SCIENTIFIC ABSTRACT GONOR, A.L. (MOSCOW) - GONSHAKOVA, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516020004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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~CC NRt AP6002367- Cow: UR/020T/65/000/066/0122/0125
AUTHOR: Gonor, A. L. (Moscow); 0hvetsj A. I. (Kos-cov)
ORG: none
TITLE: An investigation of pressure distribution on certain starlike bodies at.nearly
4 m .
SOURCE: Zhurnal prikladnoy, mekhaniki i tekhnicheskoy fiziki, no. 6, 1965, 122-125
TOPIC TAGS; aerodynamics, supersonic flow, shock tube, angle of attack, pressure
distribution, wwre drag, aerodynamic boundary. layer, shock wave
ABSTRACT: The results of an experiment investigation of pres-S. distribution on
star-like bodies (see Fig. 1),in suoe onic flows in an amic wind tunnel at
14 = 3.85 � 0.1 and Re = 6.0 x 100 are presented. The,models, experimental setup,
and measuring techniques are described in detail. Pressure measurements were obtained
by manometers with tetrabromoethane liquid.(density - 2.96 g/CM3). The boundary leyer
effect upon the flow structure for various angles between wings is investigated and
shock. wave structures for various angles of attack (from 5 to 150) are analyzed.. A~
comparison of the experimental results with the exact theoretical data obtained
previously by the author shows good agreement for all models. The ratios between the
wave drags of equivalent circular.cones and vave.drags of models calculated from
Card 1/2

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1AUT11ORt Gonor, A. L. (koecow)I-Shvetso A, Is (Moscow)
ORG: none
ITITLE: Investigation of the.shock wsvi_XXstau in superso ic flows
arcund star-shaped bodies
SOURCEt AN SSSR. Izvestiyas Mekhanika shidkosti i gaza, no& 30 1966..
TOPIC TAGSs supersonic aerodynamicas aerospace structure, pressure
distribution,41nd tunnel, attached shock waves reflected shock wave,
f,low structure
ABSTRACT: The results of an experimental Investigation of the flow
structure around bodies with star-shaped cross sections in supersonic
Fig, I* Flow field and model.
Cald 1/3'..

L 31822-66
ACC NR9 AP,6020L729
flows by means of an optical method are presented, The shapes of.tho
bodies were taken from data obtained-.by one of the authors (Prikladnays
matematika i makhanika, v. 28, no. 5. 1964 (Fig. 1)). The experiments,
were carried out in an aerodynamic wind tunnel at H - 2,85 t Oel and
angles of attack from 0 to 15% Assuming that a shock wave-is attached.
to the ribs of bodies symmetrically located with respect to the axis.:
flows over star-shaped bodies are studied on a model formed by two
7'
7::
Figs 2a Shadowgraph of model
and shock wave systaux
half-ribs which represents a V-shaped wings The o'kparimental set-up
and procedure are described., Three modai-s of V-shaped wings were
Card 2a

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L 31822-66
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ACC NR: AP6020729
javestigated at angles of roll Ot 10, 15, 30t and 450 in order to
iobtain a three-dimensional flow structures- The results presented in
ischlieran photographs, charts, and graphs are discussed; avi~;.Iitlalysis
lof this material shows that the deviation of the Hach number from its
ILheoretical value, the effects of viscosity, inaccurzcv of the modalso
iand the presence of a small angle of attack lead to realization of a ,
flow pattern which Is formed by a system of intersecting and reflected
Ishock waves (Fig. 2). Good agreement was found-between theory and
experiment on pressure distribution. Orig. art. has: 8 figures and
6 formulass JAB]
SUB CODEt 20/ SUM DAM 09Jun65/ ORIC REFt 006/ OTH RZF1 001V
ATD PRESS
Card 33

87432
S/191/60/000/010/004/017
S gilt) B004/B06O
AUTHORS: Skrylova,.L. V.., Molotkov, R. V., Gonor. E. S..
Kazanskaya, V. F., Gvirts, E. M.
TITLE: Polyglyoidyl Cyanurates as Heat-resistant Epoxy Resina
PERIODICAL: Plastioheekiye massy, 19609 No. 10, PP- 13-14
TEXT: The'authors based on the U.S. Patent No. 2,809,942 to synthesize
an epoxy resin from cyanuric acid and epiohloro hyqrin ()i~(ETB-Resin)).
[Abstracterfs Note: The synthesis is not describedj. Number of epoxy
groups (29-32%), content of inorganically bound chlorine (0-04-0-06%), and
content of organically bound chlorine (5-6%) were determined. ETs resin
was polymerized either with maleic anhydride or phthalic anhydride. Its
thermomechanical properties were examined and compared with those of
3,A-6(ED-6) resin (a than resin). A better heat resistance (up to
170-175'C) and a smaller dielectricity loss.were established at high
temperatures,.as compared with ED-6. There are 2 figures and 3 non-Soviet
references.
Card 1/1

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GONCROVSKIY, I. S.
/tri"i4mot., littir 0 -1946,
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broookat twomilict at Illinciew are oliom sovorol,

GONOROVSKIY, is so
'ton the Theory of Determining Processes in Selective Systems," Radio'tekhnika.,
7., flo-lo 1952

GONOROVSKIT, I.$.
.Clkdib signals and fringe phenomena in radio circuit@] jkdjo-
signal'y I perekhodaye larlentia v.radioteeptakh. Konkva, Sviazi-
isdat, 1954.1326'p. 7:11D)

USSR/Electronics
Card 1/1
GonorOVBkiy, I. Active Member, VNORiE
Author
Title The-relation between frequency and phase characteristics in linear c"ir--
cuits
Periodical Radiotekhnika.9, 11-18, Jan-Peb 1954
Abstract Considers interrelations between frequency and phase characteristics
and their influence on transient processes. Discusses conditions for
which the sign of derivative of-the phase characteristic can be varied;
and shows that, in the passband of any four-terminal network, this
characteristic has a negative derivative. A positive derivative is
possible only in a delay band. Four references: 3 USSR
Institution All-Union.Scientific and Technical Society of Radio Engineering and
Electric.Communications imeni A. S. Popov (VNORiE)
Submitted November 14, 1952

IVANOV-TSYGANOV. A.1.. rodakto,r; LIDNIVA.
ktor
c1pundementals of radio onglusering] Omnov7 radiotakhniki. Moskva.
0o@. tsd-vo Ilt-ry po voprosen eviast I radio, 1957. 726 p.
Obdlo) OUM 10:4)

-7-11cull

tin M10 V 11-415,
AUTHOR: - Goporovskiyt.,I 1. S. 10g-10-7/19
TITLE: e on the Phase Pluctuation in an Electron Tube
Oscillator (Yeshche o r1yuktuatall fazy v lampovom generatore)
PERIODICAL: Radiotekhnika i Elektronika, 195?, Vol-II, NO-10,
pp. 12?9 - 1288 (USSR)
ABSTRACT: The problem was dealt with by the author in an earlier
paper (Ref-1) but since the above work was criticised by
S.M. Rytov (Ref.5) it was thought necessary to clarify and
amplify certain reievant sections of the above work. Fivet,
an amplifier having a single resonance circuit as its anode
load is considered. The anode Voltage is in the form:
~ua(t) = Uo Cos W 0t (1)
and the fluctuation voltage at the anode is:
U.t(t) U 4(t) cos-x = UO-(t) cos (wot (2),
where U (t) is the amplitude and 0(t) is the phase of the
fluctuating voltage component. It is shown that the average
Card 1/3

