SCIENTIFIC ABSTRACT MANTHEY, T. - MANTSEVA, V.N..

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• Collection: Scientific Abstracts
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• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MANMY, Tadeusz
Comvarative model studies on filling navigation locks through
hooi gates and the bottom culvert. Rozpr hydrotechn no. 14. :
55-74 '63.

MANTHEY ,,dr inz.
Maritime topics at the 10th Congress of the International
j Association for Hydraulic Research. Tech gosp morska 14 no.2:
I ! 52-54 F 164.
1. Instytut Budownictwa Wodnego, Polska Akademia Nauk, Gdansk.
r-1

MAJITHEY, Tadeusz, dr inz,
Model studies an sluice charging through lock gates and through
sluice channels. Gosp wodna 23 no,7:254-257 Jl 163.
1. Instytut Budownictwa Wodnego, Polska Akademia Nauk, Gdansk.
~11-

MAJITM, Tadeuvz, dr Inz.
Research on fil,,ration through an earth-filled coffordam
performed on a ground model. Gosp wodna 23 no.7:279-280
JI 163-

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dnd 7 r 4 1, t.,3 ~% P
H.,,rdraulic Engl.na-~T'Ing cr thfi A-ademy of ,;c-"-nce:5 lxlnf~
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t dit) s cn the c,-),i rjr,
weir gate. ' b ~-I . ~ I --'!

MAJEWSKI, Wojciech, mgr inz.j MANTHEY, Tadeusz, dr inz.
-_-- ~-~ ~ ~=. :
Tenth Congress of the International Hydraulic Research Association,
London, September 1-5, 1963. Gosp wodna 24 no. 5:182-183 My 164.
1. Institute of Hydraulic Engineering, Polish Academy of Sciences,
Gdansk.

MkNTflh-Y,-Tadeusz
Bog,tc Knezevic- obituary. ArciAw hydrotech 11 rko.-e25t ;9`- 1 ~,/
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AUTJHdRS: Alchudzhan, A. A. Mantih~#=, H. A. SOV/76-33-4-5/32
TITLE: -Investigation of Mixed Adsorption Catalysts for
Elydrogenation (Issledovani e ameahannykh adsorptsionnykh
ka.talizatorov gidrirovaniya~.
I,Pd-Ag Catalysts on Silica Gel ~I.Pd - Ag-katalizatory
na silikagele)
PERIODICAL: Zhurnal fizicheakoy khimii, 1959, Vol 33, Nr 4,
PP 780 - 789 (USSR)
ABSTRACT: If Ag, Cu, and Au, in analogy to hydrogen, are introduced into
palladium they destroy its paramagnetism. Therefore it was
assumed that this is also bound to lead to a destruction of
the catalytic activity of Pd in benzene hydrogenation (Ref 2)
which was partly confirmed (except for Au) (Ref 3). The strong
influence exercised by hydrogen on the activity of palladiam
sponge kin the case oi- Pd-black very low influence) (Ref 4)
led to the asaumption that benzene hydrogenation takes place
at different active places of Pd. For this reason the
influence exercised by Au, Ag, and Ou on the Pd-adsorption
catalysts in benzene hydrogenation was izLvestigated in the
Card 113 present case. The activity of the catalyst (C) was determined

Investigation of Mixed Adsorption Catalysts for SOV/76-33-4-5/32
Hydrogenation. I.Pd-Ag Catalyats an Silica Gel
from the rate of benzene hydrogenation. Silica gel (SC)
the surface of which was determined by Ye. V. Khrapova at the
laboratoriya adsorptaii prof. A. V. Kiselev. v MGU (Laboratory
for Adsorption, Professor A. V. Kiselev at the MSU)*Kas used
as catalyst carrier. Pd-Ag adsorption catalysts band for the
purpose of comparison also pure Pd-(K)) which were produced
according to the method of a simultaneous palladium-
ammoniatell-and silver adsorption were investigated. 11he (C)
contained 1.0, 0.2 and 0.1% Pd of the weight of (SC) while the
ratio Fdt Ag was varied from 49'1 to 10-wb a degtree of surface
filling of kSC) within the limits of from 0.00087 to
0.0909. It was observed that with increasing Ag-content tne
activity of ~C) increases to a maximum and then decreases.
This effect af Ag depends on the degree of filling of the
(SC)-surface. Under the conditions investigated benzene
hydrogenation withreapect to benzene and hydrogen takes
place as reaction of the zero order with the apparent
Card 2/3 activation energy of benzone hydrogenation being practically

'Investigation of Mixed Adsorption Catalysts for SOY/76-33-4-5/32
Hydrogenation . I.Pd-Ag Catalysts on Silica Gel
equal for all (C) investigated. It is assumed that the effect
of.Ag,orL the Pd-SiO (K) consists iii the change of the active
catalyst surface. i9e funatim of the rate-of benzene-hydro-
genation as-dependent on the contact time and the ratio
N : C 6K6 (Tables 2,3), are.tabulated. 'there are 3 figures,
4 tables, and 15 referencew, 13 of which are-Soviet.
ASSOCIATIORs Yerevanskiy politekhnicheekiy institut im. K. Marksa
(Yerevan Polytechnic Institute imeni IL. Mar;")
SUBMITTEDz September 19, 1957
card 3/3

5 (4)
ATMEORS: Alchudzhan, A. A., Mantik-jan, M. A. 50V/76-`)3-8-3/39
TITLE: Invest:~gation of Mixed Hydrogenating Adsorption Catalysts.
II,Acti.vity of Mixed Pd-Ag Catalysts Adsorbed on S102 as a
Function of the order of Adsorption of Pd and Ag
PERIODICAL. Zhurnal ftz:~choskoy khi-mii., 1959, Vol 33, Nr 8~ pp 1691-1694 (USW)
ABSTRACT: In a previcus papar (Ref 1) it was stated that at tha transition
of Pt.-Sio2catalysts (C) into Pd + Ag + SiO 2 (C) the same
dependence of the reaction velocity on the hydrogen and benzene
conoentrations in the hydrogenation of benzene, as well as the
same apparent actkc-ation energy, remain preserved. It was there-
fore assamed that Ag can effect a change in the size of the active
surfaoe vrithout changing i-'Js energetic state. For thie reason,
the order of applicatiun of Pd and Ag, respectively, on SiO 2 was
stvkdled in the present case. The (C) were produced as in (Ref 1)
and axamined at the benzene hydrogenation by the same working
taohn~que. The (C) obtained by an adsorption (A) and subsequent
redu~:-tion of pa.11adium salt and then silver salt proved
comp'etely fna,~tive. in the 3ourse of this investigation, (C) were
Card 1/2 studied the Pd-1-ontent cf which was 1 .0 % of the Sio 2"weight and

Investigat,ion of Mixed Hyd:?,)genating
Catalysts. 17.Activity of M-Lxed Pd-Ag
of the Order of Adsorpticu of Pd and
ASSOCIATION:
SUBIRITTIO:
Adsozption SGV//-i 6--- 3e- 7/1/39
Catalysts Adsorbed on SiO 2 as a PLmction
Ag
which contained a Pd -. Ag rat' 'o Cf 4,'.. and (C) with 0.2 ~~ Pd
an! Pd : A9 = 32:1 ~ 4;':,, and 2:1 . (j), in which the jig-salt was
adoor'.1,6d and redu-.ed tefoxe the Pd-salt,,. exhibited an (A) analcgcus
to that observed at a joint (A) of Pd and Ag on S40 2 , which means
that as thz Ag-content inctreases in case of a constant Pd-con-
tent, tha (A) of (C) increases to a max�mum and then fa). '-" s
(Table). The absence c~f an ac"Jivity in the f--;rst-msntioned
experiments "Le traoed 'bank to the deactf-vating effect cf a
higher Ag-oonoentrat-Ion on Pd~ There are I figure. I table and
2 Soviet referenrea.
Yeravanskiy politek-hnioheskiy institut im. X. Marksa (Yerevan
P.-.l.ytevh=ic institute tmenl Z, Mlarx)
August Ir 19;~*
Card 2/2

