SCIENTIFIC ABSTRACT BOGARDT, A. A. - BOGATI, P.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205810008-7
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• Document Creation Date: November 2, 2016
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• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BOGARM 0 A,. A.
Theory of meson fields. Part 3, Conservation of the physical quantities.
Zhur. sksp. i teor. f1s. 30 no.2:330-333 7 156. (XIJ?A 9:12)
1, Daspro trovskly.goandarstysuM universitet,
rNesons )

volumemic m f
0. P t dr-a P-nd

GOI&MMYEV, V.P.;-ZOGAMA, K.G.; BOBKOVA, Ye.I.; DOBRYNINA, O.N.
Effect of the spent catalyst on increased acidity of hydrogenated
fat. Zhur.prikl.khim- 31 no.11:1722-1731 N '58. (MMA 12.-2)
1. Gorikovskly politekhnichaskiv institut.
(Oils and fate) (Hydrogenation) (Catalysts)

VURIVA. K.G., insh.
Complexonetric determination of iron content in eolutione
of nickel and copper sulfates produced after regeneration
of spent catalysts. Hael.-zbir.prom. 25 no.11:44 159.
(HIM 13:3 -
1. Gor'kovskly phirovoy kombinato
(Iron--Analysis) (Nickel sulfate) (Copper sulfate)

BOGWKIY, Andrey Vladimirovich; SHCHUKIN,. V.K.
....
[Working processes in liquid-fuel jet engineo)Rabochie
protsessy v zhidkostno-reaktivmykb dvigateliakh. Moskva,
Gos.izd-vo obor. prorwsbl., 1953. 424 p. (MM 15:8)
(Jet propulsion)
.a-

- - -- I-Wf On I ~Mlf bWrk'C)fEWP(t) I J.
ACC NRt AR601385D ( A I /V SOURCE COM UR/0276/65/000/0117664-6/GO46
AUTHORSt Gerike, L.; Volchkov, Ye.; Lykasovq N.1 Bogarsukovo I*
TITLEs Department of high accuracy casting with the use of malting patternst at the
Kuznetsk machine construction faotory
SOURCE: Refe zh. Tekhnologiya mauhinoctroyeniyap Abe. 11G360
REP SOURCEs Tr. Mezhotrael. n.-i. proyektno-tekhnol. in-ta po artomatiz. i mekhaniz.
mashinostr. v~p. 1, 1963? 154-159
TOPIC TAGS: metal castings machine industry
ABSTRACT% A casting departmenty'designed by the 1-UMPTI-T&Sh instituted for producing
1000 tono/Yearp Jn described. The project includes t1mee independent sections: a
section for producing low temperature malting patterns, application of heat resistant 1
layers, drying of the molds and burning out the patterns; a section for dryingg
formingg firing, pouring, and remo, Ta of the castinge; a section fo3~ trin-ing, clean-
ingp and leaching of the'castingsolu early output per worker will be 1.5 times higher
than at the casting department of the Podollsk mechanical factory, and 2-5 times - i
higher than at the existing casting department of the Kuznetsk factory. 4 illuetra-
tiona. Bibliograpby of 4 titles. L. Yanovskaya r1ranslation of abstrac-17
SUB C=; 13 11
Card, 1h JeL
UDCs 621.74.045

30691
S/020J6 1/ 141/002/001-
0111/444
AUTHORj Bogaryan, 0. K.
TITLEt Oonvergence of the discrepancy between Bubnov-Gale'rkin's
method and Ritz's method
PBRIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 2, 1 961 1
267-269
TXXTs In the separable gilbort-space H the linear equation
Lu w Au + Ku - f M
is considered. Lot A and B be positive definite self-adjoint operators,
D(A) - D(B) and further D(A) C D(K). Let j X I a sequenoe of p0 'eitive
numbers; n 3 and j1Y.1 be sequences o elgments of H such that
BTU - kP n + n
Lot fr%l -be an orthonormal (in the sense of the metric of H) complete
system of elements in the space 9 B~ Let
Oard 1/*

30691
S/ 020J61/141/00 2/001/621
Obinvergence of the discrepancy . . . 0111/0444
n n 2
(B~p, IF, t -t ZAilti) for each n (n-lt2pee 0)
i J.61
OP
d4
2.) 12
2 1 4 AB
im
d being defined by
d1 14 lul A 41C.d2'
whioh follows from the auppositions on the operators A and B.
3-) XA-1 be oompletely continuous.
'I Lu.
Under the given suppositions it is shown that f 0 holds
Card 2/4
4Y
d1 '12 0

