SCIENTIFIC ABSTRACT POPOV, O.V. - POPOV, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342320015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

He
na! r C-.- jr
-70 r 63 no. -15:
61

ACCESSION KRz AT4008645 S/2945/63/000/015/0061/0070
AUTHOR.- Popov, 0. V.
ITITLE: A method for burst error correction
SOURCE: AN SSSR. Institut problem peredachi informataii. Problemy*
peredachi informatsii, no..15, 1963, Sistemy* raspredeleniya in-
formatsii. Opoznaniye obrazov, 61-70
TOPIC TAGS: burst error correction method, information transmission,!
error correcting code, multiple burst error correction,-burst error'
location, multichannel system, single burst error correction, cor-
.recting code, burst error correction, correcting control block,
-~;multiple burst error detection
!.ABSTRACT: A code is described which takes into account the specific i
nature of the distribution of multiple error bursts in information.
channels that,are subject to correlated noise. The code permits
Cara IAT,

.....!,ACCESSION NR: AT4008645
correction of arbitrary multiple bursts situated in different sub-
blocks, if their length does not exceed the probable upper bound,
and if they occupy in each subblock different positions for an ar-
bitrary known sequence of these positions. Although the redundance
of this code exceeds the minimum for the multichannel system, it is
smaller than the redundance which would be required if any other
i.known code were to be used. The code can be used also to dorrect
single errors and to detect multiple error bursts with retention of
art of the combination, and also to correct and detect single error
p
bursts. "The author thanks Corresponding member AN SSSR A. A. Khar-
kevich and Professor E. L. Blokh for interest in the work, and also.
:-:Candidate of Technical Sciences L. F. Borodin for many valuable
'.hints." Orig. art. has: 2 figures, 5 formulas, and 1 table.
ASSOCIATION: Institut problem peredachi informataii AN SSSR (Insti-lil
...,tute of Information Transmission Problems, AN SSSR)
Card 2/4/0-,

BLDKH, E.L.; POPOV, O.V.
Correction of separate erasure packs using block codes. Probl.
pered. inform. no.14.-101-112 163. (MIRA 16T12)

Meteorology - Evaporation From Soil Jul 52
C_-11 erence on Problems of a Procedure for Observ-
Lng Evaporation From Soil," 0. V. Popov, Leningrad
GGI (State Hydrol Inst)
"Heteorol i Gidrol" No 7., PP 51-553
A conference was held 18-20 Mar 52 at the GGI wit)i
:participation of: Inst of y~~pl_a cl.Hydroengi_
- -A. n
neering, Acad Sci Ukrainian SSR; Agrophy.
q_I_pqt and
Aj~-Union nst nt Studies; and other local
organizations .. .... reported on
"&x-perimental Work of State Hydrol.ogical Institute
230T85
in Study of Evaporation From Soil. It vas concluded
that the mechanism of int soil processes should be
inyestigated and methods of veighing, thermal bal-
axice, and diffusion should be applied to the prob-
lem.
23CT85
f 0~4

POPOV, 0. V.
-~* ~~i
Method@ for studying percolation of rain water in soil and subsoil.
Trudy GGI no-54:92-118 156. (HLRA 10:1)
(Soil percolation)

POPOV. 0.T.- - .. .
I- -. . , - - . . ~ - - - - . . I - -
Use of the hydrauIic..gqij.j9urface evaparimeter in the zone of iisuf-
ficient moisture. Trudy GGI n0.57:125-146 156. (KLRA 10:6)
(Atmometor) (Evil aq$sturs)
- t

POPOV, 0. V.
Study of underground waters in hydrological research. Trudy GGI no.63:
5-?7 '58. (MIR& 120)
(Water underground)

BORSU, O.Y., kand.geogr.da ukj_1'QWX.,Oj.j starshiy nouchnyy sotrudnik;
URTVATAV, V.A., otv. redaktor-'~ IN. B.I.. prof.. doktor geol.-
mineral.nauk, red.zoma; R.B., red.; BRAYNIRA, M.I.,
tekhn.red.
(Transactions of the Third All-Union Hydrological Congress. Lenin-
grad, 1957) Trudy III Vaesovuznogo gidrologicheakogo s*yezda, Le-
ningrad, 1957. Leningrad. Gidrometeor.izd-vo. Vol-9. LSaction of
Underground Waters and Problems in Underground Feeding of Riverej
Sektaiia podzemnykh vod i problem podzemnogo pitaniia rek. 1959.
358 P. (MIRA 12:11)
1. Vsesoyuznyy gidrologicheakiy s"yezd. 3d, Leningrad, 1957.
(Water, Underground--Congresses)

f7

ACC NR: AR60.35364 smfha Wri 'ffw'6TYXG/6bo7ooqpo6qio6&
AUTriOR: Sabinin, Yu. A.; Mikolayev, P. V.; Popov, 0. V.; Loparey, R. N.; Karabarh,
Ye - D.
TITIS: Photoelectric servomechanism systems for automatic tracking
sooa: Ref. zh. Avtomatika, telemekhanika i vychislitcl'naya tekhnika, Abs. 9A),60
REF scam Sb. Avtomatizir. elektroprivod. proizv. mekbanizmov. T. 1. M.-L., 19055,
,i94-2oo
ITOPIC TAGS: servomechanism system, star tracker, photoelectric tracking, 'tracking conj
troll ~-Tient', light modulator
Fj':-
ASTRACT sent theloperating principle and 'he characteristics of a
:TThe authors P e
~li-ht-flux modulator for a modern astrotelescope. It is noted that the use of a lient-i
modulator and a photomultiplier of the -F-EU-64 type ensures stable tracking of
iAlux
istars of ninth - tenth magnitude. In order to ensure constancy of the error signal
ifor identical displacements :[Yom the optical exes of stars of different magnitude, use,
lis made of the so-called derivative control of the system. In this case the system
Maintains a constant average photomultiplier current independently of the brightness
:of the star. The functional diagram of the system of photoelectric tracking by the
!telescope is considered, and the possibility of its analysis by method of mathematicall
Isimulation is discussed. It is indicated that, the developed tracking systems are
!being introduced in the observatories of All SSSR., thus greatly facilitating the labor
ux: 62-5: 629.13: 621-396.988
Corti 1/2

ACC NRt
AR6035364
of the astronomers and raising the quality and accuracy of the obrerfations. 3 i-Ilus-
JU.rations. V. M. (Translation of abstract]
SUB CODE: .09, 03
2

_111) IjP(c-)- BB/GG~
ACC NRs AP5026745 SOURCE CODE: UR/0286/65/000/017/0021/0022
INVENTOR: Popov, 0. V`L_
ORG: -none
TITLE, A method -for correcting repeated, groups of errors. Class 21, No. 174207
SOURCE:, Byulleten', izobreteniy i tovarnykh znakov, no. 17, 1965, 21-22
TOPIC TAGS: error correction, error correcting code 1g,
ABSTRACT: This Author's Certificate introduces: 1. A method for correcting repeat-
ed groups of errors by using linear block codes with a double series of verification
pi gnals. The reliability of information transmission is improved by checking the er-
ror detection-in individual sections and erasing those sections in which errors are
qetected by using the first series of verification signals. The erased sections are
riestored by using the second seri6s of these signals modulo the code base. 2. A
means for putting this method into operation in which the value of each information
element is determined from several verification relationships using the second series
of verification signals. These values are then used as a basis for finding and cor-
recting the errors whichwere not detected by the first series of verification s.ig-
nals.
UDC: 621.394.147
Cmd 1/2
11W

