SCIENTIFIC ABSTRACT PAVLOV, V. - PAVLOV, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239620012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PAVLOV, Vladimir, inzh.
Preliminary thermotechnical studies on the lignites of the
Maritsa-Iztol: coal basin. F.Iektroenergiia 13 no.5/6:Z-I-i
My~Je 162 *
I* Institut po energatika pri Bulgarskata akademiia na muk-te,

PAVLOV, V.
Construction and assembly organizaticnB' paiments to t.rie rudget.
Fin. SSSR 23 no.3:50-51 Mr '62. (MIRA 1-50)
1. Starshiy ekonomist Ministerstva finansov RSFSR.
(Construction industry-Finance)

PAVLOV, V.
C=*bat of a cutter c:ew. . ZniLr. '1 -2 i-c ': `-7
1.
162.

PAVLOV, V.
At the First Bearing Plant. Vnesh. torg. 1+1 no.6~17 161.
industry) (Russia-Commerce) (MIRA 14:7)
(Moscaw-Bearing

PAVLOVI V.
Gorkiy longshoremen will fulfill their obligations. Rech. tiwnsp.
20 no.509-40 My '61.* (W RA 14: 5)
1. Nachaltnik Gorlkavskogo porta.
(GoAdp--4argo handling)
'fill

, PAVIDVP V. --- -.--
"Light aver.RussiO KTO 2 no.12:13-14 D 160. (KRA 14:3)
(Electrification)

PAVLOV, V., aspirant
Scientific society of students D17sicists of Moscov State
University. Tekh-mol. 28 no.7:34 160. (KFRA 13:8)
1. Fizicheekly fakulltet Moskovekogo gooudaretvannogo uni-
versiteta.
(Noecow--Students' societies)

PAVLJOV, V. , Imnd.tekhn.nauk
XeopiDg the course toward the moon. Nanim i zhizhn' 27
no.2sl4vl6, 38 7 160. (MIRA 13:6)
(Navivation(Aeronautice)) (Remote control)
(space ships)

PAVLOV, V -
'dater - Puri~icaticn
New installation :'or purificaticn cf frinkin , w:ter. Zl-.il. -kom. klic,-.. l nc-,. ", 39'2
I - -
I-Ionthl-List of hussiar, Accessicns, Li:!rEry
of Congres. , July 1952. UT;~;LLSSF I! "

PAVLOV. V.
Competition in aquatic multiple events. Voen.znan. 32 no.10:
i0-11 0 Ir,6. (Wah 10:2)
(Naval education)

FAMv, T., kandidat tekhnicheekikh nauk; SOBOUNIO. V., inshener.
Use In marine boilers of spray burners regulated by var7ing fuel
return flow. Mor.flot 17 no.1:12-14 Ja 157.
(MMA 10: V
1. Zavod imeni Ordzhonikidze, Leningrad (for Sobolenko
(Boilers, ~Iarine)

PAV10T, V.
*RodinaO receiver, a radio reception and rediffusion set. Radio no-11:31-32
N '53. (MLRA 6:11)
(Radio-Receivere and reception)

PAVUW V.S. ngrad)
, ,
Combined problems on progressions. Not. v shkole n0-5:
90-91 S-0 156. (MIRA 9:10)
(Mathematics--Problems, eyorcises. *te.)

PAVLOV, V. (gorod Kuskovo, MOBkovskoy oblasti).
" ..... 1,
Higb-quality low-frequency amplifier. Radio no.10:44-45
156. NLRA ?:11)
(Amplifiers, Electron-tube)

PAVWV. V. (Moskva).
-:-. ~. I
High frequenC7 oscillator for magnetic recorders. Radio no.10:
60 '56. (IfLRA 9:.1)
(Magnetic recorders and recording)

PAVLOV, V.
t~
TheriLoatabilization of transistor amplifiers. Radio no.4:50-51
AP 157. OIJAh 10-5)
(Transistor amplifiers)

FAVLOVP V.
Contribution of the "Kovrov" crew. Mlor.flot 26 no.l:
3-4 Ja 066. (Y--nA 29:1)
1. Kapitan teplokho(la "Kovr(-v"

PAVLOIIJ* V., inzY,.
A br!ght pipf~ In t.',,:*.(,ry of .
23 no.9:4-1', ~" 164.
0.,Ii~j, 1-9:1)

PAVLOV, Vladimir, inzh.; IIENCHEV, Poncho, Inzh.
On a more accurate determination of moisture content in smoke gases.
Tekhnika Bulg 12 no.4:12-14 163.
1. Nauchnoizsledovatelski institut po elektrifikataiia.

DEIESHKO, A. (Leningrad); PAVLOV, V-.; BARINOVA, Z., Inzh.-informator
Technical inf,-rmation should have a scientific basis. Sov.
profsoiuzy 18 no.2:16-18 Ja Io2. (MIRA 15:4)
1. Rabotnik otdela tekhnicheskoy informats1i zavoda "Mallgiris"
VilInyus (for Pavlov). 2. Krasavinskiy Llnokombinat, Vologodskaya
oblast' (for Barinova).
(Technological innovations)

C. St.
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;A fitu4, ~f -.4- Kj P,
L

PAVLOV, V,
4o
F.lectropbysiological investigation of chromotropic and droraotroprlc
action of the left nerve. Doklady BAN 14 no.7:759-762 161.
1. Vorgelegt von Akademiemitglied D. Orahovats [Orakhovats)
(ELECTROPHISIOLOGY) (NE-WM)

PAVLOV V
Potentials for carrying out the seven-year plan ("Potentials
in the machinery industry" V.I.Ganshtak, P.A.Zhukov). NTO 3
no.6:59-60 Je 161. (KERA 14:6)
(Sv,_-x-dluv-jk -Machinery -industry)
(Ganshtak, V.I.) (Zhukov, P.A.)

