SCIENTIFIC ABSTRACT GRIGORYEV, V.S. - GRIGORYEV, YA.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516820006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AM4007948
discussed. Recommendations are made an methods for increasing
the rigidity, strength, and endurance of joints and for joint
testing to determine the optimum joining conditions.
TABLE OF CONTENTS:
Symbols used 3
Introduction 5
Ch. I. General characteristicsof continuous joints and of joints
consisting of load-carrying elements -- 8
1. General characteristics of continuous joints 8
2. Joints consisting of load-carrying elements 12
Performance of joints consisting of load-carrying elements
under shear stress --! 12. .
Perfermenes of jointi sensisaLng of load-earryins elements
und,sviseling stress 23
Card 26

AIIINVYINA, Alovtina Aleksandrovna, 01GORIM) ',S., otv. red.;
GESSEN L.V., red.izd-va--m--
I I ONAT T.T.-I red.
(Ceramic sound pickup equipment] Keramichoskie
zvuka. Moskvav lzd-vo AN SSSR, 1963. 177 p.
(14liLk
prierniki
17: 1)
A

L MI-900-65 E.eT(M)/EPA(W)-2/;WA(m)-2 Pab-10/2t-7 IJP(C)
ACCESSION NRt AM1836.5 MV03,39/64/Wo/006/0016/0020
AUTHORI Did'anko, A. ff. I 'Irt
TITLE: Effectiveness of smooth decelerating systems of waveguide synchrotrons
SOURCE: IM. asika, no. 61, 1964,j 16-20
TOPIC TAGSt synchrotong waveiguide
ABSTRACT: The article concerns the effectiveness of waveguide synchrotrons in 1.
which smooth, curved waveguides of rectangular croon section are used for the
acceleration. It in shown that under controlled conditions such accelerating
systems will be an effective as accelerating systems of a type. haying diaphragm
vaveguides and more effective than resonator oyatemsi. Oeig# art* has 1 figure I
and 6 formulas.
ASSOCIAT3X)Nt NIX pri Tomakom politakhnichookom institute imeni S. M. Kirova
(NII, Tomsk Polytechnical Instituto) . - " , . 'I
SUBMITTEDt 26Jun63 ENCL 1 00 ISUB OODEt NPt W
NO REFfY 1 003 OTMMs 000. JpRS
Card
777

i--L 33159-65 EiVT(m~-___DWP_,,____.__.
ACCESSION HR: AP5005232 S/0057/65/035/002/02 05
9
3
AIMIOR: Gpigorl
Vv, V. P. Didenko, A.N.
TITIZ: Cerenkov radiation due to the MUM Of A particle In a cylindrical reso-
nator located in a f0cuGing magnetic field
SOURCE: Zhurnal tokhnicheakoy Mikit v.35, no.2, 1965p 298-305
TOPIC TAGS: charged pqrtfole, Ceronkov radiation, magnetic f told, resonator
ABSTRAM The authors~calculate the radiation ol a cha
rged particle moving within.
a cylindrical reaonator located in a focusing magnetic field and executing radial
ond axial oscillations about an equilibrium cirrular orbit. Tito calculation is per-~
formed by expanding the field of the coving particle -in normal Modus of the resona-4
tor, retaining only zeroth and first order terms in the ratio of the amplitude of
the radial oy axial oscillations to the radius of the equilibrium circular orbit,
and computing the reaction of the field on the particle. It is found that radiation
rccurs not only at harmonics of the orbital frcquency of the particle but alL,-), at
liijear combinations of these with harmonics of the radial and axial oscillation
frdquencies. Separate formulas are derived for the power radiated in E waves and If
Card 112,

L 33159-65
ACCESSION NH: APS005232
waves, respectively. Several limiting cases are discussed, and for a resonator or i
infinite radius the formula of J.S.Nodvik and D.S.Saxon (Phys.Rev.96,180,1954) for
the radiation of an electron moving between infinite plano-parallel conducting i
planes is recovered. Radiation does not occur when the radius of the resonator is
small compared with,the wavelength. 'I express my gratitWe to -S-2-Vapt- ior
discussing certain results of this work." Orig.art.hast 55 formulas.
ASSOCIATION: none
SUBMITTED: 3lJul63' EhICM 00 SUB CWE: NP,EK
NR REP SOV- 007 OrIMR: 002
Card

A) I ld--'~,;K C, A . N . ; (;h 1(',( !;-1 I-p:v , %, . i .
Effi---ier-y of !jr:ooth moderating jp3tt.-no of -,4avp-j?u!ai s,,,,rl,~rotrons.
Izv. vys. -acheb. zav.; fiz. 7 ro.6:16-20 164.
(MJFj, IF:2)
I- ~~'%IICIIrIO-13310(1()VIlt491'skiy inatitut pri Tomakorn, politekhnicLeskom
Illstitu*e Ineril -,%M. KII-ovil.

GRIGORITEV, V.R.
Notes concerning the method of analyzing morphological
characterm. Bot.zhur. 45 w.8:ll6l-n63 Ag 160.
(miu 13se)
1. Severoosetinskly gosuderstyamW podagogicheekly
institut Im. I.L.11hetagurova, Ordshonikidse.
(Bot&3W--Xorphology)
(Botaw-CUssif ication)

NINITEV, V.I.; GRIGORIYEV, V.R.
Stud7ing the structure of mammalian burrove. Zool. zhur. 39 no.U
1742-1743 N 16o. (KIRA 14: 1)
1. North-Ossetian State Pedagogical Institute. Ordzhonikidze.
(Animals, Habitations of) (Rodentia)

j~. : ;k~ T I'j7E!7
V. 101.1 .,R
.,cl
Dis3artati:-.n: "Inveoti,ation of Ten3lon and Elon:atLn of the -1:-p
a
Thread in the '7eav-ing Procerm on the Loo= M-46.11
2J+ Nov 49
?,loscow Textile Inst.
SO Vecheryaya Moskva
Sum 71

GRIGORIYIIV. V.S.
Theory and practice of passing the shuttle through the shed. Izv.
vys. ucheb. sav.; tekh. tekst. prom. no.5:89-94 159 (KIRA 13:3)
1. Grusinekly politekhnicheskly institut im. 3.M. Kirova.
(Looms)

APOLWV, B.A.; TALININ, G.P., otvetstveanyy radaktor; GHIGORIYIV, V.S.,
radaktor; ORLOVA, N.S., tokhnicheakiy rsdaktor~,-----"--
[Study of rivers] Ikhanis o rekakh. [Moskyal Isd-vo Xoskovskogo
universitsta, 1951. 521 p. [Microfilm] WHA 8:1)
(Rivers)

GRIGORITMV.V.S.; BELUKO,S.P.; KIRICHENKO,V.M.
All-purpose Jack.
28-30 '55.
Rate. i izobr. predl. v stroi. no.110:
(KLRA 8:10J
(Lifting Jacks)

AGISHEV, A.P.; ORFL, V.Ye.;,GRIGORIYEV, V.S.
Present status of the develogrient of the gas fields of the
eastern Ukraine. Gaz. delo no.8:3-7 164. (MIPA 17:9)
1. Ukrainskiy filial Vsesoyuznopo rinuchno-Assledovatel'skogo
instituta prirDdnogo gaza.