L -6372-66
I-KC-C
NRi APS026745
a jol-A a
~ig. 1. 1--input terminal; 2--distributor;
3--switch; 4--output terminal; 5--verifica-
tion register; 6--memory unit; 7--adders;
8--switches; 9--input terminal; 10-'-distri-
butor; 11--r,egister; 12--memory unit;
13--analyzer; 14--register; 15--adders;
16--computer; 17--memory unit; 18--error re-
corder; 19--distributor; 20--output terminal
21-valve; 22--oscillator
-T
T
SUB CODE: DP/ SUBM DATE: Glreb63/ ORIG MF: 000/ OTH REF: 000
nw
C"d 2/2

POPOV, 0. V.
- IChoice of ar. effective method for regulating the an"r velocity of
a motor in systems wLth transverse-field amplidynes-. Sbor. rab. po
vop. olaktromakh. no.9:114-131 '63. (MIRA 17:2)

POPUV) U.V.
Scientiffic conference dedicated to the problem of recovery from
radiation lesions. Mad. rad. 7 no.11: 92-94 N'1~2- PS:9)
(RDIATION SIGOESS)

LAVROV, A.P.: ZEKTSER, I.S.; POPOV, O.V.
Experiexce Ix atudying ~he eoxditioni of 'the foripAtion of natural
resources of underground waters in the We5tern Dvims (Daugava) has'Lm.
Biul.MIP.Otd.geol.38no.2:158 Mr-Ap 163.
(MIRA 16:5)
(Western Dvina Valley--Water, Underground)

SABININ, Yuriy Alekseyevich, kand. tekhzi. nauk, dotsent; POPOV, Oleg
Vladimirovich, assistent
An a.c. servo drive for closing a navigation lock. 1zv. vys.
ucheb. zav.; elektromeldi. 6 no.9-.1098-1107 163. (MIRA l6tl2)
1. Institut elektromekhaniki All SSSR.

ZABOROVSKIY, SwVj, Alokaandrovich, assistant; KULIKOVp Sergay
Nikol&7wvich, assistant; POPOV' 01 Vladimirovich mladBhiy
YAM
neuchn7y satradnik; S , uriy Alskseyevich
Autowted electric drive of a coal loader. Izv vys. ucheb.
zave; elektrmakh. 5 no.7:810-816 162. WRA 15;10)
1. LeningradBkiy politakhnicheakiy institut (for Zabor6vekiy,
Kulikov).
(COal-handling machinery-Electric driving)

POFOVY O.V.,- KOROTKOV, S.V.
Selection of optimum parameters of automatically controlled
electric drive system using amplidynes as generators. Sber.
rab.po vop.eloktrozekh. no-TsI01-115 162. (MIRA 16-.1)
(ElectrI04Mvingi (Automatic control)

POFCVP O.V.; KOROTIKOV, S.V.
StUdY of tmnsient procemm-in an automated electric drive
using electronic analog computersie Sbor.rab.po vop lektromekh.
no.7zll5-130 162. imenk 16a)
(Electric driving) (Automatic control)

---BO-w-Vp
A combinational method for controlling an auto ted electric d' ve
ii
tsing Hall transducers. Sbor.rab.po vop.elekti~bmekh. no.7s85- ,
101 062. (KERA 16:1)
(Electric driving) (Transistors)

P
SABININP Yu.~.; POPOV, O.V.
Photoelectric servosystems for program controlled machining of
plane-parts. Sbor.rab.po, vop.elektromekh. no.72210-227 162.
(MM 16s1)
(Machine tool4umerical control) (Automatic control)

POPOV, O.V.
CAND MED SCI
Dessertation: "Cholest-e-rin of the Blook and Spinal Eluid in Gases of Purulent C*rebral
Affection."
31 Oct 49
Firdt Moscow Order of lanin Yzacal Inst
SO Vecheryaya Moskva
Sum 71

___ - I
MWeAd
C Mi
0 0~,.~ MS 0 F PATHOGENESIS, EXPERIMENTAL
PROPHYLAXIS, AND TREATMENT OF RADIATION INJURY (USSR)
-Popov. 0. V. Meditsinskaya'radiologiya, v.. 8' no. 4, Apr 1963, .86-92.
~~241/631008/004/006/006
A conference on the pathogenesis, ~experimental prophylaxis, and therapy of
radiation sickness was held 13'-16 November 1962. Reporting on the mecha~
of changes in the functional state of,the central nervous system, R., M.
Lyubimova-Gerasimova demopstiat.ed the interdependence between the blood
flos rate in the brain and the reactivity of the vestibular and optic analyzers
to lihotic and vestibular stimuli. Z. I. Zhulanova and Ye. F. Romantsev ob-
servea that irradiation induces formation o f peroxide compounds in mice,
with maxima occurring during the first 30 to 60 see and on the 3rd day after
exposure. The first maximum shows accumulation of the peroxide com-
pounds in the spleen, the second maximum shows peroxides also in the
kidneys and liver and a slight amount of peroxides in the brain and testes.
lnje-ctioa of eysteine, mercaptoethylamine, or mercaptop'riopylamine prior
to e)mosure decreasid the amount 'of peroxide compounds formed. Exposure
to hypoxia for 5 to 20 min before- exposure reduces the amount of peroxides
forme& M.- 0.. Raiishenbakh discussed the basic 0-auses of ird'dila'016n
Card 1/3

AID Nr- 997-e 25 June
CONFERENCE ON PROBLEW (Cont.)
S/241/63/008/004/006/006
hemorrhages, such as disturbances in blood clotting, thrombocytopenia,
and changes in the vascular permeability and resistance. He noted that
vascular permeability increases immediately after irradiation and at the
height of radiation sickness and is related to changes occurring in the
mucoprotein metabolism. V. G. YakovIevi "s study of the chemical proper-
ties and action mechanism ok radioprotect-ors was based on theirreactions
with metals utilized as biocatalysts. He found two probable courses of
their action: 1) formation of insoluble complexes with metals (copper, iron,
etc.) and 2) combination with radi.osensitive sulfur -containing groups of eri-
zyme molecules. The relationship between the chemical structure and
radioprotective~ properties of the arninothiOl series was discussed by A. S.
Mozzhukhin, F. Yu. Rachinskiy, N. M. Slavachevskaya, and L. I. Tank.
They found that the greatest effect is exerted by sulful,~_ containing com-
pounds which contain a sulfhydryl. or a potential sulfhydryl group and an
Card 2/3

ArD.Mr.- 997-2 2
5 J~Me
COMWMNM ON MOBIM (Cont'd] 8/24-1/63/008/004/006/006
amino group at a distance.of 2 to 3 carbon atoms from each other. T. K.
D'Zharaklyan, L.. B. Berlin, V. G. Vladimirov, D. A. Illinskiy, and A. D.
itosis in nonirradiated
,.Smirnov showed that cystamine causer, inhibition of mi
epithelium of the cornea and small'intestine. Yu., P. Hhussar demonstrated'
that the restoration of the impaired mitotic activity of cells in the thymus of
rats begins 3 days after irradiation of the animals with a lethal dose and at-
tains its maximum after.7 days, e.g.. at the height of radiation sickness.
In their report on the mechanism of the radioprotective action of ra in i n e s
of the indole series,: P. G, Zherebehenko and N. N. Suvorov reported data
obtained on the increase of the radioprotective effect by introducing substi-
tuents into the fifth position of the Indole ring of the tryptamine molecule.
[SGMI
Card 3/3