85817
10 9'5~' C) A153/AO26
AUTHOR: Pavlov, V., Chief Enginetr
-----------------------
TITLE: Automatic Anti-Icing Devices
PERIODICAL: Grazhdanskaya aviatsiya, 1960, No. 10, pp. 10-11
TEXT: Having explained the cause of ice formation on aircraft wings at
temperatures from 0 to -35*C in a vaporous or dripping moisture medium, the
author states that the most effective icing protection can be given by thermal
systems, be it an air-thermal system fed from the engine compressor, having
a temperature of up to 2000C, or an electric heating system. Advantages of
both systems are described, an icing indicator is mentioned and its functioning
is outlined. The best system is said to be that developed by M. Belov, tested
on airplanes and helicopters with the assistance of members of the GosNIIGVF
This system incorporates a sigaalizer based on the measuring of the electro-
conductivity of ice. It is assembled on semiconductors, is small and light
It actuates not only a signal mechanism but also operates a deicing mechanism,
electric motors of air taps, or the electric drive of a programmed mechanism
The author stresses the need to further automate the anti-icing systems. There
are 4 figures.
Card 1/1

PAVLOV, V.
7uberculaus mantoldItis In chil4hood. Shiruypll&, ;ofIA 1~ no.
12:1103-1107 '59-
1. Viesh meditainaki institut OI.P. Pavlovm - Plovdiv. Katedra
po ushni. noeni I gurleni bolesti. Zav.katedrate: dots. K.Bo-
tusharov.
MBERCULMIS in inf.& child.)
(KASTOID die.)

PAVLDV. V. (Svetlogorok)
The most important thing is to tal:e precaut,,ora-,7 rsasures. Ycen.
znan. 35 no.5:37 PT '59. (MIRA 12:12)
(Swimming--Safety measures)

6765!
3-~Zooo
SOV/25-60-2-6/42
AUTHOR: Pavla,._~_ Candidate of Technical Sciences
TITLE: Aligning Toward the Moon
PERIODICAL: Nauka i zhiznl, lc)60, Nr 2, pp 14 - 16 and 36 (USSR)

ABSTRACT: q,rientation in space as the
This article deals with 0
preliminary condition for photographing the surfaCE'Sl'
of tLe Earth and Moon, for the return of sputniks
and rockets to the Earth, for navigationlof future
interplanetary ships, for meteorology, cartography,
world-wide television, broadcasting, etc. The world's
first system which guaranteed an automatic orientation
in the cosmic space was installed in the first Soviet
interplanetary station. In an astro-navigation con-
trol system, the celestial bodies serve as orienting
points for the flight of rockets and aircraft. The
astronomic devices automatically watch the location
of the heavenly bodies. The control signal for an
Card 1/3 alteration of their location is worked out by a colily

67651
SOV125-O'G-2-0-142
Aligning Toward the Moon
plicated system of devices. An eventual deflection
of the rocket or aircraft from their fixed flight
wo trajectory is automatically calculated with the aid
of electronic devices and the rocket returns to the
required trajectory. Such a system has a
.high accuracy irrespective of the range. The auunor
of this article describes in detail the astro-orien-
tation, the orientation in space by the Earth's geo-
graphic coordinates, the full and partial angular
orientation and the orientation by Sun and Moon.
With the aid of electronics and automation, a cosmic
apparatus oriented by stars can be used for organizi.7-,_
TV transmission kover wide-spread areas of our plaxiet.
The orientation system in the interplanetary station
was'switched on when approaching the Moon, at the
moment, when the station was in the required position
relative to the Moon and the Sun which guaranteed
the necessary conditions for photography. At this
Card 213 moment, the distance from the Moon was 60 - 70,000 km
Z_

67651
SCV/25-60-2-6/42
Aligning Toward the Moon
in accordance with the preliminary calculation. The
author describes the process of photographing the
invisible side of the Moon. There are 3 diagrams and
Card 3/3 a set of diagrams on page 1 of centerfold.
11*4

PAVWV. V. (Leningrad)
Repilar activities of an Industrial training combine. Prom.
koop. 13 no.10:29-30 0 '59. (AIRA 11:2)
(Leningrad-Clotbing industry)
(Hand 1 capped --Empl oraen t )

FAVIOV, V.
case of =Itiple osteomyelitte of the frontal bone. Xhirw-gila,
Sofia 10 no-3:260-261 1957.
1. J2 kliniknta po ushni, noani I invleni bolesti pri Vieshiia meditsinald
inatitut 1. P. Pavlov - Plovdiv.
(OSTEOMYELITIS, case report
frontal bone (Bal))
(FONRTAL BONE, die.
multinle osteonVelitis (Bul))

MMMVSXI, Iv.; IIIKOWV, St.;-2AYMd%jt,;. TIKHOLOVA. Tov.
I
Imnediate and remote sequelae of infectious hepatitis. Suvrem. med..
Sofia 8 no.4:56-6o 1957.
1. 12 Okruzhno bolnitsa V. Kolarov - Kolarovgrad.
(HYPATITIS. INFWTIOUS, complications.
sequelae (Dul))

PAVWV, V. (Leninaad)
Sockets for kenotrons. RaAlo no.9:63-64 S 157. (~!IRA 1r):10)
(Electron tubes)

PAVLOV, P. ; BATAYAN. L.
Result of Immunization against diphtheria and scarlet byer vith
an associated preparation. Zhur.mikrobiol.epid. I immun.w.9:
10-14 S '55. (HLRA 8:11)
1. Iz Instituta epidemiologii I mikrobiologil Imeni N.F.Gamalei.
LMN SSSR (dir.prof. G.V.Vygodchikov)
(VACCINES AND VACCINATION,
diphtheria-scarlet vaccines. results)
(DIPHTHERIA, prevention and control.
vacc.,diphtheria-scarlet fever toxo1de. results)
(SCARLET FEVER, prevention and control,
vacc.,diphtheria-scarlet fever toxotdo,results)

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PAVWVq V.3, KUSEVICS V.
"Pharmceutical profession and the Faculty of Phar7aaceutics." P. 325. (URODNO ZD?UVLJ-E',
Vol, 8p no. 11/12p 1952, Beograd., Yugoslavia)
SO: Monthly List of Fast European Accessions$ Vol* 2S #8,, Librar7 of Congress
August# 1953s, Uncl.

PASKOV, D.;KOZHUKHAHOV, P.~; "A V.
_4
1xperizental studies of loonicotinic acid hydrazide synthatized in
Bulgaria. Isv. mod. inst., Sofia 8:53-80 1953. (CIML 25:5)
1. Candidate Medical Sciences4 Senior Scientific Associate at the
Bulgarian AcaderW of Sciences for Paskov; Senior Scientific Associate
at the Pharmaceutical Scientific-Research Institute for Kozhukharov;
Junior Scientific Associate at the Bulgarian AcademW of Sciences for
ravlov.