3/171/60/013/005/001/001
E142/E235
AUTHORS: Alchudzhan, A. A. and Manti-__
TITLE- Investigations on M_J._xed Adsorption Hydrogenation
Catalysts: Part V: Investigations on Mixed Pd - Pt
Catalysts on Silicagel
PERIODICAL: Izvestiya Akademii nauk Armyanskoy SSR, Khimicheskiye
nauki, 1960, Vol. 13, No- 5, PP. 307-314
TEXT. The catalytic activity of mixed Pd - Pt adsorption
catalysts as well as of Pd - Sio catalysts was tested by ascert-
aining the degree of hydrogenati3n of benzene to cyclohexane. The
apparatus, starting materials, carrier and preparation of the
catalysts, by simultaneous and subsequent adsorption of palladium
and platinum onto silicagel, were similar to those described by
A. A. Alchudzhan. and M. A. Mantikyan (Ref. 15). The Pd + Pt - Si02
catalysts, containing varying quantities of Pd and Pt, were
prepart;~~'. by washing 10 g chemically pure Pd-chloride repeatedly
with distilled water, dissolving it in 1 litre of water and acid-
ifying the solution with hydrochloric acid (to prevent hydrolysis).
The concentration of palladium in the palladium chloride solution
1--d- 1/4

S/171/60/013/005/001/001
E142/E235
Investigations on Mixed Adsorption Hydrogenation Catalysts: Part
V: Investigations on Mixed Pd - Pt Catalysts on Silicagel
was determined gravimetrically, the titre of the solution was
?d = 0.00570 g/ml. The titre of the chloroplatinic acid,
Pt ~ 0.004556 S/ml; the acid itself was prepared by the method
described by A. A. Alchudzhan and M. A. Indzhikyan (Ref. 19). The
activity of the Pd - Si02~ Pt - Si02, and Pd+Pt-Si02-catalysts was
tested under identical conditions, by hydrogenating benzene at a
temperature of 1750C, when the ratio of H2 : C6H6 = 4 : 1 and the
rate of the hydrogen current was 'V_ 2.04 litre/hour. The total
12 -
pressure of hydrogen, benzene vapoirs and cyclohexane was 680 mm.
In every test the catalysts contained the same qugntity of
palladium and platinum, i.e. Pd + Pt - 6.15 x 10--1 g.at. and they
contained the two elements in the following ratios: 10:1; 3;1;
2'.11 1;1; 1:2. In this case palladium and platinum were applied
simultaneously onto the silicagel. Two samples, containing the
ratio Pd:Pt = 2:1, prepared by subsequent application of Pd, and
Pt - and vice versa, were also tested, as well as 3 samples of
Pd-,SiO -catalysts and 3 8amplez Of Pt-Si02'~-catalysts, tontaining
yaryi4 quantities of palladium and
Card 2~4

S/171/60/013/005/001/001
E142/E235
Investigations on Mixed Adsorption Hydrogenation Catalysts: Part
V. Investigations on Mixed Pd - Pt Catalysts on Silicagel
platinum. Each time the weighed portions of the catalysts were
taken in relation to 3 9 of silica gel. Both components were found
to act as catalysts during the hydrogenation of benzene. The
surface of the silica gel was covered to a degree within the limits
0.000634 and 0.001950. It was observed that the catalytic activity
decreased on increasing the Pt-content in the Pd+Pt-S102 catalysts
and, after reaching a minimum. it increased when the concentration
of the platinum was relatively high. The catalytic activity of
the Pd-SiO, catalysts decreased in relation to the degree of
hydrogenatyon of benzene by the catalytically active platinum. The
largest decrease in activity occurred when the ratio of Pd:Pt = 2:1.
The authors suggest that, at such small ratios of the two elements.,
intermetallic compounds are formed which possess negligible cat-
alytic activity. The fcrmation of the Pd-Pt-phase is hampered wher
the ratio of the two elements is 2:1, at subsequent application of
palladium and platinum onto the carrier; the catalysts show,
therefore, a very high degree of activity. At simultaneous appl-'-
Card 3/4

S/171/60/013/005/001/001
E142/E235
Investigations on Mixed Adsorption Hydrogenation Catalysts: Part
V., Investigations on Mixed Pd - Pt Catalysts on Silicagel
cation of the two elements onto the carrier the catalytic activity
decreases more sharply than in Pt-Pd-catalysts without a carrier..
Acknowledgments are expressed to the students A. Akopyan and
S. Gu-kasyan for their assistance. There are 2 tables, 1 figure and
19 references: 13 Soviet and 6 non-Soviet.
ASSOCIATION: Yerevanskiy politekhnicheskiy institut imeni K. Marksa,
Kafed-ra. obshchey i analiticheskoy khimii
(Department of General and Analytical Chemistry,
Yerevan Polytechnical Institute imeni K. Marx.)
SUBMITTED: July 7, 1960
Card 4/4

ALCHULIZRAN, A.A.; t~ ~TIKYA~N,-X.A.;-. AYKAZYAN, A.M.
Mixed adsorption catalysts of dehydrogenation. Report No.l:
Pd SiO2 as a catalyst of cyclohexame dehydrogenation. Izv.AH
Arm.SSR. Khim.nauki 16 no.4-.303-314 --063.
Mixed adsorption catalysts of dehydrogenation. Report No.2:
Pd-Ag/SiO as a catalyst of cyclohexane dehydrogenation. 315-325
(MIRA 16:9)
1. Yerevanskiy politekhnicheskiy institut imeni Karla MELrksa,
kafedra obshchey i anal-iticheskoy kh-Imii.

A10HUMHAN, A.A. AYKAZYAN, A.M.
UV, TIRVI - 11-1 - ~ I
Kiy.ed gdsor~tlon catalysts of &~.,ydrogi;netion. Part 3t Pd-Pi/sio-
88 a catalyst for cyclob-xnrip dpixydrogpnation. Izv. 01 A-rm.SSR.ikm.
na,aki 17 no.4.06&-374 164. (MIRA 2,8: 10)
I. Yariivnriskiy poliWi-Yinichoski-y institut im. K.Marksa, kafedra
obshchey i analiticheackoy khim!A.

ALCHUDZHAN, A.A.; MANTIKYAN.-A.A.; AKHVERDYAM, M.M.
)Uxed adsorption hydrogenation catalysts. Part 6;Mixe4d
Fd-Ni catalysts on silica gel. Izv. AN Arm. SSR. KhJu.
nauki 18 no.3:244-247 165. (MIRA 18tll)
1. Yerevanskiy politekhnicheakiy institut imeni Karla Marksa,
kafedra obshchey i analiticheskoy khimii. Submitted June 6,
1964.

Information and publishing activity of the Central Wood-Chemical
Scientific Research Institute. Sbor.trud. TSOLMII no.12:189-194
157. (HIRA 13:10)
(Wood--Chemistry)

TERLO, G.Ya.; BASOVA, L.S.; Prinimali uchastiye: MANIQ,-Ya-B-,* KOROIEVA, N.S.
Polyurethan coating based on hydroxyl-containing linear high
polymers. Lakokras.mat.i ikh prim. no.1:&-11 162. OGRA 15:4)
(Protective coatings) (Urethans) (Polymers)

TERLO, G.Ya., inzh.; MANT_O-,_Ye.B.,.Inzh-
Phosphate undercoats and their use in shipbuilding. Sudostroenie
28 ne.2:47-'49 F '62. (KRA 15-3)
(Ships--Corrosion) (Phosphate coating)

TERID, G.Ya.; IZRALIYANTS, Ye.D.; MANTO, Ye.B.; PIATOVA, T.F.
Selecting efficient formulas for antifouling paints with long
action. Lakokras. mat. I ikh prim. no.5:6-10 163.
(KM 16:11)

BIRCA-GALATEANUp D,; EEIAETRESCU, Catalina; ELIAN, M.; MUM, Lucia
The infrared spectra of some substituted hydrazides derived from
furylacrylic acid. Studii cerc chim 11 no.2t225-237 163.
1. Institutul Politahnic, Bucuresti.