30691
4,102016 1 /'41/002/001/027
Convergence of the discrepancy C!'VC444
for n ---,4 oc), unbeing appBoximations of the solution of (1)~ obtained
by the Bubnov-Galerkin method with (CO as coordinate elements.
If in (1) K - 0, then it follows that the discrepancy Au n- f of the
Ritz method for Au '; 99 A being a positive definite self-adjoint
operator and u n being approximations aocording to Ritz, also converges
to zero, if 1(f n is the used coordinate system.
In the seperable Hilbert-space H one considers
Lu ~_ Au + Ku - f (5)
where D(A) is dense in 11, D(A) C D(K)- Let be a sequence of
positive numbers f T I be complete and orthonormal in H, and lot
n
ATn - /\n'pn + 'e n (D
'v
Let A exist; the operators KA and T be
1v k)
k- 1 k
Card 3/4

-40691
8/020/61/141/002/001/027
Convergence of the discrepancy C111/C444
completely continuous in H. Let (5) possess a unique solution. The
approximative solutions of (5) are determined.by the set-up
n,
un 7- ak1f k, ak being found out of
kftl
I (Lun p q.) - (f,lf m), m n (6).
It is shown that (6) uniquely is solvable for 3ufficiently large n,
and that 11 Lu - f 11 -4 0 for n -~ co
There are 3 Soviet-bloc and 1 non-Soviet-bloo ruferences.
ASSOCIATION% Vyehislitellnyy 'Usentr Akademii nnu~ Arm SSR (computer
Center of the Academy of Soienoes Armyanskays, SSSR)
PRESENTED& June 2,0, 1961, by V. J. Smirnov, AGademician
SUBMITTED: June 2, 1961
Card 4/4

BOGARUTSKIY. B.A.
Influence of spiral paths of protons on the Doppler shift of
hydrogen lines In the speotrum of the auroras (with summary in
kwllohl. Astron. zhur. 35 no.1:101-111 A-7 158. (MIRA 11:3),
I* Institut fisiki atnonfery AN SSSR.
(Auroras-Speotra) (Protons)

DOGMATSKIY, Yu. A., NOSOVAj G. I.j TAGUNOVAI T. V.
UMPI. On the Nature of Omega-Phase in Quenched Titanium Alloys."
Central Scientific Research Inst. for Ferrous Metallurgy. Radio Street, 23,
Moscowj USSR.
paper submitted for 5th Gen. Assembly, Sumposium on Lattice Defects, Intl. Union of
Crystallography, Cambridge U.K. Aug 1960.

;
HADZHIRASANOVICt Hakija, inz.1 FILIPOVIC, Ibrahim, inz.;
BOGASEVIC. Mladen -
Problems and measures of securing necessary capacities for
the production and maintenence of railroad rolling stock.
Zeleznice Jug 19 no. 11: 13-18 N 163.

BOGASM. V.D.
Nixing runners with vertically rotating rolls. Standartirat-
eux,24 no-7:34-35 JT 160. (MIU 1327)
(Mixing machinery-Standards)

CATLGORY' Fortjjlry.
ABB. JOUR. I RZIIBiol-, 1;0- 14 1959, NO- 63 in
AUTHOR PogAnhaMA'__L'-Q.'
INST. Voronazh State Reuervation
jjC4 JVity
TtAc M11-1-nice c,-' F:oil Prod L.
of Cak -ores-.s of the Vorrnesh henervation
ORIG. PUB. Tr. 'Voronezhsk. gos. zapovednika, 1957, vyp. 7, 73-81
AB5TRACT
Card:
An analysis of the chemical componition of Foiln under
oak forests of varying oroductivity showed that an in-
crease in quality class -was caused by an Increase , n
soil content of accossible 'N oclinnounis, ash olements,
and b)r an improvement In t~e water-air cycle. The
oroductivity or stands Is Incroased, in oarticular, on
soils having loamy layers. 'Jith an improvenunt of
3ite conditions, the organic volume of the trees
tnoroases and the root systems are more pronouncelly
brinchea and deepened. The productivLty of oak also
increas%-n in stands containinf, ash, linden arid sharp-
leaved marletas associates. Oak forests of all site
01 , ing
asses show a positive effect on Itho soil-fori
1/2

