SCIENTIFIC ABSTRACT BOGOLYUBOV, S. N. - BOGOLYUBOV, V.Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205920009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BOGOLYUBOV, S. N.
Asia, Central - Floods
How eroding flash floods are formed and why they are harmful to the national
economy. Geog. v shkole. No. 1, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June 1953, Uncl.

AID P - 3841
Subject USSR/meteorology
Card 1/1 Pub. 71-a - 4/35
Authors : Bogolyubov, S. N. and Z. P. Bogomazova
Title : Vertical direction of ground water is a basic factor
in forming runoff
Periodical Met. 1. gidr., 6, 19-25, N/D 1955
Abstract The authors discuss the possibility of correctly
establishing by means of hydrographs the volume of
underground water of any given area and its influence
on surface runoff. Some data on catchment areas for
central RSFSR and the Kiev basin for several years
are presented in tables and curves. Five diagrams.
Six Russian references, 1945-1950, 1 English, 1941.
Institution : None
Submitted : No date

VO'Cyp K,4,) -3, N.
BOGOLYUBOV, '.
,-------aib'terranean water supply, in the spring flow from rivers and tempo-
rar7 currents of the foreet-steppe and forest areas. Trudy GOI no.61t:
151-162 1.57. (MM, IWO
(water, Underground) (Rivers)
(Stream measurements)

BOGOMAZOVA, Z.P.;_BOGOLYUBOV, S.N.
Role of liquid precipitation in the formation of the catastrophic
spring flood of 1908 in the Oka River. Sbor. rab. po rti rol
., d
no.1:56-61 159. (MIPA 15-.2)
1. Gosudarstvennyy g~drologicheskiy institut.
(Oka River-Floods)

BOGOLYUWV* $.N.
Formatimn of the storm rinoff of small watercourses of the
forest-steppe %!one of the European part of the Soviet Union;
aocording-to materials of observations at the Nizhnedevitak
and Kamennays, Steppe experimental watershedso Trudy GGI
no.127al28-157 1650 Offlu 18:9)

DOGOLYUBOV, US.N.
c'
otnioturo of base f1mi -_W.-o rive". Trudy GGI no,1226
209-2!6 f65, .. (t-uA 18!9)

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-Orgodlintion, Of ;~U." III-ens Str,01". V. Dogol3mbov. lInvosti TP~Iniki 1939t
Do. 26-7, 29-)l.
statnli-:I~~ Prrrfi. by tho dircet rethod In o 100-lzt-. ri.rc Pirnnee
in which a pulverized charge of chromite concc.it7aLe. znltr cnd F, G-Si
was us(.d. The Fe-Si was of 2 sizes: one larger than tbc conc~.,ntrate and
one slightly larger than dust. The large-sized Fe-Si served to reti- tho
chroMS And Fe while the dust of Fe-Si was oxidized b-,, the saltpeter,
The dust amounted to 25% of the Fe-Si and the saltp'etDr was 10-15% of the
concentrate. As soon as tho C content reached 0102-0.3% the oxidizing slat
was taken off and the bath was deoxIdIned Eolith the eftlex deoxidiser -a-IS
with occasional addvig. of Al and Fe-Ti. Then the new slog consisting of
Ca?2p concentrate) lime and a sm611 amt. of Fe-SI was added. After the
slag was formed and the furnace was thoroughly heated the above charg'e
was added in small. amts. The melting was more rapid then with a flux and
the reduction period.was 1.5-2 times less than with a lime slag. The ateel
cut

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All-Union Conference of the Workers of the Ferro-alloy
Industry (January 29 - February 2 , 1957) 133-5-11/27
alloys", by Frolov, A.A.
"Medium carbon ferro-chromium", by Sakharuk, P.A.
"An improvement in the smelting technology of ferro-chromium,
free from carbon", by. Khitrik, S.I.
'Tecarburisation of ferro-chromium in solid state in vacuo
by Kirichenko. I*D.
"Rational utilisation of chromium ores for smelting ferro-
chromium" by Sakharak, P.A. and Brishankova, E.A.
"Thermo-aluminium process", by Bogolyubov, V.A.
"An investigation of the technology of production of ferro-
titanium on the Lipetsk Ferro-alloy Works", by Snezhk-o, F.F.
"The technology of production of ferro-tungsten" by Khazanova,
T*P*
I'The technology of production of ferro-mol-ybdenum", by Agarkova,
N.A.
"The production of ferro-vanadium", by Krasnykh, I.F.
"The development in the construction of electric furnaces in
the ferro-alloy industry", by Baycher, M.Yu.
"A typical melting shop for the production of ferro-alloys",
by Babenko, V.T.
"Methods and apparatus for the control of electrical parameters
Card 2/8 of ferro-alloy furnaces and ways fo-r a complex automation",

All-Union Conference of the Workers of the Ferro-alloy
Industry (January 29 - February 2, 195?). (Gont.) 133-5-.11/27
by Morgulev, SoA,
"The production of metallic chromium by electrolysis", by
Agladze, R.I.
11steelmakers, requirements for ferro-alloys", by Nikolayev A.S.
The Conference considered that despite much development
during the last 25 years (previous conference was held in 1932)
there are some deficiencies which should be rapidly removed.
The following are mentioned: scientific-research institutes
and TsNIIChM in particular are slow in helping industry in the
solution of most important problems; the co-ordination of joint
investigations is insufficient; lack of trained personnel in
metallurgical laboratories in many works. The basic deficiency
of the industry is insufficient preparation of raw materials.
The necessity of improvement in the preparation of materials for
smelting was stressed by Gusarev, V,N., Volkov, V.F., Mikhaylov
V.V., Makhabin, V.P., Ranov, A.E., Khvichia, A.N. Kholopov, V.V.
and others. Many proposed that crushing and screening should be
carried out on ore fields. In view of rapid metallurgical
development in Siberia, the necessity for accelerating the dev-
elopment of new manganese ore deposits in the East. Tests on an
Card 3/8 ihdustrial scale of beneficiationand smelting of ores and

All-Union Confeience of the WorXers of the Ferro-alloy
industry (January 29 - February 2, 195?) - (Cont.) 133-5-11/27
concentrates from the Usinsk, Zdhezdi-nsk-and Atasuysk deposits
should be carried out. The organisation of supply of lime
(95% CaO) was criticiseds. The conference recommended: 1) that
in 1957 Glavspetsstall should build new units for limest-one,
calcination; 2) drying of t;oke-breeze on works, the install-
ation to be desigaed by Giprostall in 1957; 3) Giprokoks
should investigate the possibility of producing special coke
containing no more than 5-61/,', of ash, 0.051% of sulphur and 0.01%
of phosphorous, The conference pointed out the differences in
the production costs of the game products (calculated on the
same basis) on different works; high earnings of auxiliary
workshops (58,co" of total earnings); lowsbate of mechm isation of
work; slow progress in the design of single-jhase transform-
ers for large furnaces, After comments on the production of
ferro-chromium, Bobkova, Kh.N., Bogolyubov, O.S., Topillski,
V*A*, Zhuralve, V.M. and others) the conference proposed: 1) to
transfer all furnaces producing ferro-chromium free from carbon
to operation with graphitised electrodes; 2) to speed up the
start of the operation of tilting furnaces for the production
of carbon-free ferro-chromium; 3) to put an end to lagging in
Card 4/8 the production of ferro-chromium containing less than O,OW,b-y

All-Union Conference of the Workers of the Ferro-alloy
industry (January 29 - February 2, 1957). (COnt.) .133-5-1.1/27
using the method of treatment of briquettes from ferro-chromium.
containing carbon with oxidants in vacuo; 4) to finish during
1957, experiments on an industrial scale the method of mixing
in ladles of liquid melts (silicon-chromium and chromite - lime
melt); 5) positive results of treatment of liquid ferro-
chromium in a ladle under a high vacuo in order to decrease
carbon content should be applied on all ferro-alloy works in
1957, 6)_ The operation of an experimental converter install-
ation for the production of medium carbon ferro-chromium. by
blowing with oxygen followed by a treatment in vacuo should be
speeded up; ?) to finish the experiments on an industrial
scale on the production of silicon-chromium directly from the
ore and quartz (which will peimit the decrease of the carbon
content); 8) put into operation a pilot plant for the prod-
uction of electrolytic chromium (Agladze, R,E., Siorioze, GoYa.,
Orlova, S.E. and others). The Mining and Metallur cal Institute
of the Academy of Science of the Geox-gian S.S.R. (Iqstitut
Gomogo dela i metallurgii AN Gruzinskoy SSR), the Urals Instit-dD
of Chemical Industry (Uralskiy Institut Khimicheskoy Promyshle-
nnosti) and TsNIIChM should speed up the conclusion of research
card 5/8 work on the electrolysis of chromium and Giprostall should

All-union Conference of the Workers of the Ferro alloy
'Industry (January 29 - February 2, 1957). (Cont.3 133-5-11/27
design an industrial plant based on the results of the above
research. Industrial investigations indicated' the possibility
of procucing high quality silicon-manganese with low carbon
content in one operation, instead Qf two used at resent (Khar-
lamov, I.G., nozanova, T.P., Pkhakadze, Sh.s.) Kring the
present year the Institute of Ferro-alloys (Institut Ferro-
splavov) and the 2japorozhsk Works should c onclude the work on
simplifying the technology of smelting metallic manganese. The
conference paid attention to -the mechanisation-of casting ferro-
alloys (Kozak, I.S., Koszkin, G,L. and others) and ree6mmended
the building on the Kuznetsk Works a casting machine for ferro-
manganese and silicon-manganese *of the Giprostall design (as
at present in operation at the Zaporozhsk Works). The confere-
nce pointed out the necessity for a wider application of pre-
heating charges for the aluminium thewmal processes (to econat-
ise aluminillm) and to carry oat smelting in are furnaces
(Epshteyn, N.Io, Pliner, Yu.L. amd others). The industrial pro-
duction of smelting ferro-titanium containing more than 40~', Tit
from the Perovskitov concentrate should be started in 195?
(Humysh, I.S. and others). The construction of a plant for
6/8 the production of alloys containing titanium, zirconium, niobium.