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P/021/60/000/010/0055/c,06
A 105/AO26
AUTHOR: Mantorski, Kaz-imierz, Master of Engineering
TITLE: Thermoelectricity in the Production of Graphite Electrodes
PERIODICAL: Przeg1jtd Elektrotechniczny, 1960, No. 10, pp. 434 - 436
TEXT: The article reviews the problems encountered in Polish production of
graphite electrodes for foundries. In the Zaklad Elektrod Wqglowych w Raciborzu
(Ratiborz Electrode Plant) 2 types of calcining furnaces are in operation, i.e.
gas-fired retort furnaces and electric furnaces. The crystallization of amorphous
coal is done at temperatures over 2,3000C. Selection of raw materials, i.e. petro-
leum coke, pitch coke, etc., and the pressing influence on properties of graphite
products are described. The graphitizing process is performed in Polish plants for
the last 50 years in Acheson furnaces at 2,500 - 2,8000C temperatures. In the
Raciborz Electrode Plant the calcination takes 70 hours at 7.5 kwh/kg as compared
to 50 hours at 5 kwh/.kg in Japan. The measuring of temperatures in the furnaces Is
done up to 1,5000C only and any effort for improvement failed. Because of the ob-
solete calcination method used in Poland the characteristics of transformers could
not be determined. In the Raciborz Electrode Plant 4.2 mva trwsformers with a
Card 1/2

P/021/60/OCO/ol O/DD5/006
Thermoelectricity in the Production of Graphite Electrodes A105/AO26
6 kv primary and 50 - 160 kv secondary voltage are used. To improve the obsolete
methods in production of electrodes a new method was suggested 5 years ago, but the
tests were delayed because of lack of experience. At present the electrodes aTe
cauterized in rolling furnaces and g--aphitized in Acheson furnaces. The nerw Tiethcd
provides cauterization and graphitizing in the same furnace by two transformers;
the smaller one heats the furnace during 5 - 10 days of cauterization to 1,OOOOC
and the big one heats subsequently the furnace to temperatures needed for the
graphitization.
Card 2/2

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lfANTRM, M. I.
icity - Dielectrics Jul 51
Breakdown
"The Elementary Theory of Thermal Breakdown of
Solid Dielectrics," Docent K. I. Kantrov, Cand
Tech Scip Moscow Power Eng, Inst imeni Molotov
nElektrichestvon No 7, PP 61-65
Gives the basic theory of thermal breakdown of
solid dielectrics. The formulas obtained permit
one to calc the min breakdown voltages for*a die-
lee in thermal. breakdown. Cites exptl data f~r
asphalti. Submitted III Nov 50.

SOVII 05-59-6.0 5 /28
C_' '"CIR g Mantrov, M. I., Candidate of Teohndcal Soiences, Docent
TITLE: Service Life of the Insulation of Ele-atrical Machines Under
Thermal Aging (Brok sluzhby izolyatsii elektricheakikh mashin
pri teplovom starenii)
PERIODICAL3 Elektrichestvo, 1959, Nr 6, pp 68-71 (USSR)
ABSTRACT% Experiments show (Refs !,~ 29 3, 49 5,, 6,, 7) that the process of
thermal aging of cotton fabric, lacquer coatings and of differ-
ent kinds of organic and organosilicon insulation follows Only
one law, which can be expressed by the empirical formula (1).
In the papers cited by references 2, 3, 8 it is shown that if
formula (1) is satiefied, the process of thermal aging proceeds
according to the law of monomolecular reaction, the rate
constant of which may be determined from formula (2 The
.
activation energy can be determined from formula M
The
results of the first experiments for the determination off the
service life of insulation substances were found to differ
greatly w1th different authors. At, the Vsesoyuznyy elektro-
tekhnicheakiy insVtut im.. Lenina (All-Union Institute of
Electrical Engineering imeni Lerdn) experiments were conducted
Card 1/3 for the determination of the-ser7iae life of insulation

Service Life of the Inevattion of Electrical SOV/105~59-6-15/28
Rachines Under Thermal Aging
substances under real operational conditions,, Thase experiments
wexe supervised by V. 1. Kali tvyanskiy (Ref a 2, 3). In table 2
the values of the constants A and B from formula (Q are given,
which have been computed by the author from the information
collected from other papers (Refe 2. 3, 5, 6, 7, a, 9, io,,iii2)
and the activation energy Q under thermal aging of dielectric
substances and insulation materials of electrical. machines is
presented. At present many experimental data confirm the
validity of formula (~) also for the determinatlorn of the
dielectri-o strength of various insulation materials The
experimental data on the dynamic service life of vulcanized
rubber and of syn'.hetic. filbres ale-) corrcspond to formula (iN,
Ref W. The empirioal formulas obtained from American data
~Refs 4, 7) for the ealoulation of the service lAfe of an
insulation in years is presented. In spite of tb-3 great amount
of information available., the problem of the service life of
insulations cannot be regarded as conclusively solved,
Card 2/3

Service Life of the Insulation of Electrical sov/105-59-6-15/28
Machines Under Thermal A~ing
The empirical formulas obtained can only be used for estimative
calculations. There are 2 tables and 17 references, 6 of which
are Soviet.
ASSOCIATION: Moskovskiy energeticheskiy institut (Moscow Institute of
Power Engineering)
SUBMITTED- November 25, 1958
Card 3/3

s/196/63/000/001/015/035
E194/EI35
AUTHOR; Mantrov, M.I.
TITLEs __C_aTc_u_T_ation of the thermal stability and breakdown
voltage of high-voltage cable
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika 1 enevgetlka,
n0-1, 1963, 34, abstract 1 B 116. (Tr. Moak. energ.
in-ta, 110-39, 1962, 341-356)
TEXTt The thermal stability and electro-thermal breakdown of
high-voltage cable are treated mathematically on the assumption
that the conductivity varies exponentially with temperature.
Formulae are derived to calculate the thermal stability of 420-kV
buried cable with a copper core of 500 mm2 section and impregnatcd
paper insulation 26 mm thick.
3 figures. 3 references.
~Abstractorls notei Complete translation.]
Card 1/1

MANTROV, M.I., kand. tekhn. nauk, dotsent
Calculation of thermal stability, and drive voltage of a
high-voltage cable. Trudy MEI n0-39:341-356 162.
(MIRA 17:6)

MANTROV, IM-1 d:3-;! !iterit, red,
(C a I ~nj It, Lr-)n Gf Lhe ri.7,1 machlrtesi
abstracL of a course in and desdgn of
electrictil insulaticn"] ~'asehet lzolLatsii elekLri6r,f~-
skikh ma3hin; komipekt ~o kurju '!-,uscnet i kOnsL.-.ArC-
vanie elektriche~;kci iL~ iifit-li. Dnerg. in-t,
11)6-1. -LlCj p. ~.-!J hA I P

MqN-r~o\/' \/ M
240) PHASE I BOOK EXPLOITATION SOV113111
Vaesoyuznyy elektrotekhnicheskiy institut
Issledovaniya v oblasti elektricheskogo razryada v gazakh (Research
in the Field of Electric Discharge in Gases) Moscow, Gosenergo-
izdat, 1958. 239 P. (Series: Its: Trudy, vyp. 63) 2,570 copies
printed.
Ed. (Title page): Klyarfelld, B.N., Professor; Ed. (inside book):
Antik, I.V.; Tech. Ed.: Borunov, N.I.; Editorial Board of
Series: Andrianov, K.A Biryukov, V.G. (Chief Ed.), Butkevich,
Yu.V. (Deputy Chief Ed*~, Granovskiy, V.L., Kalitvyanskiy, V.M.,
Klyarfelld, B,N., Krapivin, V.K., Timofeyev, P.V., Fastovskiy,
V.G., Tseyrov, Ye.M. and Shemayev, A.M.
PURPOSE: This ecilection of articles, issued by the Vsesoyuznyy
Ordena Lenina Elektrotekhnicheskly Institut imeni V.I. Denina
(All-Union Order of Lenin Electrical Engineering institute
imeni V.I. Lenin), is intended for scientists and specialists in
gas discharge techniques.
Card 1/15

