SCIENTIFIC ABSTRACT MARCHENKO, YE.A. - MARCHENKOVA, L.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032220016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ARMIYNV. D.Te.. inzhener; KARGHHHKO, Ye.A., inzhener; POLYAK. G.I., inzhener.
--Dc~ ~-4
Equipment for linear capacitive compon3ation in 110 and 220 k7.netvorks.
Elektrichestvo no.8:33-40 Ag 156. (KIRA 9:10)
1.NRuchns-iseladevatellski.v inetitut postoyannege toka.
(Electric power distribution)

PHASE I BOOK EXPLOITATION 876
Marchenko, Ye.A., Rozovskly, Yu.A., Shur, S.S., Candidates of Technical
- ------------- S'c
. ~en ii~
Prodollnaya yemkostnaya kompensatsiya 1iniy elektroperedachi (Series
Capacitor Com ensation in Transmission Lines) Moscow GoBenergoizdat,
1957. 47 P. Mries: 1z opyta Bovetskoy energetiki~ 11,300 copies
printed.
Sponsoring Agency: Orgres, trust, Moscow. Byuro tekhniche8koy
informataii.
Eds.: Korquntsev, A.Y., Candidate of Technical Sciences, and
Demkov, Ye.D.; Tech. Ed.: Medvedev, L.Ya.
PURPOSE: The book is intended for designerEk and network technicians
undergoing training for the operation of peries capacitor compensa-
tion installations.
Card 1/4

Series Capacitor Compensation In Transmission Lines 876
COVERAGE: The authors describe the purpose and applications of series
capacitor compensation and discuss special features of short-circuit
conditions in compensated transmission lines. They describe the
basic principles of erecting serles capacitor batteries and also
special behavioral properties of compensated networks. They supply
connection diagrams of capacitors and discuss the problems involved
in protecting series capacitors against internal damage;,they also
give examples of completed installations and their operational
testing. In writing the book the authors drew on materials publish-
ed by teploelek-troproyekt concerning construction oS the Kuybyshev
e-lectric power transmission line, the works of N.N. hchedrin and
A.V.Korsuntsev; M.L.Levinshteyn of LPI; M.A.Babikov and A.I.Dolginov
of MEI; and V.V.Andreyev, V.M.Faynitskiy and A.K.Gertsik of NIIPT.
There are 40 references, of which 27 are SoViet, 10 English,
1 French and 2 German.
TABLE OF CONTENTS: 4
Introduction 5
1. Purpose and Applications of Series Capacitor Compensation
Card 2/4

Series Capac1tor Compensation in Transmission Lines 876
2. Special Features of Short-circuited Compensated Transmission
Lines 8
3. Overvoltages in Compensated Transmission Lines
a. Overvoltages during transient conditions after cutting off
the short-circuit beyond the series compensation Installation 12
b. Overvoltages under frequency dividing conditions jr,
c. Overvoltages on contacts of a circuit breaker cutting out
a no-load line equipped with series capacitors 17
4. Self-hunting of Synchronous Machines Operating on a
Compensated Line
5. Protection of Series Capacitors From Short-circuit Overvoltages 23
6. Connection Diagram of Capacitore and Protection of Series
Capacitor Battery From Internal bamage 31
a. Limiting the energy discharge from sound capacitors to
damaged ones 31
b. Protection of capacitors from damage to tank insulation 32
Card 3/4

Series Capacitor Compensation in Transmission Lines 8,76
7. Examples of Completed Installations and Their Operational
Testing
a. Basic information on series capacitors In a 1110-kv network V1
r
b. Series capacitors in a 220-kv network
c. Operational testing 37
8. Design Data for Series Capacitors in a 400-kv Line 40
a. Series capacitors In the Kuybyshev GES - Moscow
transmission line 41
b. Capacitors 4P
c. Diagram of a capacitor battery 43
d. Protection of the installation from overvoltages 44
Conclusion
Bibliography
AVAILABLE: Library of Congress (QC587.0'()
46
47
JP/whl
Card 4/4 11-21-58

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AUTHO-,.: Kazachov, A.I., Kurochkin, F.I., Engineers and 104-2-14/38
Marchenko YE.A.,-Candidate of Technical Sciences.
f~~
TIM,': On the conditions of operation of shunting circuit
breakers in series compensating installations. (Ob uslov-
iyakh raboty shuntira3rashchikh vyklyuchateley v ustanovkakh
prodolnoy kompensatsii)
EZRIODICAL: "Bilektriclieskie Stantsii" (Power Stations), 1957,
Vol. 28, No.2, Pp. 56 - 60 (U.S.S.R.)
ABS'2RACT: Series capacitors in transmission lines Ilave discharl-,--rs
to protect them from overvoltages when short circuits occur
on the lines. The capacitors are provided with a shunting
circuit breaker intended for operational switching and for
disconnecting the installation for repair or examination. The
operating conditions of these circuit breakers have certain
special features. The class of insulation can be lower than
that of the rest of the system if the breakers am installed
on an insulated platform. The rupturing capacity is not very
great as the greatest cu-rrent to be disconnected is the line
current in normal overload conditions with a low rate of rise
of restriking voltage because of the larg'.- capacitance in
parallel with the contacts. There are certain additional
Card 1/3 requirements in that the breakers must withstand the thermal

On the conditions of operation of shunting circuit breakers
in series compenuating installations. (Cont.) 104-2-14/38
and dynamic effects of the discharge currents. However, tests
carried out with circuit breakers types BBH-110 and BY,35 on
a 220 kV installation show that no damage was done to current
carrying parts by electro-dynamic forces after multiple pass-
age of discharge currents the amplitude of which was much
greater than the normal permissible maximum short circuit
current. Tests that wei-e carried out are described and thu
results are given in the form of oscillograms. it was found
that the de-ion grids took no part in the process of are
suppression and may be removed whilst the contact system
must be made in such a way that rigidly mounted Darts are not
in the way of the explosion wave. The contact system was
accordingly reconstructed and the way in which this was done
is illustrated. Because of removal of potential screens the
discharge voltage between budings and tank was reduced by
10 - 15 kV.
Apart from the danger of dynamic effects of the explosion
wave on the contact system the-quantity of energy dissipated.
in the breaker after a large number of repeated discharges
of the condenser battery may greatly exceed the energy dissi-
Card 2/3 pated during the heaviest short circuit and so the content of

on the conditions of operation of shunting circuit breakers
in series compensating installations. (Cont.) 104-2-14/38
oil deterioration products is high; the oil had to be chanEed
after shunting a few times a 220 kV condenser installation with
a line current of 600 A equal to the rated curzent of the
breaker. Contamination of the oil was insignificant at currents
up to 450 A. This nontamination can be reduced by increasing
the speed of seDarz..ion of the contacts and increasing the
damping resiste4ices in the breaker circuits. It would be
advisable to develop circuit breakers of light construction
specially intended for operation in series capacitor install-
ations. Circuit breaker BM-3; cannot be used without recon-
struction of its contact system.
There are 7 fiEures and 3 references.
AVAILABIY,:
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KOSMKO, M.P., akademik; ZAVALISHIN, D.A., prof.; SHCHURIN, N.Y., doktor
tekbn. nauk; aAWTA. P.Z.. inzh.; TAZHNOV, A-L, kand. tekhn. nauk,
dots.; ROZOTSKIY. Tu.A.,, kand. tekhn. nauk; KARCEWO. Ta-A0. kand.
tekhn. nauk.; POLTAKO G.I.. inzh.- VMIKOT.-*.XTo __doktW__G'k1xn. nau prof-
Dynamic models of power systems, Alektrichostyo no.2.'78-85 7 158.
(MIRA 11:2)
1. fisuchno-iseledovatellskiy institut postoyannago toka (for Schedrin,
Salita, Vashhov, Rozovekly, Marchenko, Polyak). 2. Chlen-korrespondent
AN Usbeksio? SOR (for Shchedrin). 3. Yookovskly energetichenkly
y
Institut (for V"enikov).
(Electric networks)-