All-Union Conference of the Workirs of the Ferro-alloy
Industry (January 29 - February 2, 195?). (Cont.)133-5-11/27
etc., was recommended (Ignatenko, G.F., Karsanov, G.V. etc.)
It was considered necessary to speed up pilot plant experiments
on the production of silico-aluminium-from wastes of benefici-
ation Qf Tribullsk coals (Mikeladze) after which tha Gipro-
stall would prepare proposals on the organisation of -orodiaction.
In view of a large consumption of vanadium some new deposits
should be studied. The nearest task is the conclusion of build-
ing a new chemical plant on the Chusovsk Works, on which a con-
tinuous techno1gical cycle and better equipment should be intr-
oduced. This will permit increasing the use of vanadium
(Rispel 11 K.N., Slotvinskiy and others). In 1957, all ferro-
alloy works should be supplied with chargin3 machines (for open
furnaces) of the system Plyuyko and Kozak. It %-as considered
necessary to design a closed rotary furnace of large capacity
as well as to conclude in 195? the work on partial recovery of
waste gas from the ferro-silicon furnace on the Zaporozhstall
works. In view of the forthcoming construction of new ferro-
alloy works the conference considered that Giprostall together
with OKB of the "Elektropech" trust and TsNIIChM should design
during 195?-58 a rational ferro-alloy melting shop. The con-
Card 7/8 ference also considered that similar conferences discussing a

All-Union Conference of the Workers of the Ferro-alloy
Industry (January 29 - February 2, 1957), (Cont.)133-5-11/27
narrow range of problems should take place once a year.
ASI':~'OCIATION: TsNIIChM
AVAIIaBLE
Card 8/8

C, r/
(Cand.Tech7.SO.) 133-6-16/33
AUTHOR: Bogolyubov, V-.A'* uminothermic
TITLE' The dependence of the temperature of an al
process on its specific heat.i(7,avisimosti temperatury
alyuminotermicheskogo protsessa ot udellnoy teploty).
PERIODICAL: "Stall" (Steel)l 19579 No'.6, pp. 531--535 (USSR).
ABSTRACT: The thermal and temperature effects of the reduction of
metallic oxides with aluminium is discussed in general
terms and a short review of the literature dealing with
the calculated and measured temperatures of the process
is given. The temperature attained during reduction of
iron oxide with aluminium in the presence of various pro-
portions of magnesiac powder and the thermal effect of the
process weve experimentally determined. The temperature
measurements were carried out using a tungsten-molybden=
thermocouple and charges of .3'kg of an iron ore (2.05%
3102)0 1.1 kg of aluminium powder and various amounts of
ground magnesite (0.6 to 2.1 kg) placed in magnesite cru-
cibles. The experimental results are given in Table 1.
Specific heat of the process was calculated on the basis
of the heat of reduction of oxides without considering
side reactions. The dependence between the temperatures
Tn,OA.qUromA n-nil r-PIrn'tIrLted specific heats was found to be
Card 1/3

The dependence of the temperature of an aluminothermic
process on its specific heat. (Cont'.) 133-6-16/33
linear (Fig".1pline a ) as was expected from theoretical
considerations. By extrapolating the above linear relat-
ionship, the temperature which can be attained with a charge
free from magnesite powder was obtained (2420 C). Taking
i4to consideration that somewhat lower temperatures are
obtained by measurements with the:rmocouples it is assumed
that the actual temperature of the iron-thermite reaction
somewhat exceeds 2450 C. By varying the preheating tem-
perature of the charge by 100t 200 and 300 C it was found
that the preheating of the charge by 100 C corresponds to
an increase in the temperatures attained during the process
by 56 C and an increase in the specific heat of the pro-
cess bY 32 kcal/kg. The measurements of the heat ' effect
of the process were carried out in a special calorimeter
(the description of which is given in Figs.2 and 3) using
the same materials as for the determination of the temper-
atures attained. The results obtained (table and Fig.4)
were used for the determination of the actual relationship
between the temperature and specific heat of the process
(Fig.1, line b
Card P/3

The dependence of the temperature of an aluminothermic
process on its specific heat. (Cont.) 133-6-16/33
The following part'icipated in th'e work under the direction
op the author: G,V.Xarsanovf I.S.Kumysh, N.I.Utkin,
B.A.Sbushlenin, A.S.Kornev, and L.L.Skvortsov.
There are 4 figures, 1 table and 6 references, including
3 Slavic.
AMCIATION; Institute of Perroalloys of the TsNIIChM.
(Institut Ferrosplavov TsNIIChM).
AVAILA13LE: Library of Congress
Card 5/3

45.---i Rmz-
,-k~afmm 0 MIRIM MINMEMIN

BOGOLYUBOV, V.A.
Ispolyzovanie kalorimetra d1ya issledovaniya
metallotermicheskIkh protsessov.
report submitted for the 5th Physical Chemical Conference on
Steel Production.
PVII Cj S C 0 w- ~ () job IM

55827
1%.7510
S/133/60/000/009/004/oi5
A054AO29
AUTHORS: Perepelkin, V. ., Engineer and v, V,A-Sandidate of
Technical Sciences
TITLE.- High Nitrogen Alloys~~
PER.iomcn: stall, 196o, No. 9, PP. 813-816
TEXT: By applying nitrogen in chromium, ohromium-manganese and chromium-
nickel alloys, the structure and some mechanical properties of these alloys are
improved. As ohromium-manganese and its alloys are able to adsorb a consider-
able amount of nitrogen and form a 'stable bond with it, they are used to in-
troduce nitrogen into'steel by adding them to the steel bath. Several methods
to obtain ferro-chromium and ferro-manganese with a high nitrogen content are
described: by the alumino-thermic method a ferro-chrome with a nitrogen conten
of 0.9-1.3 %, by the silioo-thermio process (outside the furnace) a nitrogen
content of 2 % can be obtained. The introduction of nitrogen by the saturation's
of solid ferro-chrome shows good results. In this way ferro-chrome of a nitro-
gen content of 7 % is produced. The beat results are obtained with br*ets of
decarbonized ferrochromium, obtained from the decarbonization of high-carbon
ferrochromium by iron orer oi- other oxidizing agents nitrided in vacuum
C=d 112

85827
High Nitrogen Alloys
S/133/60/000/009/004/015
A054/AO29
and yielding a nitrogen content even of 8 %. In order to introduce nitrogen
into manganese, an apparatus was designed for tests on a semi-industrial scale,
producing 70 kg nitrogen-containing manganese (with 4-5 % N) from manganese
metal powder, under current and in an atmosphere of technical nitrogen, cleaned
previously. The main part of the device is a hermetically sealed tube of stain.-
less steel, with a diameter of 200 mm and 1,200 m!n long, revolving at 3G rpm.
Manganese powder is fed into the heated zone of the tube at 9000C for 30-60 mi-
nutes. The total process takes 2 hours. From all the tests it could be con-
cluded in general, that the dry method for obtainircs nitrogen-containing alloys
by nitriding are more suitable: they yield alloys with 4-8 % t-content'as com-
pared with the 2,5-3 % N-content obtained by the liquid (alluthermic)pro'aeasic-s.
The solid state prooes5 Is also more economical, the price of I kg N in nitrided
deoarbonized ferro-chrome (with a 6 % ~4-content) amounts to 10-15 rubl6s, in
high-nitrogen manganese metal to 15-20 rublas, while in ferro-chrome nitrided
by the aluthermic process tr% as much as 400-500 rubles. The methods of obtain-
ing nitroged-containing ferro-chrome, (solid and liquid processe3), nitrided
manganese and nitrogen-containing chromium-manganese alloys, the economic as-
pects of the processes are described in detail. There are 3 figures and 16 re-
ferences: 11 Soviet, 3 English, 1 Oerman and 1 Swedish (from the Soviet refe-
rences three are translations of Japanese, Canadian and Western German patents).
Card 2/2

2.; NAGOVITSYN, V.V.; TARATYMV, V.P.; TEYMER, D.A.;
FILYAND" M.A.
Stainless free-cutting steel. MetalloYed. i term. obr. met.
noontl+1-43 N 161. OCM 14:12)
1e Mentralinyy nauchno-issledovateliskiy institut chernoy
metallurgii.
Steel.. Stainless)
ol steel)
M

2 0
3/3- 8/62 /CC 0/001/00 4/01r
3 5
AUTHORS: Lya-kishev, N.P.
T! TL E : Roduction of niobium concentrate. wit-li carbon
PLRIUJIC.-~L: Izvestiya vysshillm uchcbnyI~:h zavedeniy.
Cl,ernaya tactallurgiya, no.1, 1962, 70-77
TZ',:T: In tlio USSR, forroniobitim is, prodticed, 1.)y tlho
iliothod, using the niobiu-m concentrutc froi-.i
Vishnevo;~;orsk ores. This fcrroniobium is conta::,inatcd by
alu!-:~iniu::i, silicon and titanium. For pure fc1-roniobiui-.i
e%pcnsixrc high-rade raw -materials or alternatiVO T3rOCOS-ses are
nce(led. Roduction i-,rith carbon. enables a hi~-h sclectivity of
r 0 du c t i on and a i-,ure ferroniobium to be obtained from relatively
lean concentrates (vanadium recovery, in conc-entration, is tk:ion
S to 10"o better). In the nresent article the Lvithors consider
so..-ie basic aspects of the carbon reduction -.-)rocess: reducibility
of the concentrate (on which no work has been rublislied)
reaction of carbon with the -,etallic melt and "'he -~hysiczxl
properties of the slag. The charge in a -ra-ohite cruci"Ole
(15C tall, 20 mim bore, to give uniform temperaturc) was placed
Card I/f