POPOV~, O.V. Meningrad)
---------
Uomposite method for regulating a generator-motor system with
a transverse-field amplidyne. Izv. All SSSR. Otd. tekh. nauk
. Energ. i avtom. no.l:89-100 JaJ 162. (MIRA 150)
(Rotating amplifiers) (Electric driving)

S/194/62/000/001/060'/066
D201/D305
AUTHORS: R"My- ~0_ V.- and Zenevich, K. F~
TITLE: Change of the dynamic signal range in the SSB modu-
lation
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 1, 1962, abstract 1-8-9 r (Sb. tr. Nauchno-tekhn,
o-vo radiotekhn. i elektrosvyazi im. A. S. Popova,
1960, no. 1, 27-32)
TEXT: It is shown that the dynamic range (DR) of the signal (S),
obtained as a result of a SSB modulation, may in some cases ex-
ceed considerably the DR of the immodulated signal. The increase
of DR depends on the shape of the modulating signal. Signals ex-
ist at which, owing to the SSB modulation, their DR increases con-
siderably as e.g. in the case of a rectangular S. Because of this
the capacity of channels, handling the SSB modulated S should ex-
ceed that of the modulating S. This should be especially taken care
of in case of transmission of nearly rectangular S. Amplitude limi-
Card 1/2

PHASE I BOOK EXPLOITATION SOV/5533
Akademiya nauk SSSR. Institut elektromekhaniki.
Spetsiallnyye voprosy avtomatizirovannogo elektroprivoda (Special Problems
of the Automatic Electric Drive) Moscow, Izd-vo AN SSSR, 1961. 248 p.
Errata slip inserted. 6, 500 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut elektromekhaniki.
Eds. (Title page): D. A. Zavalishin, Corresponding Member, Academy of
Sciences USSR, and V. V. Rudakov, Candidate of Technical Sciences;
Ed. of Publishing House: N. V. Travin; Tech. Ed. : R. A. Arons.
PURPOSE: This book is intended for technical personnel engaged in de-
signing or operating regulated and automated electric drives for ma-
chines and n~iechanisms. It may also be useful to students in advanced
courses working on term and degree projects.
Card-1-19
.7
Special Problems of (Cont.) SOV/5533
COVERAGE: The book discusses the principles of operation and the methoda
of computation of retulated drives with a-c and d-c motors. Special
attention to paid to problems related to the frequency method bf induction
motor control, which the authors consider the most promising. Recom-
mendations regarding the use of a-c commutator motors and Induction
motors with special winding and improved starting characteristics are
a of design
made. A considerable part of the book Is devoted to problem
and calculation of the control circuits for automated d-c drives, and to
methods of Investigating dynamic characteristics of d-c drive systems
by means of electronic and electrodynamic models. Recent developments
In regulated d-c drives and modern methods of analyzing and synthesizing
automated d-c systems, based on Investigations carried out by the Insti-
tut elektromekhaniki AN SSSR (Institute of Electromechanics AS USSR),
are discussed in detail. The book was written by the following persons:
A. A. Dartau (Chs. 11 and III), D. A. Zavali8hIn (Introduction, sectiona
1, 4, 5, and 6 of Ch. 1, and Ch. 11); S. V. Korotkoy (Ch. V1, sec. 3);
Caro-

7
Special Problema of (Cont.) SOV/5533
1. 1. Laptev tsections t and 5 of Ch. V); 0. V. Po ov (Ch. IV; sections
V-
4. and 5 of Ch. V
.,and sec. 3 of Ch. VI, Prozorov(pections
1. 2. and 3 of Ch. 1. ); V. V. Rudakov (Introducti-onsec-.1-ofCh. V,
V.V
sections 1 and 4 of Ch. emenov ( sec. 3 of Cl%. V); Ye. M.
Smirnov (sec. 2 of Ch. VI); lq~-v Atp-Ur" sec. 3 of Ch. V): At LV-.
F ~t~v (Introduction). There are 09 references: 59 Soviet, 7 German,
2 English. and I French.
TABLE OF CONTENTS:

Foreword 3

Introduction. Present State and Paths of Development of Automated
Electric-Drive Systems 5
1. qeneral information 5
Cardz~w
r

Special Problems of (Cont.)
SOV/5533
6. Conclusion on the use of secondary windings with regulation
of the effective number of turns
Ch. IV. Regulated Drive Systems with D-C Motors
1. Regulated d-c drives wLth controlled gas-filled rectifiers
2. Regulated d-c drives with separate generators (~motor-
generator system) and their comparison to systems with
gas-filled rectifiers (contr6lled 'mercury-arc 'rjectifier-
motor system)
3. Expansion of the speed regulation range of a d-c motor-gen-
erator drive by means of automatic regulation units
Ch. V. Computatigns of Chn acteristics and Components of
Automated D-C. Drives
1. Design'of thLe"static dharacteristibs*-of an automated elec-
tric-drive system
110
112
112
112
121
126
132
132
Car&7ti-

Special Problems of Wont.)
SOV/5533
2. Selection of circuit parameters of a drive with electro-
mechanical automs:Uon 145
3. Noncontact magnetic components for the circuits of current
and velocity feedback of drive systems with electromechanical
automation 154
4. Grid control systems for d-c drives with electronic regulation 174
5. Static phase shifter with an expanded range of phase variation
in an electric drive with electronic regulation 189
Ch. VL Transients In Automated D-C Drive Systems 202
1. Special *features of the Inve-stigation'of transients in automated
d-c drives 202
2. Special features of the investigation of transients in automated
drive systems with an expanded spq*ed-regulation range and
periodic load variation on the motor shaft 207
Card-8,/-9

ALMLANDER, Peter; AVRUNINA, G.A. (translator]; POPOV, O.V., red.
(Atomic enerS7 and life] IAdernce izluchanis i zh-iml.
Moskva, Izd-vo Glav.uprav.po ispoltzovaniiu stomnoi energii,
1959. 254 p. Translated from the llnglish. (MIRA 13:8)
(RADIOACTIVITY--PffrSIOLOGIGAL EFFSCT)

s/196/62/000/001/012/013
E194/E155
AUTHORj Popov, O.V.
TITLEi Controlled drive systems with d.c. motors
PERIODICAL: Referativnyy zhurnal, Elektrotelthnika i energeti1c",
no.1, 1962, 3, abstract A 14. (Spets. vopr.
avtomatizir. elektroprivoda. M.-L., AN SSSR, ig6i,
112-131)
TEXTs The article considers the operating principles of
non-reversing and reversing circuits and gives the mechanical
characteristics of an electric drive with controlled mercury-arc
rectifiers under rectifier and invertor conditions. The mechanical
characteristics are similar to those of the generator,-dynamo system
but are more flexible. On transition from rectifier to invertor
conditions and back the motor running speed jumps by an amount
which is proportional to twice the voltage drop in the arc of the
controlled mercury-arc rectifier. A cross-~;onnected circuit used
for high power drives consists of two groups of controlled
Card 1/ 4