OREL., V.Ye.i AGISHEV, A.P.; GRIGORIYEV, V-S-
Gas and gas--condensate fields of the Ukraine. Gaz. dolo n0.8:
45-48 164. (MIRA 17:9)
1. Ukrairiskiy filial Vsesoyiiznogo nauchric-lavledovatel'Bkogo
Instituta prirodnogo gaza.

LUKAMMIN, N.I., inihener, GRIGCRtM , V.3~.
Welded structures for blast furnaces. Stall 7 me.1:79-80 147.
(United States--Bloot furnaces) (KLRA 9:1)

f
Z,
GRIGORIYXV,V., kand. takhn. nauk
Obtaining lightweight aggregates through mechanized proceising
of liquid furnace slags. Stroi..pnt. 2 no.10:11-12 0 156.
(MIRA 12:3)
(Slag) (Idghtweight concrete)

GRIGORIT i.- T-Sj KIRICHNIKO, Y.M.
Unit for obtadaing lightweight mmshed material from
heat-Ilquiflod blast-furnace slag, Rate. i izobr. Mdl.
v stroi. no,W22-124 157. (MIRA 11:1)
l.SotrudnIkI Yushnogo nauchno-ionledovateltakogo institute, po
strottelletva, MiarIkov.
(Slag) (Centrifuges)

sov/ilo-59-6-3/24
AUTHORt Sakovich, A.A., Candidate of Technical Sciences;
Grigorlyeva, R.I., Engineer; Grigorlyev, V.S., Engineer
and Blond, I.V., Engineer
TITLEx An Investigation of a Titanium Absorption Pump
(Issledovaniya titanovogo absorbtsionnogo nasosa)
PERIODICALiVestnik elektroprowyahlonnosti, 1959, Nr 6, pp 13-16 (USSR)
ABSTRACT: Existing types of vacuum pump are subject to various
operating difficulties when installed on high-voltage
valves. The pump here described is based on the
principle that titanium does not react with mercury but
can absorb gas when hot* Hot titanium reacts
irreversibly with most gases and volatile organic
compounds. These substances penetrate the crystal
lattice of the titanium, forming solid solutions. Except
for hydrogen, gases thus absorbed are not released during
subsequent heat-treatment under vacuum. This principle
formed the basis of the model absorption pump which is
illustrated diagrammatically in Fig 1. The absorber is
a block of porous titanium containing a heater. Because
different parts of the block are heated to different
Card 1/5 temperatures different gases are absorbed. The device

SOV/110-59-6-3/24
An Investigation of a Titanium Absorption Pump
was found to be fairly effective at pressures between
0.5 and 0.001 mm Hg. As porous titanium contains a
considerable quantity of occluded gas, prolonged
de-gasification was necessary. The device does not
absorb inert gases and evolution of hydrogen is possible
if the thermal conditions are unsuitable. Titanium
absorbs gases best when it is condensing on a surface
and attempts have been made to use this principle in the
construction of pumps, However* as pumps of this kind
are complicated and unreliable, improved methods of
atomising titanium were sought. It was accordingly
decided to locate the titanium In the mercury cathode
and atomise it by ionic bombardment in the presence of
a cathode spot. A model absorption pump constructed on
this principle is shown in Fig 2; it is installed in a
high-voltage valve. Authors' certificate Nr 111517 of
Ilth March 1957 has been taken out by three of the above
authors for this device. The titanium electrode is on
the centre line of the valve and is surrounded by an
Card 2/5 auxiliary electrode at a positive potential. When

An Investigation of a Titanium Absorption Pump
SOV/110-59-6-3/24
negative potential is applied to the titanium electrode
an ionic current passes causing atomisation. The
atomised titanium is deposited on a screen and on the
auxiliary electrodtt creating an active surface that
effectively absorbs the gas. The screen protects the
internal parts of the valve from contamination with
atomiaed titanium. Some results of tests on the
absorbing power of atomised titanium obtained with this
model are plotted in Fig 3. It was found that when
pumping air the lower limit of pressure is below
2 x lo-5 mm Hg. The weight of absorption with a current
of 2.5 mA and a voltage of 2.5 kV for various gazes in
tabulated; the figures relate to a volume of 20 litres
with an initial pressure between 60 and 70 microns Hg.
The electrical circuit shown diagrammatically in Fig 4
may be used to supply the electrodes of the device.
Employing this simple circuit, it was possible to make
up a sample titanium absorption pump and instal it in a
mercury rectifier type VR-3M as illustrated
Card 3/5 diagrammatically in Fig 5. The valve was subjected to

An Investigation of a Titanium Absorption Pump
SOV/110-59-6-3/24
the usual manufacturing cycle of vacuum treatment and
forming. After evacuation by a mercury pump# the valve
was connected to the absorption pump. Tests were then
made on the rectifier on a low-voltage bench and at
high voltage using an equivalent circuit. The electric
strength was checked periodically by static tests. The
valve was maintained for 2000 hours without the mercury
pump in use and operated under load for about 400 hours:
there was no case of pump failure, When the valve was
left for a long time without pumping, leakage caused the
internal pressure to rise to some 5 or 10 microns Hg
but when the absorption pump was connected the vacuum was
soon restored. A defect of the pump is that it absorbs
inert gases only very slightlyg hence, if there is an
appreciable ingress of air, atmospheric argon may
accumulate in the valve. The service life of the
absorption pump, though not yet established, is likely
to be considerable and can probably be made of the order
Card 4/5 of 10000 hours. The power required for the pump is about