Research in the Field of Electric (Cont.) SOV/1341
COVERAGE: This collection comprises research papers on problems
of applied physics of electric discharge in gases. The papers
cover the following subjects: formation of an electric discharge
when high voltages are applied to the electrodes of gas-discharge
tubes, the behavior and properties of the cathode spot forming
on the mercury surface, methods of investigating gas density
during passage*of large currents through the discharge tubes and
the density distribution of current on the plate surface of
mercury rectifiers. The articles can be divided basically into
three groups according to the following subjects: 1. Formation
of initial states of self-discharge. This subject is discussed
in the Ist and 2nd articles.,in which discharge firing is investi-
gated in uniform 6.nd nonuniform fields at low gas pressure and
at high voltages, in the 3rd article on the spread of plasma
beyond the limits of the discharge space, and in the 4th article
on the transition of a negatively charged electrode from sonde
to cathode conditions. 2. Formation of are discharge on a
metal surface, in particular, on a mercury surface. This subject
is discussed in the 5th article on secondary breakdowns of
Card 2/15

Research In the Field of Electric (Cont.) SOV/1341
various gases at atmospheric pressure, in the 6th article on the
extinction and re-excitation of the cathode spot on the mercury
surface, in the 7th, 8th and 9th papers on the pr,)pertieB and
behavior of mercury droplets, and in the 12th article on current
density distribution on the plate surface. 3. Development of
methods of measuring the dynamics of gas density in the discharge
space. This subject is covered in articles 10 and 11. Articles
1, 2,.5, 7, 8, 9, 10 and 11 represent parts of candidate dis-
sertations of the respective authors. All papers were written
under the supervision of Professor B.N. Klyarfelld.
TABLE OF CONTENTS -
Introduction
5
Guseva, L.G. Discharge Firing in Molecular Gases When
pd < (pd)min 7
Card 3/5

Research in the Field of Electric (Cont.) SOV/1341
GUBeva, L.G. Discharge Firing in Nonuniform Fields at
Low Gas Pressures 17
Krapivina, I.V. (Deceased) The Spread of Plasma Beyond
the Limits of the Discharge Space 38
Aleshkov, B.M. Formation of Self-discharge on the Negative
Electrode in Plasma 48
Rubehinskiy, A.V. Restoration of Disruptive Strength After
Spark Discharge 54
Mantrov V M. Extinction of the Excitation Are During
base of Discharge Current Through a Mercury
Rectifier 88
Udris, Ya.Ya. Scattering of Droplets by the Cathode Spot of a
Mercury Are 107
Card 4/5

Research in the Field of Electric (Cont.) sov/1,41
Udris, Ya.Ya. Rebound of Mercury Droplets on Yard
Surfaces
Udris, Ya.Ya. Backfires Caused by Mercury Droplets
Rubchinskiy, A.V., F.S. Kobelevand Y.M. Mantrov.
Method of Measuring of Mercury Vapor Density
Timofeyev, A.A. Dynamic Changes of Vapor Density in a
High-voltage Mercury Rectifier
Neretina, N.A. Current Distribution on the Plate
Surface of Mercury Rectifiers
Bibliography
AVAILABLE: Library of Congress
JP/atr
4-13-59
129
147
170
192
218
240
Card 5/5

qmsnohiAg of the excitation sro in mercury-sro rectifiers at
high dropping rates of the discharge current. Trudy YXI no~631
88-106 158, (MIRA 11111)
(Kercury-ero rectifiers)

MBCHINSKIY, A.T.; IOBBLET, F.Se; KANTROT, T*M.
Methods for mossuring mercury vapor density. Trudy VBI no.63:
170-191 158, (MIRA 11:11)
(Mercury-Density)

AUTH04: Mantrov, V.Y,. (Engineer) SOVIN-59-1-6/28
TITLE: Inereasin-g--Me Stability of t.he Excitation Ar,. of a
Single-Anode Mercury Valve (Povyshaniya usto~ ('.111vosti dugi
vozb,azhderliya odnoanodnogo rtutnogo veritilya
PERIODICAL., Vestnik Elektropromyshlonnosti-,19c~~9,Nr 1,pp 1'7-e'_1_'%USSR)
ABSTRACT: Single-anode mercury valves are becomJng widely used brat
.L
troubles are sometimes experienced because the excitation
are is extinguished. This article considers the causes
of extinction and also lndicat~~is methods of increasing the
stability of the excitation ar-,. The causes of extin,~tion
are classified as either ac,,.,idental or systemati,.., anll aie
briefly considered. However., e~.-en when accidentai caus",~
are excluded, operating experienoe shows that extinction
often occurs under Tated operating conditions, Tests ta-e
shown that the main f-,auses in single-anode val~res aza
interruption of the main currrsnt through the val~7e anJ
application to its anode of a high inverse -,roltage. T~,'~,
mechanism of excitation arc ext.inction is then jisr.ussea
with reference to Fig 1~ T-te -.-l-irents ttiat res-11t, fr,:,.m
resong-vt space-charges when the main dis-harge ;-,urrent.
Card 1/6 ceases ""o fl-w ar-- considered-',, It is shni-m thaf under
certain -;ii.amstances the -j;-en~ in the ancd&

SOM 10-59-1-6/ -'6
i e-
Increasing the Stab-41ity of the Exrlt-ation A.- -' s
Mercury Valve
I I .' 1-1t~'a---;&t-- 1-1.
circuit from the -:;at)~od~i Spr.'- Cj,?r,
c-hazrges ret-elved f,'.)m the ar-, TY-6-q,.
increase the -ni-fr3m, in the exntat'.on I-11r.- ilt. an.. 61
increase the --litaize 11---op on Lim.1t.1-rig
Hence the volt.age Jrjeti;oen thp~ "k,
cathode drops to z~j-ro. after wh'~,.:h a pact-- ~1~
elect-:on"L~-. da-j.onlsa~l,)n ~,,i~7rent
cathode. As soon as t~-is m G e s c n 'n r~
rmthode4 diop and,
ceases, the cathode ~~pot is- 0--,
of the v:~itage oa the excitat,ion anod~-i and Lt~~
are current taken dura.ng -hz -~-X-
are gi~-c-n in Fii? - j -,;!te t'rle pre
analysiE. Thie st~abllity -f tiae ex--itaticr: a~,-. --ia---rea9e~
with the 11norease of in
increase in -,~he ionio -;u--ents. The AaTi~e-r a.-71-
nal to the con,-,ent---atJkon of --emAnEn-. .-,a i ~ mq Ei z- ~-j ~(e a t ~'.- L ~-s
spot of the excitation a:-'~ may again ~~ igrii",el-I
Card 2/6 oP mi -crosel-:)nds afte--- ;qKt--ixrtJ---n. T- e
Fig 2b shows that at tk~iz inqt~;nt rhe ori. lf~-

SOV110,-59-1-6/28
Increasing the Stability of the Excitation Arc of a Single-Ancde
Mercury Valve
excitation anode drops rapidly to the excitation arc
voltage and the current in the circuit rises to its
p revious value. This self-ignition of the cathode spot
is similar in physical nature to the self-ignition of an
ignitron without a grid. Thus the probability of
excitation are extinction depends upon the probability of
extinction and of self re-J.gnition of the cathode spot.
The stability of the excitation are can be increased
either by preventing extinction of the cathode spot or by
providing conditions for its reliable self re-igniticn.
The chances of re-ignition oan be improved by increasing
the excitation are current and the supply voltageq but
this is not advantageous. Putting various semi-conductors
and insulating materials in the mercury cathode promotes
re-ignition but the results are very lanstable. The most
stable result is obtained by introducing inductanl-..e into
the excitation arc circuit. Increase in inductance of
the anode excitation reactors is particularly beneficial;
Card 3/6 the reasons for this are briefly explained. When the
excitation arc is supplied by a,c. any electrical leakage