Controlled drive systems with d.c. s/196/62/000/001/012/013
E194/E155
mercury-arc rectifiers, one rect.Lfying and the other inverting.
For drives of 30-50 kW, bridge-type reversing circuits are usedz
there is an equalising current which by-passes the load circuit
and impairs the power characteristics of the equipment. An
analysis is given of the relationship between the power factor
and the system parameters. When controlling the speed of
rotation, the power factor of the controlled mercury-are
rectifier diminishes in proportion to the change in speed. With
a constant static torque the reactive power demand increases as
the speed is reduced., and when it is half the initial speed the
demand 4s 8% of the rated power. If the static torque is
proportional to the speed or to its square, then on reduring
the speed the reactive power first increases and later tends to
zero. When the static torque is proportional to the speed, the
reactive power is a maximum when the speed is 0.707 of the
initial speed. When the static torque is proportional to the
square of the speed, the maximum occurs when the speed is 0.817
of the initial speed. in low-power generator-motor systems the
generators are high-speed amplidynes, and in high-power systems
Card 2/4

s/196/62/000/001/012/013
Controlled drive systems with d.c. - E194/E155
good dynamic properties are achieved by using an amplidyne as the
generator exciter. When an amplidyne Is used as the gerierator
in a system without negative feedback, remanent magnetism imposes
a comparatively small control range - say 1;5 - 1t20. In systems
where the amplidyne is used as the generator exciter, the
natural control range may reach 100. Equations are given for
the mechanical characteristics of the generator-motor systems.
The control range of motor running speeds may be extended by
reducing the remanent magnetism of the amplidyne through firm
negative feedback. The advantages of the generator-motor system
are. wide range of control (up to 12600); high speed stability
because of the absence of negative feedback; low control power
(5-10 W), and reduced loss on starting because of reduction in
transient process time. Disadvantages are: high installed
power (three times the motor power)i low efficiency because of
multiple energy-conversions; high inertia of field circuit
(high inductance)i and large number of rotating machines,
Card 3/4

Controlled drive systems with d.c. s/196/62/000/001/012/013
E:194/E155
Advantages of the ionic drive system are. high speed under
transient conditions; high amplification factor; higher
efficiency; lower capital cost Oo-45% of cost of machine
convertors); and lower operating costs. Disadvantages arei
lower power-factor with extreme control and relative complexity
of power regeneration during braking. In the generator-motor
system the control range can be increased by the combined method
of control, which takes account of the control magnitude and
the disturbing influence. The main equations are given. Two
drive circuits with amplidyne-motor are described which use
strain gauges (to measure the static stress) and Hall pick-ups
(to measure the electromagnetic torque of the d.c. machine).
[Abstraotor,s note: Complete translation.]
Card 4/4

FOPOV, ON. (Leningrad)
Semigraphical. method for calculating the mechanical character-
istics of automatic control systems with transverse field
zmplidynes. Izv. AN SSSR. Otd. tekh. nauk. Energ. i artom. no.3:
148-158 My-Je 161. (MIRA 14:7)
(Automatic control) (Electric driving)
(Rotating amplifiers)

_., assiv
_ J~(~POV.,_-Pj-qg- I~ladim~L:~Lv~c~ ,tent
Method of calculating systems of continuous control with tr4noverse
field amplydines. Izv. vys. ucheb. zav.; elektromekh. 3 no.10:98-
108 160. (MIRA 14:4)
1. Kafedra, elektrifikataii oromyshlennykh predpriyatiy Leningrad-
skogo politekhnicheskogo instituta.
(Automatic control) (Rotating amplifiers)

88171
'f/.zs-_30 s/i44/6o/ooo/oio/oo8/oio
164so o (16 z Y) /o-3/.j E194/E355
AUTHOR: PO ov 0 Assistant
TITLE% Method of Designing a Continuous Control System with
an Amplidyne
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromekhanika, 196o, No. lo, pp. 98 - IoB
TEXT: Modern automatic-control systems often use an
amplidyne as the control and amplifying element. Existing
methods of designing the parameters and mechanical character-
istics of electrical drives require a great deal of calculation
and cannot determine the optimum static parameters of the
system. The method of design presented below permits analytic
calculation of the circuit parameters, optimum values of which
may be determined. The mechanical characteristic of the motor
is calculated by a semigraphical method which allows for non-
lixtbarity of the no-load characteristics. The following
assumptions are made for the purposes of calculation: the
magnetic system of the generator is not saturated; there is
no hysteresis loop and eddy currents are neglected; in the
Card 1/7

88171
s/i44/6o/ooo/olo/oo8/oio
E194/E355
Method of Designing a Continuous Control System with an
Amplidyne
machines and amplidyne the armature reaction is fully
compensated; the magnetic flux of the motor is constant;
and individual circuit corponents are of constant resistance.
or
Electrical drives witOrepetitive duty cycles require a rigid 'Y'
mechanical characteristic and minimum transient process time. V/
The requirements are met by a circuit usiAg an amplidyne with
delayed feedback according to voltage and current. The
circuit of Fig. I is accordingly taken as an example of the
method*ofcbsign. In calculating the circuit parameters the
shape of the static mechanical characteristics is given as
follows: the rated motor speed or ideal no-load speed;
the short-circuit current; the armature current at the instant
when current feedback ceases3 and the armature current at the
moment when voltage feedback ceases. The current in the control
winding of the amplidyne is calculated from the rated speed of
the motor, using Eq. (2), and hence the nominal amp-turns of
Card 2/7

88171
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E194/E355
Method of Designing a Continuous Control System with an
Amplidyne
the control winding are obtained. The field-forcing
factor a is obtained in Eq. (3). The additional resistance
in the control winding circuit which is supplied from the mains
in next determined and the parameters of the current feedback
delay circuit are worked out. The total resistance of the
current circuit depends on the ratio between the cut-off
current and the short-circuit current 6 . Expressions are
then found for the shunt resistance, the comparator e.m.f.
in the current circuit and the current in the feedback
circuit at short-circuit. It is assumed that germanium
rectifiers are used in both feedback 'circuits for which the
change in resistance is small over quite a wide range of
change of current.
The parameters of the voltage feedback are then determined and
y is defined as the ratio of the mean comparator e.m.f. to
the open-circuit e.m.f. Knowing the current in the voltage
feedback circuit from Eq. (14) and the comparator e.m.f. from
Card 3/7

88171
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E194/E355
Method of Designing a Continuous Control System with an
Amplidyne
Eq. (12), a rectifier and a source of comparator e.m.f. are
selected, both with appropriate internal resistance. The
resistances must fulfil the conditions of expression (16)
otherwise the required shape of mechanical characteristic
of the motor cannot be obtained.
The optimum resistance of the feedback circuit is then
determined from the voltage for various values of forcing
coefficient of the amplidyne a i the coefficient y is
taken as a constant for each curve of resistance as a
function of a . For each value of resistance selected, the
parameters of the source of e.m.f. are designed, beginning
with the internal resistance and then selecting the rectifier
with its resistance and finally the resistance of the other
components. If y ranges from 0.95 to 0.8 and a is
variable, the optimum value of the resistance ranges only
over 5 - 7%, which may be neglected in practice. Having
settled the parameters of the circuit, the equation for the
Card 4/7

88171
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E194/E355
Method of Designing a Continuous Control System with an
Amplidyne
internal characteristic of the amplidyne for the second
section may be determined with allowance for the influence
of the two delayed feedbacks. Eq. (18) is derived for the
control e.m.f. and Eq. (19) for the mechanical characteristic
of the motor. From the analytical equation the static
parametexsof the automatic-control system may be determined
over the working range and the complete mechanical
characteristics of the electrical drive calculated by a
semigraphical method. An expression is given for the
amplification factor of the amplidyne allowing for feedback
according to voltage. It is concluded that increasing the
forcing factor a causes an inversely proportionate change
in the amplification factor of the amplidyne. The value of
the static speed drop of the motor over the working range is
found and that part of it whichis compensated by the action
of voltage feedback is given by Eq. (21). This shows that
the voltage feedback only partially compensates the ohmic
Card 5/7