An Investigation of a Titanium Absorption Pump
SOV/110-59-6-3/24
100 W, most of which is absorbed by the auxiliary
electrode. By a slight change in construction the
latter could be used as an excitation anode; the power
required to operate the pump would then be considerably
reduced. One of the advantages of the pump is its high
pumping speed at low pressures. A disadvantage is the
presence of a high voltage on the auxiliary electrode
which, amonst other things, limits the upper pressure to
between 200 and 500 microis Jig: beyond this limit
corona occurs and atomization of the electrode is much
reduced. There are 5 figures, I table and 3 references,
I of which in Soviet, I English and I German.
Card 5/5

GRIGORIYEV,, V.S., red.; WSLYANSXIY, G.N.p inzb., red.;
--'---'-KWOROSTCSIWAj Ye.m., kand. tekhn. mauk, red.;
DONSKOY, Ya.Ye,,, red. izd-va; LIMANOVA, M.Lp tekhn.
rod.
[Slags in construction; papero)Shlaki v stroitellstve; trudy.
EbarIkov, KharIkovskoe knizhnoe izd-vo.. 1962. 227 p.
(VJU 15: 10)
1. Koordinatsionnoye soveshchaniye po pererabotke i ispoll-
zovaniyu metallurgicheakikh shlakov v stroitel'stve, Kharkov,,
1961. 2. DeyBtvitel'iWy chlen Akadwii stroitellstva i arkhi-
tektury Ukrainskoy SSR (for Grigorlyev).
(Slag) (Building matorials)

GRIGOR'YEVO Vladimir Sergeyevich; KOVENDANT, K.P.., red.;
LEUSHCHENKO, N.L., tekhn. red.
[Technology of manufacturing porous slag fillers for
lightweight concrete) Tekhnologlia proizvodstva por
ristykh shlakovykh zapolnitelei dlia legkikh betonov.
Kiev, GoestroiWA USSR, 1963. 143 p. (MIRA 16:10)
(Lightweight concrete)

C-MWRIYEV, V. S.
V=)%"ics - Acoustics mar 49
*Architectural Acoustics in the USSR, " N. N. An-
dreyev, V. S. Grigorlyev, I. G. Leyzer, L. D.
Rozemberg, B. D. Tartakovskiy
*Uupekhi Piz Nauk" Vol XMII, No 3, pp 269-315
Lengthy, general, historical, and nomathemati-
cal. discussion of acoustics of chambers; sound
absorption; sound intensification; sound insula-
tion; sound measurements. Gives extensive bib-
liography of 421 references covering all Russian
vorks on architectural acoustics frou 1861 to
1948.
VMS

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 391 1
BOOK Call No.: TK7870-075
Author: GRIGORIYEV, V- S. and GRIGOROYEV, B. S.
Pull Title: ELECTRONIC AND IONIC DEVICES
Transliterated Title: Elektronnye I Ionnye Pribory
Publishing Data
Originating Agency: None
Publishing House: State Publishing House for Literature on Problems
of Communications and Radio
Date: 1950 No. PP.: 327 No. of copies: 10,000
Editorial Staff
Editor: None Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Others: The author expresses his gratitude for aid In preparing this
book to the following: Prof. N. A. Nikitin, D. V. Strankovskly
Text Data
Coverage: The book deals with basic types of electron tubes. Their
physics, operation, and applications are described in detail and
illustrated with characteristic curves and scale drawings. The range
of tube types extends from simple diodes to microwave tubes such as
magnetroneo klystrons, lighthouse and acorn types.
This book Is a general Introduction to the problems of electronic and
ionic devices. It is primaril a descriptive nature. However, its

Elektronnye i Ionnye Pribory AID 391 - I
value resides In the fact that many of the components described are
identified by designating markings.
TABIZ OF COIMNTS
Ch. 1. Electron Emission
11 2. Thermlonic Cathodes
if 3. Motion of Free Electron In Electric and Magnetic Fields
It 4. Electristatically Controlled Diode
it 5. Triodes
it 6. Screen-grid Tubes
7. Multi-Electrode and Multiple Tubes
8. Cathode-Ray Tubes
9. Microwave Tubes
10. Gas-Filled Tubes
11. Photo-Electric Emlsslon Devices
Purpose: Intended as a text book for students for communications
Institutes; approved as such by the Ministry of Communications of
the USSR.
Facilities: None
No. of Russian and Slavic References: A few references are given in
the text.
Available: Library of Congress
2/2

GRIGORI&V, V. 1.
Zledtronic and ionic devices; textbook Izd. 2., perer. Moskva, Goo. izd-vo lit-ry
po voproaam aviazi i radio, 1954. 418 p. (55-29820)
TK7870.G75 1954

XTASISHCHEY, V.L. rodaktor;ALKSANDROVA,A.A., redaktor; BNMIN,B.G.,
(tranalatorl; GRIGGROYNY, V.S.,[tranalatorl; ISAKOVICH.M.A.,
[translator]; KURM,11.17,"Vikhnicheekly redaktor
(Physics of sound In the son. Translated from the Inglishl
Fisicheskie onnovy podvodnol akustiki. Perevod a angliiskogo
B.G.Belkina. V.S.Grigorleva. I H.A.1sakovicha. Moskva. Izd-vo
OSovetskoe radio.* 1955, 739 P- (KLILA 9:2)
(Underwater acoustics)

redaktor; ROSMMM. L.D..
BMKMNN, Ludwig, 1898- ; OMqq'Y~Vj
redaktor
(Ultrasonic waves and their application in science and technology.
Translated from the German) Ulltrasvuk I ego primenents Y nauke i
tekhnike. Perevod a nometakogoo Pod red. B.S.Ortgorleve I L.D.
Rosenborge. Moskva, lad-vo inostrannoi lit-ry. 1956. 726 p. (KLRA lo:l)
(Ultrasonic waves--Industrial applications)

",~Ie7t.rf7d3mamlc Transduzer Based on tl!e Use of Displaccv;%:nt-Current in a
Dielectric with Mgh Dielectric Permeability."
pnpt,i- prescnt(-~~ tit thc 4th Ali-Union Couf. on Ai.)u,;tl,!s, w, '26 2 Jun 5'.
--w

SOV/110-59-6-4/24
AUTHORS: -Grigorlyev, V.S.9 Engineer and Pertsev, A.A.. Engineer
TITLE: A Mercury-Vapour Pump for a High-Power High-Voltage
Mercury-Arc Rectifier (Parortutnyy nasos, dlya moshchnogo
vysokovolltnogo rtutnogo vypryamitelya)
PERIODICALtVestnik elektropronyahlennosti, 1959, Nr 6, pp 16-17 (USSR)
ABSTRACT: The mercury-vapour pump described in this article is used
with the high-voltage rectifier type VR9. In operation
the pump is at a high potential to earth and so must be
cooled with transformer oil. A number of difficulties
were experienced with the original type of pump, which
has been described elsewhere. This article is
principally concerned with the design changes which
resulted in the modernized pump illustrated in Fig 1.
The exhaust tube, which is wrapped helically round the
pump body, serves to guide -the flow of cooling oil. The
exhaust tube in thus twice as long as in the previous
construction and, although this halves its discharge rate,
the pressure drop in it is not greater than 1-7% of the
backing pressure. The vapour circuit was also
Card 1/3 reconstructed, particularly the nozzle of the diffusion