109-10-7/19
More on the Phase Fluctuation in an Electron Tube Oscillator.
square value of the fluctuating voltage amplitude is given by
Eq.(4), while the average square deviation of the phase is:
x2(_t:) 2a[ 1 - e- ^01
where:
eIao R2
a = 1 (16)
U2 It
0 0
is the averaging timel Iao is the DC anode current and
-ro 2Q/wO where q is the quality factor of the tuned
circuit (see Fig.1). Bq.(l?) takes the form of Eq.(18) for
---!o 00 (1. e. ~ when ~ the second term of Sq- (17) becomes 0).
Tie analysis is extended to an LC oscillator (see Fig.2) in
which the anode current is a function of the grid voltage as
expressed by:
i su - YU 3
Uard 2/3 a 9 g (20)

109-10-?/~q
.,More on the Phase Fluctuation in an Electron Tube Oscillator.
It is shown that, in this case, the dispersion of the frequency
deviation.is given by Eq-01), while the square phase deviation
is expressed by:
xlco 2a 1 + e-t-/Vo (35)
.On the basis of the above results, it is concluded that most
of the Rytov criticisms (Ref-5) were due to a misunderstanding,
which arose as a result of certain,$implifying assumptions
which could not be elaborated due to the limited length of the
author's paper. On the whole, the results of the above analysis
coincided with those obtained by Rytov, even though the mathe-
matics employed was considerably simpler, though undoubtedly
less rigorous. There are 3 figures and 6 Slavic reterences.
SUBMITTED: Septmiber 3, 1956-
AVAILABIR: Library of Congress.
Card 3/3

SOV/109-3-12-7/13
AUTHOR: Gonorovskiy, I.S.
TITIR: Transmission of Pulses with Linearly Changing Carrier
-Frequency, Through Selective Systems (0 prokhozhdenii
impulbov s lineyno izmenyayushcheysya chastotoy zapolneniya
cherez~izbiratellnyye sistemy)
PERIODICAL: Radiotekbnika i Elektronika, 19589 Vol 3, Nr 12,
pp 1485 - 14% (USSR)
ABSTRACT: A general solution of the problem is attempted. It is
assumed that the input signal is in the form of a hi~gh_
t
frequency pulse, extending over an interval t1< t t2
and is expressed by:
e(t) EM Cos (WP Pt2 + (1)
0
where 3(t) is an arbitrary envelope of the signal,
W1 is the carrier frequency at the instant tlf 0o
is the initial phase, and 0 determines the rate of
the frequency change. The instantaneous frequency of
the signal is expressed by Eq (2). The selective s7stem.
to which the pulse is applied is in the form of a
cardl/4 Gaussian filter and has the transfer coefficient K 9

SOV/109-3-12-?/13
Transmission of Pulses with Idnearly Changing Carrier Frequency,
Through Selective Systems
which is expressed by Eq (3), where w is the resonant
p
frequency of.the filter,.. 2V-a is half the bandwidth of
the filter and t is the slope of the phase character-..
0
istic. The unit impulse response of the filter is given
by Eq (4). Consequently, the response of the filter to
the pulse,~expressed by Eq (1) is given by Eq (6). If the
envelope of the input signal is an exponential function
as defined by Eq,(8), the output signal is expressed by
Eq (9). By-introducing a variable � , which is defined
by Eg' :(10),.the output sienal is expressed b Eqs (11)1
where the function W k is defined by Eq (125; the
complex arguments z1., z 2 are defined by Eqs (13) and
(14), res'peetivelyo Fqs (11) can also be expressed in
the form of Eq (l?) in which fun tion WM is defined by
Eq (16). -The above formulae can be used to analyse a
number of special cases. Thus, it is shown that the
application of a high-frequency step (constant amplitude
Gard2/4 and constant frequency) produces an output signal which

SOV/109-3-12-?/13
Transmission of Pulses with Linearly Changing Carrier Frequency,
Through Selective Systems
is expressed by Eq (20) where I is the probability
integral. If a signal of constant amplitude but with
linearly changing frequency is applied to the filter, the
output is in the form of Eq (21), where z. is defined
by Eq (22). By adopting the notation of Eqs (23), it is
possible to transform Eq (21),into Eq (26). From this,
it follows that the:envelope of the output signal is jiven
by Eq (2(3). This formula was used to evaluate the
envelope numerically and the results are shown graphically
in Figures 1 and 2., for various values of the parameters
m and n . It is also shown that Eq (21) can be
represented as Eq (28). From this, it is found that the
maximum value-of.the envelope is expressed by Eq (30). If
the input signal is a pulse with a linearly changing
frequency and if its duration is, t2 , the envelope of
theoutput signal can be expressed by Eq (36). The
arguments z 1 and z 2 in Eq (36) can be expressed by
either Xqs (35) or (3?), depending on whether the frequency
(;ard3/4 deviation in the pulse is small or large in comparison with

SOV/109-3-12-7/13
Transmission of-~~ Pulses with Linearly Changing Carrier Frequency,
,Through Selective Systems,
the bandwidth of the filter. If the deviation is smalli
the output signal-envelope is in the form of the curves
shown in Figure 3; the case of large frequency dieviations
is illustrated:in Figure 4. The author thanks T.M.Rubasheve,
.Engineer, for calculating the graphs in this paper.
There are 4 figures and 6 references, 4 of which are
Soviet and 2 English.
SUBMITTED: March.4. 1958
uard'
.4/4

AUTHORS: Neyman, L. R., Polivanov, K. M., SOV/105-56-7-29/32
Zhekulin, L. A., ggliorovskiy, I, S.,
Solov'yev, I. I., Taypk-in-,--Ta-.--Z.-,--Gavrilov, M. A,
Ullyanov, S.-A.I.Lavrov, V. M. and others
TITLE: Professor G. I. Atabekov (Professor G. I. Atabekov)
To His 50th Birthday-(K 50-11etiyu so dnya rozhdeniya)
PERIODICAL: Elektrichestvo, 1958, Nr 7).PP- 93 93 (USSR)
ABSTRACT: Professor Grigoriy Iosifovich Atabekov, Doctor of Technical
Sciences, was born in 1908. In 1930 he graduated from the
Blektromekhanicheskiy fakultet Tbiliaskago politekhnicheskogo
instituta (Depto- of Electromechanics at the Tbilisi
Polytechnical Institute). He worked as engineer in the
Zakenergo, then moved to Moscow where he -worked as chief
eng3neer.in the Mosenergo and then in the Teploelektro-
proyekt. He worked out several distance-pratection circuita
which are used in energy systems. In 1945 an inertialess
directed high-voltage pro tee tion device with a 1,ha3e sensitive
circuit was developed as control organ for the 400 kV
Card 1/2 transmission line from the Kuybyshev Power Plant to Moscow

Professor G. I. Atabekov. To His150 th Birthday SOV/105-58-7-29/32
under his supervision in the TsNIEL of the Ministry of
Electric Power Stations. In 1950 he was awarded the
Stalin Prize for the development and introduction of the
mass production of directed high-voltage filter protection
device for electric supply lines. Since 1946 he is head of
the Department of Theoretical Foundations of Electrical
.Engineering at-the Moskovskiy aviatsionnyy institut
(Moscow Institute of Aeronautics). He made 48 inventions
and published 98 scientific papers. He is memt)er of the
editorial staff of the periodicalIlzobrotatellstvo v SSSR11
("Inventions in the USSR") and the periodical"Izvestiya
vysshikh uchebnykh zavedeniy'(Energetika) ("University News"
(Power Engineering)). His papers were translated and published
in Hungary, EjIMSAia , and China. There is 1 photwmph-
1. ScientifieLpersonnel--UWR
Card 2/2