L 2572-66 EM('2)/EPF(c)/9W(j) WIGS111M
ACCESS10111 NRj AT5022679 UR/0000/65/000/000/0285/026
Q 44
AUTHORS, Akishin, A. ra, G. Isayev, L. A Bergeyom, L. M-i 11
I.; Tronnsnm""
An va, K. G _]Varchenko, Te. e ie-i-evo-1. K. g4-1
TITLE: Behavior of friction J,inctions and some self-lubricating materials in a
,vacuum under ion bom -iEent
Na
SOURCM AS SSSV. Nauchnyy sovet po treniyu i emazkam. Teoriye. trmiya i i=oo&
(Theory or friction and wear). Moscow, Izd-vo Mauka, 1965, 265-269
TOPIC TAGSj frictiong wear, solid lubricant, molybdenum disulfide, poly"re ion
iradiation effect/ AMAN self lubricating material, AF U plastic lubricant
ABSTRACT: The effects of hydrogen ion bombardment an the coefficient of rriotio~
'and on wear of friction junctionwwore inyestigzated. Self-lubricating sateria,24
2hite S ~WS2# We., and various polymeric bonding matricest ando
:.containing_iTa
]in particularg/mai4rial AUM, bronze-based tallocor&nio coated with MOS2 and
~plaqtio AF-Z&sre tested in lute aRMat"Ic on Fig. i on ths, Naolosurs. The
japeoimeni -ware irradrat*d with 5-Key hydrogen ions, and their friction =4 wear
1 Charect, ristics -&mln t a stool show (I kg. I*M, 1 e2 v/soo) were mommed over a
Card 114(-q

L 2577-66
ACCESSION M AT5022679
9*5-hour period (I hour run-iny 2 hours in vacuum# 6 hours in* vacu:uz under radistli
and 30 minuteo without radiation, or I hour run-in and 8.5 hours in mcuum witbaut
l
,radiation). It us found that the coefficient of friction decreased sianificantly
iin vacuum, but that radiation had no measurable effects on friation. or wear of OW
;materials tooted. Thus the coefficient of friction can be calculated from
1=0,35C,(
A +o.90
(wherG adhesion coefficient, C 5 and y - microstructure characteristics, 'r0
.specific shear adhesion, p - contour pressure) which is suggeated by KrWl'skiy
and Mikhin. The wear can 9e calculated from
A -in 2 7
+ 110910 + #112
(where 9 angle of Irregularities an friction surfa;et- *] ption In tension,
T' - yield point). Orig. art. hass 2 forovil", 3 tableso ard 2 figures.
AsSOCIATIORs fauoluVy sovet po trenip I msken# AITUM (ioisatitio comittes on I
M491 r, Lubrication,

I L 2572-6.6, -- -- - -- - . --- --, - - .- .
ACCESSION Us AT5=679 - -
cm. FF, pw
.SUMTMI IMS165 ENCLI 01 m i
I -OZMI OW I
!NO MN Sao Ow
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i C.~d 31fS

S/138/62/000/008/007/007
113 ~ro A051/A126
AUTHORS: Levitin, I. A;, Poloskin, Ye. N., Petrova, V. D., Marchenko, Ye. D.
TITLE: Apparatus for testing ozone resistance of rubber
PERIODICAL: Kauchuk I rezina, no. 8, 1962, 51 - 53
TEXT: The Moscow Tire Plant has developed and perfected a new apparatus
for dynamic testing of the ozone resistance of rubber, based on experiments by
the NIIShP and the principle used at the NIIRP. The apparatus determines the
ozone resistance underdynamic conditions by periodic expansion of ntandard
rubber samples In a chamber where a given ozone concentration is maintained. The
schematic diagram is shown in Figure 2. The test conditions for tread rubber are
given by the following figures: constant expansion 15%, variable axpansion 25%,
expansion frequency 15/min, rate of air_Rupply into the chamber 2e/min, ozone
concentration in the chamber (1+0.2)-10 w.p. The disadvantages of the apparatus
are: lack of automatic control of ozone concentration and the impossibility of
creating temperature conditions within the testing chamber. There are 2 figures.
ASSOCIATION: Moskovskiy Shinnyy Zavod (The Moscow Tire Plant)
V
Card II

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Indastrial sanitary supervision In ESISR, Gig. sanit.. Vaskys, no.4:
52-56 Apr 1953. WIML 24:4)

AUTHOR VOTTOVETSKIY V.K-., LEVIN B.A.9 MARCHENKO' J. PA - 26TO
TITLE soft 15-800 keV Radiation Accompanying Ul--'7-Mssion Induced by
Thermil Neutrons. (Hyakhkoye T-izluoheniye v ablasti energiy ot
15 do 800 keVq seprovozhdayushcheye deleniy U235 teplovymi
neytronami.- Russian)
PERIODICAL Zhurnal Eksperim. i Teoret, Fiziki 1957, Vol 32, Nr 2,
pp 263 - 267 (USSR).
Received: 5/1957 Reviewed: 6/1957
ABSTRACT Experimental order: In a current of thermal neutrons an ionization
chamber with U4.):) was fitted which registered fission fragments.
For the purpose of analyzing the amplitudesp the amplitudes of
a scintillation counter which coincide with the fission fragments
resulting from fission fragments ate selected by means of a
coincidence scheme and a "goal". The experimental order is
discussed by on the basis of a graph. Measuring Results are wail
reproducible an the ecoasion of repeated measurements. - 5910
acts of fissioning per sea were registered. A diagram illustrates
the amplitude distribution of the momenta of these r-raydVxhioh
as regards time are verrelated with the fragments within the
energy interval 15 - 400 kaV- Statistical accuracy of measurements
'%counts to 0,5 - 1,5 %. The ph*topeake correspond to the energies
.2 , 6o, 1o1, 119, 142, 207, 295 and 360 keV. Measurements carried
CARD 1/2

235 PA - 2670
Soft 15-800 keV Radiation Accompanying U Fission Induced by
Thermal Neutrons.
out with a lead layer of 5 mm. thickness between chamber and
crystal permit the evaltation of the inf luenoe exercised by non--
elastic scattering. In the spectrum obtained by means of the
layer of lead the lines 27, 101, 119, 142, 29,~~.V - are lacking
and the line 360 keV is considerably weakened. The line 60 keV
was fully conserved and a weak radiation of 207 still exists.
The lines 27, 101, 119, 142, 207, 295 and 360 keV are presumely
caused by the ;r-radiation occurring an the occasion of fisson
but the line 60 keV and a negligibly small part of the radiation
with 207 keV are caused by the nonelastic scattering ef fission
neutrons by the iodine contained in the crystal.
For some lines of the radiation occurring on the occasion of
fission the values of energy and intensity are given in a graph.
Apparently, the soft radiation is emitted by excited fragments
after emission of the neutrons.
(6 illustrations and 1 table)
ASSOCIATION Institute of Atomic Energy of the Academy of Science of the
USSR.
PRESENTED By: -
SUMEITTED: 24. 9. 1956.
AVAILABLE: Library of Congress.
CARD 2/2

89365
S/08 61/010/002/0',7/018
B1 02XB209
AUTHORS: Levin, B. A., Marchenko, Ye. V., Timoshuk, D. V~
TITLE: The effect of inelastic neutron scattering in uranium on the
slowing-down length in water
PERIODICAL: Atomnaya energiya, v. 10, no. 2, 1961, 177-179
TEXT: The present "Letter to the Editor" is a report on direct meas,jr,
mpnts of the effect of inelastic neutron scattering in uranium upon thz7- 31,~-w,.no
down lGngth in pure water. The measurements were carried out in spherically
symmetrical geometry in order to exclude elastic scattering to a high de
gree. A 16-mm-diameter source shammed the fission neutron spectrum and was
enveloped by 2-cm thick spherical shells of metallic uranium enriched in
U235. The mean square distance at which the neutrons emitted from the
(point) source were slowed down to a certain energy, e. g. 1.46 ev, is given
- cc
by r2 A(r)r4dr A(r)r 2dr (1), wher,~ A(r) denotes the activity r~f theA
in ~ / T
0 0
Card 1/5