SOV/110-59-6-4/24
A Morcu";-Vapour Pump for a High-Power High-Voltage Mercury-Arc
Rectifier
stage. It was found that the pump maintained its
performance when the heater power wan reduced by a
factor of 2-5 to ~ and the pumping speed actually
increased. Because of this it was possible to reduce
the minimum gap between the surfaces of the cones and
the nozzle of the diffuser stage to 0.4 mm. This and
other consequent changes improved the characteristics
of the pump: the pumping speed was increased by some
20 or 30% and was between 10 and 12 litres/sec with an
inlet pressure of 5 x 10-4 mm Hg; the maximum back-
pressure was approximately doubled and was 20 mm Hg with
a heater power of 900 W. The pumping speed and maximum
back-pressure are plotted as functions of the heater
power in Fig 2. The pumping speeds are similarly
plotted for hydrogen and for air in Fig 3; it will be
seen that at rated heater power, the speed with hydrogen
in 36 litres/sec. However, it falls off much more rapidly
than the speed for air as the heater power is reduced.
Card 2/3 A trap that was devised to prevent carry-over of mercury

SOV/110-59-6-4/24
A Mercury-Vapour Pump for a High-Power High~Voltage Mercury-Are
Rectifier
droplets is illustrated in Fig 4. This is installed at
the end of the pump discharge tube. There are 4 figures
and 2 SovIet references.
Card 3/3

5/046/60/006/01/03/033
BOOB/Boll
AUTHORS: Galkin, O._ ., Grigorlyev, V. S.
TITLE: On a Device for Flotting Refracted Rays
PERIODICAL: Akusticheskiy zhurnalq 1960, Vol. 6, No. 1, pp. 23 - 29
TEXT: The paper under review deals with the basic principles of de-
signing automatic continuou&motion devices serving for the calculation
and the plotting of path-of-rays diagrams. One and the same basic cir-
cuit diagram can be used for purely electrical (electronic), purely
mechanical or electromechanical machines. The present paper deals with
devices used for a medium consisting of plane layers, in which the
sound velocity depends only on the perpendicular coordinate (Fig. 1).
From among the large number of possible modifications of electronic
devices, four with especially remarkable featurea are sorted out
(Figs. 2 - 7), and some mechanical and electromechanical beam recorders
(postroitell luchey) (Figs. 8 - 10) are submitted to a close examina-
tion. When chockinr Roveral variation the authorn reached the following
Card 1'?

On a Device for Plotting Refracted Rays S/046/60/006/01/03/033
B008/BO11
conclusion: Electronic devices reproducing the rays on an electron-ray
indicator are better suited for high-speed recorders of a relatively
low accuracy, Electromechanical integrators reproducing the system of
rays in the form of curves are better suited for low-speed high-preci-
sion recorders. There are 10 figures.
ASSOCIATION: Akunticheskiy institut AN SSSR, Moskva
(Institute of Acoustics, AS USSR, Moscow)
SUBMITTEDs July 31, 1959
Card 2/2
010- -
V1_8

-GRIGORSTEV, V.S.; Xl,.YAZHEV, F.I.
propagation of low frequency sound In -shallov water* Akust,sbure
6 no.1:34-42 060. (WRk 34:5)
1. Akusticheikiy institut AN SSSR, MDokva.
. (Sound-tramilablon)

V
PHASE I BOOK EXPLOITATION POL/5981
Symposium on Electroacoustio Transducers. Krynica, 1958
Proceedings of the Symposium on Eleetroacoustic Transducers Lheld in] Krynica~
17-26 September, 1958. Warsaw, Panstwowe Wydawnictwo Naukowe, 1961. 442 p.
F.rrata slip inserted. 630 copies printed.
Sponsoring Agencyt Polish Academy of Sciences. Institute of Basic Technical
Problems.
Ed. in Chiefi Januszlacprowski, Doctor of Sciences; Editing Committee: Ignacy
Malecki, Professor, Doctor of Sciences; Wincenty Pajewski, Doctor; and Jerzy
Wehr., Master of Sciences; Secretarys Juliusz Miarzejewski.
PUfWOSE: This book is intended for physicists and acoustical engineers.
COVERAGEs The book is a collection of detailed research papers constituting the
proceedings of a conference hold in Krynica from 17 to 26 September 1958 under
the auspices of the Instdtute of Technical Problems, Polish Academy of Sciences.
Card I/lb

Symposium on Electroacoustic',Tranoducers PC'-'/5981
The following basic problems are treateds 1) theoretical research on energy
transformation ocessen; 2) experimental development of new tnes of
transducers; 37 electroacoustic measurements; 4) techaology of piezoelec-
tric and magnstostrictive materials; 5) construction o'A' transducers for te,,-'%-
nical needs; and 6) design of acousticgl transducer systems. No personaliti-s
are mentioned. References tif.any)follov the individual articles.
TABLE OF CONTENTS:
Preface
3
Problem of Research Work on Electroacoustic Transducers. Ignacy Malecki,
President of the 00aference 5
Ch. 1. General Problems and Theory of Electroacoustic Transducers
1. Classification of electromechanical transformation methods in the
light of the tasks faced wMAWID [s1c] the design and construction
of electroacoustic equipment. V. S. Grigorlytiv 7
Card 2,19

Symposium on Electroacoustic Transducers POIV5981
2. Symbols and models for mechanical systems. L. Cromer 23
3. Dual forms of four-pole equations and four-pole equivalent cir-
cuits of electromechanical transducers. Janusz Kacprowski 33
4. Equivalent circuits for material-active electromechanical (pie-
zoelectric, electrostriative, magnotostrictive) transducers in non-
quasi stationary vibrations. F. A. Fischer 49
5. Transients and the equivalent circuit of the magnetostrictive
transducer. Lessek Filipczynaki 61
6. Electrical equivalent circuit of the piezoelectric transducer.
Leszek Filipczynski 75
7. Four-pole equivalent circuits of piezoelectric banding vibra-
tors. A. Lenk 85
8. Analysis of the equivalent circuit of the magnetostrictive
transducer. Roman Suwalski 93
9. A method of oalculatbg transients In nonlinear transducers.
Jozef Tabin 101
10. Electrodynamic transducer utilizing displacement currents in
dielectrics vith high dielectric permeability. V. S. Grigorlyev,
L. N. Nikitina, and J. [sic) A. Ukhanov 105
Card 310-