AUTHORs GonorovskiX,_Xx-~1% I Jember 108-13-5-3/11
o-:r- the society
TITLE- On the Theory of the High-Frequency Autogenerators With
Lagging Feedback (K teorii vysokochastotnykh wrtogeneratorov
s zapazdyvayushchey obratnoy svyazlyu)
PERIODICAL: Radiotekhnika, 1958, voli~, 13, Nr 5, PV* 19-30 (USSR)
ABSTRACT: Hore the possibility of a stable generation of a
spectrum of equidistant frequencies in dependence on
the shape of the frequency characteristiG in the
oscillation system and on the ratio between the transmission
band of this system and the lag is investigated. The
autogenerator here is represented as a combination of a
resonance amplifier with an amplitude limiter in the feedbalk
circuit. Here consciously the consideration of fine
details of the voltampere characteristic of the electron
device is dropped and the latter is traced back to an
ideal,limiter. This allows to determine the basic
Card 1/4 characteristics of the phenomenon without employing

Un the Theory of the High-Frequency Autogenerators 108-13-5-3/11
'With Lagging Feedback
nonlinear differential equations. The possible steady
modes of operation are investigated and the stability of the
s5ectrum. production is determined. Here is shown:
1 If -the transmission band of the selective system
contains not more than two frequencies which differ for
the quan a stable generation (soft way
t1ty 2T/(Tl +Tk)'
of operation) is possible only at one of these frequencies,
independent of the shape of the resonance characteristic
of the system. 2) If the number of frequencies reaches
three and more a stable generation of the spectrum of
equidistant frequencies (with the interval 2*/(Tl +rk)
is possible on the following condition: The resonance
characteristic of,the selective system is saddle-shaped
and secures the amplification of the "sidell-frequencies
with regard to the central frequency- 3) The complicated
auto-oscillation which is produced at the limiter output
is a phase modulated oscillation with the 'modulation,-
-period equal to the retardation quantity.
Card 2/4 4) The oscillation produced at the output of the colective

on the Theory of the High-Frequency Autogenerators 108-13-5-3/11
With Lagging Feedback
Card 3/4
systemp 1. e. the really measurable and exploited one,
can have a considerable amplitude modulation, forming
because of theunequal transmission of the spectrum
which acts at the limiter output. The law of the
instantaneous phase variation, however, must be the same
one as at the limiter output. This condition must be
regarded as a claim to the oscillation system, which i3
necessary for asbea4 mode operation in the spectrum
generation.
The main characteristic of the autogenerator with lagging
feedback is the capacity of generating different frequencies
and on certain conditions also several frequencies
simultaneously. The mechanism of the increase and of
the stabilization of the vibrations in case of free
starting as'well as in case of starting from sufficiently
strong high-frequency pulses will be discussed in a
separate article.
k the inclination of the phase characteristic.

on the Theory of the High-Frequency Autogenerators 108-13-5-3/11
With Lagging Feedback
the amplitude characteristic of the nonlinear
inertialess fourupole. There are 13 figures and 8
references, 7 of which are Soviet.
SUMMED: October 4, 1957
AVAILABLE:. Library of Congress
1. Generators--Theory
Card 4/4

GONOROVSKIT, I.S.
Astablishment of self-oscillations in a high-frequency oscillator
withretarding feedback. Radiotakhnika 14 no-1:25-33 Ja '59.
(MIRA 12:2)
1.Peystvitel'un chlen Nimuchno-tekhnicheskogo obahchestva
radiotakhniki.1 radionvyasi in.-A.S.Popova,
Oncinatorm. Blectr4c)

9. 3 2 6/109/60/005/o6/oO3/021
zl4D/El63
'AUTHOR: Gonorovskiy, 1.9,
TITLEs Ltage with Rapidly Varying Frequency
on. an Inertial. System
PERIODICAL: Radiot Iekhnika i elektronika, 1960, Vol 5, Nr 6,
pp 902-912 (USSR)
ABSTRACTt In problems concerning an external force with varying
_,,,~frequency the assumption is usually made that the
frequency variation is relatively slow. The purpose of
the presentarticle is the analysis of the case where
the frequency of the external force varies so rapidly
the network passband is small in comparison with the
time 'constant of the network. In particular the case
of the'effeats on an inertial system of "zero beats"
arising in beats of frequency-modulated oscillations is
studied. The author.first determines the.signa v,
structure in the region of low values of instantaneous
frequency where the waveform of the signal is no longer
Card 11almost" sinusoidal. It-is found that the effect of
1/3 the signal in this.case hasthe character of an impulse
that the time of passage of the signal frequency through

8/109/60/00 510 6/003 /021
11W/K163
The Effect of a Voltage vith-Rapidly Varying Frequency on an
Inertial System
fo.roe whose intensity-depends on the initial phase of
the signal, i.e. the phase at the instant of passage of
frequency through the zero value. An exact expression
.is found for the filter response to a, single cycle of
signal frequency variation. The sOlution involves. the
probability integral of complex argument. The
approximate response has a shape of the impulse
characteristic of the network with initial amplitude
proportional to the ratio of passband to the square root
of the rate of variation of angular.frequency. The
amplitude also depends.on the initial phase of the
signal at the.instant of zero beat. The case is further
considered of a resonant system vith passband located in
the region of distorted waveform. k similar conclusion
to the above is,reached. k proposal is made for
generating a normalised random process by generating
Card zero beats.-between two frequencies such that the phase
Of the-output oscillation at instants.of zero beat is
2/3 random and the time constant of the system is much

. . I/
V~~- ,

3712;~
S/108/62/017/005/00-1/007
D407/D301
AUTHOR: _g2ao=Y_qki
yv_~ Memberof the Society (see Asso-
Rciation)
TITLE: Simulation of ladder filter by means of a delay air-
cuit
0
PERIODICAL: Radi tekhnika, v. 17, no. 5, 1962, 5-15
TEXT: A simulation principle is described, based on the reglace-
ment of a single signal-pass through a ladder network, by t e re
peated passage of same signal through a single network, inserted.
in the feedback circuit. This principle is illustrated by opti-
mal filtration of-a radio-pulse with frequency-modulated signal.
Experimental data are given on the compression of pulses by means
of a delay circuit with phase-compensating networks. Such'a me
thod of simulation makes it possible to determine the principal
characteristics-of a filter by a study of one or more of its net
'works, prior to the manufacture and assembly of the complete fil
17-ter. tj,,,rst? formulas are derived for the spectral density and for
.-0-4374- -57

S/108/62/017/005/001/007
Simulation of.ladder ... D407/D301
the phase-characteristic of the signal. Phase:-compensating filtersq:
consisting of second-order networks, are considered for the pur-
pose of assessing the requirements towards the characteristics of
-the closed circuit. By means of a delay circuit, containing but ones
network, it. is possible to analyze a signal structure, corresponding
to the output of an actual ladder filter. This makes it possible
to select experimentally the network parameters and the elements
of matching and compensation; thereby the required number of net-
works is simply determined according to the number of signal-
passes, for which the best shape of compressed signal is obtained.
The realization of the above method involves the fulfilment of a
number of rigorous conditions, imposed on the characteristics of
the elements of the feedback circuit. Two of these conditions (sys-"
tem stability and a decrease in circuit damping) are contradictory.,
By using special methods of automatic control, it is possible to
reduce oonsidera.Vly the gain-in the damping oircuit, and hence to
increase the number of signal passes. It was found that a fiXter
can be simulated by means of a circuit, containing a single net-
work, provided the ~required total number of networks is moderate
Card 2/5
-0,

-S/108/62/017/005/091/007
Simulation of ladder D407/D301
(about-10 to 15). In order to check the effectiveness of the pro-'
posed method the following input-pulse parameters were selected:
(f denotes the central frequency,
fo = 2.5 Me., 2f D 1 Me.; 0 fD
the frequency spectrum of the input signal). Oscillograms of the
delay-circuit-output voltage are shown, with the insertion (in the
circuit) of one, two and ten networks respectively (r = 8/usec).
From the comparison of the oscillograms it follows that 10 signal-
passes through a circuit with a single network have the same effect
as 1 pass through 10 networks. This shows that the influence of pa-..
rasitic circuit parameters is negligible in the case of 10 passes.
Similar oscillograms are shown for pulse durations C equal to 20,
.50 and 100juseconds, respectively..The experimental data obtained
,are not- only valuable as proof of the efficiency of the simula-
tion method.employed, but also for the technique of designing op-
timal filters. Experiment has shown that it is possible to obtain
large coefficients of pulse compression by means of filters con-
sisting of a large number of phase-compensating networks. On the
,other hand, it was found that the frequency-amplitude filter cha-
icard 3/5