88171
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E194/E355
Method of Designing a Continuous Control System with an
Amplidyne
voltage drop in the armature of the amplidyne and the shunt.
The degree of compensation depends mainly on the value of the
comparator e.m.f. y . On the basis,of the curves which are
given it is concluded that if there are two delayed feedbacks
according to voltage and current the forcing factor a
should be 3.0 - 4.0 and the coefficient y 0.9 - 0.8.
Certain additional graphical constructions are required in
constructing the mechanical characteristics of the drive.
These are explained in some detail with reference to the
curves of Fig. 5. It is explained how to construct the
internal and external characteristics of the ampl*dyne and the
mechanical characteristics of the motor. in conclusion, the
recommendations about the parameters to select in the design
are summarised.
Card 6/7

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Method of Designing a Continuous Control System with an
Amplidyne
There are 5 figures and 8 references: 7 Soviet and
I non-Soviet.
ASSOCIATION: Kafedra elektrifikatsli promyshlennykh
predpriyatiy Leningradskogo politekhnicheskogo
instituta (Department of Electrification of
Industrial Establishments, Leningrad Poly-
technical Institute)
SUBMITTED: August 3, 1959 VX
Card 7/7

POPOV, O.V. kLeningrad)
Selection of parameters for automatic control circuits with transverse
field amplidynes. Izv. AN SSSR. Utd. tekh. nauk. Xnerg. i avtom. no.5-.
77-85 S-0 '59. (MIRA 13:1)
(Automatic control) (Rotating amplifiers)

L 4258-66 D1T(1)/T/WA(h) Ijp(c) A T Ir's low
ACC NR, AT 5021837 UR/0000/65/000/000/~6 100
AUTHOR: Karabash, Ye. D. Loparev, R. N. Nikolayev, P. V ; P O.~~.
Sabinin. Yu; A. 5 %-q
TITLE: Photoelectric slave systems for telescope control made of semiconductor and magne7
tic components
SOURCE: AN SSSR. Institut olektromekhand Avtomatizirovannyy clektroprivod; sledya-
shchlye sistemy, upravlenlye I preobrazovatellnyye ustroystva (Automated electric drive;
tracking systems, control and.converter devices). Moscow, 1zd-vo Nauka, 1965, 90-100.
TOPIC TAGS: servosystem, telesco feleseopic equipment, semiconductor device, magnetic
J.. circuit
ABSTRACT: After a brief description of photoelectric automatic telescope guidance systems-
which modulate the light flux by metms of half-disk modulators, the authors present the func-
tional diagram, the circuit diagram, and detailed descriptig,4,of the operation of an experimen-
tal photoelectric slave system made of_aemjcunduAgr?'01'M'agnetic components and used for
a
telescope control. The selection of optimal operating parameters -re discussed, the tran-
siont processes requiring a correcting loop for stabilization are analyzed, and theoretical
estimates of the accuracy of the system are given. The fast determination of the correcting
circuit parameters needed for a stable operation of the systern is accomplished by electronic',
7 modeling. Orig. art. has: 37 formulas and 4.figures.
Card 1/2

FOPOV, O.V,, star3hiy naucbny-y sotT-udnik
unneral regularities of the formation of Iase flaid into rivers
in the U.S.S.R. Trudy GGI no.122;5-31 165. (MIRA 18.-9)

POPOV, O.V.
ROTIOV of IU.G. GrigarleTle "Iktarial on reactions of the human
central nervous system to ionizing radiation." Ked.rad. 4 no.11:
87-89 19 '59. (MIRA 13:2)
(RADIATION--PHTSIOLOGICAL WECT) (MMVOUS STSrxM)
(GRIOMIM., IU.Q.)

18-7100 M66
SOV/129-6o-:L-i4/22
AUTHORSi Popov) 0. V. ~ Candidate of Technical Sciences),
--Moskalev, M. A. (Engineer)
TITLEt Cooling During Hardening Sheet Metal Parts From
Aluminum Alloys
PERIODICALt Metallovedeniye i termicheskaya obrabotka. metallov,
1900, Nr 1, pp 45-47 (USSR)
ABSTRACT: Three types of cooling were investi ated; (1) cooling
during transfer through the air; (2~ cooling by
quenching in water; (3) cooling in the zinc die. The
nature of cooling during transfer through the air
primarily depends on the time and manner of carrying
work pieces, as well as on the size of work pieces
and the'thermophysical properties of the hardened
metal. The nature of cooling during transfer through
air was studied theoretically and experimentally. As
a result of an approximation by replacing the theoreti-
cal cooling curves with straight-line curves, an equa-
Card 1/5 tion for determination at any time the temperature of

Cooling During Hardening Sheet Metal Parts 77.1666
From Aluminum Alloys SOV/129-60-1-14/2-2
samples from Duralumin D16 and bronze B95 (composition
not given) was derived:
t 4-
UO - 7.05 -T
S
where t0 is starting temperature of the sample (5000 C
for o16; 4700 C for B95); T is time of transfer through
air, in seconds; s is thickness of material, in mm.
As seen from Fig. 2, the theoretical and experimental
curves of cooling almost coincide. The high-speed
transfer of sheet components through the air in a verti-
cal position is more effective than that in horizontal
position, since heat losses in the former are lower.
By quenching parts made of sheet metal (B95 and D16),
it is suggested that the permissible time of transfer
through the air be determined for parts of various
thicknesses, according to the temperature of the begin-
ning of quenching. The speed of cooling in water and
in the zinc die was also determined by both the theoreti-
Card ?/5 cal and experimental methods. However, the theoretical

Cooling During Hardening Sheet Metal Parts 77166
From Aluminum Alloys
SOV/129-60-1-14/22
Card 3/5
Ot
r-- 7~-
~
pte
J
1151)
J501
J10 -
Z90 - - - W4
770 - - - -A
250-
0 5 /o 13 70 75 JO r
-rw r- J'e4w~m
Fig. 2. Correlation between theoretical and experimental
curves of cooling by transfer through the air of 360 x
60 mm work pieces (speed of transfer in a vertical
position, 2m/sec). Round dots indicate experimental
curves; triangular, calculated curves.

Cooling During Hardening Sheet Metal Parts 77:L66
From Aluminum Alloys SOV/129-60-1-14/22
calculations are very complicated. Therefore, an
experimental method with oscillograph recording was
preferred. The obtained results show that the speed
of cooling in water in all cases is higher than that
in the zinc die, although it is possible to obtain
cooling rates approaching those of water cooling.
There are 4 figures; and 1 table.
ASSOCIATION: Moscow Aviation Technological Institute (MATI)
Card 4/5

77166, SOV/129-6o-1-14/22
-Am 400
NZ
OVO
FIg. 11. T(,al cooling oscillograms of work piecee from
alloy IY61J. 2 mm thickin different hardening media.
Temperature of woric pieces in heat-treating furnace;
2. cooling during transportation through air; (3)
cooling in water; (4) cooling in a half-open die;
(5) cooling in a closed die; (6) theoretical curve
Card 5/5 of cooling in the die.