FAVLDN . Venceslwr.
Views on future development of pharmaceutical services; report
to tho VI Plonum of tho Union of Tugoelav Pharmucoutical Societies
held in May 1955 at Split by Venceslav Pavlov. Arh.farm.Beograd
5 no.2-3:39-46 Apr-Jily 55
I. Referat ordzna nn VI Plenumu Saveza farmaceutskih drustava
FNHJ. Split maja 1955 godine.
kPHARMACY,
in Yugoal.,future development (Ser))

PAVLOV, V. Mr.(Beograd)
IxNWW0ffAW*WMW~
The views on the future development of pharmaceutical service;
report to the VIth Plenun of the Union of Pharmaceutical societies
at Split on 12 May 1955. Narodno %drav., Beogr. 11 Tio.7-8:252-256
'55.
(PHARKACY
Union of Pharmaceutical soc. of Yugosl., future develop.
views (Ser))
(NATIONAL HIKALTH PROGRAMS
in Yugoal., Union of)~harmaceutical noc. views on
future develop. (Ser

BULG;JtIA/Human and Animal Physiology (Normal and Pathological) T
Nervous System. Higher Nervous Activity. Behavior.
Abs Jour : Ref Zhur Biol-, No 6, 1959, 27o4i
Author : Pavlov, V.
Inet : Institute of Experimental Medicine, Bulgarian Academy
of Sciences
Title : The Changes of Respiration in Production of Positive
and Negative Conditioned Reflexes. Report I.
OTig Pub : Izv. In-ta eksperim. med. Bolg AN., 1957, 2, 199-212
Abstract : Increase of frequency of respiration which depended on
the force of stimulation was observed in 4 dogs duria6
the process of formation of not only positive but also
inhibitory cond'.tioned reflexes in defensive reinforce-
ment (in the latur case, the changes were somewhat less
expressed). The stimulated animals reacted to stimuli
Card 1/2
- 116 -

I%LYM,p Vol, in2h,; PAVLO10 V,p inzh,
Univwaal mthod for tho laymt of a soil bod. Avt. dar. 28
rmD.5s24-25 Vw 065. (MIM 18:.u)

B.16r.14, VA 1-1, C. 3-,
=c rotai- ~.l "I"
F."Ity In
bi lulndju Fa=Acautaki f&l~atot pp 145-1~
9, "TlnA Few Coatora of tb3 rhA~ca=t-,cai sci^n~~a,a
:. TW~k2j. or. tha bald of edlto~3 of ri '--i-
aj.t, priodical of th4
B*roLal yp 186-IS4. - -
10. ;Reaulat bir.,3 ar-I Olvl'-- D-u-s w"~oblExv(
,~ 39i/l ? -%n
O~L--6f (ElcolLk) of
A~,, and
the d5 2~zr
Nadi 7aal-It= plT (Vprava nedi-
Simko smEd&Tvxjs)j pp 195-196.
Z1. *Tba rAar---aoixtx In Serb!% Doctors of Sale--s in ths
ainstoantb C~ztur7 (jovaz Doctor of
(Contlo~tlou f~rnz jkrhq.7 t% Ua 6 lcy6
V*jlSlAr
12. -Tba Lrigla and ftte of Old M-JZl,' A. hirkovial
pp 220-223.
2i&

PAVLOV., V.
Capital ol ti,e tundra. Pozn.delo 9 ne.12:17-18 D '63. (KI-HA 17: 1)

PAVIDV, V., inzh.
Round silos of high capacity. Muk.-elev.prom. 27 no.12:18-19
D 61. (MIRA 15t2)
1. Gosudarstvennyy institut Promzernoproyekt.
(Grain elevators)

RLLITSEVICHp V,p insh.; PAVLOV9 V,v inzh,-. MTENKOV, V*v inzh.;
I
MiSHTM? v E. p InzK.--- -
14echanizpd placement of concrete into mobilo molds of round silos.
Muk.-elev. prom. 27 no.1:14-15 ;ra 160. (MIRA 14:1)
1. Gosudarstvennyy institut Promzerno ekt.
(Concrete construction) Grain elevator5)
4.
1

PAVLOV, V. , inzh.
Calculating the lond of grain dryer fans. Muk.-olev.prom.26 n0-5:23-25
MY 160. (HIRA 24:3)
1, Gosudaretvamiyy inatitut Promzemoproyekt,
(Grain) (Drying)

____J~~ brigadir
Pushing the shovel. Hast.ugl. 9 no.10:12 0160. 04DU 13:10)
(Maritime Territory-Coal mines and mining)

,-~VLOV, V., starshiv Inshener
Automatic devices for preventing the Icing of airplanes. Gra2hd.av.
17 no-10:10-11 0 160. (VIRA 13:9)
1. Gosudarstvennyy nauchno-beledoyatelftkiy Institut Grazhdartakogo
vozdushnogo flota.
I (Airplanes--lee prevention)

m the cardiogram in various
med. BAN 3 no.2:53-60 1.59.
Institut po eksper
naukite.
(CARDIOGRAPHY)
(SKIN)
conductivity.
(EEAI 10:4)

PAVLOV V.
-
Changes in the electrocardiogram under Lhe influence of the vegetative
nervous system. Izv biol zed BAN 3 no.3:39-" 159. (Mj 10:4)
1. Institut po ekspertmentalna meditsina. pri BAN (Direktor: akad.
D.Orakhovats)
(ELECTROCARDIOGRAPHY)
(NERVOUS SYSTEM, AUTONOMIC)

PAVLOV, V. (Sofia)
Regarding the mechanisa of the heart vagus escape. Izv biol med BAN
3 no.4:83-89 160. (EEAI 10:))
1. Institut po fiziologiAa pri BAN (Direktor: akad. D.Drakhovats)
(HFART)

T V r-, X

PAVIOOV. V.
Urgent questions. Sov.profsotuzy 6 no.14:13-36 0 158.
(KIIIA 11:12)
1. Zenestitell direktora po uchobnoy I nauchnny rabote Moskov-
skogo vacherim5go m"hinostroltellnogo institata.
(Techn-ical education) Obscow-Svening and continuation schools)

,
Sluplify the receiving of cattle. Was. ind. SSSR 29 no.1:36 15P,-
(MIRA 11:3)
I.Vozhegodskaya skotosyrlyevaya baza.
(cattle)

t.I k I( I I,,
PAVLOT, V.
of multiple aquatic sports events. Voen.snan.33 to.11:31-32
N 157. (MIRA 10-12)
(Aquatic sports)