S/108/62/017/005/001/007
Simulation of ladder D407/D301
racteristics require careful compensation. This should be carried
out for each group of networks separately. Properties of the delay
circuit are.also examined under conditions of signal separation
against, noise background,and under ."passive generation" conditions,
A simple gating-device can be used for separating the r6quired Sig-
nal. If the delay time t'4Z, then the noises accumulate and the
d
signal-to-noise ratio at the output is inferior to that of compar-
able "open" phase-compensating filters. If td>Z, this shortcoming
can be overcome. A delay circuit with a delay line, corresponding
to td >'C', can also beused for passive generation of signals; the
pertinent relationships between the parameters of the phase-compen-
sating network and of the-output signal, are derived. There are 9
figures and 5 references: 2 Soviet-bloc and 3 non-Soviet-bloc. The
references to the English-language publications read as follows:
R. Klauder, A. 0. Price, S. Darlington, W. J. Albersheim. BSTJj
V. 39, no. 4, 1960;*C. E. Cook. ?ire, v. 48, no. 3, 1960.
Card 4/5

S/108 62/017/005/001/007
Simulation of ladder D407 D301
ASSOOIATION.: 111auchno-teklinicheskoye obshchestvo radiotekhniki i
elektroavyazi im. A. S. Popovs. (Scientific and Techni-
cal Society of Radio En gineerin and Electrical Com-
munications imeni A. S. Popov) Abstracter's note:
Name of Association was taken from first page of
j =~nal._7
SUBMITTED: October 6, 1961

Card 5/5

YEFIVDCHKINA, Yevgeniya Petrovna; KOZHMIKOV, Naum losifovicb;
retsenzent; MIKEWEVA, Ye.A.2
Q0jQ2M
46,
U%ILOVA, T.M., red.
(Problems in the theory of probability] Zadaohi po teorli
veroiatnostei. Moskva, Mosk. aviatsionrqi, in-vt im. Sergo
Ordzhonikidze,, 1963. 96 pq (MIRA 17t7)

00140ROVSKIY I S-- ITSKHOKI, Ya.S., doktor tekhn. nauk, prof.,
re se'ien ; VLASOV, V.F., kand. teklin. nauk., dota.,
retsenzent; IAPISp A.A., kand. tekhn, nauk, dots,,,
retsenzent.- ZABOLOTSKIY, N.G., red.
.(Radio circuits and 61gnals) hadiotekhnicheskia tsepi i
signaly. lzd.2.,, ispr. Moskva, Sovetskoe radio, 1964.
694 P. (MIRA 17:11)

GONOROVSKIY I S, *'ITSKHOKI, Ya.S.t doktor.tekhn. uauks prof*..
V.F.9 kand. tekhn. nauk,, dots...
retsenzent; LAPIS, A.I.,, kand. tekhn. nauk, dots.,
retsenzent; ZABOLOTSKIY.-N.G.J. red.
[Radio circuits and signals] Radiotekhnicheskie tsepi i sig-
naly. Moskva., Sove,takoe radiop 1963. 694 p. (MIRA 17:5)

GIONOV, Alskoandur
.The a g nience proportion of the stras^ Lines, average
surfaces and average ~er"Iopos whose fooal mirfaces are forming
a W-pongruenoo, Godishnik fis 55 no.1:159-173 160/161 (publ..162.)

ZAKHLRCVA, K,P.; GIONOV, Al. V. [translator]
Some problems of instillinp into ouvils the concept of
the theory of groups during lesson on geometric
transformations.-Mat i Vz Oug 7 no.5:35-40 164.
l.. Schcol-,.No.4", Moscow (f or Zakharova).

GO.NSALES, A.; HURGANOV, V.M.
RemodeLling a regenerator unit f9r catalytic crackihg. Nefteper. i
neftekhim. no.7:3-6 164. (MIRA 171l1)
I Salavatakiy,kombinat i Vaesoyuznyy nauchno-iseledovatellskiy
;;stitut po pererabotke nefti i gaza i polucheniyu iskusstvenn-ogo
zhidkogo topliva.

,-W( m.)/EPF(c)/T Pr-4 wE:
Ap5oi8685
4/000/D09 /--I" 21r
00 5
17
Karsnn,~v, V. M.t Gonzales, A. kt 0
of cmtact time on the qualitT of tbic- reaction olyttm-e Ln a "t4lytio
craak~ reactor
SOUX9: YeftePiararabotka i neftekhimlyaf.noo 9* 19641 12-15
1 re
IMPIG ZAGSt __petroleum finivAl catalynis
A study 4C the errect ot'conta~c#, time'on Cho yield and quality
roducts showed that there is a rate of priwar-y decomposition
P
t-'-;-drocek.-bon moleculea &t high ap-acA th'~ first
-i t3 rl n,J t h o c ft Z1t ';j 0
aq 'd tho
ad i V e r 'Ir"JUCL6'
j 1111ralkiraLf~d compou, ri ro i
r,2f;iILnce tLc3a of the pr~,d-,a,-', T.-I
~n ia contool. ol unaaWrqii,~i e Ll~
r o, ii rb 0 a a .Pr o c -, a i i n z 4 , i c nru 1L i,; aLI)
s n: 'Lione ~N Do 'f ,I
-OLOSO &0 a MJX%.UrO VJ1.12 fro,'- ad
OrIg. art. has I figu:rot I graph, and 4 tables.
Carwa

L 57116-i!~;
AccEssion hRt Ap5ol8685
.A-wociATinut seaa-mtsidz kombimt (salavixt combine) i v.TIZP
SUBPU =J: 00 MCLI ~ 00 SUB OODE: FP, GO
NO P" =1 002 omt 000 JPRS
isx
card 0

FOV
KURGANOV, V.M.; AGAFQ A.V.; ABAYEVA, B.T.;
POLETAYEVt V.B.; VIVIYER, A.S.; RUDOVICH, M.A.; BELYAYEVA, Z.G.;
RUTMAN, G.I.
Results of redesigning an industrial catalytic-cracking device.
Nefteper. i neftekhim. no.9:6-10 163. (MIRA 17:8)
1, Salavatskiy kombinat i Vsevoyu,-nyy nwichno-issledovatel'skiy
Institut po pererabotke nefti.

laMGANOV, V.M.,- -GONSALES, A.G.
Remodeling a catalytic cracking furnace. Nef teper,, ~I 1wftekhim.
no.5$36-39 164. (*M 17:8)
1. Vsesoyuznyy nauchno-iseledovatellskiy institut po pererabotke
nefti i gaza i polucheniyu iskusstvennogo zhidkogo topliva i
SalAvatskiv neftekhimicheskiv kombinat.