SOV/1lo-59-1-6/28
Increasing the Stability of the Excitation Arc of a Single-Anode
Mercury Valve
or contact between the excitation anode and its scizen
causes frequent extinctions, T'.'-)ese are not a~-compand_el
by back-fires in the excitaticn circuit. Extin,:;t-Jon of
the excitation stops If the 3.:xcltatlon and main _.urrern*s
are so phased that du7ing commutation of tr;e -ra'1~le tLe
excitation anode connected to the sc.reen is ning In
this case during commutation of the vai,'e, wtien the
probability of extinction of the exoitation ar~-: is
greatest, the eler,-tronic -current flovis tft,~,ough t.~se s
the excitation ar'- ci.-cuit is not shunted and it 11.5 rj~.'
longer extinguished. A similar ?result can be obtain_~k-. tv
supplying the excitation arc with direct
Another way of increasing the stability of the ext-its"'on
arc would be to in~~rease the ourient in it at the mom'~nt.
of commutation of the valvG, A metiiod of doing thL_Js wa~'
suggested by S.B. Yuditskiy,, asing the circuit gtow'n ir-
Fig 3. It has been found in tesl~s that thi3 _'Wffers
from a number of defeuts, the nat.Ure of whLih i.s expialni;d,
The author has developed another -circuit- 4.1lustrat-3d in
Card 4/6
Fig 1+1 to overcome these defei~ts. In the SiMple~-t O_T'-.~it
of a three-phase rectifier with neutral, a three-phase

SOV/110.-59,-1-6/28
Increasing the Stability of the Excitaton Arc of a Si le-Anod~
-ng-
Mercury Valve
transformer with air gap is i.:sod in place of three
separate transformers. The bi3st result is obtained when
the secondary windings of the transformer are connectad
in zigzag, as shown in Fig 5, The way in which the
excitation is increased at the moment of commutat_-'.on is
explained. This method of excitation--forcing was tested
under laboratory conditions in a valve with a fixed
cathode spot and a mean current of 25 A and a maximum
inverse voltage of 2 kV. In this valve the excitation
are burns stably without loading, up to currents of 12
3 A, but under load the excitation is frequently
extinguished. Oscillograms taken during comparati,,e
tests of different excitation-forcing circuits are given
in Fig 6. The results show that the circuit of Fig 5 is
the best. The use of excitation--forcing Ls -rec:ommend~,,4,
for install-9tions in which the rate of diminution of the
discharge carrent is very great. However, the method
Card 516 entails extensive reconstruction of the circuit anu

sov/llo-59-1-6/28
Increasing the Stability of the Excitation Ar~-. of a Single--Aaod,:-
Mercury Valve
increases the power consumption of the valve. He-l-,, 1n
particular cases it is sufficient to increase the
inductance of the anode reactors of the excitation ar:
circuit.
There are 6 figures and 6 references, c~ of whi-Ii
Soviet and 1 English.
SUBMITTED: September 3, 19558
Card 6/6

66697
2 4, 7-194 SOV/109-4-8-17/35
AUTHORS: Rubchinskiy, A.V., Kobelev, F.S. and Mantrov, V.M.
TITLE: Application of the Oscillations on a Sma-IT-kio-d.-to the
I Measurement of Gas or Vapour Density
PERIODICAL: Radlotekhnlka i elektronika, 1959, Vol 4, Nr 8,
1 pp 1311 - 1315 (USSR)
ABSTRACT: The method is based on the correlation existing between
the amplitude of the oscillations appearing in a low-
pressure discharge on a small anode and the den ity of
the gas or vapour in the discharge (Ref 1). The density
is measured by introducing a small anode into a discharge.
This is usually in the form of a molybdenum or tungsten
wire having a diameter ranging from 0.01 to 2 mm and a
length of several mm. The source of electrons necessary
for the maintenance of the discharge is a small auxiliary
are or a heated cathode. A positive voltage is applied
to the anode through a suitable limiting resistance. When
the current density at the small anode is greater than
CN05 to 0-1 A/cm , the voltage at the anode (with respect
to the cathode) has a form of high-frequency osc:Uations
Cardl/3 'k,

66697
SOV/109-4-8 17/35
Application of the Oscillations on a Small Anode to the Measurement
of Gas or Vapour Density
having an amplitude of a few tens or hundreds of VOUB and
a frequency in the range of 10 4 to 10 6c.p.s. (Figure 1).
It is possible to construct suitable calibration curves
for the measurement method. These should show the
dependence of the oscillation amplitude at the anode on
the gas or vapour density. For mercury, the curves can
be taken by measuring the oscillation amplitude by an
oscLllograph at various temperatures of the cooling water
which defines the pressure of the saturated vapour.
Typical calibration curves A = f(p) for three different
values of discharge current are shown in Figure 2. The
supply source to the tube should be chosen suitably;
when the amplitudes of the oscillations are of the order
of 300 to 400 V, the supply voltage must be about 800 to
1 000 V. Calibration curves A = f(p) for mercury vapour
with the anodes of different diameters are shown in
Figure 3. The accuracy of the calibration curves is limited
by the accuracy in the measurement of the amplitude and
Card2/3 the temperature of the coolLng water. It is thought that

66697
SOV/109-4-1-1%35
Application. of the oscillations on a Small Anode o t e Measurement
of Gas or Vapour Density
the error in the measurement does not exceed 1090'. The
small-anode oscillations appear not only in mercury but
in hydrogen, rare gases and various other gases. In all
cases, the amplitude of the oscillations decreases as the
gas pressure is increased. This can be seen from Figure 5,
which shows the amplitude of the oscillations for Xe,
Kr, Ar, No and H2; the anode in this case had a diameter
of 0.?. mm and a length of 3 mm. The discharge was operated
by means of a d.c. source and the electrons were provided
by means of a heated tungsten cathode.
There are 5 figures, 1 table and 2 references, 1 of which
is Soviet and 1 German.
SUBMITTED: March 5, 1959
Card 3/3

-RANTROV, V.M., inzh.
Imporved circuit for arc excitation of mer--ury-arc
rectifiers. Elektrichestvo no.5:13-15 My 160.
(MIRA 13:9)
1. Vsesoyuzny7 elektrotekhnicheskly institut im. lanina.
(Mercury-arc rectifiers)

KANTROV, V.M.
Disintegration time of the cathode spot on mercury. Zhar. telrhn.
fiz. 30 no.6:672-673 Je 160. (MIRA 13:8)
1. Vsesoyuznyy elektrotekhnicheskiy inatitut im. V.I.Lenina.
(Cathodes)

-I/
/ P'T 7;F,4 v'q , L7 Z
USSR / Cultivated Plants. Ornamental L-9
Abs Jour Ref Zhur - Biologiya, No P, 25 Aug 1957, 690o
Author Mantrova,_ E.Z.-
Title
.-C Eract~eristics of Gladioli Nutrition.
OriF Pub Byul. G1. botan. sada 0 SSSR, 1,056, No 24, 64-70
Abstract t Based on experiments conducted in vegetative vessels in the
Botanical gardens of Moscow State University, the author
established that Fladioli are most resronsive to nitrope-
nouB fertilizers specially added as a nutrit~n~ durinfr de-
velnpment of the second and fifth leaves; the effect of
nitrogenous fertilizers is enhanced by simultaneous addi-
tion of potassium fertilizers; a com-rlete mineral ferti-
lization during the fi.-st stai,es of 17.1adioli development
depresses the plants; only beginninr with the formation
of the 5th leaf and down to the end of vegetation does the
reaction of the olants to the effect of NKP become Tositive,
and it increases durinr the vegetative period.
bard 1/1

MANTROVA, G. V., Cand Biol Sci -- (diss) "Biosynthesis of vitamin B 12
and porphyrins by means of propionic acid bacteria." Moscow, 1960.
21 pp with graphs; (Inst of Microbiology of the Academy of Sciences
USSR, Inst of Biochemistry im A. N. Bakh of the Academy of Sciences
USSR); number of copies not given; price not given; (KL, 17-60, 147)

-
ROV.P. , G. V., E'TI
IT (I", V. ~7., -ind P-,tiELKINA, V. V. (IlU `~)
n
"Diosynthesis of Vitamin 81- and Por--hyrins i, Proplori- A-ld
41cteria."
Rpport presentel at the Sth Intern;;t'Lonal Kor!hemigtry Congress.
Moscow, l)-16 Aug 1?61