GRIDO
- --- 9w-=4-V-3- Gromr.
St.tiet,c&l srohtectur&l &cOustics" by Le
8 no.3&3?6-377 '62-
~.S,Gri orlev, Akufitosbmro tios) (Cremr,, L.)
lArchitOctursl &coup
ROviewed by
(KM& 15,U)

oRIGOWYEV, V.S.
IIL~Iltrasonicnl by T. Tar-noity'. Revlowed Ily V.S. GrIgorlev.
"st. zhur. 9 no.3.4397--399 i63. (MIRA 16~8)
(u1 tra F; an I in 9 ",
(Tarnoczy, T.

GRIGORIYEVV V.S. -
wFundamentals of modem acoustics" by S. Badarau, M. Grumazescu.
Reviewed by V.S. Grigorleve Akusto zhurs 9 no*3:400-401 163.
(MIRA 16:8)
(Sound) (Badarau E )
(anAazescuj M05 0

GRIGOR'YEVI V.S.
Simplified method for
of reservoir pressures
field, Neft, I gas, pron.
estimating the precision of the averaging
based on a study of the Shebelinka gas
no.109-40 Js-Mr 164. (KRA IW)

All n3uk dr t ~5 YEV,
I'S rd.lza ticirt (j-,* the wcavinc by P~ 'Y, Vlasov,
Roz,in,ov., He-viewed by Pleahin, V.S Grlgor-nr, I.r ..bra tanel
Tok3t.prori, ~!i rio,11!88-9C, N :61. (M III ~A 14: 11' )
1. Vso.-joyuznyy zaachnyy Institut, tokatil-noy i legkoy prommysh-
lennooti (V.TLP) (for Aleshin),
Wo -, tv I., tp, Looms
V i ov F.. V (Pozanov., F,",-)

KOOTLOVO VOTOO, ;~ndidat tokhnichookikh nauk.- GLAZZW.H.S., kandidat
tekhnichaskikh nauk; aRIGORITIV, Y.T., Inshoner.
Connection of the transformer neutral- '- lOw-tonsion network.
Provesnarge12 no*2:20-24 7 '57e WaA 10:3)
1. leningradskly slaktrotekhnichookly institut Imeni V.I. U;1janova
(Lenin). (Bloctric currents-Orounding)

24202
S/14 61/000/006/002/003
'7LIS-41 -0 D253YD301
AUTHORS: GriGorlvevg V.T., Mrigineery Yatukhanov, P.N., Docent
TIM B: tong pul3e power generator with a shaping circuit and
with cnerCy storaZe in inductances
PERIODICAL: B"nergetika# no. 6, 1961, 31 - 35
T3XT: The authors describe one of the possible varieties of a ge-
nerator with an inductive energy stor,-;e. Short pulse 10%7 DOWer J;e-
nerators normally utilize the caDacitive storage of energy. In the
generators of longer pulses and higher power the inductive storage
of energy becomes more practical, aince this system does not re-
quire large capacities. On breaking the circuit the stored energy
is passed over to the load inserted in parallel with the shaping
circuit. In the subsequent shaping circuits the pulse current
through the load equals 1/2-of the current in the inductance. The
main d4sadvan~age of this system is the need for a commutator. The
circuit, diaLram of the system is depicted in Fig. 2, w1here Lo is
Card 1/4

2h 2 C, 't?
S/143/61/000/006/002/003
Long pulse power generator ... D253/D301
the energy storing inductance; Co is the shaping circuit capaci-
tance charged by a separate source to the voltage Uo; Lk - Ck are
tile parameters of the series resonant circuit; R is the load resi-
stance; C,,r ~_s a larf;e blocking capacitance;,'1.1 - charging thyra-
tron;J12 - commutating thyra"Clron;J~3 a gasetron.
Pig. 2.
Card 2/4

g2
ly
Long pulse power tenerator S/14~D 000/006/002/003'
1 D253 301
The 9yotem works Lie follows: A control pulse at tiije tj9. opens the
thyratroii valve A, and thus initiates the flow of en~.~rr,y to Lo. If
at t2 ankjUt_-r control pulse opens the thyratron J12, capacitance
Co is charged. With the polarity of the in.itial clur, t in Co shown
in the diagram, the current through J1, decays ai:d the c. - eitt to
Lo flows through CO, A2 and the shaping circuit with th,, load. The
charge in Cc decreases to zero. If the time of discharte of Co,
t, is sufficient to deionize the thyratron - J1, will not strike.
permits the two-way conduction through Co. After the pasoage of
e pulse and deionization Of J12 the system is ready for the next
cycle: chc~rging - switching over - pulse shaping. The deionization
time is very important. C o min (the smallest value ensuring nor-
mal operation of the circuit) determines the minimum length of
pulse which can be obtained for a given UO. In the case of mercury
thyratrons the minimum length is of the order of a few millise-
conds. The reduction of the deionization time can be achieved by
increasing the bias on the grid and selecting a sufficiently large
Card 3/ 4

S/l4t3'U000/006/002/003
Long pulse power generator ... D253 D301
3',
capacitance in the bias circuit. The time of flow of current
through JI? is approximately equal to the length of rise of current
in the pulse A conducts during the time of rise of current from
zero to its ~axlmum value. This time is approximately equal to
L0
2 ~-, where ro is the resistar-e of the winding. For the iron core
0
inductances this time is approximately 0.1 - 0,15 seconds. The thy-
ratron is so chosen that its permissible peak current is greater
than the charging current. This circuit can be earthed at any
point. The operation of this system was verified on a small power
model, whose circuit diagram is also depicted. There Lire 4 figures
and 2 Soviet-bloc references.
AO"UOCIATION: Leningradskiy elektrotekl:nicheskiy inatitut imeni V.I.
Ullyanova (Leningrad BlectrotecIiii,cal Institute,
imeni V.I. Ullyanov (Lenin)
PRESENTIM: July 7, 1960, by the kofedrn teoretich~.,sliikh osnov
elektrotekhniki (Departi-,ent of Uic Theoretical Bases
Card 4/4 of Electrical Rnginecrint,)