S/282/63/000/OOZ/003,/005
A059/A126
AUTHORS: Kurganov, V. M., Gons les, M. A., Agafonov, A. V~
TITLE: Methods of supplying stocks to a reactor of catalytic cracking
PERIODICAL: Referativnn-thurnal, otdelInyy vypusk, 47. Khimicheskoye i kholo-'
dillnoye mashinostroyeniye, no. 2. 1963, 33,_ abstract 2.47,186
(Novosti neft,~ u gaz. tekhn. Neftepererabotka i neftekhimiya,
no. 8, 1962, 15. 21)
TEXT: Stock feeding to the reactor by single vapor-liquid flow has con-
siderable advantages over the separate feeding of the liquid.and vapor phases to
ies the operation and reduces the operating expensesr.
.the reactor,'greatly simplif
of stock preparation. The contacting method based on spraying of the liquid
phase over the surface of the catalyst layer is the most unsuitable of all known
methods, since it does not exclude coking of the internal surfaces and conglo-
merate formation. The utilization of any cross section ofdropping catalyst
film for contacting with the.-stock creates a uniform distribution of the liquid
residue on the greater partfpf the catalyst, but does~nbt exclude coldng of the
Card 1/2

S/282/63/()00/002/003/005
Methods of supplying stocks to a... A059/A126
reactor. The most advantageous of the alternatives considered is the setup
based on the method of phase contacting under restricted conditions on mo ins
V.
in the suspended state below the distributing plate (model BHIJHHII - K -18
(WIIINP-K-18)). -Fitting out the reactors of catalytic-cracking devices with an
inlet assembly for the stock according to the model VNIINP-K-18 permits: to
process heavy petroleum stocks without coking of the reactor and conglomerate
formation; to increase the yield of light petroleum products by 3 to 5%, to
reduce catalyst consumption by 0.5 to 1.5 kg/t of the stock; to reduce the tem
perature of the stock on discharge.fromthe furnace from 480 - 4900C to 420
45000; to Prolong the time of passage through the setups and to stabilize their
capacity during the whole cycle; to eliminate laborious and dangerous work In-.
volving.the removal of coke from the internal surface of the reactor.. 2here
are 4 figures and 8 references.
(Abstracter's note: Complete translat
ion].
Card 2/2

6- D 1-4 -ov- . '. , 1.* H I --- ----
YUSE I B'OOIC EXPLOITATIoN sov/546o
Leningradukly motalliaheakly xavod. Otdel tekhniohookoy 1nformatell.
Nekotoryye voprosy tekhnologil pro.Uvodatva turbin (Certain Problem
In the Hanufacturo of Turbines) Moscow, Haahsla, 1960. 398 P.
(Goriest Itat Trudy, vyp. 7) Errata slip Incorted. 2,100 copies
printcC
Sponsoring ftency: RSFSR. Sovot narodnogo khozyayotva Leningrad-
Blcogo okonomicheakogo administrativnogo rayons, Upravleniye
tyazhe2:oeo machinostroyeniya, and Leningradakly dvazhdy ordena
Lonina metallicheakiy zavod. Otdol tekh'nichookoy Informataii.
Ed. (Title page)t G.'A.'DrobIlkoj Editorial Board, Reap. Ed.s 0-A.
Drobilko, B. A. Glebov, :A. N. Nayzell, and H. Kh. Pernik; Tech.
Ed.: A.' 1. Kontorovioh; Managing Ed. for Literature on Machine-
Building Toohnolosys Ye. P. Neumov, Engineer, Depart-
ment,14achgIz.
PURPOSE: This collection of articles is intended for technical
personnel In turbine plants, Institutes, planning organizations,
as-well as for production Innovators.
Card--2p=1-

f7
Certain Problems (Cont.) SOV/5460
COVERAGE: The experience of the LMZ (Leningradakly metallicheokiy
zavod Leningrad Metalworking Plant) in the manufacture of modern
large-c,apacity turbines in presented.. Methods for the rationall-
zation of basic manufacturing processes and for the;meahabizatioxi and
automation of manual operations are given. Descriptions of attach-
ments and tools designed by LMZ for improving labor productivity
and product quality are provided, and advanced inspection methods
discussed. References -avocipany some articles. No personalities
are mentioned. There are 20 references: 25 Soviet and I English.
TABLE OF CONTENTS:
F6reword
1. NEW PROCESSING M ETH ODS IN MACHINING
AND ASSEMY,
Gamze, Z. M. EEngineer]. The Organization, Methods,and Trends In
Efforts for Improving, the Easy Manufaoturabillty of Designs for
Large Hydraulic Turbines
Card-a/-j:e-

Certain Problems (Cont.) SOV/5460
Gonserovskaya, M _30 [Engineer]. The Welding of Turbine-Wheel
Blade racm-'an d No7zle Segments Made of Type 15Xhl1MF Steel. 254
Gonserovskiy, F. 0. [Engine erb The Effect of Process Factors
on the Quality of Austenitic LSteell Welds 261
Kochergin,, A. K. [Engineer). Resistance Spot Welding of Metal
Constructions 275
Pachin, V. Kh. [Engineer],, and 0, M. Pevzner [Engineer]. The
Production of. Parts by the Investment,Casting Method 278
Turovskly, A. I. [Engineer], Electric-Heat-Treating Furnaces
Designed by IXZ (Leningradekly inetallicheakly Zavod _-_'~Ienlngiad
r
Metalworking Plant] 286
Feygin, L. A. [Engineer]. Induction Heating of Parts by In-
dustrial-Frequency.Current. 293
Butkevich., P. I. (Engineer],, and 0, A, Sazonov. Iron Plating
Card-4/,12

25434
ILS 0 0 5/1.37/61/00Q/006/058/092
A006/A101
AUTHOR: .0oneerovsk&ya,,T.S.
TITLE- Welding piles of 15Kh11MF steel spee-d-wheel blades and nozzle seg-
ments
PERIODICAL: Referativnyy zhurnal- Metallurgiya, no. 6, 1961, 15 abstract 6E103'
(V sb. "Nekotoryye vopr~. tekhnol. proiz-va turbin!', Tr. Leningr.
metallich. z-daJ no. 7, Moscow-Leningrad, 1960, 254 - 26o)
TEXT K T [A -9-57 (KTI-9-57) eleatrodes are employed for welding piles of
15KhIIMF and 15Khl1MFL blade& and nozzle segments. Welding is performed on d-c
of reverse polarity. Mae piles which are beveled for welding only, on the see-
tion of the shaft perimeter and on the b%ndage,- are welded in a device with lo-
cal preheating to 300 - 3500C. To assure penezraticn of the seam root, the ini-
tial pa3ses are welded with 3 mn diam6ter electrodes, and the subsequent passes
with 4 - r mn electrodes. Piles with beveling for welding on the whole perimeter
of the shaft and bandage .are gripped in the device and then welded outside with
joint preheatling In an 6leotrie furnaCe to 300 - 3500C. Fillet welds are alter-
natingly applied irtc the shaft and handage openings. Welded segments of high
Card 112

2543u 3/07 ~61/000/006/b58/092
Welding piles ... WYA 10 1
pressure nozzles are manufactured in, Two variantst as welded-forged and welded-
oast segment.s. The aBsembly and waldlng of wel.ded-fcrged segment's if; performed
In the following sequenO6: welding-m of Inserts, Ithe rim, the reinforcing ring
and the end eap. The welding and as6embly of welded-cast. segments requires the
use of a device of simple deaign.
V. Gort
[Abstracter's note, Complete.traxnalation]
Card 2/2
P
4

- - -- -------
A T Ci, 7 (1 2 C) S. 2 ~7
M'iterials for the welded-Parts of stea-m, gar. and hylrauh-c t,-3rhtnes
z a, od, 'Ittd t- 1~i,:
~i~raclik:l 77 ---taJlHrriesrci,;, :nt ~rnqtsll rr
-i gvarochnovo
-I-q- t
airbine, crpr. hirhine. hwrirnulio turhl, nv~'.t !--q!qta,,.t qtee.1,
rr
C, C), 17-0,37 Si, 0.4-0.7 Mu, 0.9-1. 2 C r, 0. 2~ - 0.3 5 M o, 1 .5-0. 3 5 V, not
Card 1/3

ACCFSSION NR: AT4047026
over 0. 03 P), and of the TsL-20 electrodes for these metals (0. 08-0. 13 C,
0. R - 1. 2 C r, 0. 4 - 0. 7 M o, 0. '0-0. 2.1 not over 0. 04 S, not
r, th(, begr resi-11ts WheTI wf-lrfin -it thr, 7, (' r! l
For