AUTHOR: Pavlov, V., Leningrad 107-9--51/53
TITLE: The Kenotron-Panel (Panellka dlya kenotronov)
PERIODICAL: Radio, 1957, # go p 63-64 (USSR)
ABSTRACT: When adapting the "KBH-49" TV set to a large-screen -Kine-
scope, the "5UC" kenotron will be sometimes replaced by two
"-5U4C" kenotronsa, the electrodes of which will be connected in
parallel. It is recommended to utilize for this purpose a re-
movable attachment consisting of a textolite plate having a
thickness of 2 mm with two tube-sockets for the",5U4C" kenotrons,
and the socket for the"HK" tube is placed in t'he center of
the plate.
The article contains I figure.
AVAILABLEi Library of Congress
Card 1/1

D IOLAV, L. -. ZAVIQJ&~jj..,.~
Malignant tumors of tbe naeopharynx. Khtrurglia. Sofia 9 no.c:
427-431 1956.
1. Vissh med. Inst. I.P. Pavlov--plovdiv klinika po ushni-
nooni gurlent bolesti, Direktor: dots. M. Botumarov.
(NASOPHARY?M. neoplasms.
(BUM

-Pfi V k~ e V* V /-
FILIPOV, L.-. GIULEV, At.; PAVLOV, Vl.
Novocaine block in otorhinolar-/ngology. DilrnLrgiia. Sofia q n~.7-9:
669-676 1956.
1. Viesh me-ditainski inatitut "I. P. Pavlov*--plovdiv katedra po
oshni, noent. i gurleni bolesti Zav. katmdrata: dots. H. Botmarov.
(OTORHIIULARYNOOLOGICkL DISKASES, therapy,
procaine nerve block (Bul))
(PROCA1117, thmropeutic use
otorhinolaryW,ol. dis., nerve block (Bul))
(,kNESTHESIA. REGIONAL, tharapmutic use,
procaine nerve block in otorhinolaryngol. die. (Bul))

PAVLUV~ V.A.
Hardening alloys by plastic deformation in the temperature rarige
of anomalous dependence of machanicAl properties* Fit. mot. i
metalloved. 16 no.1:155-158 Jl 163. (MIRA 16:9)
1, Institut fiziki metallov AN SSSR.
(Alloys-Ilardening)

FAVLOV, V.A.
Hardenirg, ulloys by plaotic auformation in the temparaturo range
of anom&lous dependence of inechanic&l proparties. Fiz. met. i
metalloved. 16 no.1:155-158 Jl 163. (MIRA 16:9)
1. Institut fiziki metal-Lov AE SSSR.
(Alloys-Hardening)

FAVLOV, V. 1.
Pavlov, V.A. "on the respiratory prop*rtica of the blood of whitofloh", Izvostlya
Vossoyuz. nauch.-issled. in-ta oz*r. I rech. ryb. khoz-va, Vol. MITI, 1949, p.227-
41, - Bibliog: 5 Items.
SO: U-4-393, 19 Auguet 53, (Lotopis 'Zhurnal Inykh Statey', No. 22, 1049):

PAVLOV, 11. A.
PAVLOV, V.h. - "Ef fect of Parpntpral Injection of F,-~dication Se r1un o7
of Fenales." Nin of !lir%er Educrition "';osr-Ow Ter_,lin~,lo. . -al :ns' J!
(I j, A *.e o I 7,i- C)
Industr7, %loscow, 1 5r (Dissertations Fo - thr, Dp~-me of '
Sciences)
30; Knizlmaya Letapis I ':o. 2,, , J!1--ie l')--' , 'Moscow

Ain
nUdmt biologicheskikh nmuk.
Nev methoa "cr ete-IjiLy in cows. Dokl..Aknd.sellkhor.
?2 no. B; (KLRA lc~ - 9
I . fics1covsci., t ea? iy , -int it-at =,i~ -3noy I molochnoy
pr &myshlennL,- 1
,'terlllity in w-liala) (Cows)

/ ,7 11.
BRISNIM, N.G., akademik; PAVLOV. V.A.. kandidat biologicheskikh nauk.
Therapeutic serum as a biological stimulant of sexual functions
in sterile covs. Yeterinartia 34 no.8:66-70 Ag 157. (KLU 10: 9 )
(Serum therapy) (Estrus) (Sterility In animals)

IZBRANOV. P.D. (Sverdlovsk); PAVLOV. V.A. (Sverdlovsk); RODIGIN. N.M.
(Sverdlovsk)
Investigating the orientation
high speeds of heating. Izv.AN
no.1:109-110 Ja-F 159.
(St eel -Netallography)
of reer7etallization nuclei at
SSSR.Ot4.tekh.nauk Ret.1 topl.
04MA 12:6)
Ointal crystals)

SOV/126-7-6-19/2/t
AUTHORS: lzbranov, P. D. , Pavl-.ovl__-V,.A. and Rodigin, N.M.
TiTLE: Some Peculiarities of the Recrystallization of Transformer
Steel on Rapid Heating. 1. Dependence of Grain Size and
Recrystallization Temperature on Rate of Heating
PERIODICAL: Fizika metallov i metallovedeniye, 1959, Vol 7, Nr 0,
pp 915-921 (USSR)
ABSTRACT: It has been reported (Refs 2-6) that with electric heating
the recrystallization process takes place very rapidly,
e.g. in fractions of a second for cold-deformed steel
heated rapidly (Refs 4-6). The object of the present work
was to study this effect for transformer steel. The steel
was supplied by the Verkh-Isetsl4dy Workey the composition
being 0.08'/V' C, 3.911% Si, 0.15% Mn, 0.016010' S, 0.10% Cr~
The I or 0.5 t"n, thick strip was cold-rolled to 0.25 n1n),
15 x 100 min pInto tost-pieces then being cut. Rapid
heating wns effected by diroct pnssnge of current iii an
installation as designed by N. NJ. Rodigin (Ref's
A 0.1 nim thic1c nickel-nichrome thermocouple, welded to the
specimen was used to measure temperature. Provi:3ion was
,-.iade for maintaini-ng the te-iperature,ifter ranid heatin~~,
Card 1/3 constant. For slow-heatin-,~ experiments, specimens were