S/IU/62/000/001/00~,/Cl.=
Reduction of niobium Elll/E435
in a furnace uit"i a carbon-resistanco tubular I-eater with
.L 1. 4
-acilities -or continuous weighing of the charge to an ~Accuracy Of
0.5 - and for fecdinS-in a flow of nitro-on. The charl-c
consisted of 2 to 3 mm pellets made from, a mixture of niobium
concentrate: 29.950 (Nb, + Ta)"05, 23.25"~ Si0_,), uo.35""o TiC,,;
7. `2" ZrOo 1 . 110, Ca0; 0.8iN INIgO; 5.0M Al,,O-- 6 -85; Poo;
/0 - D - ) I .1
2.185; of rare earth metal. oxides 0.057D/S P; 6.72tj,~ S; 0.15`~ C;
I
11. 50' N a ; 0.125' K; iziinus 100-mesh graphite (99.860/a C) a n d n,,,. s
' o "D a r
60-mesh iron (98-O'~ Femet) - The eacting surface of the graphite
crucible was negligibly si,,mll compared with that of the pellets.
Reduction was carried out in tuo stages: first at 1-300 then at
1500 or 1700oC. Charge weights i..rere 32 to 37 9 a-PProximatelY.
The mixtures used were 100 arts by weight of concentrate i..,ith
p
10-59, 12.97 or 17-73 parts graphite and 15.9 or 29.0 iron powdcr.
Within this range, the reducibility (as indicated by weight loss)
rises with increasing contents of iron and of fraphito and with
rJ.sing tenmerature. The authors studied the solubility of carbon
in Nb-Fe-Si alloy in relation to the silicon contents using a
method in which fused alloys with various silicon contents uore
Card 2/5

s/1VOj/6n/ooo/ool/ooVol5
Reduction of niobiui-.i Eill/E1135
saturated with cckrbon at the given tcmnerature. The C1110Y.S were
ytie iron -rade III
made fro-m electrol - ~' C, 4NM'TsM') niobiu-, and
crystalli-ae silicon, the compositions beinr- as fcllo,.' -s
iron: 99.0~'L Fe; niobium: O.C8/'o Fe, 93.3"/~ Nb, 0.0201,1 si, 0.110"a Ti,
0,10;'a Pb and'O.10k,".) C; silicon: 0.95516 Fe, 900.520/S Si ~.tnd O.:53'io Al".
To accelerate j,.ielting and reduce oxidation, the niobium was always
placed in the alundum crucible first, then silicon, then iron.
After heating to 17500C and thorour-h stirrino, the temperature was
reduced to 16500C and a graphite rod i,.ras inserted for 15 i-.iinutC-S.
After hol-dincr for a further 10 minutes the charge .,7zis water quenched
and analysed. The carbon is shourn as a function of silicon content
in Fig.5, curves 1 and 2 relati.-irr, respectively, to niobium:iron
ratios of 0.6 and 1.0 The influence of the CaO/SiO-.) ratio on
the viscosity of 5i0q, Ti02, ZrOo, CaO, A1203 slacgs, sl"Ailar in
composition to those obtained when ferroniobium is being produced
from lean concentrates by the carbon reduction rethod, was studied.
It was found that the viscosity fall.~;,with increasing silica content
and is least at a basicity of 0.65, The authors recommend a
basicity of 0.65 to 0.7 for ferroniobium production by the carbon
Card 3/5 x

S/111UL/6-9/000/001/004/015
Reduction of niobium ... Elll/E435
reduction method; they consider this method practicable.
There are 6 figures and 3 tables.
I
ASSOCIATION: Ts.NIIChEI-'C-.'ET
SUBMITTED: October 16, 1961
A
Card 4/5

7.36
/1P' S/7170/62/000/000/002/003
AT THORS: Bogolyubov, V.A., Shushlebin, V.A.
TITLE: The making of alloying alloys containing zirconium for ierrous
metallurgy.
SOURCE: Primeneniye tsirkoniya i yego soyedineniy ,, promyshlonnosti;
(niaterially soveshchaniya pr., Gosplane, GNTK i Akzdcmii naulk USSR,
Kiyev, 1960g.) Kiyev, lzdvo AN UkrSSR, 1962, 24-30.
TEXT: Zr-containing alloys used in steel smelting comprise Zr concentrates
(CC), baddeleyite ZrO2 CC, and technical ZrO2 (compo.9itions tabulated). Zr CC
are used both in the USSR and abroad for high-Si alloys. In lo\,.,-Si alloys, USSR
practice employs ZrOZ exclusively; elsewhere baddeleyite CC are also used. The
USA is the prime producer of Zr alloying alloys, rulying rnainly on importud raw
0
materials, even though large domestic Zr-or%~ deposits are available. USA use of
r in steel smelting amounts to
about 800 t/yr. in th(, absence of any forci-,n litera-
ture on the making of Zr alloying alloys, infori-na-tion must be obtained by analysis
and by inference. A full-page table summarizes the composition of 8 Western
alloys. The USA price of I kg of Zr (in Zr-Si) was one-half that of Ti in Fe-Ti
obtained by the aluminother.-nic method. The comparably inexpensive method for
the making of Zr-Si appears to be the carbothermic method. USSR activities in
Card 1/3

The making of alloying alloys containing, zirconium ... S/770/62/000/000/002/003
s field since 1941 have been primarily by Yu. Ye. Alekseyevskiy, P. P. Pytl)---k,
T
V Vaynshteyn. V. P. Yelyutin, and R. N. Grigorash, who clarified the procusses
occurrinr, during the smelting of alloys with Zr by \,arious methods. The Yc--Iyut;n-
-r=,-c process 'or Z~--Si was test,!d on ai, industrial scale.
G,.igorash alurninothL i -
Two rnethods for a more effective procossing Of Zr ligatures, tho meta-flothermic
and the carbother-mic, have resulted from the rnaay years of z-esearch at TsNIIChe-r-
Met (see "AssociaLion"), where they were developed by I. S. Kuniysh. G. Nr. Ka,:sjjjov,
V..-'..3hushlebin, and Yu.A.1%latsepon undur the clirection of Can6idate of Technical
Sciences V.A.Bo-yolyubov. Metallothermic (MT) naethorl: Al or Si are used to re-
duce the oxides i,~ Zr crudes by the a-lurninot'r-Wri-nic (AT) and silicothernaic (ST)
process, respectively. Fluxing of the Al and Si oxides is achieved by introduction
of lime and fluorspar. Part of the Zr is not re6uced and f-aes into the slag. Some
of the reducer also ends tip in the alloy. The process is t'- ~rmally not st:~If-sustain-
ing; hence, it is performed in an electric furnace. Tla': --T proclss yields more
Zr-rich alloys and is morc widely used in the USSR. Th.e tCC'1noloc-Y 01; the AT
making of Zr-Si was testc-d at the Aktyubinsk ferrous-alloys pla_nt. A rough cost
estimate yields a figure of 1,200 riables/ton Zr-Si (-'Ocj~'o Zr), hones lor a re-
duction. The -',.'-'T me-thed is also used to make FE;-Al-Zr nand alloys for low-
Si steels and alloys at the New Lipetsk -Metallurgical Plant. *Ca_-boLhernnic (CT)
-Method: The endothermic reduction of the Zr and Si oxides absorbs considerable
electric energy. Smelting is done in an electric iron-smelting furnace by a con-
Card 213

Thu of alloying alloys containiiw 7ircuniuz-n ... S/770/62/000/000/002,;,,I~]i
tinu,3~-'s slagless process with closed charge 1101C, at rclatively low v and
in Z~ -,nann-:~r similar to that used ill the sn-ieltiiip of rich varieties oi Fe-Si. T1w
from the CC is almost total. The procL:6* is complicated by carbidu
a-on.- --itraductioti o1 Fc chilps and quartzite huips to reduce the C content in t1---
zLl-~,y and the rnaintQnance o1 a 'low m. p. The C cio:L;a-gc in the charge is the key C.~!-
In successful smelting. Good gas permcabil~tyoof the charve is ensured by ~ic
0
f the Zr-CC with some waterglass (.\,Ic:tlod developed by TsNIICherM,:t).
Tl,.,; CT process yieic~s: Fe-Si-Zr (15-17y'O Z'r, 35-40,40si, Ll"Dto 0.12%C, remainder
with 2M:n (15-17~1'oZr, 15-17%Nln, 35-40licSi, upto 0. 12%C, remainder Fc);
S-; - (3 7 - 4. 0 ~11'a Z r, ---' 0 - -~' 5Si. I e s s t ha n 0. 5 ~,o C , r u rria in d e r Fe) . Th e pr o c e ss ~%,a s
,:6-~,~-d in a large 60-kva lab furnace. Full-table surnmary of the composi s and
Alems incurred in the 2MT and CT orocesses. With decreasina cost of the Zr
CC, cost of the reducer becomes tL govezriing cost element. "The low cost o-"
~rcat prornise in reducing the cost of the CT process and renders it eco-
outstandincr. A remaining process problen-1 is the as yet unperfected
of the Zr-alloying of steel. At presc:nt Si-Zr, e.g., clinas to the ladle
from op~!n-hearth furnaces. in&~.st---ial- scale testing of the CT
cic- -,roposed for thL~ Zaporozhlye ferrous-alloy -planr- 'I",here are 3 tables.
~oy tel I nolo~:: Ts-i"'IlChel-Met
Institut novoy 1-iietalluicichc-s! 11
(Institute of new metallurgical tochrioloay, Central Scientific
Research Institute of Ferrous Metallurgy).
Ca--cl 3/3