89365
S/C)89/61 /0! O/CG-1/01 7/0 1 1~
The effect of inelastic ... B102/B209
.'r.d4cator (indium foil in cadmium envel-ope) in dependence on the distanoe r
from the source. In order to eliminate the effect of the size of the hol-
low sphere (in which the source was lo,~ated) the r 2 measurements were made
for various (with different radius a) uranium layers of equal thickness
after which 2 (a) was extrapolated to a = 0. The 2 value obtained cor-
responded to a point source, The measurements were made in a tank (100 cm
in diameter, 110 cm high) filled with water into which the spheres weT-i im-
mersed suspended by two 0.5-mm thick steel strings. The indium foils
(70 mg, /cm2 thick, diameter of the effective areas 1.7 and 2.5 1~m) were
closed up in casings. The targets were exposed in two, at a distan-e. of
8 cm. The activity of the foils was measured simultaneously fr'm boths,.dAs
by means of two lead-shielded scintillation .:!ountprs (~3y~29(FZU-29).type
photomultipliers with stilbene crystals, diameter 32 mm, 1 mm thicQ. Thq
sensitivity of the experimental arrangement was controlled by an SrVO prep-
aration (it amounted to +0.5%). The measurements were repeated 2 6 tim93
for all distances. Measurements at distances from the uranium sphere -~f up
to 15 cm were made with small targets, at 10 - 21 cam with largo targptg i-)
a-~'d 2/5

89365
S/089/61 /010/002/017/018
The effect of inelastic ... B102/B'209
cadmium casings, and at 15 - 31 cm with large targets in aluminum casings.
In the measurements within these overlapping ranges and in measurements with
thin-walled hollow spheres, reproducible r2 values were obtained with an ac-
curacy of 1.2%. The r2 values calculated according to (1) are listed in a
table. In the case of distances of over r-a = 15 am, integration was per-
formed analytically. In agreement with the results of the measurements it
was found that the decrease of A(r)r2 becomes exponential from r-a = 15 -,m
onwards, with a relaxation length of 7-11+0-08 cm for the hollow spheres and
6.52+0.06 am for uranium. The relaxation lengths were calculated according
to the method of the least squares. As is shown also graphically, r2
72 is a nearly linear fune-zion of the radius a of the sphere (2). r
rr2 + ka. r2 - 167-1+1.1 cm 2(value of extrapolation to a = 0 ) ia obtained
0 0
With consideration of the correction for the capture of resonance neutrons
2
(0-5~6), extrapolation yields the value r02 = 161.5�4.0 am for the uranium
layers. Measurements with lead showed that the results are not affected by
elastic neutron scattering. In the measurements in uranium, 9% of fission
Card 3/5

89365
S1089 1611010/002/017/0'8
The effect of inelastic ... B102/B209
neutrons arose which reduced the 7 value by about 1%. With consideration
of all corrections it may be said that inelastic neutron scattering in
2.0-cm thick metallic uranium reduces r7 by (12.7+2.2)%. r2 64 -02 Is
inel '
obtained for the second spatial moment. The mean energy of the neutrons
inelastically scattered in uranium was calculated as -0.5 Mev. For U235.
,r - 28+1.5 cm2(T - r216, the neutron age) is obtained which is in fair
agreement with the theoretical value (26+0.5 cm2). The results of the in.-
vestigation show that in uranium-water systems with sufficiently big urarium
lumps the reduction of the slowing-down length of fission neutrons as a
consequence of inelastic scattering in uranium is quite considerable and
has to be taken into account in reactor calculations and design. The
authors thank G. A. Bat' for his discussions of theoretical problems and
L~ Ye. Morozova, G. S. Stolyarova, and L. A. Serdyukova for their assist-
ance. There are I figure, I table and 5 references: 5 Soviet-bloc,
SUBMITTED: July 7, 1960
Card 4/5

89365
S/089/61/010/002/017/018
The effect of inelastic ... B102/3209
Legend to Table: 1) Density; 2) ,vith uranium; 3) with lead; K'~* is the.
coefficient denoted by k in (2).
I I IIOJIOCTb Z C ypatfou 3 CO COHIJEJOM
a, C.Ig 0,8 3,3 5,0 7,0 11115 3, MI 5,80 6,80 3,55 6,81
T2 (a),

A 200

3�

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44 8
D 9

72
16�
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i, 4 416 2
't
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34
t�
255 1�

D, I
242 6

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30-3 2
K 0,588�0,006 0,480�0,027 0,582�0,039
;,.'I J87, J�i, I t(SI,5�4,0 182,8�5,7
Card 5/5

14ARCHENKO. Ya.Ya.
Zonality in the skaras foual Rear the Tibek River (Mudwela).
Dokl.AN SSSR 104 ao.4:619-621 0 155. (~LRA 9:2)
I.MiArikovskiy gosudaratTonayy usiversitat imeal 4t.H.Gorlkoge.
Predstayleas aimilemikom D.S.Korshinskin.
(Zhakass Autonomous ihrovince-Recks, Silicoaus)

- MARCHENKO, le-Ja.-IMarchenko, IE.IA.1; LIKOV, 0.1. [Iqkov, 0.1.];
Z.ftn.Lj-".L.L, U.J.. [&u7tslkyi, 0.1.)
Vein barite of the convargence zone of the Azov Crystalline
Massif and Donets Ridge. Trudy Inst.min.resur. AN URSR no.2:
59-65 '60. NIRA 15:5)
(Azov Sea region-Barite) (Donets Ridge-Barite)

LYEDV, A.I. CLVkov, 0.1.1; HARCMM, Ye.Ta.
Skarns of the somthwestern edge of the Donets Basin. Dop.Ag Um
no.9:1286-1289 060. (MIRA 13:10)
1. Institut minerallafth resursov AN USSR, Predstavleno akademikom
AN USSR V.G,Bondarchukom.
(Donate ftsiur-Skuns)

MARCHMO, Te.Ta.
Stone mashrooms. Priroda 49 no-7:113-114 Jl 160-
(KM 13:7)
1. Inatitut minerallnykh resureov Akademii nauk USSR,
Simferopol'.
(Azov Sea region-Rocks)

MARCHENKO. Ye,Ya. [Marchenko, IE.IA-1
Accessory beryl from pegmatites.
161.
(Pegmatites)
(Beryl)
Mat-z min-Ty1w. no.2:122-124
OURA 15:8)

MARCHENKOp Ye. Ya.
Scapolite from contaet metasomatic formation in granites of the
iiiddle Azov Sea region. Dop.All URSR no.5--665-6,16,8 161.
(KMA 14.6)
1. Institut minerallnykh resursov AN USSR. Predstavleno akademikom
AN USSR V.G. Bondarchukom (Bondarchuk, V.H.]
(Azov Sea region--Granites)
(Sc-apol-ite)

MARCHENKO, Ye.Ya.
Garnet containing magnesium from pegmatites of the Sea of Azov
region. Dop. AN URSR no.12:1626-1629 161. (KIRA 16:11)
1. Institut minerallr--kh ressursov AN UkrSSR. Predstavleno
akademikom AN UkrSSR V.G. Bondarchukom [Bondarchuk, V.H.I.

yu. Yu... KARCHENKO Ye.Ya.; GONCHAROVA, Ye.l.
YUPIKV
Britholite, from crystalline rocks in the eastern part of the Sea
of Azov region (Ukrajnian S~S.R.). Dokl. AN SSSR 137 no.4:9/+7-
9 5o Ap 11161. (MIRA 1-4:3)
1. Institut minerallnykh resursov AII LISSR. Predstavleno
akademikom D. I. Shcherbakovym.
(Kallehik Valley-Britholite)

ARKHIPOV, A. 3.; BOYTSOV, A. N.; MARCHENKO, Ye. N. (Moskva)
Pollution with toxic substances in the atmosphere of chemical
factories. Gig. truda i prof. zab. n0-1:3-8 162.
(MIRA 15:2)
1. Institut gigiyeny truda i profzabolovaniy AMN SISR.
(AIR--POLLUTION)

]~UCHENKC, Ye_--Ya.; GONCHAROVA, Ye. I.; Prinimali uchastiye: CHASHKA,
W-. I.; FOST, A. L.
Role of halogens in the formation and subsequent change of
monazite of pneumatoly-tic-hydrothermal genesis. Dokl. AN
SSSSR 155 no. 2:349-352 Mr 164. (MIRA 17:5)
1. Institut minerallnykh resursov, Simferepo-11. Predstavleno
akademikom V. S. Sobolevym.

WRCHENKO, Yt-.Ya.
Correlation role of inclusions in acresscrv
F)okl. All SSSR 160 no.2:432-434, ja '~,5-
~::. , , P: ~"
I-, .~~ ~ -1
1. Institut mineralli.yk-~ resursov, Simferopol'. Sub--~ttp~l Lej:-
tember 8) 1-)64.

