's holds, and the angle U between s and ~, for which
2 21
8 +S
2V
Eq. (7) tan holds. The energy U of the elastic interaction of
3
particles with an immovable center is given by Eq. (8) U -~-V(r). To ob-
Card 1/10

16
S/1 88/61 /000/002/005/010
Polarization of spin-1 ... B113/B203
1
tain a scalar U, the matrices 7,, must be properly chosent S_ rs.
TI.LV NP6L is a tensor of the second rank, and the unit matrix is a scalar.
Pseudovector and psoudoscalar are obtaincr-I from Eq. (16)
and Eq. (17) Se - p4v- N
T 1f 3 +P? St.Ay +rjv Sv IJ& . TekLp is
an antisymmetrical tensor of the third rank. The components of the pseudo-
vector A are determined from Eq. (18).
A
A, = T..-' P, (ISA) + POO,,
A. - T.,. p. (iSj + p.p',,j
A~
iS3).+ PIPIP2,
A. T,.
Card 2/10

S/18 61/000/002/005/010
Polarization of spin-I B113YB203
PaeudoBcalar P mutit vatitify the conditionti of Eq. (19)
`- 4
SX1 Then, the pseudoscalar is formed as follow'
,Y,zIIX9yjz=P. 3:
P147 P25- P36- 11 P41= P52- P63- -'- All the other matrix elements are
zero. When considering the'behavior of the spin of bosons on elastic
scattering, the author restricted himself to deal with.the scattering of
longitudinally polarized particles, where the spin lay in the direction of
the momentum ~ before scattering. He determined the angleW* between the
spin s of the scattered particle and its new momentum ~. When considering
the time component of the pseudovector interaction
time A
A 3 3 P2 and the spatial part of the vector interaction
13 3
space_ 'he
V (!In , the component of 'he polarization vector 1~2=0 -as in all
other interactions considered. Ther,3fore, the spin will always lie in the
plane of the vectors and k . For tan ry-' and so
Card 3/10

S/liea/61/000/002/005/010
~' 1 JfB203
Polarization of spin-1 ...
Eq.(21) tg + 'K (g0
2
2 AQ 2
- - n2 SinI 0 +.-LO (I + COS'O)"
2 2 JKI
4 ko
+ (n2 + nI) + sin, 01
J Cos
is obtained, n being a three-dimensional unit vector, and 9 the angle be--*.-
-A time
tween the vectors k and k'. For S-type interactions and V oil
Card 4/10

S/188/61/000/002/()05/010
Polarization of spin-1 B113/B203
Eq. (22) _L2
+ , sin
Cos + k;
K2
sin' 0+- +Cos (j),+-, 0 - cos fj)'-, (22),
2 4 1($ 4
K2
tgm,=- 1+ tg fi,
and Eq. (23) 4 JK'
KI
s; + cos'O) + sin 02 2
are obtained, respectively. In the non-relativistic case, both variants
Card 5/10

2161o
S/188/61/000/002/005/010
Polarization-of spin-1 ... 3113/3203
offer the same result: tan rA' tan Q. In nonrelativistic approximation,
the spin maintains its original direction. When considering the pseudo-
scalar interaction,
Eq. (24)
tg CL, + Ctg
JK3 2
I k2
sin' 0 +
4 0)
2 K~
+ I k0' (rj'2 ++ Cos 0)" + n.2 Cos fj) (24~
2
is obtainedg where nx-nY-0, n z.1. In the case of 3mk type interaction,

Polarization of spin-1
C A.V.LU
S/188/61/000/002/005/010
B113/B203
n2 1 _~ ko sin 0 + (n2 + n2 COS 0
2( 1