8/133/63/000/002,/001/014
A054/A126
AUTHORS: _BagQjyubov, V.A., Candidate of Technical Sciences, Akhmedov, B.A.P
Kumysh, I.C., lWpte4, V.K., Musa-Zade, M.M. - Engineers
TITLE: Smelting tungsten steel in open-hearth furnaces by using alumino-
thermic scheelite briquettes
PERIODICAL2 Stal', no. 2. 1963, 126 129
TWU According to a recommendation by 'rsNIIChM the 35 XP2 CR (35nG2SV)
steel used for drilling pipes should have a 65 kg/mm2 flow limit and contain%
0.32 0.38% C, 1.4 - 1.8% Mn, o.4.- 0.7% Si, o.6 - 0.9% Cr, 0.25 - 0.40 W
and maximum 0.04% P and S.. To establish the most suitable technology for the
tungsten-alloyed low-carbon steel, three methods were tested, the steel being
alloyed 1) with conventional kerrotungsten (7356 W), 2) with a chrome-tungsten
master alloy (23 - 29% W), according to the Kirovskiy zavod (Kirov Plant) method
and 3) in accordance with the TaNUChM.re6ommendation, by.omitting the use of
ferro-alloys in alloying, and by alloying the metal directly with tungsten-con-
taining minerals. The first method ensured a tungsten utilization of 38.3% (re-
Card 1/3

8/133/63/000/002/061/014
Smelting tungsten steel in open-hearth. A0544.126
lated to the liquid metal)l the second 36.3 59.2%; the thi rd method was'
found to be the most suitable, therefore a complete technology for the direct al-,
loying method was established. Partly scheelite (CaO , WO ) containing alumino-
thermic briquettes and partly wolframiie were used in the &ts. The 5 experi-.1.
mental compositions of scheelite briquettes [produced at the Novolipetskiy me-
tallurgicheskiy zavod (Novolipetsk Metallurgical Plant)] contained between 61.08
and 69.82% WO ) and were found more adequate for this process than wolframite..
The briquetM were partly added to the melt, partly to the ladle. The heat.ca
pacity of the scheelite briquettes varied between 507 and 590 cal/kg. The smelt-
ing process is simple and until the moment of tapping closely follows the pat-
tern of low-alloy steel smelting; the time required is shorter; if the smelt_
ing process is disturbed for any reason, no tungsten is wastedi the briquettes
are simply not fed to the ladle and a conventional "20" grade steel will be pro-
duced. The steel alloyed with scheelite briquettes can be used for tubes with-
out any trouble, only the tubes have to undergo a special heat,treatment iwoom-
partment or roller-type furnaces, to ensure the rOCT(GON) 631-57, 635-~7,
633-50 requirements. The heat treatment involves normalization at 850 -9508C
for 3 - 8 1/2 minutes, annealing at 630 - 6700C (2 1/2 - 3 1/2 minUtes'heating).
Card 2/3

811331631WO1009VO911014
Smelting tungsten a ..Ao
teel In.open-hearth .... ~54/AM
The.-tube stools made with scheelite briquettes and heat treated in this way hay*
a slow limit of 67 - 70 k&/mm2, a strength,limit of 85 95 Wm~P and a rela-
iive elongation of. 10.81 13. Pg.' The're is. 1table-
Card 3/3

AUTHORS: Bogolp~~_A"" Shume
------ lYak... 0 -P.. Greohko, L. V., Vilenskiy.Yu.13.
TITLE: investigation of non-diffusing reducers for oolor multilcyer films
PERIODICAL: Referativnyy z1aurnal, Fizika, no - 3, 1963, 86, abstract 31583
("Uspekhi nauchn. fotogr.", 1962, no. 8. 61 - 66)
TM: Non-diffusing reducers are employed in color films for removing two
effects of the interaction between emulsion layers: 1) the non-seleative forma'.
tion of dyes due to the diffusion of intermediate products of oxidation of the
developing substance from"the layers, that contain dye forming elements with a
low rez;ction oapaoity, into the neighboring layers, and 2) the formation of a
higher fog on the contact boundary of enndsion layers with the filter !a-ver of
colloid
Ag (contact fog). There are desoribod the results of the invest"ligation
of non-diffusing'reducers -.derivatives of kirdroquinone. It is shown that with
an increase of the number of carbon atoms in the alkyl substitution a4;ents the
diffusion stability and the anti~'og aotion inarease from 2,5
-dibutrlhiydroquinone
2,5-diocty1hydroquinone, and then somewhat decrease because of the bad solu-
!..Card 1/2

3/058/63/OC,0/00- 4/1(*1
:,/04
Investigation of non-diffusing reducers for.,. A062/A101
bility of the dialVIlkydroquinones. Tho same law was observed in a number of
2.,5-bis- (dialkyltuninom ethyl.) --hydroquinones; however the application of some
dialX)r1hydroquinones and 2,5-.bis-(dialkylamiiioiiie'.)-kyl)-hydi-c-quiziones was 11mited
by the formiation of dyed compounds in their photographic processing. Thiere was
U.11cl-led the formation of dyed compounds from 2,5-diallWlhydroquinanes and 2,5-
-bis-(d-'LaLkylaminomet-hyl)-h~,droquinones and t-he purple compon~%-It 1-0-plienory-
3-sulphophenyl)-3-octadecylpyrazol-6ne-5- 11; is established that tYje formation
rea-3tion of the dyed compound takes place at the Ag bleaching stage of the image
by potas--ium 'Lerricyanide. When treating a f'ilm, , that contains a non-dif fusing
reducing agent, by potasaium ferricyanide, oxidation of the film --o the corres-
ponding quinone takes place. There are described the chemical structure and
S
pectral properties of some'dyes which are formed at the interaction of that
quinone with the dye forming components.
D. Balabukha
t
[Abstracter's note: Complete translation]
:Card 2/2

KWNYKB., 1. F. I V.A.
i!
All-Union Conference of Workers in the Iron--Alloy Industry. Stall
23 no.1:58-~59 A 163. (MIFA 16-.2)
1. Tsentrallnyy nauchno-isoledovatel'skiy institut chernoy metallargii.
(Metallurgy-Congresses)

BOGOLYUBOV, V.A. kand,tekhn.nauk; AKHMEDOV, B.A., inzh.; MESH, I.S., inzh.;
4---- K., insh,; MUSA-ZAIZ, M.M., inzh.
0 ~'
Making tungsten steel in open-hearth furnaces with use of
nIuminothermic. scheelAte briquets. Stall 23 no.2:12&429
F 163. (1-023A 16:2)
(Tungsten ateel-MetallurgY)

t7
ACCESSIO'N NR: AP4009586 1 :S/0148/64/000/001/0056/0061
AUTHOR Gulyayev, A. P.; U11yanifi; Ye. A.; BogolyAov, V. A.;
Merkulovaj R. F.
TITLE:, The behavior of rare-earth metals in liquid steel
SOURCE: IVUZ. Chernaya metallurgiyap no. 1, 1964, 56-61-
TOPIC TAGS: rare-earth metals, ferrocerium, ceriul~, lahthanum,
neodymium, praseodymium, desulfurizer oxide-sulfidt mixtures,
electron microanalyzer, ferrotitanium: liquid steel
ABSTRACT: A study was made of the behavior of individual samples
of rare-earth metals in steel on the basis of'the sPeed of their
burning-out process and their effoct on the oxygen and sulfur
content in the steel.. The .'introdilction of cerium, lanthanum,
neodymium, and Draseodymium-is followed by a sharp reduction in
the oxygen content of the steel.', 7he oxidation of-rare-earth
metals increases with theirincreasing content in steel. These
metals:are also active desulfurizers. A study was faade also of
the nonmetallic inclusions of rare-earth metals in forged steel.
Card 1/2

ACCESSION NR: AP4009586
The chemical composition of the steel was established by the use
of an electron microandlyzer on any area larger than one square
micron. ".ethoetical difficulties prevented the establishment of
the exact chemical composition of the inclusions (impurities);
all that could be found wag-that they contain about-50% rare-earth
metal. The optical properties of cerium, lanthanum, neodymium and
praseodynium inclusions are fairly similar, the last two of them.
frequently occurring in the form of separate isolated globules.
Orig. art. has: 3 figures and 4 tables.
ASSOCIATION: None
SUB,',aTTED: JOAug63
SUB CODE: EL
DATE ACQ: 14Feb6l+
NO REF SOV: 004
ENCL: 00
OTHER: 000
Card 2/2

GULYAYEV, A.P.; ULIYANIN, Ye.A.; NQ
,rOWXY, V.A.; NERKULOVA, R.F.
Behavior of rare-earth metals in liquid steel. Izv. vys. ucheb.
zav.; chern, met, 7 noslt56-61 F64. (MMA 17t2)
1. TSentralInyy nauchno-iseledovatellskiy institut chernoy
metallurgii.