sov/i26-7-o-19/24
So,-,ie Peculiarities cof tie Recrystallization of Transfori:,er Step!
oil -Rapid 1. Dependence of Grain Size nnfl Recrv,,A~tlliz.ittl
'reiriperature on Rate of 11vatilig
~,eated in an evacuated tube in an oroinarv fi-rn ce.
I - 'I
Micro-sectiors were prepared by electrolytic polishir,~.
and electrolytic etching (Ref 15). Fig I shows t1i(,
relation between mean griwin size and the logarithin )I
heating rnte; micro-sections for specimens heated at C.
and 42'50OC/sec are shoim in Figs 2 and 7, respect iv,~!I ~ .
The relation between recrystalli7ation te:tiperature an(4.
degree of deformation was also --;tudied. For this s~)eci;,;tis
with 10, 29, 50, 75, 100 and 150% deformation werc-
prepared, some of each group were rapidly lieated to
different temperatures and the volume of the recrystcl.'Ii7ed
zone determined microscopicallv (Ref Fig ~ shcvs --,Ip
dependence of recrystallizatio!i '.experature,anJ I;i,,z
of the difference between recrystallization te'R~)era'.~'Ie
with rapid and slow heating, on degree of deformiation.
The authors conclude that as the heating rate increase,;;,
th& grain size falls slightly (being only lialved for a
10 -fold increase in heating rate). Recrystallization
Car,I temneratures for rapid heating w-ithout soakiric arc-, higlier

SO V/1 26- 7-6-19/2 4
Some Peculiarities of the Recrystallization of Transformer Steel
on Rapid Heating. 1. Dependence of Grain Size and Recrystallization
Temperature on Rate of Heating
than for slow heating, the difference rising with
increasing degree of deformation. When rapid heating is
combined with soaking, the recrystallization temperature
falls sharply to values lower than that obtained with
slow heating. With heating rates up to about 50000C/sec
the state of the material (sinall extent of relaxation
preceding recrystallization and tile distribution of
impurities), controlled recrystallization.
There are 5 figures and 18 references, 17 of which are
Soviet and I French.
ASSOCIATIOM Institut fiziki metallov AN SSSR (Institute of Metal
Physics, Ac.Sc., USSR) and Sverdlovskiy gosudarstvennyy
pedagogicheskiy institut (Sverdlovsk State Pedagogical
Institute)
SUB1,11TTED: August 6, 1958
Card 3/3

TROFIMOV, I.D.; FAVILOV, VA.; '41-OTINIKOV, S.1-1, anzn., retsen--ri,
[Chain manufacturing equipment' 7f;epAelsitelln-)a o!x~rxlr,
vanJe. Moskva, YlashJnos*.rnenle, 1965. 140 P,
(MI:1,A 18 -3'

ACC NR- AP7005134 SOURCE CODE: UR/0126/66/022/04/0598/060i
AUTHOR: Pavlov, V. A.; Shalayev, V. L; Shmatov, V. T.
OIRG: Institute of Metal Physics, AN SSSR (Institut fiziki metallov AN SSSR)
TITLE: Radiometallographic examination of the substructure of aluminum during creep
SOURCE: Fizika metallov i metallovedeniye, v. 22, no. 4, 1966, 598-605
TOPIC TAGS: x ray tube, x ray investigation, metal grain structure, creep / BSV x-ray tube
ABSTRACT: There exists a region of deformation in which the shear mechanism of plastic
deformation during creep combines with the diffusion processes of recovery, and the course
of plastic deformation during the steady-state stage of creep in this region is best described
by Weertman's theory (J. Appl. Phys., 1955, 26, 1213; 1957, 28, 362). According to Weert-
man, during the steady-state stage of creep the nonconservative movement of dislocations
at right angler, to the slip plane represents the mechanism regulating the dynamic equilibrium
between the processes of hardening and recovery. 'Fhen creep is accompanied by the
appearance of a substructure whose development can be experimentally traced. lience the
authors, using Weertman's Ynodels as the basis, calculated and compared with experimental
findings the development and behavior of elements of the substructure of individual grains of
Card 1/2 73

FACC NR, AP7005134
99.99% pure Al as a function of the degree of deformation during creep. Specimens of Al
were forged, rolled at room temperature, recrystallization-annealed at 500'C for I hr, and
subjected to creep tests by means of uniaxial stretching at 350*C. The parameters of the
grain substructure (angle a of random orientation within the grain, length L of fragment,
angle cp between fragments) were determined with the aid of a BSV x-ray tube by the back-
reflection method. It is thus established that the angle a of random mutual orientation of
fragments linearly increases with the degree of deformation of the specimen. An analysis of
the reflections (331) and (420) of the individual fragments into which the grain disintegrates in
the process of creep reveals that once the steady-state stage of creep is reached (degree of
deformation ~, 5%) the fragments become virtually stabilized in size; the linear increase in
a occurs during the steady-state stage of creep, during which the fragments do not change in
size, and is due to the increase In dislocation density. Orig. art. has: 6 figures, 12. foi-mulas.1
SUB CODE: Vj 20/ SUBM DATE: 190ot6,;/ ORIG REF: OU/ OTII: 007
2/2

ACC NRj AP70U141 SOURCE CODE; uFt/oi26/66/o--2--2-/-O-0-6/-o-~OTi-fo--~~6I
AUTHOR: Delousov, H.N.; Miheyeva, Yeel;ef Filippov, Yu.I.-
Frizen, S.A.
ORG: Institute of the Physics of Metals, AN SSSR (Institut fiziki
metallov AN SSSR) I
TITLE: Effect of plastic deformation and aging on mechanical properties
of Al-~Ig alloys
SOURCE: Fizika metalloy i metallovedeniye, v. 22, no. 6, 1966, goh-goB
.0.0- A''
q-~ *I-ev CAW ----%
TOPIC TAfr-5: VAAmabm92m magnesiumyalldy, lrgaa~&~" n i c a 1'4 t re at ment,!
aluminum!Tlloy mechanical property, 3 corrosion resistance/,
AMgll alloy
ABSTRACT: A'se'ries--of specimi-ens of AMgll-aluminum-magnesium al'loy (10.7% 'nesium)
mail
was solution annealed at 460C for 2 hr, water quenched and subjected to
thermovechanical treatment, rolled with a reduction of 20% in one pass or
,40% in two passes with reheating at 20, 100, 200, 300 or 400C, and then
?aged at 175-200C for 1-10 hr. The best combination of mechanical
properties was shown by specimens rolled with 40% reduction at 200C,
i_ 1/2- UDCt 669.7i5%