I /
BUKIN, V.N.; RUTROVA, G.V.
Biosynthesis of vitamin B and prophyrins by propionic acid
bacteria. Vit. res. i iWisp. no.5:32-49 161. (14IRA 15:1)
1. Institut, biokhimii im. A.N. Bakha AN SSSR Mosk7a.
(CYANOCOBAWIINE) (FOAPMUN IND PORPHYRIN COMPOUNDS)

BUKIN, V;N.; MAMROVAp G.V.
Effect of pyridoxine antagonisto on the biosyntheeis of vitamin B
and porphyrins by propionic acid bacteria. Dokl. AN SSSR 137 no.y.
713-714 Mr 161, (KM 14:2) .
1, Institut biokhimii im.A.N.Bakba AN SSSR. Predstavleno akademikom
A, I. Oparinym.
(PYRIDOME) (CYAEOCOBALMM)
(PORPHYRIN AND POWHYRIN CGROUNDS)

HYKJiOVFKIY, V.Ya.; ZPTL~7VA, N.lT.,,-Ml.NTRC)VA, G.V.
Use cf S-aminjl.,jvulir-fc acid for vitamin B12 lbilosyntheeir:
by resting celh~ of Pro cnibacterium shermanli. Dokl. AN
SSSR 157 no.3z692-695 Y!, 164. (MIRA 17:7)
1. Institut blc~himil imant A.M. Bakha A SSSR. Preristavlano
akademikca ~..I. Opariipp.

MAYMOVA, K. P.
Mantrova, K. p. *The V&lue of natural antihomolysin in hyper-imvmnization of horses
by the B. Perfringens antigen," Sbornik nauch. trudov (Irkut. in-t epidemiologii. i
mikrobiologi.i), Issue 4, 1948, p. 58-64 - Bibliog: 7 items
SO: U-326/+, 10 April 1953, (Letopis 'Zhurnal Inykh Stately, No. 3, 1949)

IVANOVA, Ye.l.; MANTROU, K.P.; P0,MNOVA, Ye.N,,; "OHINA, L,11.
Causes of the develop-cart of nyrrqans ir the p,.irification
and concentration of antitoxJc serums. Trudy Irk. NTTFM no.
600-97 161. NIHA L7:7)
1. 1z laboratorit kontsentratsLi syvorotki Irrrul.skogo
nauchno-issledovatellskogo instituta apidemiologii i
mikrobiologii.

86104
1209
S/112/59/00'D/012/015/097
A052/AOOI
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No- 12, pp 13-14,
# 24oI3
AUTHOR: Mantrova,. V.M.
TITLE- Production of Resilient-Elastic Vitreous Varnish Fabric for Ihsula-
tion of Electrical Machines
PERIODICAL- Tr. Vses. elektrotekhn, in-ta, 1958, No, 62, pp~ 123-171
TM- A study of ways and means of ppoduction of heat-resistant vitreous
varnish fabric with high plectro- nsulating/4knd mechanical properties suitable for
substituting mica materials (mica tape) has been carried out in two directions.
1) production of impregnating varnishes on the base of elastic resins, synthesized
by the method of heterofunctional condensation; 2) development of a rubber vitre-
,~,electric strength on the base of vitreous fabric and
ous fabric with an increase
polyorganosilox,ane rubber.p Conditions of heterofunctional condensation of dimethyl
diethoxysilane with dimethyl dichlorosilane and methyltrichlorosilane in presence
of ferric chloride as a catalyst have been studied. At condensation of these
monomers polymethyl dimethylsiloxanes are formed, The mechanism of the condensa-
Card 1/2

861o4
S/112/59/000/012/015/097
A052/AO01
Production of Resilient-Elastic Vitreous Varnish Fabric for Insulation of Electrl-
cal Machines
tion reaction is proposed. Combination of polymethyl siloxane rubber and poly-
methyl dimethyl siloxane resin has been studied~ when combined, the polymers form
a physical mixture. As a basis for impregnating varnishes for vitreous fabrics
CKT (SKT) polydimethyl siloxane rubber and K -43 (K-43) polyorganosiloxane nom-
pound can be used. The technological process of production of rubber vitreous
fabric has been developed; this fabric has high electro-insulating and physico-
mechanical properties, maintained at a continuous thermal aging, The production
of rubber vitreous fabric has been successfully organized at the "Elektrolzoilt"
plant. The possibility of using rubber vitreous fabric for Insulation of elec-
trical machines as a substitute of mica tape has been established, There are 27
references, See also Ref, 24012 (on the possibility of a wide appli-'-&'~Ilon cf
vitreous Escapon varnish fabric)
A.O~M~
Translater's note- This is the fu'l translation of the original Russian abstrant
Card 2/2

KMTROVA, re. Z.
Cand Biolog Sci
Dissertationt "Nouriabment of the Potato Plant in theAreas of High Yield."
2b/11/50
Moscow Order of Lenin State U. imeni M. V. Lomonosov
SO Vecheryaya MQ$KY4
Sum 71

MANILMVA, Te.Z.
. - 'ilc"W~Jvtice of gladiolus nutrition. Biul. Glay. bot
ada no.24:64-70 156. (MLRA qSll)
7
Botanichookiy sad Moskovskogo gosudarstvannogo universitata
imani M.V. Lomonosova.
(Gladiolus) (Fertilizers and manures)

T/rf /9
ef
USSR/cultivatc''.'
Abs Jour L'.k2f Diol., ~(-564
ikutl--:)r
tal-'~ cal Gllr"Ul- Df t,'.-- S" ate University.
List
Title LifluQncc .f Fort 5.ii,.-.c~--s
Ori
11957, r
Abstract ii'~:lucmcc ~;f L'.0
-':)r 3 Yc---r-, at -c.
Cal A tI.0 1410SC-)Il ~;-Ga'Lc U:,ivursity. 7-cy
t,~-'. 'Jy jtZl1rS L. il VC,;Ut--tiVC
r""I. ict;L results wurc -~btainuo. witl-' nitr)~;C'n
cs :,~clally duriii,- t'-,~ ),xi
11
the nctijl,. of J' w-a-, 'c'A-"
cl. lc:AL
Cark-1 1/2

us, s cultiv,-.";~!C.
'564
TIPK I,Qf ~ru
E; i s
Car.' 2/12
177

HANTROVA Telizaveta Zakharovus; RAZILEVSKAYA. N.A., red.; OTOCHEVA.
L-90MIN, A.A.. tekhn.red.
(Phlox; their cultivation and nutritional characteristics]
Floksy; kulltura i osobennosti pitaniia. Moskva, Ind-vo K-va
komrmm.kh02.RSFSR, 1959. 57 P. (KIRA 13:10)
(Phlox) it

RUMOVA, Ye.Z.; ZDA3YUK, V.I.
Fertilizing gladloll. Biul.Glay.bot.eada no.32:" '58.
(MIRA 1215)
1. Botanicheskiy sad Hookovakogo gosudarstvannogo universiteta
im. N.V.Lamonogova.
(Gladiolus--rertilizers and manures)

MANTROVA, Ya.Z.;, ZDASYUK, V.I.
Changes in the carbohydrate and protein metabolism of tulip and
narcissus bulb due to the action of fertilizers. Rauch. dokl. vys.
shkoly; biol. nauki no.1:123-128 160. (MIRA 13:2)
l.Rakomandovana Botanicheskim sadom Mookovokogo gosudaratvannogo
universiteta im. M.V. Lomonosova.
(Bulbs) (Plants, Ornamantal--Pertilizers and manures)
(Plants--Metabolism)

mQrTROvAv Ye1z,
Changes in the carbohydrate and protein metabolism of gladiolus
corms during storage. Nauch. dokl. vys. shkoly; biol, nauki
no. 1:159-162 161. (KIRA 14:2)
11 litekomendovans, Botanicheakim sadom Moskovskogo gosudarstvamogo
universiteta im, M.V. Lomonosova.
(GLADIOLUS) (BULBS-STORAGE) (PLANTS-METABOLISM)