V,F
AUTHOR B OW" LXBOV, V F PA - 2593
TITLE -il;-~W~ ~m=oaio~mok the sapacity method for measuremosta of the
potential differense-And its'applitation to the study of contact
potentials of semi-oonduetor.
(Novaya modifikatsiyA kondensatornogo netoda izzerer4ya kontaktuoy
razxosti potentsialov i primeneniye yeye k issledovamiyu
kontaktmykh potentsialoy poluprovodalkov'- Russian)
FERIODICAL Radiotekhmika i Elcktronika, 19572' Vol 2p Nr 3, PP 323-327'(U.S.S.R.)
Ressived 5A957 Reviewed 6/1957
AWTRACT Leature delivered at the All Union Conference for Semisonduetors. in
November 1955 at Leningrad. Simplified gonstructions are applaid for
the oondenaator method for mesauring ofoostact potentials of sexison-
dustors for the purpose of increasing sensitivity and improving work
stability. Besides the modification of the contact potential of the
metallic selenium in dependence on exterior atmospheric pressure and
on the illumination of thesurface of-th* sample is investigated more
closely than before. The KELVIN method was employeds but the electro-
magnetic vibrator was replaced by mechanica.117 connected oscillation
system and by the utilizatioz of sound resonance. Itis ahovM that
this changed method is suffiaiently presise and stable.The contact
potential of the selenium in relation toplatinum was measured in do-
pandenea on the vacuum degree. With an increase of the vacuums the
seleni"m output decreases. Measurements in dependence on illumination
Card 1/2 were carried out in the interval of from 0 up to 2,5 1%. At a pressure

Now modification of the capacity method P*t - 2593
for measuroneats of the potential difference and its application
to the stu4 of contact potextia3i of ani-coadustoro
of P~5-lo-l torr. thoeoxtaot potential of the selenium remained
nearly tho_,,qano and was independent of illuxinatioR.At pressures
of~F,,~2.lo---') torrthe potential changed very considerably in dop*R-
done* on illumination. A great difference according to time was ob-
served with respect to the behavior of the contact potential in
dependence on the degree of the preceding thinning.
(2 tables, 4 ill.,azd 2 citations from Slav publications)
ASSOCIATION Saratoy State University NeO.Cherayehovskiy,
(Saratoyakly gosudarstvenW univer3itet, in. N.G.Charrqsheyskogo.)
PRESENTED BY
SUBMITTED
AVAILABLE Library of Coxgres~
Card2/2 I

S/137/6Z/000/004/008/201
A006IA101
AUTHORS: Bogolyubov, V. F., Lysenko, A. S.
TIME: Changes in the contact potential of nickel in the degassirg process
(Preliminary information)
PMODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 18, abstract 4A92
("Nauchn. yezhegodnik Saratovsk. un-t, Fiz. fak. i N.-i. in-t
melchan. i fiz. 1955", Saratov, 1960, 14 - 16)
IM: For the purpose of controlling the degree of metal degassing, the
authors investigated contact potentials of Ni. The difference of contact poten-
tials between Ni and Pt was measured with the aid of the capacitor method. The
results obtained show that with higher temperature the contact potential of Ni
increases, attaining a maximum at 300oCj it decreases then and becomes more
negative than the initial value by over 1 v. The initial increase of the poten-
tial is connected with desorption of 0, and its further changer. with desorption of
H. To reveal the true causes, experiments in H2 atmosphere are necessary.
[Abstracter's note: Complete translation] Yu. Nikitin
Card 1/1

Ac'o-va-1
AUTHOR:. Bogolyubov, V. F.
30183
5/058/62/000/004/115/160
A061/A101
TITLE; Change of the contact potential in illuminated selenium
PERIODICAL: *Referativnyy zhurnal, Fizika, no. 4, 1962, 42, abstract 4E363
(Uch. zap. Saratovsk. un-t, 1960, v. 69, 99-103)
TEM The dependence of the contact potential of crystalline Se on the
-1 equency of incident light was studied in vacuum at room temperat re. A
fr Vu
condenser method was applied, in which the whole system was vibrated. The
measurements were accurate within an error of 0.5 niv- 'The contact potential
was maximum at a wavelength of the incident light near 4,250 R. The curves
plotted for the spectral distribution of the Internal photoelectric effect
agree with those described in the literature.
S. Dvorin
[Abstracter's note: Complete translation]
Card 1/1

PETIKO, Nikolay Ivanovich; BEF24AN, Igor' Borisovich;JXMLYUBOV,
VL F red.; A.JAZOV,-V.Z., red. izd-va; SALAZK6-V,-N-.P-.,
2_t_A-SL~
takhn. red.
[Netw6 As for supplying a.c. operative power to relay
protection and automatic control systems in municipal
electric-power plants and substations] Skhemy pitaniia pe-
remennym operativnym tokom tsepei relainoi zashchity A av-
tomatiki na gorodskikh elektricheskikh stantsiiakh i pod-
stantaiiakh; ekepluatateiia i naladka. Moskva, Izd-vo
M-va kommun.khoz.RSFSR, 1962. 76 p. ) (MIRA 16:4)
(Electric power supply to apparatus)
(Electric substations) (Electric power plants)

PQPOI,NUBOV,-Vasiliy-,Ivanovich[Boholiubov.. V.I.]; KALE-CH1TS,
Vitaliy Vasillyeviril fWaliecluts', V.V.1. inzh.:
RAWSHTEYN, V.Yo.[Baumshtein, V.IE.J. red
[Mint that makes gold; chemistry in our life] lklloneti7i
dvir, shcho kviiua zoloto; khimiia v nashomu zlWtti. Kyiv,
Politvydav IJI;.-airjy# 1964. 109 p. (MIRA 17:9)
1. Glavrqy spetsialist otdola planirovanlyn khimicheskoy pro-
uWshlonnosti Gosudarstvennogo, planovogo komitota Ukr.SSR (for
Kalechits).

BOGOLYUBOV3, V.M.
Role of potassium in the therapy of extrasyot~ole and paroxys-
mal tacbyaardia. Ter. arkh. 35 no,.7a4_I_48 J1163 (MMh 17a1)
1. Iz Instituta terapii (dir. - deystvitel?nyy chlen AMU SSSR
prof. A.L.Myasnikov) AM SWR.

BOGOLYUBOV, V.M, (Moskva)
. Discussions on the reporta of the scientifAc part of the 21st
Session of the Gervaral Assembly of the Academy of Wdical Sciences
of the U. S. S. R. dedicated to the problem of preventing cardio-
vascular diseaseso Vest,AMN SSSR 20 no,7:85-92 165#
(MIRA 18:8)
~', I

CHAZOV, Ye.l.; InGOLYUBOV,._Yjj,.; DENISOV, Ye.l.; RUDAt M.Ya*
Experimental basis for the diagnosis of thrombosis by means
of labeled 1131 fibrinolysin. Biul. eksp. biol. i med. 60
no.7:28-31 Jl 165. (MIRA 18:8)
1. Institut terapii (direktor - daystvitellnyy chlen AIIN SSSR
prof. A.L. Vqasnikov) AM SSSR i In8titut meditsinskoy radio-
logii (direktor - deystvitelInyy chlen AM SSSR prof. G.A.
Zadgenidze) AMN SSSR, Moskva.
c

ls-I/Pu4l UNCI n, ~,O J(j
ACCESSION NR: AP5008388 S/0148/651'000/003!OCS9/0093
AUTil('R Kr4_p in , _A._V._; Pavloy I t__ 1H. Chernyshev
1300 ov, V. S.. L.
TITLE The vacuum rollinA mil.1 210
SOURCE: IVUZ. Chernaya metallurgiya, no. 3, 1965, 89-93
TOPIC -,A.Gs! vacuum rolling mill, rollinp mill
ABSTRACT: The vacuum rolling plant 210 has been designed and built
* -- L lie "o s cow la s t i tu te f or Steel and Alloys. T h e p I ac , n ~z~ Lo f
* rol ling nil" and heat-t a in g f u rn a c e -s-e-n-c Ii n a c o IT. -, -,I o n-Z u U 7-.
rea OSCG
chamber, which makes it possible to heat, roll , a n,~ -, t: ~a -, - L -, t, a31
and alloys either in a vacuum or in s protective nr7os-,~.-i2r-?
ccr,tinuo,"a operation. The one-s tand , tuo-h. p~l
rolls 210 mm in diameter and :140 mn long. The -laximum permisoibl,
roll nre!~sure is 100 tons, and the maximurn. roi I c, ~) c 7
Tne mill is driven by a 22-kw,, d-c motor at speeds -
The rolle can be preheated If neces5ary. T h C M a XM.- M. 7, e Z ~1U
Cord 1 2

L 42964-45
ACCESSION NR: AP5006388
one furnate is 1650C and in aiother, 1300C. The vacuum chamber Is
1020 mm in diancter and is made of a steel plate 10 m-% t~.-ic".
vacuum s', stern, cai~ evacuate th2 chamber tc 1- IC~
mill. h3s been iised to roll refractor metaisf kV:-j ,1u, i~.,
A
Tnp-tal-ro-metal laminates titaniuir, I ta 7
a! D---!; ti-taniam
1A
ASSOCIATION: Hoskovskiy institut stali i aplavov (Moscow insticute
for Steel and Alloys)
SUBMITTED: 25Sep64 BNCL: 00
7 7
-NO-R,97 'SOV-1-
SUB CODE:
Card 2 12

L 45294-66 EWP(e)/EWP(v)/ T(m.)/T/EWP(t q.!AE1YP(~)/EWP(h~,/EWP-C11 lRick-,
ACC N AR01748 ~WT(d)/Ml 66)-
R-c--'-- ~-~IHWIJGIATIWH SOURCE CODS: BRXIA
AUTHORS: Pavlovp 1, He Krupin., A, Vol Chernyahavs V. Nol 'Bogolyubovp Vo Sol
Linetskiy, B. Lo (~j
TITLE: Devices for working refractory metals in vacuum and in inert media
SOURGEs Ref. sh. Hetallurgiya, Abs, ID170
REF SOURCEs Tro Hook. IA-ta stali i splavov i Xoske onerijo in-tap vypo 61# che 2p
1965, 89-94
TOPIC TAGSs physical metallurgys, metal rolling, rolling mills refraotory metal
ABSTRAGT3 Problems associated with rolling some metals in a Vaouu.Le discussed.
Special types of mill used in vacuu-s-R-'11Fn-gW-nB the technique of rolling some
refractox7 metals are dencribedo' A. Loontlev'yTranalation of abstracy
SUB CODE: * jl~