1 N1 1 b titee I i) Mn.
MO. S and
I P_r~d KTI - 10 e lectrocles (U. ()9 13 u (1.:S -1). 7 6- 1. 1 N1 n, 9.5-11.5

-0. 4 V, not over 0. 03 S,
W,
P) S I i (~, wthe be4t
frr veldin
eratures
For
as turbines havin
workin
tem dif-
ab-
ve 600 C
g.
g
p
g
g -
,
elec-,rodes are used with not over 0. 12 to not over 1). :12 C, not over 0. 3
-16 Cr. 7.5-3R 0. 6- 1 C* Mo.
0. 5 - .1, 0 M n, 14 1 0. 9 0.6-3.5
'J. 2 - 1.5Ti, riot over 0. 015 to not over G. 03 S, and -)t over 0. 025 to not
tii0iine~: ire !radf, of I OK'h 1 1 C
i -lot
V I %Velcing

~rlTozra-dskiv metallif-heRkIV 7-1-Vr-Al 1 A-,'I a~' M OtA 'IC';j rV,
0 FNC L: 00 R mm, P'R
OTHERi 000
:`-)Vi 002
Card 3/3

J"

7 7 77 t' ;-N P "FVP(k I
Air', IF i,
"'4: t3f) 9. 14. 018. 5 /4

SOURCE: Ref. zh. Metallurgiya, Abs. IE57

AUTHOR- (~pnserovskava. T.
-
-
-
-
-
i
~

.
M TiTLET7 Materia
iae
structural elements
l
s To;
F
we
l in steam, gas and hydraulic
o turbines
CITED SOURCE: 7"r. Leningr. metal. z-da, v. 11, 1964, 52-71

IC TAGS: metallurgy, ferrous metals, welding, turbine, hpat resistance
T
OP

~c-- velded p-irf- -it tho -me-tal p1ant were- c

I- io Izi.
:W'L

for ~7
e

-7- Card 1/2
Mtko

7
L 52945-65
ACCESSION NR: ARS008966
which should have 2-5% ferrite phase in the molten metal ane used, 10" IRN3G3D2. L
7A-92S ele-trodes which ar-e stable ir a.~~rasi--
tions are used in making hydrqplic turbines. Work is in p-t-o-?Iess on overcoming
pr,oblems in welding 30Kh10G101&teeI, which, according to. pm I.-iminary data, is
n I 't
-istp - c cavitdtional and abrasi-.e ;ear
SUB CODEF: W4, IE ENCL: 00

T f) 'I" T L- -I A f, mo, 1 1 i hl
gy, rerrous --;ct --irt;
7-1

Ccrc 2

GOffSBRGVSKIY, F.G.,Anxhaner.
Meeting on welding heat-resistant austenItic stools. Bnergmashinest"oule
no.;3:31-32 Ky 156-. (KM gig)

GoNsmajays, ir.
welding austodtle steel at the Lemisoad, Notallurgima plant.
Smarpmashlustroulo ao*4;23-26 Ap 156. (KWU 9:7)
(Steel-Welding)

18(2,5) SOV/125-59-9-11/16,.
AUTHOR: Gonserovsk.iy, P,G., Engineer
TITLE: Influence of~Sequential Tayer Peening on Metal Quality
in Austenitic Welds
PERIODICAL: Avtomaticheskaya svarka, 1959, Nr 9t Pp 81-87 (USSR)
ABSTRACT: The Leningrad Metal Works imeni Stalin had to surmount
a number of difficulties in connection with the intro-
duction of austenitic steel welding, due to the appea-
rance of 1-2 mm'long cracks in metal built up by
electrodes TsT-7 and TsT-13. It was assumed, sequen-
tial peening would eliminate these shortcomings because
in perlite welds it reduces the stresses during the
process of welding. This method was applied.also to
austenitic wel,4s and began to be used on a large scale.
However, in 1155-1957, special research, carried out
in the central.laboratory of the Works for determining
the influence of peening on mechanical properties of
austenitic welds has led to altogether different con-
clusions.~During research, test-piece such as shown
Card 1/3 on page 82 were used. Their welding was performed by

SOV/125-59-9-11/16
Influence of Sequential Layer Peening on Metal Quality in Auste-
nitic Welds
,TsT-7 electrodes with a diameter about 3-0,- Condi-
tions of welding were: Current intensity 110-130 amp.;
tension 30-35 v. Results of research in respect of pro-
perties of the metal fused by means of above electro-
des are given in Table 1. Tables 2(Rider) and 3 give
figures pertaining to transversal shrinkage, welding
stresses and mechanical properties of joints welded
both with peening and without it. The final conclu-
sions drawn on the basis of research are: Sequential
peening of austenitic welds is not exDedient; in non-
rigid welded bonds, the use of it reduces, to a
slight degree, residual stresses in welds, but, in the
case of rigid bonds it increases the stresses. At the
same time it changes mechanical properties of welds by
increasing their strength and diminishing their plas-
ticity and shook tenacity. There are 4 tables, 4 dia-
Card 2/3 grams and 4 Soviet references,
~3 ~m
q
g

SOV/125-59-9-11/16
Influence of Sequential layer Peening on 1.1etal Quality in Auste-
nitic Welds
ASSOCIATION: Leningradskiy ordena Lenina metallicheskiy zavod Imeni
Stalina (I!eningrad Order of I-enin Yetal Works imeni
Stalin)
SUBMITTED: September 20, 1958
Card 3/3

Y-_F~_e~l
t) N F f~
MSE I BOOK EMOrIVATION SOV/546o
Leningradakiy metall1oheakly, zavod. Otdol tokhnichookoy Informatail.
Nekotoryye voprosy tekhnoloSIiproUvodctva -turbin (Certain Problems
in the Manufacture of Turbines) Moncow, HanhSiz,
-1960. 398 P.
(Seriest Itat Trudy, vypo 7) Errata slip inserted. 2,100 copies
printed.
Spontsoring Agencyi 'RSFSR. -Sovet narodnogo khozyayotva Leningrad-
Bkogo okonomichookogo adminintrativnogo rayona, Upravlenlye
tyazhologo machinostroyeniya, and Loningradakly dvazhdv ordena
Lenina metallioheakiy'zavod. Mel tekhnicheakoy Informataii.
Ed. (Title page)s'G. A. Drobilkoj Witorial Boardt Beep. Ed.t G. A.
Drobilko, B. A. Glebov, A. M. blayzell, and M. Kh. Marniki Teah.
Ed : A. I. Kontorovioh; Managing Ed. for Literatu~re on Machine-
iUlding Technolosyt Ye. P. Haumov, Engineer, 'Leningrad Depart-
ment, DTashS1z.
13OSEs t This collection of artioles Is Intended for technical
personnel in turbine plants, institutes,, planning organizations,
as well as for produotion Innovators.
Card=1?ar
4

f7
Certain Problems (Cont.) BOV15460
COVERAGE: The experience of the LMZ (Lenlngradakiy metallicheBkiy
zavad Leningrad Metalworking Plant) in the manufacture of modern
large-capacity,turbinee in presented. Methods for the rationali-
zation of basic manufacturing processes and for the',meahanizatiod and
automation of manual operations are given. Descriptions of attach-
ments and tools designed by LMZ for improving labor productivity
and product quality axe prov;Lded, and advanced inspection methods
discussed. References accompany some articles. No personalities
are mentioned. There are 26 references:. 25 Soviet and 1 Rnglish.
TABLE OF 0ONTENTSs,
Foreword 3
1. NEW PROCESSING =RODS IN MACHINING
'AND ASSEMBLY
Gamze,.Z. Me' (Engineer]. TheOrganization, Nothods,and Trends in
Efforts for Improving theiUsy Xanufacturability of Designs for
Lar lio'Turblnos .5