MANTROVA, Ye,.Z.
Nitrdpn consumption by annual ornamental plants as related to the
conditions of nutrition. Nauch. dokl. vys. shkoly; biol. nauki
no~4:147-151 161. (MIRA 14:11)
1. Rekomendovana, Botanicheskim sqdom MoskovEikogo gosudarstvennogo
universiteta im. M.Lomonosols,
(ANNUALS (PLANTS) -FERTILIZERS AND MURES) (NITROGEN)

MANTROVA, Ye.Z.
1)
Requirement of nutritive substances by decora*ve plants during
individual phases of their growth. Nauch.dokl-,;,vys.shkoly; biol.
nauki no.W48-153 163. (KMA 16W
1. Rekomendovana Botanicheekim sadom Moskovskogo gosudarstven-
nogo universiteta im. M.V.Lomonosova.
(PI"TSp OR&WNTAL--FERTILIZERS AND HANUFM)

MANTROVA, Ye.Z.
-,
Fertilizing rates for individual decorative plants. Nauch. dokl.
vys. shkoly; biol. nauki no.lsl56-160 164. (MM 17:4)
1. Rekomendovana Botanicheskim sadom Moskovskogo gosudarstvennogo
universiteta im. M.V.Lomonosova.

MANTROVA Yelizave-ta Zakharov-na; ZVYAGMTSEV, D.G.., red.
[Fertlliz6rs for ornariental plant!3] Udobrenie dekora-
ti;vmkb,rastenil. 41%,slovap Izd-vo Mask. univ.g 1965.
300 P.0- (MIRA 18:8)

ACC NRi,~pu'030133 SOURCE CODE: UR/0120/66/000/004/0071/OCf/a
AUTHORS; Zelanov, B. A.; Lebodeva, L. X.; Aantsa. Y.-- Mforoz, N. S.
ORG: Joint Institute for Nuclear Research, Dubna (Ob"yedinonnyy institut yadorw(kh
issledovaniy)
TITLE: A multichannel high-speed device using semiconductors for physics experiments
on the 10 Gev synchrophasotron
~SOURCE'. Pribory i tekhnika. eksperimenta, no. 4, 1966, 71-78
:':O?"C TAGS. physics research facility, semiconductor device, synchrophasotron, cable,
,oscillog-raph, diode, photomultiplier, particle scatter, transistor, synchrotron,
;particle detector, scinti-11ation counter, gas filled counter, Cerankov couater,
,6,-Yal synchrophasotron, FEU 36 phot0MUltiDlier, RK 19 cable, RK 2 cable, ENO I oscil-
!lo.-raph, P418Ye diffusion transistor, D602A diode, LVE synchrophasotron
ABSTELACT: A multichannel hig,~-speed device has been developed for Use in conjunctlon
th
A
t a 10 Gev OIYaI synchrophasotron to conduct physical experiments on large angle
:scattering of high energy particles. The multiplier included in the device provides
flexibility enabling 17 counters to be operated and easily switched. This device
coordinates the scintillation counters and gas-fiLled Cerenkov counters (,,thichi, with
n T!EU-36 photomultiplier, can record a single electron expelled from a photocathode)
..,j,~and,';7gives a high-speed response in the nanosecond range for handling count rates of
43.e'c&rd 1/2 UDC: 539.l.Cf75

ACC NRt APO'030133
6
10 per sec, while providing high stability in counting the low intensity count rates
of scattered particles (up to 1 partin-cle per hr). Six coincidence circuits and three
anticoincidence circuits are combined to provide 100% recording effectiveness ~ihile
1 e-li-rdnating instability and insuring the recording of the true events. The device
uses P1,18Ye high frequency diffusion transistors, germanium tunnel diodes D0'02A high
frequency diodes, and RK-21 and RK-19 cables to give time integration of the circuit
and pulse shaping. The system is synchronized by a control system which employs an
I ENO-1 oscillograph. It is unitized and hold on two racks. A one-year test on the
LITE synchrophasotron with 3.17 Gev/see pi mesons showed that the secondary coincidealue.
circuit and the monitor gave the same count over a wide threshold range. The resolu- i
tion time of the coincidence circuits is < 10 nanosec, and the anticoincidence cir-
cuit provides a suppression effectiveness of 100% when used,with a threshold counter.
:;Ori-. art. has: 10 figures.
SUB CODE. 09, 20/ SUBM DATE: 26May65/ ORIG REF: 002/ OTH REF: ,4
Card

MANTUROV, V -
"Zealous AnnIbilator of Wolves." p. 191, softya, Vol. 10, no. 4, Apr. 1954.
SO: East Daropean Accessions List. Vol. 3, no. 9, September 1954, Lib. of Congress

H NTIS' E~~ V ~ -B. I,/).
VOLODIN. Ye-I.. kandidat tekhnicheskikh nauk; GCRODSTSKIY. I-ye.. professor.
doktor tekhatchaskikh nank [deceased]; DOSCHATOT, Y.T., inshener;
J(ORO'fKOV- T-P-. lCandidat tekhnicheskikh nauk; K-ANT-29Y, B.M., inzhener;
NISTIROVSXIY, M.N., inzhener; PALEY, K.A., b0fie-ner;~Vd"TO, A.Ya.,
kandidat takhnicheakikh nauk; TAYTS, B.A., professor. doktor takhnichs-
skikh nauk; XYDIHOV. V.Ta., ksadidat takhnicheskikh nauk; IRVAYS. A.T..
inshener; CHUDOV, V.A., inzhener-, ACEEHAN, U.S., doktor tekhnichookikh
nauk. professor. glavnyy redaktor; VIADISLAVIIV, V.S., redektor; NALY.
A.H.. redaktor; POZDNYAKOV. S.N.. radaktor, STOLBIN. G.B.. redaktor-,
CEDOWAVSKIY. S.A.. kandidat takhnichaskikh nauk. redaktor; KARKUS. K.Ye..
inzhenerl, redaktor [deceased]; KARGANOV. T.G.. inzherer. redaktor
graficheskikh rabot; SOKOLOVA, T.F.. tekhatcheakiy redaktor
LMetal vorker's manual; ta five volumesj Spravochnik metallista; v
piati tomakh. Red. sovet U.S.Acherkan i dr. Koskva, Gos.nauchno-tekhn.
izd%.vo mashinostroit.lit-ry. hl.l.(Pod red.$.A.Chernavskogo)-1957.603 p.
(Mechanical engineering)

)oo/or
S1 130/6o/c j6/oo 3/o i i
AUTHOR: Mantsev, R. M., Director
TITLE: Outlooks in the "Stal'proyekt" Work
PERIODICAL: Metallurg, 1960 No. 6, pp. 4-6
TEXT: In the near future Stallproyekt will direct ists work on a number
of serious problems connected with the improvement of designs of the followL-,C
units: .1) Steelmelting units. Steelmelting furnaces of 800-900-ton capacity
are being designed. The installation of a standard converter shop producing
1.6-2.0 million tou., of steel annually with 75 to 100-ton con'rerters with top
oxygen blast will be accomplished in 1960. Subseqently the design of 200-250-
ton converters will be developed. 2) Continuous steel casting installations.
Within 10-15 years continuous steel casting units will be built in plants
in which steel is presently cast into casting pits. The operation of the
existing casting units is studied, including an installation at the Novo-
Lipetskiy Plant for casting slabs of 150 x 600 to 170 x 1,000 mm cross section
from a 90-ton ladle. The design of multi-groove installations for casting
square ingots of 120-160 mm from 90-ton ladles and for heavy ingots of 250 x 2~-k
to 350 x 350 and 250 x 500 mm from 270 ton ladles is being developed.
Card 1/3

a
6utlooks in the "Stal'proyekt" Work S/130/60/000/006/003/"'-!!
3) Heating furnaces for the rolling process. Stallproyekt is planning the
installation of heating pits for high-efficiency blooming and slab mills wit-
shafts heated by a single top burner. Experimental electric heating pits ne-_-
the roughing mills will serve to reduce metal loss by a factor of about
10. Experimental work on this subJect will be followed by the design of
industrial -mits. Five and six-zone continuous high-efficiency furnaces are
being devised for sheet and rail- and structural-steel mills and heating
installations for light-section and strip mills of 250-300 t/hr capacity.
In the near future furnaces will be developed for non-oxidizing heating of
metal prior to rolling. 4) Thermal furnaces. The main trend in the
development of thermal furnaces is the design of continuous units for high-
speed non-oxidizing thermal treatment of sheets. Within the current year
Stallproyekt, will devise tower furnaces of continuous units for heat treatiriF
transformer steel by the new technology; a great number of cupola furnaces
with compulsory circulation of shielding gas under F muffle, and units for
heat treating reinforcing steel. It is planned to develop the following uni:-,
within the coming years: a tower furnace for continuous bright heat treatment
of tin; a tower furnace for high-speed bright continuous heat treatment of
tin with open flame; a unit for the super-high-speed bright continuous lieat
*treatment of tin with heating and cooling of the strip in molten sodium;
Card 2/3