MARCHENKO Ye Ya.
Accessory pneumatoly-tIc-hydrothermal, tourmaline from pegmatites
in the eastern part of the region of the Sea of Azov. Dop.
AN URSR no.9tl230-1233 164. (MIRA 17,11)
1. Institut minerallnykh resursov AN UkrSSR. Predstavleno
akademikom AN UlmSSR V.G. Bondarohukom (Bondarchuk, V.H.).

GOROSHNIKOV, B.I.; LZUTT-11, V.S.; KU!""ULEV, G.V.; ~IARCHEI:YG, Ye_.Ya.;
SKo~.AROV."KAYA, L.A.! CPASIHY,~, A.!.; 3H K~-
C ~ju
YURK Yu.' u.--, .- dokWr- pol.-miner. na---:~-, prof
L.D.; SERUn-K, C.P., red.
[Granitoid -ocks in the Azov ~-ea -epion and prospects for
using them in the cerr-juic and gjaSS 4 'ustriesil I
'I
- n(, ranitoid-
nve porody PriazovIia i pe-, 'i ckt.ivy illkh- ispullzovan`ia v
kerai.-.icheskoi~~ i stekollnom proi--vudstvakh. Fod red. ju.1u.
Iurka. Kiev, Naukova clumk~, .196,.. 142 1-1.. (V lima 1'':9)
1. Akademiya nau-k UH."It. M-i. i.,.~;tytut i!drieraili.ylkh
siv.

W, R iW'.; )k 1,or te h 11 - I !tll 'N
mi
ri
(l u
b Za
te 9 fin
41 b ,e ,3 g f~. q z,7
a !g; FU, 19 1
I
1 1-, yy kc ni.- r") r! Yy i1-5; me- c, . 7 1. I-In

P 0 &
135-12-3/17
AUTHOR: Mazell, A.G., Candidate of Technical Sciences, Rogova, Ye. M.,
Engineer, and Marchenko, Yu.I., Engineer
TITLE: Evaluating the Metal Transfer in the Are in Manual Welding by
Means of Current and Are Voltage Oscillograms (0b otsenke pere-
noes. metalla v duge pri ruchnoy avarke po ostsillogrammam toka
i napryazheniya dugi)
PERIODICAL: Svarochnoye Proizvodstvo, 1957, # 12, p 9-12 (USSR)
ABSTRACT: The article gives the results of an experimental study of
the metal transfer processes in bottom, vertical and ceiling
position, with electrodes "YOHM-13/45","YII-2/4511,IICM-11","CMM-5"
11UjA-7'1,-1IUiZJICC -34211,11UU-111 (experimental cellulose electrodes),
"BH-48"(CSR) and Fleetweld-5 (USA electrodes
fj~ho A specially
adapted "AAC-1000-1" automatic welder and an -2 ' oscillo-
graph were used. Manual welding was also studied to find the
influence of the welder'B hand oscillations. The observations
made are described in detail. The electrodes were supplied by
LEMZ ( 1113M311 ), VNIIStroyneft Dlant "Krasnyy Kotell shchik",
a Leningrad plant, and TsNIITMASh. One group of the studied
Card 112 electrodes produced 5 uniform short circuits per second, the

135-12-3/17
Evaluating the Metal Transfer in the Arc in Manual Welding by Means of
Current and Are Voltage Oscillograms
second group was characterized by 20-30 short circuits per
second, the third group by 6-10 non-uniform short circuits per
second. The kind of current and the electrode diameter had
some influence, the arc length proved to be of great influence.
The hand oscillations did not influence the metal transfer pro-
cess. The observed influence of various welding process con-
ditions are shown in charts and oeiillograms.
There are 6 oscillograms and 2 charts.
ASSOCIATION: VNIIStroyneft'
AVAILABLE: Library of Congress
Card 212

MAZELI, Aleksandr Grigorlyevich, kand. tekhn. nauk; ROGOVA, Yelena
Mikhaylovna, inzh.; L~VMHENKO -0- ch inzh.;
RAGAZDik, M.F., inzh., vej~ re4d:.I;SHTERLING, S.Z., dots.,
red.; PONOMAREVA, V.A., teklm. red.
[Selection of eletrodes for the welding of low-carbon steels]
Vybor elektrodov dlia svarki malouglerodistykh stalei. Moskva,
Filial Vses. in-ta nauchn. i tekhn. informatsii, 1958. 18 p.
(Peredovoi nauchno-tekhnicheskii i proizvodstvennyi opyt. Tema 12.
No.M-58-62/6) (MIRA 16:2)
(Steel-Welding) (Electrodes)

FALIKEVICH, A.S., kand.tekbn.nauk; MARCHENKO. Yu.Io, inzb.
Automatic butt welding of nonrotatable pipes in fieldvork conditions. Stroi,
truboprov. 3 no.12:7-12 D '58. (MIRA 12:1)
(Pipelines--Welding)

,!IV _1 X q- 9-11 _F /71
AUTHORS: Fallkevich, A.,'3. and Mnzell, A.G., -andiiates of Technical
3ciences; Marchenko, Yu.I. and Mikhlin, I.I., Engineers
TITLE: Automatic Overhead -Pipe 'Velding Under Flux (Avtomaticheskaya
svarka pod flyusom trub v potolochnom polozhenii.)
PERTr,DTCAL: 3varochnoye proizvodstvo, 1958, Nr 11, Dp 19-23 ("'O",A)
ABSTPACT, Information is presented on experimental data obtained by
the welding laboratory at VNTI:;T in developing a new method
of overhead welding (sugeested by welding operator A,A, Yoro-
zov). Tt can be applied for the overhead welding of the first
layer of carbon and low alloy steel Pines of 114 - 72C mm
in diameter with~mit t~upport ringa nnd ith flux 1'(,d int.0 t.hu
arc space by means of a worm. The main technologic9l fnctors
of the new method are the displacement of the electrode from
the lowest point of the pipe and the force of rressure upon
the flux pad. The method ensures A stable hurning of the arc,
and a satisfactory accumulation of the weld metal. 'ntimum
welding parameters permit the ottaining of a 4 - '~- mm thick
first layer with high mechanical nroperties. Special devices
develored at VNI13T with the Participation of engineers A.'.
Card 112 Karbachinskiy and '.I. 'hlyuyev are used in the new met.,-od,

Automatic Overhead Pipe Welding Under Flux 'Qr)V_j7r_C:r-_jJ_P12l
which is recommended for industrial purposes.
There are 6 tables, 1 diagram, 1 oscillogram, and 5 photos.
ASSOCIATION: VNIIST
1. Pipes-Are welding 2. Are welding-Equipment
3. Electric arcs-Performance
Card 212

FAL'KMVICH, A-S-, kand- tekhn. nauk; K&RCHRIED, Yu.I.. inzh.
Developing technology and equipment for welding nonrotatable
large diameter pipe butte. 5var. proizv. np.2,.&-12 7 159.
(14M 12: 1)
(Pipe, Steel--Welding)
(Ilectric welding--l9quipment and oupplieg)

84607
110K, 210g, 2%0 9 S/135/60/000/004/004/008
11500 0'-h A115/A029
AUTHORS, Failkevich, A.S., Candidate of Technical Sciences, ?4ar4henko, Yu.I.,
Engineer, Seyb~~-,- P.I., Candidate of Technical Sciences, Livinskiy,
V.P., Engineer, DubovRiskiy, V.Ya., Engineer
TIM, COp Shielded Are Weldin of Gas Pipelines
i7
PERIODICAL. Svarochnoye proizvodstvo, 1.960, No. 4, pp. 22 - 25
TEXT- This article was worked out in collaboration with the Engineers of
the Svarochno-montazhnyy trest (Welding Engineering Trust) F.A. Zasko, G.Ye. Kogan,
V.A. Umets, G.K. Vykhristyuk, members of t e 1-Union S~Tentific Research
Welding Institute) A.R. Yanbukhtin, V.M. Yampol'skiy, V.I. Fedorov and A.Z. Kar-
bochinskiy; Chief Engineer of the Kiyevskiy remontno-mekhanicheskiy zavod (Kiev
Mechanical Repair Planp) M.R. Unigovskiy and members of the Instit~t elektrosv
im. Ye.O. Patona (Institute of Electric Welding imeni Ye.O. Paton) D.A. Dudko and
F.M. Vinogradskiy,--After a brief review of welding methods used in construction
of pipe lines in the USSR, some new methods developed since 1959 are described.
In July 1959 tests with C02-shielded welding without grommets were performed on
the Shebelinka-Belgorod gas pipe line by the Welding Engineering Plant (SU-4),, All-
Card 1/2