ACCESSION UR: AT4017560
S/3074/62/000/047/0136/0140
AUTHORSs Matkbanov, P. N. (Doctor of tacbnical sciences, Professor)1,
Grigorlyev, V. T. (Docent)
TITLEs Diagram of generator for long bigb-power pulses vrith induc-
tive storage
SOURCE: Leningrad. Elektrotekhnicheskiy institut. Izv., no. 47,
1962, 136-140
TOPIC TAGS: pulse generator, long pulse generator, inductive stor-
age, gas discharge tube-switching, pulse flatness correction, igni-
tron, thyratron, gas filled diode
ABSTRACT: In view of the difficulties involved in generating long
rectangular pulses (on the order of several or several times ten
milliseconds) with capacitive storage and electronic modulator tubes,
a generator is proposed with inductance storage, in which the commu-
Card
1/5

ACCESSION NR: AT4017560
tation is effected by ordinary controlled qas-discharge tubes (thy-
ratrons or ignitrons).in analogy with the capacitor switching cir-
cuit. The correction for the drooping top of the pulse is also con-
zidered. It is shown that the operation of the circuit depends
appreciably on the thyratron deionization time, which can be de-
creased by increasing the bias voltage and increasing the capaci-
tance in the bias circuit, or else by using specialized thyratrons.
The circuit was tested using TRI-6/15 mercury vapor thyratrons and
a VG-129 gas filled*diode, an inductance of 1 henry, and a correct-
ing capacitance of 8 microfarads. The load resistance was 50 ohms,
and the pulse duration was 6 milliseconds. The authors are grateful i
to M. M. Fedorova for help in the construction and adjustment of the
breadboard." Orig. art. has: 2 figures.,.
ASSOCIATIONt Leningradskiy elektrotekhnicheakiy institut (Leningrad
lClectrotachnical Institute)
'T

ACCESSION KRs AT4017560
SUBMITTEDs OoMar6l
SUB CODE: GE, SD
DATE ACQs 20Mar64
NR REF SOVs 001
ENCL: 02
OTHERs 000
,Cad

ACCMION NRI AT401T560
+
INCLOUM 0 01
Schematic diagram of pulse generator with inductive storage
R - load resistance, C 0 correcting capacitor, C b - blocking
capacitor of large value designed for a hvoltage equal to the
poi,.,erl supply voltage.JI 11 11 21 ii 3 -c arging and switching
thyratrons and gas-filled diode.
Card 4/5

ACCESSION ;Ri AT4017560
Oscillogram of ioad pulse waveform
nmosvu 02
Card 5/5

L 04172-67 EVT(I)__
ACC NRI AP6027556
SOURCE CODE: UR/0143M/000/005/0028/0032~
~AUTHOR:
I Matkhanov, P. N. (Pr
Docent); ooy, A, I, G0901"810, L, Z. (Docent);
:Grigor'Zev, v. T. ofessor);
(Engineer)
jORG: Leningrad Electromechanical Inatitute
11D. V, I. U
(Len~ingradskiy elektromekbanicbeslciy Institut) I'lenoy (Lenin)
:TITLE: A generator of Powerful videgimpulseg with an Induction
Jaccumulator 0
ISOURCE: IVUZ- Eneraetikas no- 5, 19660 28-32
TOPIC TAGS: video signals generator# pulse accumulation
ABSTRACT: The article gives details of an impulse generator with an
induction accumulator and describes a method for its calculation.
Figure 1 shows the electrical circuit used* In charging, the current
in the impedance accumulator rises according to an exponential law
U6 I -exp R
'91 (--L 'A.
where R is the active resistance of the impedance. A figure given
curves showing the change of the current in the impedance and of the
Card 1/2

L 04172-67
AP6027556
Figure 1,
. ...................
0
ivoltage on the load. Advantages of the new scheme are: a) the
!roliability of an induction accumulator is considerably greater than
that of the oondonsers of a capacitance accumulator; b) the feed to the
,raparator coin be a low voltage naurcol in many canon the generator can
:be fed d1reotly from a circuit with the use of small dlmnnslon
I
;somiconductor rootifierse Orle, art, has: 10 formula3 tuid 3 figures.
,SUB CODE: 09/ SUBM DATE: 06jul65/ ORIG REF: 002,
2/2

"The (-cononi---~ jolo,`Lcal Properties rt -"winie -!e-d at
~vdcnnovetsl Xolk!~Oz." All-l-l-n-orn '77r!1 r7c~: insft of Lnl~nril ',L;c.-anjry.
Moscow, 1955.
(For the Decree of CandiOatf in, ACr~lc-ultilral
So: ,Liizhnaya Letopis' No. 18) 1956

S/094/62/000/002/001/002
E194/E485
AUTHORS: Popkov, V.I., Grigorlyev, V.V. But, A.I.
TITLE: Electronic-ionic technology in the national econoriy
PERIODICAL: Promyshlennaya energetika, no.2, 1962, 1-4
TEXT: This is a general article intended to familiarize
production engineers and others with recunt achievements in
electronic-ionic technology. It is based on materials of the
Scientific-Technical Commission of the formir-tNTK USSR of which
V.I.Popkov was President. Electronic-ionic technology has three
special features: firstly a wide range of materials can be
treated in an electric field so that it is a very universal method.
secondly, the process is continuous and subject to very fine
control; and thirdly the electrical energy is directly applied to
the object without intermediate conversion. The introduction of
electronic-ionic technology can be revolutionary in many branches
of industry. Thus, the use of electrical mixing and electrical
forming in the manufacture of constructional materials could save
hundreds of millions of roubles per year. The introduction of
electrical flotation can provide an economic solution to problems
of producing rare and dispersed elements such as rubidium, caesium,
Card 1/4

S/094/62/000/002/001/002
Electronic-ionic teciinology ... E194/E485
germanium, etc. Electronic-ionic processes are already parti_illy
being used for de-watering and de-salting crude oil, for trapping
powdered products such as cement, for purifying industrial flue
gases, for painting and for many other purposes. At the
Goricov'skiy avtozavod (GorIkiy Automobile Works) the use of high-
tension painting methods saves 300000 roubles per year and still
greater economies have been achieved at other works. On deliver-,-
on a conveyor into the painting room, the product is charged whjl:-t.
the paint spray, is charged to the opposite sign. The method
a better coat of paint with smaller paint consumption and is ver,
convenient for automatic operation, each installation saves about
110000 roubles per year. The Katuarovskiy keramiclievskiy zavotl
(Katuarov Ceramic Works) is depositing powdered glaze on unf ired
tiles in an electrostatic field thus not only saving glaze but
cutting out the preliminary firing of the tiles. Electrostatic
methods are being used to produce textile materials with a pile
such as artificial furs, carpets and others. Using electi-icl-il
methods more than 1000 fibres can be placed vertically on one
square millimetre of surface. An electrical spinn-,ng metho-A i:i in
the process of devflopj,.:ejit, the idea being tlh,); Lhe electric. I
Card 2/11