L -07979-67 EVJ'TW/EWP(t)/ET1/EWP(k) UPW JP~RN/JQ~1B
FACC N'~~ ~i6622710 SOURCE CODEt UR/2848/66/000/041/0196/0204
AUTHORS: Krestovnikov, A. N.; Krupin,'A. V.; Linetskiy, B. L.;-Chernyshev, V. NO; F/
Bogolyubov, V. S. 17,e
ORG: Moscow Institute of Steel and Alloys Department of Technology and Automation of
the Rolling Industry (Moskovskiy institut stali i splavov, Kafedra tekhnologii i
tavtomatizataii prokatnogo proiivodstva)
TITLE: Thermodynamic analysiAf the conditions of nonoxidizing rolling of tungsten
in a vacuum at high temperatures
SOURCE! Moscow. Institut stali i oplavov. Sbornik, no- 41t 1966. Fizicheakaya khimiya
metallurgicheskikh protsessov i eistem (Physical chemistry of metallurgical
processes and systems), 196-204
TOPIC TAGS: tungsten, tungsten compound I tungsten containing alloy, tungsten alloy,
-1>VF,e--na DVvnrn1C qAj,94. #1s,,5 _, the;rwl Roe. 4 IA,) 6: ) tn
ABSTRACT, Thermochemical calculations of tungsten behaviorat various temperatures
0
and residual pressures and conditions under which oxidatiodcannot occur are presented.
The thermodynamic calculations for the oxidation reactions which form WO and
39 W2051
IVIO2are given for temperatures 1200--1600c, and the thermodynamic characteristics (as
well as enthalpy and entropy) are tabulated for the tungsten oxides over the tempera-'
ture range 1473--1873K. The characteristic temperatures of the oxides are given and
ICard 1/2

L 07979-67
MC t~k~--A~60-2if R~---
the Debye functions for tungsten and oxygen in -W2?5 are tabulated. Based on this
data, curves of the isobaric potentials for oxid6.formation and of the equilibrium
pressures of oxygen as a function of temperature are constructed as shown in.Figs.
and 2.
-60
C14 --- I
Cd 0. --7- i
0 -80
X CD
~4
t4 0
< 0-103
live 1300 14007TIM-~1W
Temperatureq C
Fig. 1. Isobaric potentials of
oxide formation: 1 - WO3 ; 2 -
N ./old -A-
CY NO)-
01
e
12LV ~ 1J09- AOO 1500 16LV
Teiperature, C
Fig. 2. Dissociation constants
of tungsten oxides.
I
W02; 3 - W205* Uul,(
It is concluded that rolling of tungsten in a va to prevent oxidation is feasible.
Orig. art. hast 9 tablesp 12 formulas, and 2 figures.
SUB CUDE: 13/ SUBM DATE: none/ ORIG REF. 018/ OTH REF% 003

EN~ //&ip(t)/~LI/E
,.1L 07979-67 EV~T(m) ~W(k) 1 .1 P IG/6 B
~XCC -
'AT6022710 SOURCE COM UR/2840/66/000/041/0196/0204
AUTHORS; Krestovnikov, A. N.; Krupin,'IA V.; Linotakiy, B. L.;-Chernyahev, V. No-q-z/
,~o2lyubov V. S. 7~
,ORG: Moscow Institute of Steel and Alloys, Department of Technology and Automation of
~ho R~Yf ~d~s` oskovokiy inatitut atali i splayovp Kafedra tekhnologii i
prokatnogo proizvodstva)
TITLE: Thermodynamio analyq:i.,Af the conditions of nonoxidizing rolling of tmu-tan
in a vacuum at high tomporaturoo
SOURM Moscow. Institut stali i splavov. Sbornik, no. 411 1966. Fizicheskaya khimiya~
metallurgicheskildi protsessov i siatem (Physical chemistry of metallurgical
processes and systems)', 196-204
TOPIC TAGS: tungsten, tungsten compound I tungsten containing alloy, tungsten alloy$
1A.)19Lt.1so,,5j n4e7,,;'1 Raz-e.IA)a~
A.BSTRAUTI: Thermochomical calculations of tungsten behavior,,,at various temperatures
and residual pressures and conditions Vnder which oxidation, cannot occur are presented.
The thermodynamic calculations for the oxidation reactions which form VIO 3f V12051 and
V102are given for temperatures 1200--16ooc, and-the thermodynamic c haracteristice (as
well as enthalpy and entropy) are tabulated for the tungsten oxides over 'the tempera-'
turo range 1473--1073K. The characteriatio temperatures of the oxides are given and
Card 1

L 07979-67
A~CC M~ 7t-A~6
the Debye functions for tungsten and oxygen in are tabulated. Based on this
V(205
data, curves of the isobaric potentials for oxide formation and of the equilibrium
pressures of oxygen as a function of temperature are constructed ae shown in.Figo. I
and 2.
-60
H Cq
C>
N 0 IN wo, 1VOj-
< 0-1001 1 0
of IVA
j f.'00 /300 /4017 TWO 1".. 1" 1.10, /400 IJ00 16w:
Temperaturet C Teiperature, C
Fig. 1. Isobaric potentials of Fig. 2. Dissociation constants
oxide formation: 1 - VIO '; 2 of tungsten oxides*
WO 2; 3 -V1205
It is concluded that rolling of tungsten in a vacuum to prevent oxidation is feasible.
10rig. art. has: 9 tableal 12 formulas, and 2 figures.
So CODE: 13/ SUBM DATE:' none/ OR'IG RM Olo/ OTH PMt 003
Card 2/2

-91
Al=inm
Titanl=
"lower Tlt=ium Oxides in S2&gs.'Pro&uced by
A1i'.'*inotheruqJ'" Acad D. S. Belyankin', V. V.
Dogolobov, V. V. lapin, 4 pp
Cv
*Zok Ak SS.M. " Vol IXV, NO 5
Assvmeu the following three processes =ht C~Cur~
dvring alvalnothlermy (1) MO +4Al=3Ti+2Al-O-s,'
(2) 6no 2A1-3T120;-t . 0 d (3) 3TIo"+9713=
3TO..t~A 2+ 32 '188 kg
Stmtes th:t eA~~Itvwo of 0.
pw..kg titanita is "qmired. forr*ft0tim,
attitmium d1okide to se"pladde awarding to
reaction (2), viijoh. Is ccmfli2tet In practice.~
Attempts to detar=Jne mineralogical rcme in
vh1ch these cdcIdes are emtAvineA, and also to-
,'decide if acne other nonoxygenous campound Of,.
utarlm " Way particularly titani= rAtrids'
o1s), which a3Ao Is stable at high tmperatures
'Submitte& 17 Feb 49.
.39/49T92

BcGOL-YuBov, V. V.
Real scientific cultivation, correct organiZation Or labor
Vin. SSSR 12 no- 3, 1952

BO(S'OLYLTDOV. V. YE.
42260 Bogolyubov, V. Ye. Xvazireladsatsionyyo Kolebaniya v Ferrore zonansnykh
Tsepyakh Trudy Mock. energet. In-ta im IJolotovt;, VYP 3~ 1~)48 s 127-45
.1
901 Letopisl aurnall nykb Statey, Vol; 41" , Ic48

lK~"CLV?!F CNI 71. Y.E.
K. va zi-re ,~,~toiorrlyyc krillebanly a v f,~~rrorezor! an '-st, ,-a h s ocL-,a-v.-' v an y C'm .
C.
Zl~-;.trichestvo, 049, ;P6, 3. 42-.,j6
L.,, r;ial Vol 27 - Vus-'-,va, lct~q
/4,

3082h. -~`0GOLYUBOV JYs.
---j
Mera zatukhaniya podmagnichanogo drosselya. Vestnik elektroprom-sti,
190, No. 9, s. 18-20. -- Bibliogr: 5 nazv.

BOGOLYUBOVS V. YE. DOCENT
PA 171T17
MR/Illectricity Transient$ Mar 50
Saturable Reactors
"Tiansient Processes in gaturable Reactors Caused by
Pluctuatlons in Voltage.," Docent V. Ye. Bogolyubov,
-Cand Tech SciL, Moscow Power Eng Inst imeni Molotov
"Elektrichestvo" No 3 pp 56-6o
Smeots method for approximate calculation of
tmansient processes in saturable coils caused by
variation in amplitude of alternating voltage ap-
-plied to coil. Submitted 7 Sep 49.
17IT17

B03OLYUBOV, V. YE., Docent
PA 167T13
UMB/Zlectricity Instruments, Magneto- may 50
electric
Wavefoms
"Experimental Determination of Curve of Average
Current Variation," Docent V. Ye. Bogolyubov, Cand
Tech Sci, Moscow Pqv?r,Bn.g Inst imeni Molotov
"Elektrichestvo" N6 5, PP 57-60
It is often desirable to isolate slowly changing ac
envelope of a -waveform. Suggeats instr=ent for
recording variation of this envelope with respect
to time, and method of obtaining same relationship
using any recording mWetoelectric instrument.
SubvAtted 19 Dec 49
167T13

BO.-TOLYUBOV, V. YE., Docent
PA 167T45
USSR/Electricity Transients Sep 50
Graphic Methods
"Graphic Method of Calculating Transient Processes
in a Steel Circuit, Taking Hysteresio Into Account,"
Docent V. Ye. Bogolyubov, Cand Tech Sci, Moscow
Pover Eng Inst imeni Molotov
"Blektrichestvo" No 9, pp 64-66
States method for graphic solution of nonlinear dif-
ferential-equations of first order from right-hand
term. Given examples of applying method to calcu-
late subject processes.
167T45