84607
S/135/60/000/004/004/008
C02 Shielded Arc Welding of Gas Pipelines A115/AO29
-Union Scientific Research Welding Institute, Institute of Electric Welding imeni
Ye.O. Paton and Kiev Mechanical Repair Plant of the Glavgaz of the USSR (KRMZ)~~
for the tests performed on 12 m long, 720 mm in diameter and 8 - 10 mm thick 1
steel pipes made in Chelyabinsk the following equipment was used: centering
collars produced by the MRMZ (Fig. 1), centering collars produced by the Institu-
te of Electric Welding (Fig. 2) weighir,, 25 kg each,113rn-53 (PEGP-53) welding
set (Fig. 3) equipped with a SW-24o r(YaAZ-24oG) diesel engine, 3 generators
and 6 C02 containers; A-607 5emiautomatis welding apparatus (Figs. 4 and 5) pro-
duced by the Institute of Electrio Welding imeni Ye.O. Paton,AC -59 (AS-59) twin
welding apparatus designed and produced by the All-Union Scientific Research
Welding Institute and a control panel (Fig. 9). The use of the AS-59 welding
apparatus is described and shown in Figures 6 - 8, By this method 1,000 m pipe
line was completed in I shift by I centering team, 4 weld-ing sets and 8 welders,
There are 9 figures and 3 Soviet references,
ASSOCIATION: MIST (All-Union 3cientific Research Welding Lnstitute) and In-
stAtvit elektrosvarki im. Ye.O. Patona ( institute of Electric Weld-
I-ng imeni Ye.o. Pa-,on).
Card 2/2

3/193/61/000/010/003/008
Aoo4/Aiol
AUTHORS: Marchenko, Yu.N, Yamphol'skiy, V.M.
TITLE: Equipment for the gas-electric welding of main pipe lines without
back rings
PERIODICAL: Byulleten' tekhniko-ekonomicheskoy informatsii, no. 10, 1961, 23-29
TEXT: The authors describe a number of welding installations for the'auto-
matic C02-shielded electric welding of swivel and non-swivel joints without back
rings developed by the Vsesoyuznyy nauchno-issledovatellskiy institut po stroitelL
stvu mag-tstral'nykh truboprovodov (All-Union ScientificResearch Institute for
the Construction of Main Pipelines) VNIIST. The ACH -60 (A.3P-60) welding automa-
tic fs intended for the welding of swivel joints, while the semi-automatic FITB-1
(PTV-1) welding pistol and the gas-electriv AC-60 (AS-60) automatic have been
designed for the welding of non-swivel joints, The ASP-60 automatic welds swivel
joints of pipes from 529 to 1,020 mm in diameter without back rings with CB08F2C
(Sv 08G2S) electrode wire on direct current of reversed polarity, The automatic
consists of the welding head, correction unit, anchor plate with magazine and
control panel. The authors give a detailed description of tfie above units and
Card 1/ 4

$/193/61/000/010/00-3/008
Equipment for the gas-electric welding Aoo4/Alol
point out that the electric system of the welding automatic provides for a supply
of the control circuit directly from the welding current source with rigid ex,
ternal characteristics. The welding current and the C02-gas are supplied from
the feeding stations consisting of the 3r1-7.5/30 (ZP_ 7.5/10) transformer and the
C02-ramp mounted on a common frame. The current source is a FCFi-9000 (GSP-9000)
or a r-5 (G-5) generator driven by a 3-phase asynchronous motor of 7 - 10 kw and
3,000 rpm. To obtain the external characteristics with the GSP-9000 generator,
a P25-AM (R25-AM) carbon voltage regulator Is used, while the rigid external
characteristics of the 0-5 generator are obtained with the P-5-M (R5-M) electro-
mechanical voltage regulator. The C02-suPP1y is switched on and off by a special
plug cock mounted on the control panel of the automatic. The PTV-l welding semi-
automatic consists of the welding pistol, magazine unit and control panel, A
reducer with two cylindrical gears is mounted on the pistol, the reducer being
driven by the small-size riii.i45 (MN-145) d-c shunt motor. The magazine unit can
take up to 4 kg electrode wire and is fitted with a wire feed speed control rheo-
stat, a voltage regulation rheostat and electromagnet1c gas valve, The M-1
semi-automatic welder ensures a steady welding process on 120 - 250 amp currents
at an arc volt;ige of' 22-25 v. Two semi-automatics are supplied from the special
AC.~F -2x3C)Or (ASDP-2x_300G) assembly with two r'Cl'-300 (GSG--300) welding genera-
Card 2/ 4

3/193/61/WO/010/003/W8
Equipment for the gas-electric welding ... A004/AIOI
tors, calculated for welding currents of up to 300 amp at a duty cycle of 65%;
their regulation range is 60 - 300 amp. The generators are driven by the HaA3-
-2o4r (YaAz-2o4G) diesel engine. The P13 2D0 (RB-200) ballast rheostat mounted
on the current and gas supply station makes it possible to carry out manual weld-
ing with the GSG-300 generator. The AS-60 welding automatic consists of the
welding head bogie, correction unit, double.roller-and-bush chain with stretching
device and electrode wire magazine. The aluminum reducer housing of the welding
bogie is the basic supporting part of the welding automatic design. A special
friction coupling makes it possit-e to displace the welder on the pipe by hand
during setting operations, The w,lding bogie is fitted with a small-size d-C
MY -431 (mu-431) motor. The welding speed can be regulated within a range of' 3
to 15 m/hour. The welding head design of the automatic AS-60 welder is analo-
gous to the head of the ASP-60 welding automatic. The welding process is remote-
controlled from a portable hand-operated control toard. The following technical
specifications are givent
Card 314

3/19-,/61/000/010/003/008
Equipment for the gas-electric welding Aoo4/AlOl
Parameters ASP-60 AS-6o P`TV-I
electrode wire diameter, mm 1.2-2,0 1.0-1,2 1,0-1.2
amperage, amp 170-400 9o-200 I12D-250
electrode wire feed speed, m/hour 150-45o 100-260 120-300
drive motor for the electrode wire feed
mechanism;
type mu-431 MU-320 mN-145
voltage, v 27 >7 24
power, w 4oo 100 16
motor driving the welding bogie travel
mechanism - MU-431
weight, kg 25 20 (,-,g
According to estimates, the introduction of the ASF-60 welding automatics for ~ne
weld-ing of swivel joints of main pipelines 1,500 km in length will -ave more than
140,000 rubles, while the use of the AS-60 automatic welder will save more than
100,000 rubles on a pipeline 720 mm in diameter and 1,500 km long. are
figures and I table,
Card 4/4

ACCOSION NRt AR404$4)
SOURCE: RZh, Metallurgiya, Abs. 11E113
5/Q2J7/6)/000/QU/Z016/W16
AUTHORi Follkeviche As So I Wchenkoo Yu,.Ie--
TITIZ: Automatic welding of straight sections of Industrial and main pipelines
CITED SOURCE: Sb. Progreasivn. metody* avarki'na montazhn. rabotakh. M., 1962,
150-156
TOPIC TAGS: welding* automatic welding, pipe welding
TRANSLATICN: The most promising method for automatizing the process of welding
(W) straight pipe sections is the method of gas-electric welding in a protective
gas atmosphere. The assembly of small-diameter p1pes of Cr-Ni-stainless steel
is widely performed w1ith the aid of ATV automatic welders developed by NIAX
(Nauchno-Isslodavatellskiy Institut Aviatsionnoy Tekhnologii -- Scientific Re-
search Institute of Aviation Technology), as well as the AGN and ILS-19 heads
designed by 9IMMASh (Nauchne-Issledavatellskiy Institut "Imicheskogo,
Mashinostroyeniya -- Scientific Research Institute of Chemical Machine Building
Card 1/2