S/094/62/000/002/001/002
Electronic-ionic technology E194/E485
field would straighten and orientate the fibres and deliver tiiern
in the required direction. Electrical separation and
electrical classification of materials is very promising.
Polar particles can be separated from non-polar by attraction of'
the polar particles into the parts of the electrical field where
the gradient is greatest. Electrical separation methods are
widely used to concentrate coal and ores of rare elements, to
regenerate mould materials in foundries and to produce high I&rade
constructional materials. Electrical forming offers promise in
the building industry. Pulverized materials can be deposited
electrically on a shaped electrode or products of complicated shapu
can be formed, such as pipes, insulators, insulating and building
materials. Electrical mixing of various components may be
combined with the grading of the materials according to particle
size and the like. Electrical fields may be used in printing to
press the paper to the matrix, a latent image may be formed
electrically on the paper which then attracts the ink. Although
electronic-ionic methods are very promising they have not found
really wide application and one of the main reasons for this is
Card 3/4

S/094/62/0(JO/00~~/001/002
Electroitic-lonic technology E194/E485
lack of suitable equipment. Moreover, the probleii:s involved are
being studied Independently by a wide range of institutes. Not
enough work is really being done on the subject; for instance.
there are many institutes trying to overcome the bad effects of
corona discharge on transmission lines but relatively little
effort is going into the use of corona discharge for industrial.
purposes, It is accordingly recommended to set up a Scientific
Research Institute of Electronic-Ionic Technology,
Card 4/4

GRIGORIYEV, V.V., itizh.
New models of upholstered furniture. Der. prom. 13 no.8:2 of cover
Ag 164. (MIRA 17:11)

IV-
Zhf:!I.t-z,-.o,!or,ozhnyt- I*jLre:,r* vy i rviplaltive linsty. f-lratn-:'- rries
-v,-), 1?43. 77p. ,
.F-
SO: 30l.fIET -A -FT,,LTCXDA.-P7f Library o' Cun-ress
Department, i4ashlngton, 19,,,2, unclesolfle,l.

GR16CRIM, V. V.
GRIGORIUT, T.T.; ORTAZVOT, T.N.; SHCHNTINING, A.I. kapitan dallnege
-'VTWfWW, rodaktar.
(Ship cordareg collection of plates) Sudo"s takolashnys raboty;
atlas. Pod red. A.I.Shchotininei. Leningrad, Gm Isd-vo Yodnego
transport&, Leningradskee otd-nis, 1954. 131 P. (NLRA 7:7)
(Masts and rigging) (Knots and splices)

GRIGORITEVO V.V.- SAMOMALOV, D.A.; TSURHAN, A.I.; SHCHITININA, A.I.
n, redaktor: PIENHW11, M.M.. takhnichaskly rodaktor.
(Nautical Instruments] Korokbodrqe Instrumenty. Pod obshchel
rod. A.I.Shchotintnoi. Leningrad, Izd-vo "Morskoi transport."
1955. 382 P. (KLRA 9:1)
(Nautical instruments)

GRIGORqU,~ VjmUmjv T"illyevich; GRYAZNOT, Tasilty Kikhaylovich; SHCMELTINA,
Anm Ivanovm, kRpItan dallnego playaniya, "to. red.; SAM=, W.V.,
red. lzd-va; XOTLYAKOTA, Oelo, cekhn. red.
[Ship cordage@; an atlas] Sudme takelashve raboty; atlas. IOCZ..
parer, i &op. Pbd red. A.1. Shchatininoi. Leningrad, Izd-ve Norokol
transport.0 1957. 195 P; (KIM 110)
(Knots and splices)

PHASE I BOOK EXPLOITATION 936
Akademiya nauk SSSR. Konlaslya po, problefto Sayers
Letopial Severe; Yezhegodnik po voprossm latoricheskoy geografils
istorii geografichookikh otk-rytly I Issledovanly na Severe. t. II
(Chronicles of the North; Yearbook of Historical Geograp , Histor:r
of Geographical Discoveries and Exploration of the Northy . . -.
v. 2 Moscow, 09ografglat 195T. 2T9 p. 2,000 copies printed.
Editorial Board: Andreyev,)AJ., Baloy, N I:, Burkhanov, Y.F.,
Yefinov, A.V. (Romp. Ed. , Chernenko, X:B (Deputy Reap. Ed.) and
She herbakov,D.I.; Ed. : Vorontsova, A.I.; Tech. Ed.: Kosheleva, S.N.;
Map. Ed.: Nallchevskiy, O.N.
PURPOSE: The book Is Intended for readers Interested in the 3oviet
Arctic.
COVERAGE: The present volume, the second of a series of three, is a
collection of 27 articles by various authors presenting an historl-
cal account of the exploration and economic development of the
Card 1/6

Chronicles of the Worth (Cont.) 936
Soviet North. A small part of the book is devoted to Arctic areas
beyond the confines Of the Soviet Union. The &in Of the book is to
contribute to an understanding of the physical geography, c&rtog-
raphyo ethnography, and economy of the Soviet North through a
historical survey of these factors. A large number of authors,
explorers, scientistej travellers, pilots, navigators, etc. are
cited. The text Is accompanied by numerous photograph and maps.
TABLE OF CONTENTS:
From the Editors 3
STUDY AND CONQUEST OF THE NORTH DURING THE SOVIET PERIOD
On Drifting Ice In the Arctic Ocean (From the Logo of Stations
."North Pole No. 4" andlorth Pole go. 3")
Bolotnikov, X.Ys. The Siberian Grain Expedition of 1920 34
Card 2/6

Chronicles of the North (Cont.) 936
Pinegin, N.V. Over Novaya Zemlya
51
Zotin, M.I. Drift of Soviet Scientific Research Station* in the
Central Ar6tig' 73
Grigorlyev, V.V. Records In Open Vater Navigation in-High
1~itil-ude-iF-or the Arctic 78
Starokadomakiy, N.A. Kouseveroput' (Committee of the Northern Sea
Route] Expeditions to Oydanakly Sever 81
FROM THE HISTORY OF OBOORAPHIC DISCOVERIES AND EXPLORATIONS
Belov,, M.I, Belov, M.I. Now Data on Vladimir Atlasov and the First
Russian Expeditions to Kamchat~lp 89
SIdorov, K.V. Novaya Zemlya on XVII Century Maps 107
Chernenko, M.B. Travels in "Chukotskaya Zemlya" and the Voyage to
Card 3/6