130~30LYUBOV, V. Yo., Dooent
V~SSR/Uectricity Reactors, Saturable Aug 51
"Calculation of Quasi -.Relwmt- Ion Oscillations
in Ferroresonance Circuits With Saturable
Reactor~," D6cent V. Ye. Bogolyubov, Moscow
Power-Eng Inat Imeni Molotov'
"Elektrichestvo" No 8, pp 64-69,
rA 196t32
Proposep. simple approx met-hod for calcn of
quasi-relaxation-osci.1lations in ferrorasonance
circuits with saturable reactors. Method is
suitable for approx engineering calcna. Sub-
mitted 5 Fab 51.
196T32

Boa,, /Y'~t 6 .0 V V, Ye"
Subject
Card 1/1
Authors
Title
USSR/Electricity
Pub. 27 - 14/25
Bogolyubov, V. Ye., Kand. of Tech. Sci.j and
of Tech. Sci., Moscow
Electrolytic cell with the least distorting wall -
reflection effect
AID F - 945
Periodical Elektrichestvo, 10, 68-72, 0 1954
Abstract The use of the electrolytic cell:prevails in the study of
models of various kinds of fieldsg electrostatic, magnetic,
electromagnetic, temperature, hydrodynamic and others. Al-
so, certain problems of the theory of electric circuits can
be solved with the help of the cell. However, reflections
of the field from the cell walls have a distorting effect,
which can be eliminated by screening, or greatly reduced
by the proper selection of conductivity of the cel.1 walls.
The method of selection is discussed. Seven diagrams,
9 references (1922-1952).
Institution : Moscow Power Institute im. Molotov
Submitted : MY 17, 1954

~70ft a fra vav-
UWR/Chemistr7 Physical chemi5try
Card 1/1 Pub. 22 - 26/48
Authors : Bogolyubov, V. E., and Shamayev, Yu. M;
Title : Electrolytic bath with semi-conductive baths
Periodical Dok. AN SSSR 98/3, 423-426, Sep 21, 1954
AbStraet A method fcr.~the selection of theconductivity ratio-of the-electrolyte and,
the walls of the bath for the purpose of obtaining a minimum hindrance po-
tentials is presented. The necessity of considering the reflected images-
from two boundaries (electrolyte - wall of bath and wall of bath - surround-
ing rediim), in the case of a wall with infinite conductivity, is exnlained.
,e re -
A cor-~i?)lete solution for such a problem, derived by the i-,,.,~thod of im-,.7
flection with consideration of the boundary conditions, is described. Five-
USSR references (1943-1952). Graph; drawln-; diar,rui*,:*,.
Institution. ; The V. M. Volotov Energetics Insti%.utc, Moscow
.Presented by: Academician S. A. Lebedev, March 1, 1954

BOGOLYUBOVI V. Ye.
"Transitional Processes in Ferroresonent Circuits With Magnetization." Dr
Tech Sci, Moscow Order of Lenin Power Engineering Inst imeni V. M. Molotov, Min
Higher Education USSR, Moscowo 1955. (KL, No 17 Apr 55)
30t Sum. 110. 704, 2 Nov 55 - Survey of Scientific and Technical Dissertations Defended
at USSR Higher Educational Institutions (16).

Name: BOGOLYUBOV, Valentin Yevgenlyevich
Dissertation: Transients in magnetized ferroresonant
circuits
Dogr6e:.. Doe Tech Sci
Affiliation: fn-ot indicateg
Defense Date, Place: 30 Jun 55, Council of Moscow Order of
Lenin Power Engineering Inst
Certification Date: 29 Jun 57
Source: BMVO 18/57

Wgg"M&Iel kandidat takhnichesk,ikh nauk; SHAMYXV. Tu.M., kandMat
Int.
t
a
C~
akhnic a Ikh nauk.
Using somicondiieting coatings to reduce distortions due to tho
walls of electrolytic tanks. Trtdy HII no.181240-259 156.
(MLP,k 10, 1)
le-Kafedra tooratichookikh osnov alektrotekhnikis
(Blectric fields) (Semiconductors)

112-1-853
Translation from: Referativnyy Zhurnal,, Elektrotekhnike, 1957s Nr 1.
P. 137 (USSR)
AUTHORS: Bogolyubov., V. Yes, Dyatlov., V. L.
TITLE: Reduction of the Time Constant of Drive Control Circuits
Containing a Bridge Rectifier (Snizheniye postoyannoy
vremeni tsepey upravleniya elektroprivoda, soderzhashchikh
vypryamitellnyy most)
PERIODICAL: Tr. Mosk. energ, in-ta, 1956, Nr 22, pp. 87-98
ABSTRACT: A bridge rectifier is an indispensable component part of
magnetic amplifiers of electric drives. While steady states
in bridge rectifiers have been investigated in sufficient
detail, their transient conditions require further study,
particularly In connection with the magnitude of the time
constant of the circuit. It is-important to evaluate the
time constant of the magnetic amplifier circuit., accounting
for the influence of the bridge rectifier, when designing
such schemes. Experience demonstrates that in certain con-
ditions the introduction of the bridge rectifier :Lnereases,
Card 1/3 and in,other conditions reduces, the time constant of the

112-1-853
Reduction of the Time Constant of Drive Control Circuits Containing a
Bridge Rectifier (Oont.)
system,, by several times, In order to investigate the
problem, a oircuit is examined, which contains resistance
R and inductance L of the generator (source of a-c energy)
and resistance Rd and Inductance Ld of the d-c load, fed
through the bridge rectifier. It is assumed that Rd and
Ld are given, and that the values of R and L can be
changed. The transient process Is investigated for the
commutation operating'eonditions of the system, i.e. for
a position when all 4 valves of the bridge are transmitting
current. In consequence of solving the system of differen-
tial equations, fomulas of ourrent changes in relation to
time are obtained; in these the time constant of the scheme
appears as a parameter. A roughly approximate formula is
given for the system time constant
rC' + Vd (1 - L)
2 Ld
where Z:d is the time constant of the load 'circuit. Theo-
retical calculation and experience demonstrate that the in-
Card 2/3 troduction of an additional inductance into the circuit of

112-1-853
Reduction of the Time Constant of Drive Control Circuits Containing a
Bridge Rectifier (Cont.)
the a-c current source permits the reduction of the value
of T, by several tens of times. However., at the same
time one has to increase the applied a-c voltage by the
Card 3/3 value of the voltage drop in the additional inductance.
L.B.G.

BOGOLYUBOV V Ye.
.......... ~ Md
SHAI EV, Yu. M.
'I The Use of Semiconductor Coverings on the Walls of an Electrolytic
Bath for Decreasing Distortion," pp 240-258, ill, 10 ref
Abst: A method for substantial reduction of noise potential, as com-
pared with the actual potential, consisting of an application of semicon-
ductinE coating to the bath walls, is suggested. The alvantages of such
coatings are pointed out.
SOURCE: Trudy Moskovgkogo Energetigheskom- In-ta Im. V. M. Molotova
MV0 SSSR (Works of the Moscow Energetics Institute ireni, V. M. N41ctov
of the Ministry of Higher Education USSR), No 18, Electric VacuuLI
Technology and Tnstrumont Building, Moscow-Leningrad, Gosenergoizzdat, 1956
Sum 1854

c)
AUTHOR: Sergeyev, A. S., Docent 105-58-4-26/37
TITLE; Dissertations (Diesertataii)
PERIODICAL: Elektrichestvo, 1958, Nr 4, PP. 85-86 (USSR)
ABSTRACT: For the degree of Doctor of Technical Sciences
1955-1956.
V. Ye. Bogolyubov, on June 30, 1955, at the Scientific
Institute for Power Engineering
(uchenyy sovet Moskovskogo energeticheskogo inatituta)t
"Transient Processes in Ferro-Resonance Circuits With
Preliminary Magnetization". Official opponents were:
The Corresponding Member of the AS USSR L. R. Neyman,
Doctor of Technical Sciences Professor V. G. Komar and
Doctor of Technical Sciences Professor N. V. Gorokhov.
Ye. Ya. Gakkell, on November 9, 1955, at the Scientific
Council of the Leningrad Institute for Railroad Traffic
Engineeri�.(uchenyy sovet Leningradskogo instituta in=
zhenerov zheleznodorozhnogo transports): "Energetic Cir-
cuit o~ a Diesel Locomotive With Electric Drive". Offi.
Card 1/5 cial opponents weret Doctor of Technical Sciences Pro-

Diss ertat ions
105-58-4-26/37
fessor A. V. Fateyev, Professor K. A. Shishkin, Correspon.
ding Member of the AS USSR A. Ye. Alekseyev.
T. P. Gubenkia, on November 25, 1955, at the Scientific
Council of the Moscow Institute for Power Engineering
(uchenyy sovet Moskovskogo energeticheskogo instituta):
"The Induction Motor in Braking". Official opponents
werei Doctor of Teohrl.cal Sciences Professor M. G.
Chilikin, Doctor of Technical Sciences Professor G. N.
Petrov and Doctor of Technical Sciences Professor A. T.
Golovan.
V. A. Golubtsova, on December 30P 1955, at the Scientific
Council of the Moscow Institute for Power Engineering
(uchenyy sovet MoskovskoZo energeticheskogo instituta):
"History and Prospects of the Development of Electroin=
sulation Materials for Electric Machines, Apparatus, Li=
nes and Cables". Official opponents were: Doctor of Tech.
nical Sciences Professor N. V. Aleksandrov, Doctor of Tech.
nical Sciences Professor G. N. Petrov and Doctor of Tech.
Card 2/5 nical Sciences Professor L. D. Bellkind.