ACCESSICH NR: AR4013343
TsNIITHASh (Tsentrallnyy Nauchno-Issledovatellskiy Institat Takhnologii i Mashino-
stroyeniya -- Central Scientific Research Institute of Technology and Machine
BLLUding). For the automatic welding of straight pipe sections of unalloyed
steel in C(~, the VXMT (Vaesoyuznyy Nauchno-Issledwatellskiy Institut po
Stroitelstv'u- Xagistrallnykh Trubaporovodov - Central Scientific Research In-
stitute on the Const-uotion of Main Pipelines) has developed the AS-60 automa.
tic welder, Much at~,entlon is Wing devoted to the problems of automatic W of
straight large-diameter pipe sections in the US. V. Famenko.
DATE ACQ: OqDec63
SUB CODE: ML
ENCL.- 00
Card 2/2

FALIKEVICH., A.S.; MAHCHENKOP YU.I.
QaS-electric welding with simultaneous feeding of two area from a PSrP4500
~xWwformer. Avtom. avar. 16 no.2:74-76 F 163. (MIRA 164)
lo Vaesoyuznyy nauchno-issledovateltakiy institut po stroitel'stvu
Magistrallnykh truboprovodov.
(Electric welding-Equipment and supplies)

MARCHENKO.9 YU*j,
Some remarks on the theory of special functions. Ist.-mat
zbir. 4s131-138 163. (WRA 17:3)

FALIKEVICH, A.S., kand. tekhn. nauk; MARCHENKO, Yu.I., inzh.
Current supply for gas-arc welding of main pipelines. Svar.
proizv. no.7:32-34 Jl 163. (MIRA 17:2)
1. Vsesoyuznyy nauchno-issledovatellskiy institut po
stroiteltstvu mag-istrallnykh truboprovodov.

_7S ionax de of: nch
ronaus-periodic bscil
Y-
-Thel'_~ -the ~_Ay_c I - ----
lations n 1xience, of -del
-in aqt7 ii~ romz-a Yon ncreas w en:-
t
e -a _0641~~
to-I:h6 ranr*3- 3--ork. f re
enerator-'rel"a- ve
S.
-yw
mer, h
Om --two ary
ion
q odi es, it ip _:A: 8Lt-.
es~'ate obta ned -under -ceitain_~con it3.on6.'-.- The
on mod
respo ing.-f-re ency- et n:Lng-tb4ions,,are-superirriposed on one-,
rid, __C1 U
I another i forming-.- -a- -,-,s-3'.n- g-le' syx~chroniz ation recf ion generators.
caA junp ro-in--o-he-mo e -.ot er.-----A-d veriod in
-to -th6 h elay. -close to, I/S I
ord -,causes: -the o.- an h
C. the coupling es. 6nd,'- of --modes t _v is and:results
t' cy th_e:~cas e,
dd-;, aractttis ic~~-_ f. e_-0 ar 'ngS4
2
ai-, thors not that- -t e ~~delcz~q- :c ose o
b t 1/8 6k:: the 66 1211 1-at ion: perio
A cztiii-~ ivorovids-:-the~_ rocessi0a of nuturil _4 Ic nizatibris, of masers i j
yr
A.~ 'Uspen

VIARCHENKO, Yu.J.; RGDANIK, V.P.
Mutual synchronization of innolecular generators. izv. vys. ucheb.
zav.; radiofiz. 8 no.4:679-k,8'7 165. -18;9,~
1. Chernovitskiy gosudarstvennyy universitet.

h "OhIzAt YC' 'tcp.--,.W possiblok: -trans
sync x on c
~4iAlla_ t, ion" I -a
t

L 39105-66
ACC NR: AP6030357( SOURCE CODE: UR/0424/66/000/002/0174/0175
AUTHOR: Marchenko, Yu. I. (Chernovitsy); Rubanik, V. P. (Chernovitsy)
O11RG: noWe
TITLE: Interaction of oscillating systems in the presence of a wave connection
between t~-em
SOURCE: Inzhenernyy zhurnal. Mekhanika tverdogo tela, no. 2, 1966, 174-175
TOPIC TAGS: electronic oscillator, electric vibrator
ABSTRACT: In technology, oscillating system are encountered which consist of
simple oscillators, connected by certain types of communication lines. These
are systems of mochanical. vibrators on a cotnmon elastic base, which are used
-in vibrating nachines, systeras of electromagnetic generators separated from
each other and resonators and certain other systems. In this article, an
example is used to study the possibility of an approximate replacement of a
wave connection with a delay connection. A mechanical model consisting of
two self-exciting vibrators connected to an infinitely long crossbrace is
analysed. It is determined that the replacement can be made with addition
of terms to the equations to describe the dispersion of energy. If the infinitely
I 1~mg crossbrace is replaced in the model with a finite brace fastened at each
i
end, standing waves will be formed and no equivalent delay connection can be
substituted. However, if the brace is long and energy dispersion takes place,
,standing waves will not form and the replacement is possible. Orig. art. has:
17 formulas. 1JFRS; 36,5811
SUB CODE: 09 / SUBM DATE: 29Mar65 / ORIG REF: 006

L 04"87-67 EWT(1) GW
ACC N
AR6019881 (,v) SOURCE CODE-
AUTHOR: Zubkovich, S.
URI 0169/66/000/002/VO04/VO04
G.; Marchenko,-Yu. 1.
TITLE: Possibility of determining some characteristics of sea swell by means
of radio engineering eqqipment on board an aircraft
SOURCE: Ref. zh. Geofizika, Abs. 2V33
REF SOURCE: Sb. Primeneniye radiofiz. metodov, v okeanogr. i ledov. issled.
L. 1964, 79-88
TOPIC TAGS: sea wave, airborne radar equipment, radar observation
ABSTRACT: It is pointed out that, in principle, it is possible to determine the
characteristics of sea waves on the basis of physical laws governing thr reflec-
tion of short radio waves from an uneven sea surface (statistically a surface with
random roughnesses). Sea-wave height 11 can be determined on the basis of
31/10
the following functional relationship between the desired parameter and tile value
of the coherent component u of the radio-wave reflected signal in the 1-m
m
L-c.-,d--lj2
551_._46. 086

----A R6-019881-
A, [_('I6/13 1)211
band (1-20 m): U,= )T g (0) exp j where Ao is the constant
determined by radar parameters, g(8) is the power characteristic of radar
antenna directivity R is the radar altitude above sea level, and X is the
length of radio waves. The dependence of the radio-wave reflection index on the
sighting angle opens the way for determining the effective (mean) wave ascent
and, therefore, the type of disturbance (wind disturbance or storm swell). To
this end, the author proposes airborne radar equipment in the 1-cm band, which
with a narrow radiation pattern (2-4'), whose axis is directed vertically down-
ward, can deviate from the vertical by 40-50*. Moreover, thq, use of this radar
makes it possible to determine the direction of developing wind-wave propagation
by the maximum- reflected radio-signal transmission (by scanning over the
azimuth of the antenna beam shifted to a constant angle of 10-15'). The propos-
ed method can be used in observations of the surface roughness of sea ice.
Bibliography of 10 titles. K. Sirotov. [Translation of abstract] [DWI
SUB CODE: 08, 091
2/2

L,11199-67 h-W(l)PSS-2 GWhR
---soliRCI~-CODg.--On7oX2V66-/O"Ioo!/Ba64/BO64-
I ACC Nk=-AR 6020068 pqf
AUTHOR: Zubkovich, S-.G.; Marchenko, Yu. I.
TITLE: Possibilities for determining some characteristics of seajowell using elec-
tro4ic equipment mounted in aircraft
S04CE: Ref. zh. Mekhanika, Abs. 1B456
51
REY SOURCE: Sb. Primeneniye radiofiz. metodov v okeanogr. i ledov. issled., L.,
1944, 79-88
TOPIC TAGS: sea ice, wave mechanics, electronic equipment, airborne radar
ABSTRACT: The authors point out the theoretical possibility of determining the cha.-
iracteristics of sea 1gjives on the basis of the physical relationships for reflection
lof short radio wavesWrom the disturbed surface of the sea which is considered from
Ithe statistical standpoint as a surface with random roughness. The height of the
sea waves H may be determined on the basis of the following functional relationship
3;
1for the unknown parameter in terms of the coherent component U* of the reflected sig
M
nal. of radio waves in the dead region (1-20 m):
[1.6ff3m)2]
U. g (A) exp
j_Card_