Chronicles of the North (Cont.) 936
Alaska by the Cossack Lieutenant Ivan Kobelev in 179 and
1789-91 121
Frumkin, P.A. Notes on the History of Spitzbergen 142
Kremer, B.A. How the Existence of Franz Joseph Land was Predicted 14T
Chernenko' M.B. Materials for the Biography of Ya.I.Nagurskly,
First Polar Aviator 150
Gromov, L.V. Traces of an Ancient Settlement on Wrangel Island 155
#RON THE HISTORY OP~ ?='. STRU00U. PON TO ZC0XO%IC DI&VELOPUNT OF
THE NORTH
DIvin, V.A. T6e Second Siberian-Pacific Expedition and Problems of
Economic Development of the Soviet Far Sant 157
Probst, A,Ye. From the History of Petroleum Production and
Processing in Ukhta 176
Card 4A

Chronicles of the North (Cont.) 936
Slavin, S.V. Notes on the History or Railroad Building in the North 00
in Pre-Revolutionary Russia log
Freydin, I.L. The Struggle for a Sea Route to the Pechora 206
Chumak, P.A. G.Ya.Sedov in the Soviet Par Zest 216
NON-SOVIXT NORTH
Agranat,G.A. Spitzbergen During the IAst 15 Years 224
Vyshnepollskiy, S.A. North-West Passage 234
Lappo, S.D. Research on the Central Arctic by Foreign Scientlots 239
Agranat, G.A. Recent American Pualications on Russian America 247
Bogorad, Yu.D. From the Pages of the West German Journal
"Polarforachung" 255
Card 5/6

Chronicles of the North (Cont.) 936
News in Brief (Compiled by O.A.Agranat). New Polar and Arctic
Instututes. The Canadian Ministry of Polar Affaira . .
Inhabitants of the American North. Non-stop flight by jet
plane via the North Pole. Transarctic air communication. A
new pipeline in Alaska. Projected railroad from thq USA to
Alaska. Geological explorations of the Canadian Arctic
Archipelago. Migration of the magnetic pole in the Northern
hemisphere. An expedition to Ellesmere Land. Housing on the
lee shelf 25T
REPORTS
Malyshev, V.I. Ancient Written Recq~ds from the Pechora 265
Suzyumov, Ye.N. Heroic Feat of the Crew of the Icebreaker
,A. Sibiryakov" 2T1
Bobrov, N.S. Airplane Skis -- A Russian Invention 274
AVAIIABLE: Library of Congreme W4/whl
1-5-59
Card 6/6

GRIGORIYXV, V.V,
Records of the free navigation of shipe in the upper latitudes of
the Arctic. Ist. Soy. 2:78-81 157. (MIRA 10:12)
1. Arkticheskiy nauchno-looledovatellskiy institut Glaveevzorputt,
Itnekoveldy otdol.
(Arctic regions)

BOCHRK, Alekeandr Pavlovich; GRIGORIU'V, Visearion Visearionovich;
DUBININ, Aleksandr -1o9rfCWr-cV-.--MOW9V'* Tajiliy Fedorovich;
PITROT, Nikhail Xlimentfyevic~ [decease;]; YAHKOVICH, Vladimir
Mikolayevich; PRTIN, K.I.. red.; TIKHOKOVA, Ye.A., takhn.red.
(Karine practical Korskaia praktika. Pod obahchel red.Y.M.
lAnkovicha. Koskya, Izd-vo OMorskoi transport.' Pt.2. 1959.
418 p. (MIRA 13:1)
(Navigation)
7' '4'--

KOZUMOV, V.P., doteent; VORCROV, Vj., kand.takhn.nauk;
,Y,V,, inzh.; ZAKHAROV, V.I., kand,flz.-motem.nauk, reteenzent;
RTRMOVSUT, M.Yu.. prof., spatered.; DXNISOV, I.M., red.lzd-va;
I)ROZHZHIKA, L.P.. tokhn.red.
(Deviations of the mgnetic compose] Deviatelis magnitnogo
kompass. Leningrad, lzd-vo "Morskoi transport.0 1960. 291
(MlU 13:1S
(compass)

'GRIGORIUV. Vladimir Vasillyevich; SAYAAWALOT, Dmitriy Arkadlyevich;
1, -.-1 ---- - -- - ii'iA-4- __ - - I
TSUM". Ai on vanovich: SHCHITININA, Anna Ivanaynai kapitan
dallnego plavaniya: SMO, G.S., red.; TIKHOROVA. Ye.A.,
takhn.red.
LHautical instruments] Morekhodnys pribory i instrumenty.
Isd.2., parer. i dop. Pod obahchal red. A.I.Shchotininol.
Moskva, Isd-vo OKorskol transport.0 1960. 427 P. (Kim 14:3)
(Nautical instruments)

G:' TUI'CTl I yr
- .1 V, V.V., inzhener-sudovoditell
Compensation of electromagnetic deviations by readings of an
inclinator. Sudovozhdenie no.4:72-75 164.
(MIRA, 18:31)
1. Kafedra sudovozhdeniya Leningradskogo vysshego inzhenernogo
morBkogo, uchillahcha Imeni admirala Makarova.

NECHAYE"i, Favel Alokoandrovich; vaoilly~-'vlciij
inzh.; V.V., ixti., rcLvnzent; KNIMMMO
V.P.p dots., muchn, red,
(1-lagnetlc compass] Magnitnu-kov.1--asme dolo. Mosk-.ra, Trans-
port, 19U,.. 267 p. (IMILLA 16;3)

TUDIN, I.D., knnd.t9kbn.nauk; GRIGOHITIV, V.V.
Experimental study of tho prozesa of unlerground gasification of
coal. at the gas producer No.1 of the T%zhn;-j-Abinsknya gasification
station "Podzemgas.' rv,.~-'2-24 157. (MIRA 10:11)
1. Vaesoyusn" n&uvhno-ias)-,1,-NvriLo' ' 41y I 7royektnyy institut
podzemnoy gazif ikRtsii ugley ~f c~r lit ,i In' Tazhno-Abtnskaya
stantniya, "Podzemgaz" (for Grig