BABKOV, Valeriy Fodorovich, prof., doktor tekhn.nauk-, WtAUjAYEV, Mitro-
fan Semonovich, dotsont. kend.taklin.nauk; POPOV, O.Y., inzh.,
retsenzent; MOTTLIV, Tu.L., kand.teldin.nauk. retzenze - Pu7jKOV'
N.A., retsenzent; IYANOT, S.S., red.; KALIKOVA, Y.V., tek-hn.red.
(Highways] Avtomobillnys dorogi. Mosk7a, linuchno-tekhn.izd-vo
M-va avtomobil'nogo transporta. Pt.l. [Road design) Proaktiro-
vanie dorog. 1959. 559 P. (MIRA 13:2)
1. Prepodavateli Moskovskogo avtomobillno-dorozhno_-o instituta
(for Bobkov, Zamakhayev).
(Roads-Design)

Popov O-V,
HOE I BO-nC E SOV/5200
Alexander, Peter
Yadernoye izlucheniye i zhizn!. Moscow, ktomizdat, 1959. 254 p. 6,,800 copies printed.
Tranal. or Atomic Radiation and Life.
Translator (Title page): G.A. Avrunina; Ed. (Title page): Q.V. Popm, Candidate
of Medical Sciences; Ed.: M.A. Saguro; Tech. Ed.: Ye.l. Ma-z-eY'--*
PURPOSE: This book is intended for the general reader.
COWME: The book is a translation from I~ngllsh of a work by Peter Alexander
entitled "Atmic Radiation and Life" published by Penguin Books. The intro-
duction to the Russian edition was written by O.V. Popov and points out that
Alexander's work doesnot reflect the contributions of Soviet scientists whose
findings in this field often contradict those of Western scientists. The work
and experimental findings of M.I. Nemenov, A.V. Lebedinskiy, M.N. Livanov, P.D.
Gorizontov, Yu.G. Grigorlyev, A%B. Tsypin, Yu.K. KwIritskiy, G.A. Nadson, G.S.
Filippov, and B.L. Astaurov on the effect of radiationon the nervous system, and
that of N.P. Dubiu4 M.A. Arsenlyev, and G.G. Tinyakov, on the reproductive system
Card 1/2

GORB, T.V. [Horb, T.V.], doktor sellslkokhoz.nauk; TERESHCH =10, F.K.,
kand.biolog.naik; O.T. (Bohaievalkvi, O.T.], kand.
vaterin.nauk, POTYEKEN, N.D.. [Potlomkin, M.D.11alcadem1k;
KNIGA, M.I. [KiVh.--, POPOV, O.Ya., kand. Bel Iskokhoz.nauk;
KHMRLIK, G.G. Effmelyk, H.k.-j-,k~anse~'skokhoz.nauk; SHRAM, I'P"
kand.sellskokhoz.nauk [deceased]; KOPIL, A.M., kand.seliskokhoz.
nauk,- TSELYUTIN, V.K., kand.sellskokhoz.nauk; BOZHKO, P.Tu., doktor
sellskokhoz.nauk; KROMIN, S.S., kand.sellskokhoz.nauk; ZEMLTANSKIY,
V.K. (Zemlianalkyi, V.M.J, kand.sellskokhoz.nauk; BORISINKO, A.M.
[Borysenko, A.M.]. kand.biolog.nauk; ZARHARINKO, V.B., kand.biolog.
nauk; SMIRKOV, I.V. [Smyrnov, I.V.]. kand.biolog.nauk; KHRABUSTOVSKIY,
I.P. [Ehrabustovalkyi, I.F.], kand.biolog.nauk; TORSTTAIMSKAYA, M.N.,
[Trost ianet a Oka, M.N.], assistant; ALESHKO, P.I., inzb.; VASILIYEV,
Vas.vlliev, O.F., kand.telr-hn.nauk; BUGATWO, I.I. [Bubaianko, I.I.J,
starshiypropodavatell; TRAMOMIROVA, 0.0., kand.ekonom.nauk;
BUTKO, S.D., kand.okonom.nauk; TWJSHIK, K-Q. [Teleshyk, K.H.],
doktor ekonom.nauk; TAROSHENKO, V.D.. k&nd.ekonom.nauk; LISIY, I.Y.
[Lyayi, 1.1.1, red.; YXROSHEWO, T.G. [ISroshenko, T.R.J, tekhn.red.
(Handbook for zootechnicianal Dovidnyk zootekhnika. 2., dopovnene
i pereroblene vyd. E~riv, Derzh.vyd-vo sillalkohospodarslkoi lit-ry
URSR, 1960. 728 p. (MIRA 15:2)
1. Veesoyuzuaya akademiya sel'skokhozyaystvennykh nauk imeni V.I.
Lanina (for Potemkin). 2. Chlon-korrespondent Voesoyuznov akademii
I
sel'skokho yaystvennykh nauk imeni Y.I.Lenina (for Kniga).
?Stock and stock broeding)

o tv. rod.; WAIN, 1. G. [ Zorin, I ~ 11. ] , kand. sel I -
khoz. nauk, red.; MOKEYKV, O.Yu., kand. sellkhoz. nauk.
red.; S1'.*U7L'ZH2E;KC, I.F., prof., red.; ZZ.T7'~.:r,n7-Dr
V.I.[Zhelikhovslkyi, V.I.], red.
[Possibilities of Increasing the production and reducini7-
the cost of beef; materials of a session of the Stock-
breeding Section of the Scientific Council of the Minis-
try of Agriculture of the Ukraine] Rezenry zbillshermin
vyrobnytstva I znyzhennia sobivartosti ialovychyny; ma-
terialy sesii sektsii tvarynnytstva vchennoi Rady fQ-
MSH URSR. Kyiv, Urozhai, 1965. 178 p. (MIRA 19ti)
1. Ukraine. Ministerstiro sillskoho hospodarstva URSR.
2. Ministerstvo Sellskogo khozyaystva Ukr.SSR (for Zorin').
3. Ukrainskaya sellskokhozyavstvennaya akademiya (for
Shul'zhenko).

POPOV, O.Te. LPopov, O.H.]
ChemistryejA pressure properties of underground waters in the
Buchak horizon in connection with the tectonic characteristics
of the Paleogene in the Dnieper-Donets Lowland. Nauk.zap.Yqiv.un.
16 no.14:213-218 '57. 04IRA 13:4)
(Dnieper Lowland-Water, Underground)
(Donets Basin-Water, Underground)

RUDENK0, F.A. ; POPOV, O.Ye. CPopov, 0.I3.j
~-- -
Underground vatnr resources in the Pontic-maeotic horizon of the
Black Sea portion in the left bank of thk Dnieper River. Tisnyk
Kyiv.un.Snr.p,an1.ta g"og. no.1:55-63 '58. (KIRA 12:10)
Mack Sea region-Water, Undergrouna)

POPOV, O.Ye. [Popov, 0.1B.]
PrinciDlea for dividing Vne Ukrainian territor/ frrm the point
of view of anginaering, gnolog7. TiFjn7k Kyl7.un.Sar.geol.tA gmog.
no.1:71-76 158. (MIRA 12:10)
(Ukraina--EnginenriM geoloff)

RASTMGUYEV, 1., inzh.; POPOV, inzh.
Unit for washing srAll parte, Avte transp. 43 no.8:48-49 Ag
165: (MIPA 180)

RUMANIA
BELOKONSKI, I.; RUSCV, G.; KRAEV, D.; SEICOV. NO 4nd POPOV, P. rAffilistion3
not shown-, (Peoples Republic of Bulga~CTA_)
"Early Adynamia In the Radiation Slokness"
Bucharest, Revista Sanitara Hilitarp, Vol 16, Special No.,.1965; pp 427-437
Abstra-ctt Studies an 300 rats, 2000 mice, 50 dogs: 450, 900, 1800, 5000 r;
detail study of muscular weakness iolloving radiationj conditioned reilex
response and other central nervous system functions; spontaneous motor
activity; . muscular response to electrical stimulation, metabolism of potas.
*two sodium and calcium In the muscleel acton"sin contractility. 13 dia.
grams,

-F-CPOT,P-.- (Ilarodnaya Respublika Bolgariya); POPOV, S. (Narodnaya
Respublika Bolgariya)
Bulgarian visual aids in the study of natural history. Biol.
Y shkole no. 6:81-82 N-D 160. (mjRA 14:1)
(Bulgaria--NmLtural his tory--Andio-viaual aids)

POPOIJ, Pellur
I
cientific so3sion ~-jf ;:~A'; n" -
S
123-L26 164.