Certain Problems (Cont.) SOV/5460
Gonserovskaya, T. S. [Engineer). The Welding of Turbine-Wheel
Blade Packs and Nozzle Segments Made of Type 15]KhllMF Steel' 254
Gonserovskiy F 0. (Engineer], The Effect of Process Factors
lustenitic LSteel] Welds
263.
Kocherginp A. K. [Engineer]. Aesistance Spot Welding of Metal
Constructions 275
Pachin, V. Kh,.[Engineer], and G. M. Pevzner [Engineer]. The
Production of Parts by the Investment Casting Method 278
Turovskly, A. L. [Engineer), Electric-Heat-Treating Furnaces
Designed by LMZ [Leningradakiy metallicheskiy Zavod-~~Ijwnjngjad
Metalworking Plant] 286
Feygin, L, A. [Engineer]. Induction Heating of Parts by In-
dustrial-Frequency Current. 293
Butkevich, P. I. [Engineer], and G. A. Sazonov. Iron Plating
Card 8/12

ZEMZINV VIN., kand.tekhn.nauk; SMIRNOVA,, I.D., inzh.; GQNSEROVSKIY, F.G.,
inzh.; BIRYUKOV, VA. inzh.
Welding high-chromium heat'resistant steel for steam turbine
parts. Trudy LMZ no.9sl59-174 162. (MM 16x6)
(Steel, Heat-reoiotant.-Welding)
(Steam turbineo-Design and construction)

PETROV., Georgiy L'vovich; ZEWIN, Viktor Nikolayevichj XQHSAFQVSKIY.,,,
~rl ~evich~KUREFIKA, G.N., red. izd-va;-BARDINA,
F~sdor Gri
A.A., tekhn. red.
J!deldingof heat-resistant atairdess steals] Svarka zharoproch-
.nykh nershaveiunhohikh stalei. Moskva, Mashgiz, 1963. 247 p.
(MIRA 16:5)
(Steel, Stainless-Volding)
(Steel, Heat-Resistant-Welding)

0 AISC-
PHASE I BOOK EXPLOITATION SOV/6435
Petrov,.Georgly Llvovloh, Vlktor Nikolayevioh Zemzin., and Fedor
Grigorlyevich Gonearovskiy
Svarka zharoprochnykh nerzhaveyushchikh staley (Welding of Heat--
Resistant Stainless Steels) Moscow, Mashgiz,-1963. 247 p.
Errata slip inserted. 5500 copies printed.
Reviewer: I. A. Zaks, Engineer; Ed.:. B. 1. Bruk, Candidatt of
Technical Sciences; Ed.-of,Publishing House:, G. N. Kure~ina;
Tech. Ed.: A. A. Bardina; Managing Bd..-for Literature on
Machine-B61idingTechnology, -Lenlngrad Department, Mashgiz:
Ye. F. Naumdv., Engineer.
PURPOSE: This book in intended for engineering personnel.of plants,
design bureaus, and scientific research establijohments concerned
vMUnnuEacture and design of welded structure's made from heat-
resistant steels and alloys.
,Card I/IL
2-:

Welding of Heat (Copt.) SOV/6435
CovEmE: The book reviews problems connected with welding of
high-alloy heat-resistant.ohromium and chromium-nickel steels
and some heat-resistant.nickel alloys, and problems of weld-
ing these materials.to low-alloy steels used in structures
which operate at high temperatures. The Introduction and -
chapters I. III, and IV were written by 0. L. Petrov, chap-
ters 11 and V by V. N. Zemzin an d chapter VI by F. G.
Gonserovskiy. :No personalities are mentioned. Most of the
192 references are Soviet.
TABU OF CORTENTS
Introduction. 3
Ch. I. Heat-Resistant Steels and Alloys Used in Welded
structures 5
1 Complex f properties determining heat resistance 5
2:_ Methods Ofordetermining heat.resistance 5
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Cord 1/2
- - - - - - - - - - - -
T~

L 13551_65-:--
CESSION NR: AT4047027
has an IHB hardnesa of 430-470, The deDogited rietal can-
-0.30% C, 0.9 maxZ each Si ano Mn, -251 Cr, 4.5 -5.0 1
Mo. Laboratory and ftel--i t?stq 91iowed tne metal to be
3 i II a C., t t o c o r r o a i on c a v I t c t a i n e a r nd welding-
'aLI o n EA -25 electroues c. r i
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GONSEROVSKIY, F.G., inzh.
Properties of l5Kh5W weldeUsteel joints made by the electric a2M
r,,iv%" -- nd I /- I IUTDA

d
m)/gfA( )/]~#P(v,)/T/JWP(t)/W(k)/WP(z)/W(b)/&iA(h)/W- A( 44~
t 3235-66 E14T

ACCESSION NR.- M021984
AR/0286/65/600/014/0059/0059
6214791.89
Be nnyyj 0-1.
AUTHORt Gonserovskly, F. G'.
Vil. i

E- 'Method of weldin
IT 9vafiadiuM:t6:chromium and chromium-nickel stainless a eels
T

and- nick 1-4110ye.. -:Class 21j I(q.,
112924

t tova_r,nykh.
SUMCE Byulleten Z,
znakov, no. 14 i 19659,59.-
obre
,
WOPIC TAGS-_ chromium steel, stainless'steel; chromium-nickel-ater.1- nickel a4ci

um tainlohs steel vanadium'jolning, nickel alloy
vanadium, vanadi vanadiuai
veldink, s
7--
7

4

7-
7
joining

tc
issued fbr a method of welding:vanadium:
ABSTRACT. An Author Certificate has been
.
-base alloys. To obtain,
chromiwd;_~. or. chromium-nickel stainless steels and nickel
better dUctility and. thermal stability of veld6d Joints, the welding isdone with
the use of a third metal 'an-Akmcolron-base alloy containing U-17% Cr, (NS
_7-
Oigafti zataiya: g9pilAiLiAvenno Awiteta po audostrop!n1yu SSSR
ASSOCIATION,! go

'::I rg zat -the Stflte-~Combdttee -on Ship
'Buil ingiSGS
~1(0-ahi' ion 6f

7
ENCLI 0
'Y 'SUKETTED: 22WA 0 SUB COD
RFF SOV., 00
Wn OTIM.. 000 ATD PRE
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ACC Nks AP6011215 SOURCE,r.ODE: UR/0413/66/ooo/006/0052/0053
INVENTORs Gonserovskiy,- F.,:C. 4herman, V. P
ORG:- none
TITLE: Method of j6iningniobium and-its alloys to va,nadiums' Class
.21, 'No. 179855.
Izobreteniy
SOURCEs ap-promyshlennyye obraztsy, tovarnyye znakto no, 60
1966, 52-53
TOPIC TAGS: welding fusion.weldLng.-niobiumo niobium alloy, niobium
welding, alloy welding, vanadium, filler material, titanium,. titanium
filler, niobiwa titanium wAding
ABSTRACTi This Author Certificate -introduces:a method of welding-
Iniobium and its alloys" to vanadium.-&,[ To ensure a high ductility -of
A
we titanium is used 49 ft1lermaterial IND
SUB CODEC' 13/ SUBHDATZ:,~,22AprW ATD PRESSt 170
we sZlar metals
1ding of d&
UDCs 621,79la762.5.Q42,
ard

YARPOLISKIT, L.K.; VISMMVSKLTA, G.O.; WORSKIT, D.F.;-GRUZ, B.Te.;
YAESINEW, A.S.,- MI"XIN, I-a.; G~~~T& ~T--; KIPRWOV,
A.I.
Improvement in the'sethad for producing p-nitrophenylehloro-
metl~rlcarbinols. ~ M4deprom. 13 noJi20-21 Mr '59.
(KIM 12:5)
1. Institut organicheskoy khtmil. AN MR i liyevskiy khimiko-
Imuld,* sayod Iment 9- V.Lomononoyso