Nki AP7002741
which bdd a tefisile- _6frength of 56-.2 or 55.5. ai~d a Tyiei~_7-sir_en'rtl~.of 11. 5.
or 33.O'k&/mm2,and an elongation of 1OZ in the as-rolled or aged (1 hr at
200C) condition. Corresponding figures for the specimens rolled at 200C
and aged at the same temperature for 1 hr were 51.5 kg/mm2, 31.0 kg/mm',
and 10%. As a rule, aging lowered the yie 1d strength without affecting
the elongation. The increase in deforistion temperature slightly lowered
the hardness. Aging at 100-200C at first lowers the hardness but sub-
sequently raises It, but not over the level attained by deformation. In' t,
stress-corrosion tests, specimens rolled at 200C with 20% reduction. as-
rolled or aged at 200C for 1, 5 or 10 hr, withbtood. 90 day tests without
cracking-but-showed-some signs 6f intergrAnular corrosion. Specimens
rolled with A reduction of 40% showed a susceptibility to oxfoliation.
[ND1
J
SUB CODE: 1j., 131 SUBM DAM 13Jun66/ ORIG REFa 005 OTH REF: 00
ATD PREGSt 5114
Card 2

L 46285-66 WT(M)/T/EWP(t
ACC NR1 APS025329
Ii :- (c JD/HW/JG
SOURCE CODE: UR/0126/65/020/003/'0428/0432
AUTHOR: Noskova. N. I.; Psivlov~_Y~~ A.
ORG: Institute of Physics of Metals, AN SSSR (Institut fizild metalloy AN SSSR)
TITLE: Stacking faults In face centered cubic crystal systems of metalis and alloys
DOURCE: Mika metallov I metallovedenlye, v. 20, no. 3, 1905, 428-432
TOPIC TAGS: metal crystal, crystal lattice structure, cubic crystal. crystal lattice defect.
ABSTRACT% The hardening coefficient, corresponding to the third region of the elo gation
graph, was correlated with the probability of stacking faults formed in the lattice o~ 1mre
metals and alloys. The hardening coefficient increased with the density of stacking &_ults.'
Au A&,~u, Al NI Pt Pd, a~d homogeneous solid solutions of Au-Cu. NI-Cu, Rnd NI-Co
were s~biniitWi% strong-plaAd6 deformation prior to tensile tests.' h~ den'si ty of s tacking
faults was determined by x-ray diffraction and the hardening coefficient wRs derived by re-
lating cross section reduction to Intrinsic stress. In metals with high density, failure occur-
ed without marked local deformation and the destruction surface was located at 460 to the
sample axis. At low fault densities. failure was characterized by formation of a sharply do-
Aned neck, I.e. under artrung Iccal deformation. Effects of otacking faults on the hardening
UDCI 539.

ACC Nit, APHS69"
coefficient and an the made of de9truction were related to the cWwp in the dislocation struc-
ture, due to the diffored mobility of split wW of intact dislocations. Orig. art. has: 4 figures,
and 1 table.
SUB CODE: 11/ SUIBM DATEt MugG4 OIRIG REF: 002/ OTH REF: 003
1
1--,Z.

PAVLOV, V.A.
Effect of base rotation on the deflection of a gyroscope
in inertial space. Izv. vys. ucheb. zav.1 prib. 8 no.3t
95-96 165. (MIRA 18-11)
1. Leningradakiy institut aviatsionnogo priborostroveniya.
Rekomendovana kafedroy girookopicheakikh i stabilizi-ruyushchikh
ustroyetv.

-PAVLOV, V.A.; FILIPPOV, Yu.I.; FRIZEN, S.A*
Hardenirg )L and B95 a-luminuss alloys by means of tbermozechan'cat-I
troatment. Fis. oat. i m*talloved. 20 no.5070-774 N 165.
(MIRA 18:12,"
1. Institut fiziki metallov AN SSSR. Submitted January 29,, 196,.5.

JD/NW/W~WL)
L 1422-66
ACC XR: AP3028571
SOURCE C0DV3 UR/012&/65/020/oo,5/o79q,j0q00-
AVMOR: Datskos 0- L; P*VIovv V. A.
1v
-'ORG::" Sitiiuts of Th
ysics of Hotels M ssu (1113titut flzfti. netailov )w Sssk~ 2
't' t -
laternal. friction In nidtol Mied fern:magnotle'a
SOURCE" Mika aetillov i.netallovedenlye, v. 20 -e0O
tic 1965, 799
'!TMC- TAGS Internal friction, nickel. alloy temperattire.dependence, ferrmagnetic
material, metal xecrystallization, metallographic examination
-ADSTRACT:7, For this wm*,-6 alloys were m up: 0-.02% 0.05,'--0.24, 0 5, 1.5 and
ade
,-.12.92, wt Al~', -The. speclu -defaivid (about..90%) and beated at 2
ens were* plasiicaliy:
-to- 70,00 erA~ure -for I ixin (h
90DOC:and held'at temp eat treatments I#
~an amealing treatme t
these* I %aw done at 9DDOC for 3 hrs,(treat-
'.sent ~'4). 1 *endipg' ai the* b&-at-t-=-a-tm-e-nt-7Uf -ferent magnitudes of internal friction
wrW obtained'in the temperature . range 20-3000C as a result of the magnetoele3tic
e1fect#'' Data were pr"Sented.illustrating the pherAmenon
UDC: 539.67
cdw4 1/3
~CarA 2/3
1F

L 14992-66
ACC NA: APS028571
tions of 0.'05 and 0.24 wt % alumintn (b. C) a slight increase was noted Initial,/
but thereafter the magnetic internal friction decreased. For the 1.5 and 2.94 Wt % .
concentrations (d, e) a significant increase was found. Metallographic examinations
clarified the role of strweture with regard to t4e above phenomenon. The threshold
recrystallization temperature and grain size wel* obtained. for each alloy and each
'beat treatment. 7be threshold recMtallizatioOtemperature increased with Increas- '
ed a.Uoy content (from 4150C for pure nickel to 6700C for 2.93% Al), while the grain
size decreased for the same annealing temperature. Consequently by Increasing the
aluminum content for constant annealifig temperatures a higher defeat density was
postulated* This should increase the blocking tendency an the damain boundaries and
Axplain the experi:mental results for the emergence and displacement of the pe&k with
temperatuiv and tine, Orig. art. has,. I figure, 2 tables.
SUB CODEto 11,20/ SUBN DAM 17Aug64/ ORIG REF: 001/ M REN ODD

SUCHILIN'IEC,1~7~ S.I.; PODPINIARENKOY A.U.j DERYABIN, lu.A,; PAVLOV, V.A.
iv-3L. A ~!l of ir-,:,n (~.-~"J~js fron Jl!.,K~rilte coricrintratf-s by rolid --E..rb-on.
R-P.,3rt '140.11. !3-v.lryc.l.;..hob.zav.; A~-~rn.met. 8 no.6ilD-15 165.
(MIRA 18:8)
. I-allnMly- Instit.-t.