107-57-2-56/56
AUTHOR: Popov, P. Chief Editor of the DOSAAF Publishing House
TITLE: Plans of the DOSAAF Publishing House
(Plany Izdatellstva DOSSAF)
PERIODICAL: Radio, 1957, Nr 2, pp 63-64 (USSR)
ABSTRACT: The publisher plans to increase considerably the number of copies
planned for publication in 1957 and intended for radio amateurs.
"A Handbook For the Shortwave Amateur" will be printed in 1007000 copies.
A number of other new books with their titles and authors are listed
in the article.
AVAIIABLE: Library of Congress
Card 1/1

POPOVY P.
The Third Radio Exhibition of Radio Amateurs of Sofia. Radio
i televiziia 12 no.2:35-37 163.

FOFCVP P. t IVANUV,
Joint work between the tractor and field brigades.
P. 30, (Mashinizirano Zemedelie) Vol. 8, no, Apr. 1957, Sofia, Bulgaria
SO: Monthly Index of East European Acessions (EEAI) Vol. 6, 11 November 1957

DOBUDOGLO, M., komandir podrazdaloniya; '~KM'7 amestitell komandira
podrazdaloniya po politicheskoy
The annual plan has been fulfilled. Grazhd.ay.13 no.11:4-5 1 '56.
.(Aeronautics, Commercial) (MLEA 10:2)

po' (/, P.
SKIRNOV, A.; POPOV, P.
Technical radio literature in 1957. Radio no.2;63-64 F '57,
(MLHA 10:3)
1. Glavnyy rodaktor Gosenergoizdata (for Smirnov) Z.Gl&vW redaktor
Isdatellgt*o Debrovollnogo obahchastva sodepstviya armii, avia4eii
i flotu (f*r Popov).
(Radio)

POPOVP P.; POPOV, T.
Cereal problem in Bulgaria, and possibilities for its solution
during the long-term plan. Selskostop nauka 2 no. 3/4 285-
298 163.

FCFCV, F.
FOFCV, F. Our furniture export. E,. 75. Vol. 5, no. 3, Far. 1955. FAIPAR.
Budapest, Eungary.
SCUPCE: East Eurcpean Accessions List (E-EAL) Vol. 6, Po. 4--April 1957

RUMOV, IV.; POPOV, P.
On pcstoperative henatological reactions of the organism.
Khirurgiia 15 no.9/10.903--904 162.
1. Iz khirurgichnoto otdelenie i klinichnata laboratoriia pri
II gr. obedinena bolnitsa - Sofiia.
(SURGERY OPERATIVE) (BLOOD CELL COUNT)

POPOV, P.
Information service in plant protection. p. 19.
(Kooperatvino Zemedelie, Vol. (12) no. 3, Mar. 1957. Sofiia, Bulgaria)
SO: Monthly Ust of East European Accessions (EFAL) LC, Vol. 6, no. 10, October 19517- Uncl.

POPOV, P.
Scientific session on the problems of cereals in Bulgaria. Selskostop
nauka 2 no.9:1167-13.7.1 164~

KA14FINISHCHIKOV, V.; RASTORGUYEV, I., inzli.; POPOV, P., inzli.; FILIKIN, I.
Exchar.Ee of exuerience. Avt.trans:). 43 no.3:48-4-9 Yr 165.
1-,17 Z: - - 6: Z.'
k '_ .- - , 1,

2992-~~~
Certain problems relating to the general economic division of
Bulgaria's territory. Foldr ko2l 8 no.3%279-284 160.

POPOV, Petur
Economic regional division and complex study of productive
forces. Spisanie BAN 7 no-3339-49 162.

POPOV,-Petur
Appearance, spreading and possibilities of the development of the
Colorado beetle in Balgaria. Selskostop nauka 1 no.4/5:4855-492 162.
1. Tsentralen nauchnoi 'Iedovatelski institut za zashtita ns.
ZF
rasteniiata v Sofiia.

USSR/ Miscellaneous Bibliography
Card 1/1 Pub. 89 9/32
Authors I Popov, P.; Shipov, V.; and Smirnov. A.
Title t Radio engineering literature pub lished in 1955
periodical : Radio 2, 13 - 14. Feb 1955
Abstract I A review is presented of.technical books and literature dealing in problems
of radio engineering. namely; instruction manuals for radio specialists and
amateurs; selection and application of sec(mdary materials in radio design;
magnetic recording and design of magnetic microphones; tuning amplifier
channels in television sets; measurements used in radio engineering; radio
receivers; radio-relay installations; principles of color television; cable
lines for radio installations; electron and ion transformers; contemporary
problems in vacuum-tube design; calculation of low and mean-power tube
generators; intermediate frequency amplifierol use of Metal triodes in
radio engineering; photoelectrio cells and their application;ete.
Institutiont .....
Submittedt .....

ALJ
19 eclInIcUl Literature j 2269
56
sh i Qv A., Sm irn In tie Us
Ala Zlan.
$raw
TV & P p
the u 164~., (Radio
p bl
ishin f surve ,j
se
hou p amme Of'th... iQi., publMing

POPOV, P.
Nveryday routine of small enterprises. Mias.ind.SSSR 30 no.6:
20-21 '59. (KRA 13:4)
1. Glavnyy inzhener Berdyanskogo myasokombinata.
(Berdyanak--Meat industry)
-t77

POPOV, P.; SMPOV, V.; SMIRNOV, A.
Technical radio literature in 1955. Radio no.2:13-14 7 155.
MHA 8:3)
1. Glavnyy redaktor Izdatelletva DOaW (for F.Popov). E.Nachall-
nik Svyazlizdata (for V-Shipov). 3.Glavnyy redaktor GOBenergoizda-
ta (for A.Smirnov).
(Bibliograph.v--Radio)

POPOV, Pavel; KOLEV, Dimitur; BOIADZHIEVA, Dora; VANCHEV, NIkola
Possibilities of Introducing some new Italian varieties
of wheat. Selskostop nauka 2 no.5A:534-.543 t63.

t J
USSR/ Electronics Literature
Card_ 1/1 Pub. 89 - 9/30
Authoro t Shipov, V.; Stdrnov, A.; and Popovj Pa
Title I Technical radio literature in the year 1956
Periodical s Radio is 16 17, Jan 56
Abstract t A list is presented of books, pamphlets, ate. issued by the SVYAZIIZDAT
(Publishing Office for Communications Literature) in the year 1955 with
names of authors and nature of publication. The plane of the GOSENERGOIZDAT
(State Publishing Office for Power Engineering Literature) for publishing
books, pamphlets, etc. in 1956 are described. An account is also given of
the literature that the DOSAAF.(Volunteer Organization for Cooperation with
the Armed Forces) is intending to issue in 1956.
Institution
Submitted
P.,
~-W
FPO, ii.

Popov, P.
"Oreshets" ?. 3
( GFMRIJIIA, Vol. 4, No. 7, 1954 - Bulgaria )
SO: Monthly List of Fast Euro-peari Accessions, (EM). LC, Vol. 4, No. 4.
Apr. 1955, Uhcle

=' P.
"Chiporovtsi.11 P. 5,
(U-W;fUtFIIA, Vol. 4P 110. 10, 1954, Sofi7a, BulgariA)
SU: Monthly List of East European Accessions, (EEAL), LC, Vol. 4
No. 5, May 1955, Uncl.