KOROVYAKOV, I.A.; NELYUBIN, A.Ye.; RAYKOVA, Z.A.; KHORTOVA, L.K.; GONISHAKno;
VA_ V-1 nauchnyy red.; POSPEWVA, A.M., red.izd-va; IYERUMAIAM;
KAYA, Ye., tekhn.red.
jOrigin of.Norillsk trap intrusions bearing sufide copper-nickel
ores.) Proiskhozhdenie norillskikh trappovykh intruzii, nesushchikh
sullfidnye medho-hikelevye rudy. Moskva, Goageoltekhizdat, 196). 100
P. (Moscow. Vsesoiuznyi nauchno-issledovateliskii institut minerall-
nogo syrlia. Trudy, no.9). (MIRA 17:2)
le Vsesoyuznyy nauchno-issledovatel skiy institut minerallnogo syrl-
ya (for Korovyakov,, Nelyubin, Raykova, Khortova).
X_-
i'*2i~7_. '-U

C, A
I?

GONISJUKOVA. V.I.
region (southwestern part of the Siberian
Trapp of the Angara,-Ilis . .. (KLRi 7:3)
platform). Trudy Inst.gool.nauk no.147:3-27 #53.
(Angara-Ilis region-B&gs1t) (B&s&jt-wAngara-Ilim region)

ISHAKOVA, V.I.
-wo --p:ii 04
Iffusive rock of the Lovor Paleasole In the reCion of ChInels-2m.
Trudy Inst.geoloAmak. no-* 147:28-54 153. (NLU 7:3)
(Chiiigiz-T&u--Raokv,- Igneous) (Booka, Igneous--Chingis-Talu)

GONISWOVA, VoI.
A ease of contact effect of trapps on limestones of the
lower Cambrian. Dokl*AN-SSSR 94 no-3.-35j-556 A 154.
7: 1)
1. Predstawleno akadenikom S.I-.Kironovym.
(Poledul river-Petrol osy) (Pbtrology--ftlefti river)
Ell

GON'SHAKOVA, V.I.
Avildence of trappean voleaniss occurring in the late Lower
Juriusic period found In the Siberian Platform. Dokl,AIF SSSR
93 no.4037-839 AP,134. (Mu 7:3)
1. 'Institut geologiI.Tostochno-Sibirskogo, filial& Akademil nauk
USA. (Siberian,Platforu--Geology, Stratigraphic)
(Geology, Stratlgraphlc--Siberia~ Platform)
I Pis &%MMMaWHMMM

Rb

-
the we- 'Vit
Fridagooft amygdalsild dimbasers o stein yq
.
depressioG.'- V, 1. , Gon'sInikova
(East-Siberian Pilial,
Acad. Sd. U.S.S.R.. IMuts Zillpiski Vusayus' ifs'n-
eralog. ObAckeava 84, 3321-40(1956).-mm-The diabases (~~r
-
G
eith
h
i
i
i
di
i
i
i
i
b
f
i
er
c or
a5
ac
c
n martne:
n a porp
t
n a tu
cro
a
c
yr
s.
Jumssic sedirlients; the dikes are 10-100 in. In thickness.
The atnygdutes of 2 mm. to 5 cia. in diam. ate normally
filled with Calcite, opal, or uolites (Spirialcime and itatrolite).
'
Xcnoliths
of sandstone and of Siluriiii dolomite marts often
tire disselitimated through tile Tock of -~ii ivy cm- to '21 n), its
diant,; they are strongly impregnated with quartz and cal-
cite. Chloroplitleite and valagouite are everywhere dis-

pemd ill vehiliets
of I miss. to 6 cm. in thickness, of black
;color. with. art Ve.0, content of 11-261"~ but lo%v in CIO
(0.78-3.550- The paligouhs: b uitially obierved lictwecit
the graini of plagloclast usitt pyroutie or oil I lie walls of the
C"kicite-v.0ite-filled amyRdides as a thin fitiu. Ill tile
porphyritic diAmic (with pliettocrysts of bytownitt! unit
evess iiii(xillite compti.) it eldoritic mincral is often funiml,
-ally in file ceiltral partit of tile aillygdItles, zorrounded
lly pale-greett P-Atgollite. -The pyroxelles -are clinoctv'ta-
ite-dioliside or occasionally a
57 'i0,,'
hortuniflitic oliyiits: (with. i '/a Fe.,S 2 11 - -71*)
Tile palagonitr i~ partly i~sisropitr. parily anivAropic, Willi
0 vari'llilt, I)et%yvvfl 1.5,191 alld 1.539. hill alu) 1.557 1., m-
cusiotially. obiervvd; tismilly it is tlv;~p-browu ill vOisr.
Tlie high vontents its 11,0 W tile palagoijites iii,licate the
At le-murtma it:, (it igilk u( Stt;:I~
fligis ill I 1~0.iml '%(), I'll I 14t%y ill !ii0~.11101alkillivi.
its: fillilig 111C aillygd1ifes oftels 'hows tile climilivi; tiltAly.11
wbirb the1ate-neirimitiv have 1104.1 ill; ill,- -Wral
parts Willi calvire ur I

AUTHORt Gon'shakova, V.I. SOV-11-58-8-4/14
TITLEt ~Featuree of Occurence and Progress of Intrusions
(Neko-
South-East
Part of Siberian Plateau
of Traps in the
toryye osobennosti razmeshcheniya i mekhanizma vnedreniya
trappovykh.int~uiiy v yugo-vostochnoy chasti Sibirskoy
platformy)
PERIODICALt Izvestiya Akademii nauk SSSR, Seriya Geologicheskaya, 1958,
Nr 8, PP 38-56 (USSR)
ABSTRACT. The Bouth-east part of.the Siberian plateau is composed of
five-basic structural elements: 1) The Angara-Lena Lower
Paleozoic deI ressio.n; 2) the south-weBt part of the Vilyuy
syneclize; 3~ the north-east extremity of the Baykal folded
zone; 4) the Berezovka depression and 5) the north slope of
the Aldan anteclise. The unusual structure of the whole
region caused a predominant development of both dyke-like and
blanket-like formations. The process of formation of these
trappean intrusions was different for each of the five parts.
~Parts with~onlyslightly dislocated plateau cover and with a
crystallic foundation disposed near the surface (the Aldan
anteclise) possess highly developed dyke bodies associated
with numerous disjunctive disturbances, usually forming large
Card 1/6 zones stretching in a north-eastern direction. Ruptures, in

SOY-11-58-8-4/14
Specific Features of Occurence and Progress of Intrusions of Traps in the
South-East Part of Siberian.Plateau
the form,of faults, and stretched fractures, through which
the basic magma intruded, were formed simultaneously with
the post-Cambrian deformations of the Archeian and Cambrian
strata. In the part of the plateau characterized by peculiar
folded formations and by powerful Upper Cambrian and Ordovi-
cian sedimentary layers (Angara-Lena depression), trappesn
intrusions are absent from the south-west part of the depres-
sion and found in its more elevated north-western part. in
the northern areas of the depression, where the sedimentary
blanket.formation is less important and only slightly dis-
loca ted, trappean formations are numerous and of varied form.
Powerful trappean blanket tormations are also found in the
north-east extremity of the Baykal folded zone. Thelargest
varieties and forms of tr~appean intrusions are found along
the lines of junction of the five enumerated parts. These
trappes belong to different eras of formation and their com-
plex nature is the result of different tectonic movements
connected with voloanieprocesses. In the Berezovka depres-
sion$ the trappean blanket formations are found at a depth
Card 2/6 varying from 500 to 2,000 m. Slightly sloping dykes, ob-