SADOVSKIY, V.D.; SOKOLKOV, Ye.N.; PETROVA, S.N.; PAVLOYR V.A.;
'-Y' - :...... t' '-, , , , -
GAYDYKQV, M.G.; NOSKOVA, N.I.; KAGAN, D. ii-.-
Effect of high t--mperature thermomechanical working on the
heat-resistant properties of the KhN77TITJR alloy. Fiz. met.
i metallcved. 17 no.6.-845-852 Je 164. (MIRA 17:8)
.~. Inst'-tut fiziki metallov AN SSSR.

N
AM16468
R: UR/0146/65/008/00310Q?5/0096~
531-396,
AMHOR:'- -Pivl&v, V.' A.
TITLE., n
Influence.,of frame .-rotation on gyroscope drift in.an i ertial'nediut2
SOUR In: IVUZ. Priborostroyeniye v. 8, no
3 .1965, 95-96
TOPIC,TAGS-. ~gyroscbpe.
N inerti.i medium, gyroscope drift, gyroscope theory
agre s-with the conclusion reached by if. V. Mutenin. and
,AWTRACTv The. author dia
-Ya' : L Lii6t7s the motion of a fro& gyroscope with unifora rotation of the frame'
~riboroafr6yeniye,,v. 6 no. , 1963) that in an idealj~r designed gyroscope the
5
rotation of the frame will not cause drift. He then shows analytically ttat this
is posvible in an ideal gyroscope with gimbal suspension and the absence of fric-7
tiou. Orl g art. has: 1 figure and .1 f orauja. (ACI
-ASSOCIATI
ON- Lttingradskiy institut avistsionnogo, priborostroyeniya (Leningrad
lnitit~te of Aviation1nstrumentAY
.7.. 8UWTTM'. ',15jul6h ENCL: 00 SUB -CODE -
~AO. REF -SO 005
OMM: .000 -ATD PRESEN 4039

P -tip
b)/T/EWA WOOM/94PW
i~-.'.ACCEESSION NR: AP50OQ795
S/0126/65/019/003/0465/'O 466
_73
..AUTHOR. 0. Ij Pavlov, V. A
-C: -internal friction in nickel
ITb
T
a
i mptallov i not Ilovedon ye,.v. 19, no. 3j 1965, 465-466
TOPIC TAGS:,., nickel, internal fir,10tion etal draw tip" rt
ABSTRACT: The internal friction of gu= ~~ckel'specinwens reduced 80% by drawi~~ng
were measured~ wi
"th, 7% of the reduction doi~e 18720,-hr's before the Trva-asinement,., ~,~;!ree
rade. The heated under.onn of the three following sets of -
conditions:* -4,
2 and 0. 7-2.5 ~degfmin for, a period of 5 hrs (to about 5000C) fol.-
lowed by, a 25 min holding period and then heated at a rate of 2 deg/min. It 'As con-
cluded that the appearance of peaks on the temperature curve of internal friction,
or. recp, D and
f_pure.nickel (deformed and ystallized), and the change in height, widt'
temperature position are closely associated- with the decrease in the density. of 3e-
iduced by plastic def-o d' relaytation and re-
_-.,-fects__int,rc rmation an as the result-of
..Cry
stallization. Orig-.~ art; - has, figure ..... .
A
lcarj 1/2,

Till 'S F TE 17:

77
L 27188-65 zEo-2~EWT(d)/FSS-2/E9C(k)-2/M (v)/FRD-2/EWA(c)
BC
Pq -44
A95003782 BM EXPLOITATIal
Pn-h/Po-h/Pe-'.'/
ev
(Te or
th-scry of Ahw-gyrwope and gyroscopic inatr=ents lya gireakepa i giroakcpi-
cha~k:M-Pr-ib-,*i4V) 2nd ed., rev. And CnI., Leningrad, Tzd-vo *Sudostrc~P~n:Iye".,
-1964jr-.-494mP -IMG,.j biblie. Errata slip inverted* 9DOO copies printodo
-A 5ciefitific edit~rx Poctor of Technical Sciences So So Rivkinr Reviewersi
Doctors of Techhiesl Sciences P. 1. Saydov and So F. F&r=kvv&kiy, Editcri
Go P, Kvochkina; Technical editart L. fl. Shishkova; Proofrmaders. 11. P. Bu
she-va, L. No Stepnova
TAGG: gyrescapt, gyroseep
ic compass, P.N!nee
OVERAGEt- Thia book was Ant atoxtbeok for students in
ended As
-tedhnical educational Institutions specializing In the field of gyroacepi-c
h gTi or
Iiistitimeot bullding, It may be used.alse by acientlXic -paratnnal and by enlri
ne6re and techulclana con arned vrith the plannIngs designing, and imeatigui-16n
of mos"pla instrumento and installations, The applied theory of the gyroiscapit,
the fandamentala of tho thear7 of gyroscopic iattrtments used in systems for,
!,C?rd 2/3

738M5
AU3003782.
N.Lt-"itabilization and-, ter the control -of moving objects, and also the principles of
-,and methodic and som rument errsrs
.1 building$ lWd','struotural -peculiarities, Inst
eihgle-ratki~ gyroscopic. instruments are watlined, Special attention is paid
to on exp6sition of,.fhe physical nature of gyrocopic phenwiena
bee textbook by'the,
n authorized Ste a
r_--and -So _tdueitiOi 1-h-e- author expresites
--and so oW=7
e
ipecoiil- gra Ita a to S. S Riyklp.
d
-and L.4e Seversvs-
TABLE CF CObVM*.
Fare"
rd
Introduction
:of the, gyraneople effect 19
'of the gyrosewpe and their &nalya is 43
Cho Cfte results of Investigating the motion of a gyrwope in a
Ciird4n- suepeneida 78
Ch, M. lqua+,iono of motion of a gyroacope in a moving system of coordinates and
oiid 2/3
_A~

KUSHNIR, Yu.M.; FETISOV, D.V.; DER-SHVARTS, G.V.; POCHTAREV, B.I.; TOKAMT, P.D.;
RASPILTIN, K.K.; 3PEKTOR, F.U.; GUROVA, R.F.; POSTNIKOV, Ye.B.;
OSIPOVP V.N.; PAVLOV, V.A.; POGUDINA, M.V.
Combined scanning electron microscope and X-ray microanalyzer with
magnetic electron optics. Izv. AN SSSR. Ser. fiz. 27 no.q:
1166-1172 S 163. (MIRA 1,j:9)
(Electron microscope) (X-ray spectroscopy)