L 11199-67
ACC-NR: AR60
'where AO is a constant determined by the parameters of the radar unit, g(O) is the
Idirectional characteristic of the radar antenna with respect-to power, R is the alti-
itude att, which the radar unit is located above the surface of the sea, A is the radio
1wavelength. The relationship between the coefficient of radio wave reflection and the:;,
isighting angle opens up a way for determining the effective (average) slope of the
;waves and consequently the type of swell (wind swell or dead surge). It is suggested'i
1for this purpose that a radar unit in the centimeter range should be mounted in air-
Icraft with-a narrow directional patterrk.(2-40) and an axis directed vertically down-
ward which may be deflected from the vertical by an angle of 40-500. This same unit J'
imay be used for determining the direction of propagation of rising waves produced by
'the wind from the direction of arrival of the maximum reflected radio signal (with
azimuthal scanning of an antenna beam shifted through.a constant angle of 10-15').
It is pointed out that the proposed method may be used for determining the surface
roughness of sea ice. Bibliography of 10 titles. K. M. Sirotov. [Translation of,
abstractl
~
SUB CODE: 08, 09
Card

ROGOZHNIKOVI A.N,.. i"Th.; HARCHENKO, Tu.F., inah.
--- - --r
Using an e=laian diluent of oil paints in finishing opera-
tions. Stroi. truboprov. 7 no-5:13-14 My 162. (MIRA 16:6)
1. Treat Omknefteprovodstroy, Omsk.
(Ebmisions) (Thinner(Paint mixing))

'~,--MAR I ,~Lnzh* (Novocherkasek)
~~O ~
Improvement in the equipment and electric netvor.19 of N60 electric
locomotive. Blek. i tepl. tiaga 4 no.11:32-35 R 60.
(MIRA 13:12)
(Zlectric locomotives)

MARC] LENjPIuriy-VAjojLtjnqyIch- NIKITIN, Goniy Nikolayevich;
BYSTRITSKIY, Kh.Ya.9 inob.9 retuenzentj YAKOVLEV, D.V., inzh.,
red.; RAKOV, V.A... inzh.,, red.; USENKO, L.A., tekhne red,
(maintenance and operation of electric a.c. locomotives] Ob-
sluzhivanie i ekspluatatsiia elektrovozov perezennogo toka.
Moskva, Voes.izdatellsko-.noligr. ob"edinonie N-va putei soob-
shchaniia., 1961. 234 P. (MIRA 15:2)
(Electric locomotives)

W. QHE:NKO-,-Yuriy .. Y~~qntin-oviq-4; MAKSIIIOV, N.V., kand. tekhn. nauk,
red.
(Maintenance and operation of VL60 and VL80 electric
locomotives] Obsluzhivanie i ekspluatatsiia elektrovogov
VL60 i VL80. Moskva, Transport, 1965. 255 P.
(MIRA 18:2)

MINGREVSKI, Ye.; FRYDELI# Ya , MM.HENKOqZ.
Rapid method of determining barium in glasses. Zav.lab. 27 no.3:277-
279 161. (KCRA 14:3)
1. Vars*vskiy tekhnologi.,cheskiy institut.
(Bariun-Analysis) (Glass)

YIARCHENYO, Zygmunt EMarczenko, Z.1; 11MCHEVSKI, Yezhy [Minczewski, J,J
Certain properties Df formaldoxime and its reactions with metal
ions. Zhur.anal.khim. 17 no.1:23-27 Ja-F '62~ (PaRA 15:2)
1. Chair of Analytical Chemistry, Polytechnical Institute, Warsaw,
Poland.
(Metals--Analysis) (Chemical tests and reagents)

VASILIYEVJ, A. (MDskva); MATYUSHIN, A. (Msk-va);,.XARCHEhKQV, L. (Voronezh);
AGAFONOVJ, V. (Krasnodarskiy kray); 3IIEibT,: -If. (Moskva); KRAMER, A.
(Leningrad); RETSE15, L.; KAIRCD, V.; YEM,CMGV, M. (Pbskovskaya
obl.)
Suggestions of the readers. Radio no.8:46 Ag 162. UMU 15:8)
(Radio-Equipment and supplies)

~,W`.C!7INKOVY T~.
Marchenkov, R. "Fuller utilizaiion of reservi-s in tho- irproverent -f Ind-itry
work," Bol'shevik Snv. ',atvii, 104P, No. 22, p. 25-~~
- ykh Stal-ey, Nn. 5, 1`14r~~.
SO: U-3P509 16 June 5~, (LetoT~Is 'Zhurnn! 'n-

RODIONOV, A.
Tooting sieve plates with two perforations. Zhur.prikl.khiz. 33
no.5:1101-1106 My 160. (MIRA 13:7)
1. Moskovekly khimiko-tekhnologicheakly institut imeni
D.I. Mendeleyeva.
(Plate towers)

RODIONOV. A.I.; KARCMMOV, T.F.
Kass transfer on sl~vo plates with two perforatiom Zhur, prikle
khIsto 33 no.9:2029-2035 S 160& (MIRA 13:10)
1. Moskovskly khimiko-tekhnologicheakiy institat im. D.I. Mendels-
yeva*
(VA88 trS~GfSr) (Plate towers)

MARCHENKOVo V. F.
I'Aminoacid Content of Human Mascle Protein,"
SO: Bickhim*p 10, No. 1, 1945.
Mbr., Chair Biological & Organic Chemistry, 2nd Moscow Med. Inst., -1945--

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MMICiMMV, V. F., Physician
"disruption of Certain Oxidizing Processes in the Liver of White Fats in a Case of
Deficiency of Albumins in Food." Thesis for deCree of Gand. Medical Sci. Sub 10 Jun 50
Second Moscow State Medical Inst imer-i 1. V. ;_Italin
Summary 71, 4 Sen 52, ~DissertatLns Presented for Degrees in ocience and Engineering
in 'Mloscow in 1950. Fram Vechernya~-d Moskva, Jan-Dee 1950.

MARCHENEDV, V.R., inzhener.
Self-synchronization in hydroelectric paver stations. Blek.sta. 28
no-9:87-69 S '57. (MIRA 10:11)
(Hydroelectric power stations)

MARCITNK:T!, V.S.
Methods for evilencing the efl,',~ct 'A' thc
lt-mited resis~nnr~~ 1~)f' ateel. Zav. 57
F1 'A 1,'3-./,
1 . Fharlkovnk ly I n3ti tilt, gornogo mai:., t-.rni; 1.1k-I t
vychislitoltnoy tokliniki.

ACC NRi AP7001939 SOURCE CODE: UR/l20/66/ooojoo6/0055/oo6o
AUTHOR: Nekhay, A.P.; Marchenkov, V.V.
ORG: Physico-technical Institute, AN SSSR, Leningrad (Fiziko-
tekhnicheskiy institut AN SSSR)
TITLE: A digital gain stabilizing circuit for a semiconductor gamma
spectrometer
SOURCE: Pribory I tekhnika eksperimenta, no. 6, 1966, ~5~-6o
TOPIC TAGS: pulse height analyzer, multichanne 1 analyzer
ABSTRACT:
'A 1024-channel ulse height analyzer with a gain-stabilizing loop is shown
in Fig. 1. Thepamp~if ier gakn is stabilized by the -In m consisting of
"counter '(6), 4hich tallies the number of pulses from the astabli3'multivibrator,
(5), which in turn is proportional to the height of the reference pulse from
the generator (11). 'the amotmt by which the reference pulse misses its
:intended channel constitutes the error signal. which is formed by circuit
(7) '14fiose inputsahB derived from six higher-order stages of counter (6).
.The error is applied to counter (8) which integraMe it and applies it to
the number-to-voltage converter. This converter changes the astable Multi-
-vibrator output frequency in the direction of diminishing error. if the
Card 1/2 11ne.? siQ_ i _n7s

ACC NR, AP7001939
1 - Semiconductor Ge(Li)
r
1. 5, Fads IV# detector; 2 lov noise pre-
2,: 3 4 5 6 :1 amplifier; 3 amplifier;
4 - amplitude-to-time con-
TUE. ~afr
v rter; 5 - gated voltage-
r
Uref.
controlled astable multivi-
17 brator; 6 - ten-state binary
9
counter; 7 coincidence
circuits-, eight-bit
8
reversible counter 9 -
number-to-voltage Ladder
attenuator D/A) counter;
10 counter-locking circuit;
11 - reference pulse gen-
-:erator.
Fig. 1. Pulse height analyzer.stabillization system'
amplifier 'gaih Is measurea %y' t~e _n`d'icb4i'6`f -chknxiels ii*bk irhia'the
reference pulse misses"its Inwndied channel, then the corrective action Of a~~
.single pulse at the input to counter (8) causi!&_ this gain to change by
;0.25 channels. The lock-th range of -the stabilizing loop is limited to
'deviations of not more than. 20 channels or 2% of full scale.
I
SUB CODE: 18/ SUBM DATEs. ITHoY65/ ORIG REF: 002/ OTH,REF-. 003
1 card 2 /2 ATD PREM 5113