Outlooks in the "Stallproyekt" Work S/130/60/000/0005/003/011
a furnace for a continuous hot zineplating unit. Furthermore, experimental
investigations are concentrated on the use of natural gas for firing metal-
lurgical furnaces. Research, with the use of computers is also conducted
on the comprehensive mechanization and automation of steel-melting and rolling
processes and sections of heating pits and tin heat treatment. A system of
fully automated control in the production of shielding atmosphere is being
developed.
ASSOCIATION: Stallproyekt
Card 3/3

AKSELIRUD, L.G.; GLIMOV, M.A.; G.7ZIGO.."TV, V.1'1.; LIPSNITS, A,Ye.;-BVITS:7N
Prospects for improvements in 'Ghe dcs-',:;n of heatin- and ).cat-treating
furnaces. Stall 20 no.6:562-567 Jo 160. Q-MU 14: 2)
(Furnaces, HeatinE) (furnaces, fleat-treatina)

SEV, R.Me GMM. S.V. ; CHARIKHOV , L.A.; VOS)KODO)DUKOV, V.G. ; STOSIU,
For an overall mechanization and a widespread automation in metallurgy.
Metallurg 9 no.6:1-3 is 164. (HIRA 17:9)
1. Direktor Gosudarstvennogo soymogo inatituta po proyektirovaniyu
agregatov staleliteynogo i prokatnago proizvodstva dlya chernoy metal-
lurgii (for Mantsev). 2. Direktor Gosudarstvennogo soyuznogo instituta
po proyektirovaniyu metal-lurgicheskikh zavodov (for Gubart). 3. Glavnyy
inzh. TSentrallnoy laboratorii avtomatiki (for Gharikhov). 4. Zamestitell
direktor Inatituta novoy metallurgicheskoy tekhniki TSentrallnogo nauchno-
iseledovatellsko7o instituta chernoy meta-Uurgii im. I.P. Bardina (for
Voskoboynikov) f.;amestitell direktora Vsesoyuznogo nauchno-issledovatell-
metal gic ogo
.skogo i proyel.unokonstruktorskogo instituta Jurg hesk mashino
t, stroyeniya (for Stoaha).

MA N T STV -, R. M.
Forty years of w6rk of Iwi 'I I I -,o' ! " ; np. I.. tiAn . -,;il ' ~.,.
- i, r r~ , - .1
488-491 Je 164. (MlflA
1. Direktor Gosudarqtvnrroz- 1-c
agregatov stale li toync,.gc 1 :~Iya chernny
metallurgii (S~al'proyekt'.

LUKIYANOV, V.L., deputat Verkhovnogo Soveta SSSR, master bloka martenovskikh
pechey; GOLIKOV, I.N.; BUrp B.I.; LEPCRSHIt, V.V.; SOPOV, T.,
Geroy Sotsialisticheskogo Truda, valltsovshchikk;-M~311 ~IIJI-L
MIUIOV, V.D., stalevar
We are carrying out the decisione of the 22d Congress of the
Cemmunist Party of the Soviet Unic .. Metallurg 7 no.7:2-6
il 162. .(RBA 15:7)
1. Nichne-Tagillskiy metallurgicheskiy kombinat (for Luklyanov).
2. Direktor TSentrallnogo nauchno-issledovatellskogo instituta
chernoy metallurgii (for Golikov). 3. Sekretarl partiynogo
komiteta Makeyevskogo metallurgicheskogo zavoda (for Buy).
4. Direlctor zavoda "Azovstalf" (for Leporskiy). 5. 14agnitogorskiy
faetallurgicheskiy kombinat (for Sopov). 6. Direktor Gosudarstvennogo
soyuznogo instituta po proyektirovaniyu agregatov stualeliteynogo
i prokatnogo proizvodstva, dlya chernoy metallurgii (for Mantsev).
7. Chelyabinskiy metallurgicheakiy zavod (for Chernov).
(I-lotallura)

MATTSEV, R.M.
Vladimir Efimov,,:r tm, the '~00.h anniver5a-y,
of his birth. Tzv-. AN Miet. i gor. delo no.321- ';-I M-i-S264
D-irck t
van T c--,, 1 z
Ta d, ya
e~hernu-v met -, L

MANTSEV,,._ likhaylovich; CHMENKO, Mikhail Avksentlyevich;
CHEf - -
C
iZ-PAKHI , dEniLy Akimovicb~ UNITIN, Solomon
Solomonovich
(Open-hearth furnaces; an atlas] Martenovskie pechi: atlas.
Moskvaa Metallurgila, 1965. 177 p. (MIRA i8:8)

MANTSEV, V.G.
New "four-high 40011 cold rolling mill. TS"Vet-met. 38
no.10:90-91 0 165. (MIRLA 18:12)

MANTSEV, V.I.; MATSUK, R.V., red.; MARTYNOVA, M.N., tekhn. red.
[Monopoly profit and monopoly price] Monopollnaia pribyll
I monopol'naia tsena. Moskva, Izd-vo VPSh i AON pri TsK
KP.'13SP 1963. 95 p. (MIRA 16.-9)
(United States--Trusts, Industrial)
(United States--Profit)

-1-ACUL
Methods for calculating the through capacit7 of postal installations
adjacent to railroad lines. Vest. eviazi 18 no.9:17-19 5 '58.
(MIRA 11:10)
1. Nachallnik laboratorit TSentrallnogo
Instituta sv7azi.
(Postal service)
trauchno-iseledoratellskogo

KAMM, V.11.
,mumumm
Efficiency of mail transportation In containers on main rail-
road lines. Vest.sviazi 19 no.3:29-31 Kr '59. (KIRA 12:2)
1. Machal'nik laboratorti TSentrallnogo nauchno-iseledovatell-
skogo inotituta avyazi.
(Postal service)

MANTSU., V.S., inzh.; VUKOLOVO L.A., kand.tekhn.nauk; KOZWVp Yu.P.., inah.;
---------YUMLI P N.G. Jq inzh.
Improving the manufacturing technology of brake shoes made of composition
materials. Vest.TSNII 1*S 22 no.100-53 163. (KRA 16-4)
(Rd iroads-Brakes)

KOPYL4DV, Ye.P.; EPSHTEYN, V.G.; LAZARYANTS. E.G.; TSAYLINGOLID, V.L.;
M&NTSEVAS L.K.
Gharacteristies of the vulcanizates of methylvinylpyridine rubbers
with coordinate bonds. Kauch. i rez. 22 no.7.-9-13 Jl 163.
04IFLA 16: 8)
1. Nauchno-issledovatellskiy institut monomerov 41ya sinteticheskogo
kauchuka i Yaroslavskiy tekhnologicheskiy institut.
(Rubber, Synthetic-Testing)

hV*SEVA, V. N. Cand Med Sci -- (diss) "Clinio, treatment and prophylaxis Of
; ~ I -T-45-10z4v-
the apathetiow-formAof schizophrenia in children." Mos. 1967. 14 pp (Inst of
Pediatrics, Mad Med Sci USSR), 200 copies (KL, 45-57, 99)
-27-

4im, ps