DiZoortationo
i-26/37
Yu. V. Dol~:,oleliko, on February 6, 195G, at 'he Scientific
Council of the Leningrad Polytc-chnical Ilistitute imeni
Kalinin (uchenyy sovet Lcniii~ radslrzo3o politehhnichcs'r-.o,--,,o
instituta im. Kalinina): 11slip in Relay Systems I'Vith
Indirect Control". Official on,)onuntu werei Doctor of
Physico-Mathematical sciencon i,rorousor ii. V. 3utenin,
Doctor of Technical Sciences Professor Ye. P. Popov and
Doctor of Technical Sciences Prcfessor Ya. Ye. Taypkin.
A. M. Fedoseyev, on May 25, 1956, at the Scientific
Council of the Moscow Institute for Power -"n--incerina
(uchenyy sovet 1,1,osl:ovsl:o-o energetichesko-o instituta):
L' 0
"Relay Protection of Electrical Systems". Official oppo=
nents were: Doctor of Technical Sciences Professor I. A.
Syromyatnikov, Doctor of Technical Sciences Professor
I. M. L'arkovich and Doctor of Technical Sciences Professor
L. Ye. Ebin.
L. A. 3essonov, on Julie 14, 1956, at the Scientific Coun=
oil of the Institute for Automation and qe7~-.o-t-e Control
of tho AS USSR (uchenyy sovet Instituta avtoziatiki i te=
lcL~iel~haniki All SSSO: "Automodulation and Some Dynamin
Card 3/5 P,ienomena in E'loctric Circuits Itith Stec,2". Official

Dissertations
105-50-,,f-26/37
op.poncnts were: Correa pondin3 ,lember of the AS USSR
Profoosor L. P. Neyman, Doctor of Technical Sciences
Professor Yu. G. Tolstov and Doctor of TLchnical Sciences
M. A. Rozenblat.
B. I. I1ozcnber,-:, on June 30, 1956, at tlic Coun=
cil of the Lenin!,rad Polytc~clinical Institute imeni Kalinin
(uohonyy sovat Lenin-radako-o politeklinicheskoZ;o insti-buta
im. 11-'.alin--na)! "Eller,3y Losses in lli.-h-Volta,~e llet-.-orks and
1.'ethods for Their Reduction". Official opponcnts were:
Doctor of Technical Sciences Professor V. I. Ivanov, Doc=
tor of Technical Sciences Professor 11. IT. Shchedrin and
Doctor of technical Sciences Professor V, V. Bolotov.
G. 1'. Tikhodeyev, on June 3o, 1956, at the Scientific
Council of the Leningrad Polytechnical Institute imeni
Kalinin (uchenyy sovet Lenin,-,radsko,-,o
instituta ii-.i. Yalinin-a): "Encr,-'etic Pro-=tics of --I!
-Power -`lectric Are" (7,'eldin- T~,pe),,. official op--,on,:~:-.ts
CorrcO--)ond-,,,,,~ of the AS USSR -,,:. K. K.1ro."Mr,
Doctor of Technical 0. -D.
of '-;'i--c-mLcal Sciences Profcssor A. '.:, Za1023S.:J-y and 7--OCtor
,,.rd 15 of T,:!c'---.i.ca1 Sciercoz. Pxof essor A. B.

Dis S ert at i oils 10--5S-'-26 37
.) '1 7 C/
ii. it. Kilarchorho, on June 3o, 1~56, at tae Scientiflo
Council of the I.-oscovi InGtituto for !,a-::or
t,
(uc',-lcryy sovet '.:oshovsko-yo oner~;etiches'zo--o inotituta):
u V,
"SI)ecial Problems With Dynamic
Official opponents viere: Doctor of Tcchnical Sciences
Professor IN- :,:. Polivanov, Doctor of Tec':nical Scicnces
Professor V. 0. Arutyunov and Doctor of Technical Scion=
ces Professor L. F. Kulikovsl:iy.
AVAILABLE: Library of Con-ress
1. Power engineering-Reports
Card 5/5

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9(0) SOV/112-59-3-5429
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 162 (USSR)
AUTHOR: Andreyev, G. P., Bogolyubov, V. Ye., and Dyatlov, V. L.
TITLE: Allowing for Real Properties of Materials in the Ramay's Magnetic
Amplifier "K uchetu real'r-vkh svoystv materialov v magnitnom usilitele
Rameya)
PERIODICAL: Tr. Mask. energ. in-ta, 1958, Nr V, pp 118-126
ABSTRACT: A graphic method of platting the inptt-output characteristics of a one-
shot half -wave (high-speed) magnetic amplifier is presented. The method is
based on experimental characteristics of the amplifier core and on the plot of
the maximum control current against its average value determined from an
amplifier model. Constructing the characteristics for controlling the rectified
half-wave voltage and for controlling a resistance is described.
Nine illustrations. Bibliography: 4 itenis.
1. 13. N.
Card I I I

14, 3 x 10 6 CW2
R 2
~R
w pt = IVIWJ + S __-'7r (12)
2 o r (B
Q(Br) (24-)
RHO C
H SB W2
C 0 r 1
R2~ (25)
Card 2/5

39027
Analysis of the operation of a oess S/105/62/000/007/001/004
E200/E135
where: S is the cross-sectional area of the core; is the
length of the core; uC is the voltage across the capacitor;
wl and w2 are the number of turns in the input and output
windings respectively; Br is the residual induction.
Calculations show that the resistance R has a great effect both
upon the process of charging the capacitor and the remagnetization.-
At large values of R reinagnettzation does not occur at all.
Consequently R should not exceed the upper limit bound from
inequality (11). It should not be very small, since then the
voltage uCmax decreases sharply and, at very low values of R
and small capacitances, remagnetization again fails to occur. In
the illustrative case considered the size of the resistance R
does not affect greatly the mode of operation'while it remains
between the limits of 100 - 300 ohms. Within these limits it is
possible to select the actual value of R from other considerations
(minimal power loss, noise stability, etc). The size of the'
capacitor has the greatest effect upon the speed of operation of
the register and from this viewpoint the capacitance should be
Card 3/5

rwv) 17
s/lo5/62/000/007/001/004
Analysis of the operation of a .... E200/E135
chosen as small as possible. However, a reduction of, C will
lead to a lowering of the stability of the remagnetization, as can
be seen from inequalities (24) and (25). To obtain the maximum
stability one should select the value of the capacitance by taking
these conditions into consideration, yet without exceeding the
bounds of inequality (11). Relation (12) shows that. W2 should
exceed w1. As w1 increases, at first the stability of operation
of'the register is impiroved, and then the effect of wl upon the
stability is reduced. The influence of the number of turns W2 is
Indiract; expressing itself through the voltage uCm. To obtain
the highest possible value of uC m one should take neither very
low nor very high values of w2. Optimal w2 lies close to the
value determined by Eq.(12). As Hm increases the maximal
voltage on the capacitor increases and, consequently, the
reliability of operation of the register is improved.' At the same
time the operating speed of the.shift-register is increased but the
power requirements are raised. There are 4 figures and 2 tables.
Card 4/5

IQW7
S/105/62/000/007/001/OC4
Analysis of the operation of a
E200/E135
ASSOCIATION: Moskovskiy energeticheskiy institut
(Moscow Power Engineering Institute)
SUBMITTED: July 17, 1961
W,
Fig.2
Card 5/5

ANDRUEV, Georgiy Pavlovicb; ANMEYEV, Sergey Nikolayevich;
,7,BOGDLYZBOV,-Vg:Lentjn_7&y&qn ey~ R a
. -_!y _q)i; BU DAK, N dezhda
Mironov'na; ZHUKHOVITSKIY, Boris Yakovlevich; ZEVEKE,
Georgiy Vasillyevich; KARAYEV, Ruben Iosifovich; LEVITAN
Semen Arkadlyevich; MUKHIII, Aleksandr Andreyevich;-
ITEGNEVITSKU , Iosif Borisovich; PMEKALIN, Mikhail
Aleksandrovich; POLIVANOV, Konstantin Mikhaylovich) prof.,
doktor tekhn.nauk; FRIDXIN, L.M., tekhn. red.
(Problems of theoretical principles of electrical engiteering;
theory of networks]Zadachnik po tooreticheskim osnovam elektro-
tekhnik; teoriia tsepei. [By]G.P.Andreev i dr. Moskvay Gos-
energoizdat, 1962., 159 . (MIRA 15:12)
(Electric engineergJ (Electric networks)

BOGOLYTJBOV Valentin Yevgenlyevich doktor teklin. nauk, prof.; ZHARKOV,
e o~
enis le rov
Calculation of a condenser charge process through a coupling
loop containing a toroid with a rectangular hysteresis loop.
Izv. vys. ucheb. zav.; elektromekh. 6 no.10:1241-1244 163.
(MIRA 17:1)
1. Moskovskiy energeticheskiy institut (for Bogolyubov).
2. Kafedra teoreticheskikh osnov elektrotekhniki Moskovskogo
energeticheskogo instituta. (for Zharkov).

I DOGOLYUBOV, ye., doktor tekhn nauk, prof. (Moskva)l GORYUNOV, N.N.,
kand. ~khn. nauk (Mos;va)-, VMSHIN, V.Ye.p Inzh. (Moskva)
Calculation of a nonsteady process in a simple circuit containing
a p-n junction. Elektricbestvo no.10:1-3 0 164. (MIRA '17:12)

BOGOLYUBOV, Me., doktor tokbn.neuk; ZHARKOV, F,P., inzb.; GUSIFEV, G.G., insh,
Calculation of minimal losses in a circuit containIng a forromagnatic
remagnatize,d by a charged condenser. Elektrichei3tvo no.9:60-61 S 165.
(MIRA 18:1C)
1. Moskovski-y onergeticheskiy inetitut.