AUTHOR- Pavlov, V. A.
3/123/61/000/011/024/034
A004/A101
TITLE: Synthesis elementB of small-elze gyroscope devices
PERIODICAL: Referativriyy zhurnal, Mashinostroyeniye, no. 11, 1961, 18, abstract
11D127 (V sb. "I-ya Mezhvuz nauchno-tekhn. konferentalya po probl.
sovrem. girookopil". Leningrad, 1960, 26-34)
TEXT: The author analyzes some problems connected with the synthesis of
gyroscope devices which arise as a result of the enhanced requlrements as to thel?,
accuracy with the simultaneous reduction in weight and dimensions. He emphaiiizes
the necessity of obtaining new expedient calculation formulae which make it
possible to determine the values of the basic structural parameters of newly
designed gyroscope device in correspondence with the demands made, since the
derivation of calculation formulae directly from the motion equations presents
considerable difficulties owing to the great number of parameters to be determinect
The author points out that the optimum relations of these parameters can be
established, if the synthesis of gyroscopic systems Is approached under the
aspect of ensuring their maximum accuracy. As an example the author investigates
Card 1/2

69361
SOV/123-59-19-79145
Translation from: Referativnyy zhurnal. Mash inos troyeniye, 1959, fir 19, p 179 (USSR)
2Q~00 2LI~L1k)0()
AUTHOR: 'Pavlov, V.A.
TITLE: An Efficient Rotor Shape, Stipulated by the Demands of Increased Precision
for Gyroscopic Devices
Cl
PERIODICAL: Tr. Leningr. in-t iviats, priborostr., 1958, Nr 19, pp 3 - 17
ABSTRAM Equations are derived, connecting the geometrical dimensions of the
gyroscope rotor with the precision of gyroscopic devices, It was found
that the rotor has optimum dimensions when the ratio of its weight to
the moment of iYLertia is the least. The formula obtained for the
spherical rotor is-, ropt = 0.5 R; a 0 = 0 134 R, where r is the radius
of the core cavity, a is the size of cet of 'the lateral segments, and R
is the radius of the sphere. For the more convenient, in technological
respect, cylindrical rotor the formula obtained is; ropt = 0.5 R; h - R,
where h is the height of the cylinder and R is the radius of the rotor
cylinder. 7 figures, 1 table, I reference.
Card 1/1 K.G.N.

69360
SOV/123-59-19-79142
Translation from: Referativnyy zhurma-1. Mashi-nostroyeniye, 1959, Nr 19, p 179 (USSR)
O'S'O 0 q. L-1 0 0 ()
AUTHOR: javlov, V.A.
TITLE: The Effects of Nutatlon Oscillations of Cyroscopeslon Their Systcmatical
Drift From the Given Direction
PERIODICAL: Tr. Leningr. in-t aviats. priborostr., 1958, Nr 19, pp 159 - 166
ABSTRAM If the friction in the bearings of Cardan joints is reduced, nutation
oscillations begin to play an important role in the arising of' a systemati-
cal drift of the gyroscope. The author gives a review on the test results
obtained by a number of foreign scientists in the course of investigations
of the given problem. A formula is obtained, determining tile rate of the
systematic drift of the gyroscope through the parameters of nutation
oscillations.
B.G.G.
Card 1/1

PAVWV,, V.A.; POI"-,'RKO, S.A.; KHOVANSKIY, Yu.M.; FLFAYEVA, G.I.,
red.; DANILOVA, V.V., red.
[Stabilization of aircraft and automatic pilots] Stabili-
zatsiia letatelInykh apparatov i avtopiloty. Moskva,
Vysshaia shkola, 1964. 483 p. (VILLA 17:8)

FAYLOV . V.A.
Experience in using microstructural analysis in studying structurea
of veined deposits in granitoids. Trudy IGEM no.41:184-188 161.
(KMA 14; 8)
(Kounrad region-Petrology)

STOROZHUKP Ya.p., kand. tekhn. nauk; PAVLOV, V.A., inzh.
Gas and fuel oil trarners with increased range of regulation.
&ergomashinostroeiiie 10 no.2:20-23 F 164. (MIRA 17:0')

MkRCHTK, Yu.N; MC-'fC+.IN, Yu.A. ; FAVD)V, V.A.
Some proble!Ls of syntactical anaiyEis ir. *----~-'- -
NT7 no.3:44-,~6 164. i_ ,

PAVl0T,,_YA&,h,hwzdldat tekbnlokvxkikh nauk, ds,taeut; TUNIX"OV. A.Z.. Inshoner;
A.K., inshezwr; GUSHCHIU. L.M.. imbener; RIVKIM, S.S..
daktor taktiniabeskikb nauk; 80DOT, P.L.. kandidat takhnicheskM nauk
dotasixt; FjUIPM, B.S., doktor tokbulchaskikh nauk, profesaor; 23~ADOV,
B.L., Aoktor takhalcheakikb am*, professor; TIEEMMY, S.S., daktor
takhnicheakikh nauk. professor; YRIDLINDR, GeO., doktor tokhnichookikh
n", professor-, CHISTYAKOV. V.L. doktor takhnlcbesktkb nauk,.Profes-
$Or. . . . I
Can V.A. Pavlov's book "Aircraft gyroscope instruments* be recolmonded
for use as a textbookl Priborostroanie zo.lt29-31 Ja 157.
(MLRA 10:4)
1. Mlen pravlenlys Leningrail4kogo otdolonlys nauchnogo iWhenerno-
takhnicheskogo obsbehestva priborostroitallnoy pronyablennosti (for
Tunlmnov). 2. Chlen pravlonlya Veesoyusnogo nauchnogo imbenerno.-
tekbuicheskogo obahchestva prlboroBtrplte~'=7 prouyshlennosti (for
Gushchina) 3. Moskovskoye Tyesheye takhnichei5koys uchillahche immul
Akipsm Tikhmenev). 4. Moskovskiy avlatsionnyy institut
. (for P *ellp9r, ' ' *
ineni Berge Ordshonilcidse (fwr-Wabov). 5. Voyenno-vosadushnaya In-
shenerwWa skadenlya iment N.Te. Zhukovskogo (for Chistykov)
(Gyroscope)