"Pecir-rocal Effect of the Develoiwert of' t he Furn-, ti, re 1, dm s n
n
ExTortation of Furniture", F. Arr2j.
". (FA TI-AP, 7;101. 4, ~
D-idatest, !-.unCary)
SC-: 1:ort'-ly Lst o--:' Zast, E-uro!ean Accelssions, (ZEAL,'; LC, '01. 1,3
-0. 1, .,a-n. Uncl
ZVO

POPOV, P.
USSR/Chemistry Arsenic Compounds jan 49
Chemistry Halogens
"Binary Halogenides of Arsenic and Organic Bases,"
P. Popov, Chair of Org Chem, Tomsk State U,
14 3/4 pp-
"Zhur Obshch Zhim" Vol =, No 1
Describes a new group of binary halogenides of
arsenic, determining the relation betveen struc-
tures of the given complexes and the nature of the
original components. Submitted 27 Aug 47.
58/49T17
59/119T1?
J 4..:

POPOVY P.
BURKOV, T., date.; SIRAKOV, V.; VU-IGHKOVA, P.; TUZLUKOVA, L.; PUVA, D.;
POPOV, P.
Studios on distribution of dental caries in students In certain
regions as the initial stage of presentation of the picture of
dental caries in the country. Stomatologiia, Sofla t0-3:153-167
1954.
1. Is Republikanaiia neuchno-issladavatelski stomatologichan
institut (direktor: dots. T.Burkov)
(DKWM URIES, epidemiology.
Bulgaria)

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AID P - 5512
Subject USSR/PrOT)~qganda
Card 1/1 Pub - 58 - 3/17
Author Popov, P., Colonel
Title Military arts must be studied with perseverence
Periodical Kr3;1. rod., 2, 6-7, F 1957
Abstract The author calls on the Soviet youth to join the DOSAAF
organizations where they will be trained for becoming
skilled military pilots. The study of military arts is
asserted to be a patriotic duty of all Soviet citizens.
1 photo.
Institution : None
Submitted : No date

CA
Double h4lides of oritenic and orFank battles P. I'vi-ij-Y
ZA."
e,, t', A. 34. 76,10, -F."it tyl-,fj,njbIr
its life 141b) III tkill 4 a,) -g 1,4- 1.- A-11f, .,rt-
4fY11, -1141. lit Ilhnfl lellij-. fir 4111wIV 11111ilfa -1111 'It
A%Ilt, Rful fit fit,- %1t Id all mit. Niw Ili Vilt.1, 1. Is,
44 the ""uph-% driwillis flit The IVIAtivr qwml )v,
4-1 IfIA111944 IUAC641... life I111110 "I ItIhMd. -.fill file Irlaill.
OuirtiAine-flifir yields 2C*IIiNIflIr.AslIrj, tit. an.1
C*IftNIfBr.A%Br.. tn. 148'. With quinotine-EtHr, the
rAtiosAC.ll,.*4XIIIr WA415r, inay be 1:21 ("1. 05-7'). 1* 1
M2:1 Quitioline- flit Or fowniq it 1:1
onnivirx. tit. 78'. 2-NIethyllivirittitse-Illir (Mot% 1 1:1
KI-A*)An,Ia3:2v,nuj%t. (97-14XV1.1int thc2-14fritilturt
forinsa 1:1 (61-3,j '110.1 2:1 colnixi. (136'). Pyridiur-
ItHr formi 1:1 flill-12") and 2:1 complex
With
pyritfinst-Dutir only the complex 3CjII&NBuIIr.2A-lIr-
iclict" tn. C.4-7,111, ssr~t4 ivilatcd. These As thrishle how.
Imides art exaniplei Ili 6 general gToopm of complex hatilic,
fin which the rAlio tit the orit. by,frobalitic. RIIX (R ii all
;Mg. buw), tit NIX.cari lie 3:1. 5:2. 2:1,3:21, 1:1. ur 1:2.
A list of IM such complexes, together with the m.p. atilt
cryfit. forms. is givrn. Diagrams are offered tit show thv
iuIrYcvmwr*ions in OICIs in the systems pyTitfine-Iffir-
AsHtt.pyri,liti~IICI-AqCl,.pyri,lin-iii-Asl..I)iperi,lit,,-
1118r-AsUrs,quinoline-DiX, On Afc,CO),pyri,Iinc-Bi.Xj I its
MeIICO), sail pyrilinc-SAiCls (in ether). The fullostriiiS
gerimUzatioris can tie imade off the basis I)( the tiehavim of
tbr known complcie~ I ail foirmulas are given as the ratio
of the Md. covill'I"itis In"j. to the 111.6. (If ill(Wo. hAhdc to
life W ilvrnlf~ A~ file A, w1 -4 file ImkIst- m
ctriwit. I tic oa life I"ttli .I I hrrmoldr% %hill, If mle I. I ~1)
RelcAT'lle" .,( the hst,%vf,, the '111"fil,frow 4
pvtidmr 1'. flit title Ittake. 11- m'.1 IA& (,,fm I I if
I'lirle air is, ;41,11"jilly 1w .. :(~ 2 ... I--- A~. 'I..
allil W; life I : I Ivpe -'rut, 111-i 1111111vion'. r%,*-I,t tft,,i
hit As the '.1; 1 tyl" vem, to tit- eq.t.div uumcimo I It,
ArtictufAl forinulas sum4trIl flit (lie A, cuittid,icA tie t,
fullow-,: 1.1, IA*X,IRII; I:?, 1X,A-XA,.X.1!RJb. 2 1,
3:2, IX.A~XA~X,I(klli.. :1.1, IA-X,I-
Aod 5-2, ;XlA,XA.X.jtRII,,. St-tural t,,t
muLtsare.st-giveto for3fiqlfifitir-I I fit i *.1A4Ii.CIICI,.m,j
die contr'l-Ildws: '_': 1: 1 It, all, L'illart, ('110,
A, -if
mul file lie act -it bridKv, betwccu the L Amll, t,, v-
of which 4 othcr it( thc Latcr.5 lit
atom, mul the CHO, Irv mcwheil to th, A,. T-
a4141211. Complex" arv relmjttvll flit
With exct- A,Ilrt. there is foristed IIrIlNC.Il.-C,II.NII-
Br.Astiri, ishi,li 6 t-timed is) htv, tit c,t,mlol ch.,it,
Aructure rviscatillif .1~ 411~1. With an cxce~ tit tit-
pyriditir silt i* fortntA the 1:2 completi. ffi;ir which the
structurr is ~.~minvd to Ile IIrsA,IIrIINC,fI.-C.If.NII Fir-
Sivillso

FOPOV, Fetur, inzh, khim.
A more rational utilization of power oils in electric power
sy3tems. Klektroenergiia 12 no.llA2: "-47 V-D 161.

Academic DA-greas, T-ot given
Affiliation.- Jut.-Jor Scientific o-j_.Lao orator at the Geograpix--,~
0
BulSari~a:nAca~dle,.i of Inst-Ltut ,.)ri
Source: Clc~tmrzber of the s~taff'lof Goo,,rafiya
or f 0 s
Sofia, GeoGrafiya, No 4, l9al, pp 7-d
.Data: IlThe Nedet Region"
00 991643

POPOV, P.
Efficiency promoters and production. Mias.ind,SSSR 31 no.3:
49-51 160. (MIRA 13:9)
1. Berdyanskiy myasokombinat.
~Berdlansk--Meat ladustry-Yquipment and supplies)

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