B=ISKIY.. P.A., dots., kand. fiz.-matem.nauk; BIRKUP, N.Ye., inzh.;
KAZANOV, V.A.., inzh.; KLYUSHIN, S.M., dots.; KRUCBININ, V.L.,
inzh.; dots.; PISKAREV, V.Se. inzh.;
RUTSKIY, A.I.,, inzh.; SOKOLOV, N.M., dots., kand. tekha. nauk;
SOLUYANOV, L.N., inzh.; SHKARBANOV, Petr Fedorovich, dots.,
kand. tekhn. nauk; PANCV, V., red.; LUKASHEVICH, V., tekhn.red.
[Handbook for electricians] Spravochni elektrika. Saratov,
Saratovskoe knizhnoe izd-vo, 1963. 458 p. (MIRA 17:1)

USSR/Microbiology Medical and Veterinary Microbiology
Abs Jour Referat Zhurn - Biol., No 16, 25 Aug 1957, 6W91
F-4
Author .~~en~kova, F.G.
- - t
Title Com-p-a-ra _1v_e_MVKrMion of Various Methods of Obtaining
Immune Sera to Yeast-Like Fungi.
Orig Pub Eksperim. i k-linikh. ssLedovaniya. II, L. (LeninE;fad),
Medgiz, 1956, 163-164
Abstract
The accumulation of antibodies in rabbit blood serum and
the mechanism of immunization to yeast and yeast-like
fungi under different methods of immunization were Stu-
died. Prior to immunization the rabbit blood serum was
tested for RSK in all cases; a spontaneous positive re-
sult in the rabbit was excluded from the tests. After
a 5-fold introduction of the antigen, a second course of
immunization was carried out in 3-4 months. The specIfic
serum titer attained a level of 1:320-1:64o, the group
record did not exceed 1:40, rarely 1:80. The author
Card 1/2 - go -

USSR/Microbiology - Medical and Veterinary Microbiology F-4
Abs Jour : Referat Zhurn - Biol., No 16, 25 Aug 1957, 68691
considers that to obtain a specific serura there must be
a protracted immunization of the animal., up to 1-2 years,
first with dead, and then with live cultures. The most
active antigen proved to be a culture of Torula and Myco-
derma., and the least active, all the Candida groups.
Card 2/2 - 91 -

USSR Aicrobiology. Medical and Veterinary F-6
Microbiology,
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35789
A uthor Gruzdova, A.I.; F.G.
Title A case of Atypical Genital Candidamycosis
Orig Pub: V sb.: Eksperim. i klinich. issledovaniia II,
L, medgiz, 1956, 210-212
Abstract: No abstract.
Card 1/1

ff/ Iq R C /4,t~ A-) K r) v-,9 F (~~ -
USSR / Pharmacology, Toxicology, Chamotherapeutio Agents U-7
Ahs Jour s Ref. Zh. Biol., No 2, 1958, No 8109
Author iKashkin, P.N., Bezborodov, A.M,, Yelinov, N.F., Hashkin,
K,F., Marahankovas F.G., Tzyganov, V.A., Yamshohikov, V.P.
Inst I
Title iMateri&ls.on the Analysis of Failures in Antibiotio Therapy
Orig Pub iV. Sb. Antibiotiki. Hkaperim.-Klinich. Izuch. M., 195ft-
274-290.
Abstract i Among the causes for #cfailure in antibiotic therapy,
the authors.have emphasized,,baoterial resistanoe, ~Ppearanae
of moniliasis~ and homeeis. An increased resistanoe to
antibiotics is also characteristic of the facultative path-
ogens-xhich more frequently develop a group tolerance.
The streptonWoin and biomyoin resistant mioroorgenisms
Card 1/s
Card 2/3

USSR / Pharmacology, Toxicology, Chemotherapeutic Agents U-7
Abs Jour i Ref. Zh. Biol., No 2, 1958, No 8109
Abstraot i aureomycin in various concentrations have, actually,
increased the growth of Candida in special test-tube ex-
periments. Rabbits with experimental moniliasis
succumbed to infection after 2 - 5 days if treated with
penicillin, streptomycin, biomycin or levomycin, and
after 30-35 days if untreated. The phenomena of hormesis,
i.e. the destruction of the normal microflom of the skin and
mucous membranes, is associated with irrational antibiotic
therapy. A number of patients demonAtrated absence of coliform
bacilli in cultures, proliferation of Proteus, alkali-forming
and putrefactive microorganisms the toxins of which cause
toxemia on reaching the blood stream.
Card 2 3/3

bWCIff,MOVA EG.; TSYGMIOV., V.A. (Cand. of Bio. Sci.); YAISSIICMOV, V.P.;
BMS-O'RODOV, A.M.; YF=OV, N.P. (Cand. of Bio. Sci.); KAS=4, K.P.;
"Materialo on Analysio of Failures In Treatment With Antibiotics,"
p. 274 Ministry of Health USSR Proceedings of the Second All-Union Conference on
Antibiotics, 31 May - 9 June 1957. P. 405, Moscow, Medgiz, 1957.

EXCERPTA 14EDICA See 13 Vol 13/5 DernatologY MaY 59
IM. SEROLOCIC TESTS IN THE DIAGNOSIS OF CANDIDA MYCOSES(Russlan
tex') - M arc he nk ova F. G, - vks'rN. I)El(,*%I. I VENEH, 1958, 32/ 3
114 - 19 y-rafttug-r-
A study was made nI the antigenic properties of 4 yeast strains (Saccharomyces,
Torula, Debariomyces and Mycoderma) and of 5 Candida strains, distributed over
2 groups of rabbits. The complement fixation reaction proved more specific than
the agglutination test. In 209 patients with candidiasis, the scrological reactions
were 112 times positive, 27 times slightly positive and 710 times negative. In 39
patients with visceral forms included in this series. the reactions were 30 times
positive, 6 times slightly positive and 3 times negative. In 9.8% of tile 1.2-13 control
sera, the serological tests were positive. According to these.data. the comple-
ment fixation test is of diagnostic value in chronic; disseminated and visceral
forms of candidiasis. Balabanoff - Sofia

KOKUSHINA, T.M.;-ISM NKOVA, F.G.
Change in the phagocytic reaction in mice under the influence of
antibiotics. Antibiotiki 5 no.1:325-U9 Ja-F 160.7 (KM 13:7)
1. Leningradskiy nauchp-issledovatellskiy institut antibiotikov.
(ANTIBIOTICS) (PHAGOCYTOSIS)

5(2)
AUTHORSs Taintsevich, Ye.P., Alimarin, I.P. SOV/55-58-3-27/30
TITLE: and-Varoberkova. L.F.-
The Behavior of Gallium and Aluminum Under Ion Exchange in
Presence of Some Complex-Forming Substances (Povedeniye
galliya i alyuminiya v usloviyakh ionnogo obmena v prisutstvii
nekotorykh kompleksoobrazuyushchikh veshchestiv)
PERIODICAL: Vestnik Moskovskogo universiteta, Seriya mateina-tilki, Mekhan:fl-a~
astronomiip fiziki., khlmli 1958,Nr 3,pp 221-227 (USSR)
3+ 3+
ABSTRACT: The authors investigated the behavior of Ga and Al in
presence of tartaric acid and malic acid under static con-
ditions for acid pH - values. It was stated that the se-
paration of chem is not possible in presence of the mentioned
acids. A separation of gallium and aluminum by ion exchange
proved to be possible in presence of oxalio acid for pH 4.0
as well as in some other cases.
Card 1/2

The Behavior of Gallium and Aluminum Under Ion Ex- SOV/55-58-3-27/30
change in Presence of Some Complex-Forming Substances
There are 4 figures, 6 tables, and 5 references, 3 of which
are Soviet, 1 Germang and 1 Swiss.
ASSOCIATIONt Kafedra analitioheakoy khimii (Chair of Analytical
Chemistry)
SUBMITTEDs July 69 1957
Card 2/2