COUATRY
CATEGORY
AB3 . JOU.R. RZhBiol., 110. 14 1959, No. 63174
AUTHOR
ORIC YUB.
ABST-FLACT
process, enriching the soil with N and ash elements.
Ho%mver, in oak forests of site class I this influence
Is not large, and in oak forests of class IV, it is
minimal.-T. N. Yelagin
CARD: 2/2

DOGASHOVA, L.G.
-
Role of root system's of irises In aoil formation. Vast. Mosk. un.
Ser. biol., pochve, geole, geog, 12 no*4:105-114 157. (NIRL 11:5)
1, Kafedra pochvovedeniya Moskovskogo goeudaretvennogo univergiteta,
,(Portat soils) (Rooto (Botany))

:I-
BOGASHOTA, L.G. __ -
~The s`Zi3,1mpr'oving role of mixed conifer-deciduous plantations.
Nauch,dokl,vya, shkoly; biol,usuki no.ltl79-185 158 (KIRA 11:8)
1, PredRtavlona kafedroy pochvovedeniya Moskovekogo goRudarstvennogo
universitsta im. NoV, Lomonosovas'
(FOREST SOILS)

BOGASHOVAI L.--G.:- Mister Biol Sci (dies) -- "The effect of pure and mixed
plantings on the tree-growing properties of soils". Moscow, 1958. 18 pp
(Moscow order of Lenin and order of Labor Red Banner State U Im M.V. Lomonosov,
soil-Bi6logy Faculty), 110 copies (KL, Wo 1, 1959, 117)

REMEZOV, N.F idec r-qedj,,, SAMOILUVA, Ye.X.,; .~VIRIIJOVAP
L,.G:,, Pritimali ir-bastiyel BYKOVA, L.N.; SIMUROVA, E.M.;
UTEIIKOVAP A.F.-, POURKMA, L.A.; 11.1,
Dynamics of the interaction of oak forests and soU5.
Pochvovedenie no-3:1-14 Mr 164. (MIHA 17:4)
1. Sotrudniki kafedry pochvovedeniya Maskovskogo gosudarstvennogo
universiteta imeni Lomonosova. (for Sampylova, Begashova, P-w-Ir-wra,
Shmurova, Utenkova). 2. Sotrudnik-l Voronezliskogo zapovednika
(for Poyarkova, Sviridova).

BOGASIERU,,St., ing.
Let us.know the maohinea constrjwted in Rumania. Ind
lemnului 15 no-10:398-401 0 164.

23692
S/035/61/000/004/022A58
A001/A101
AUTFORS: Bogaslavskaya, Ye.Ya., Sosnova, A.K.
TITLE: Me application of the electronic digital computer "Strelck" to some
astromntrio problems
PERIODICAL: Referativnyy zhurnal, Astronomiya i Geodeziya, no. 4, 19061, 19, ab-
strant 4A225 ("Tr. 14-y Astrometr. konferentsii SSSR, 1958", Moscow-
Leningrad, AN SSSR. 196o, 182 - 185i.French summary)
TM: Tnis 13 a report on application of a "Strela!' electronic digital com-
puter to solving the following astrometrio problemst determination of positions
of minor planetscalculation of stellar proper motions, processing of meteoric
photographs (see RZhAstr, 1959, no. io, 8254), and obtaining photographic positions
of Earth's artificial satellites (see RZhAstr, 1960, no. 9, 9147). Calculation
schemes are given for the first two problems. It takes 21 mixf to calculate a posi-
t1on of a minor planet (20 hou;s for manual calculations); the computer can yield
proper motion cf 114 stars in one procedure.
'n
[Abstraot,er's note: Complete translation]
Card 1/1

LUMAROV., Nikolay 7akov1evichkIIOGI-TJIYAL L.M., red*; SATAROVA, AqM.,
tekbn.red,
(Production lines In buiter makin ; control and operation)
Potocbrqe linii v maslodelii; regulirovanie i ekspluatatsiia.
MoBkvag Pishchapromizdat, 1961. 91 P. (MM 15:5)
(Assezb4-lbe methods)
(Creameries-Equipment and supplies)

INIKHOV, Georgiy Sergeyevicht Zasl. dayatell nauki i tekhniki, doktor
khim. nauk, prof.; BRIO, N.P., retsenzent; M-IMTET-S, Z.F.s,
retsenzent; BOGATAYA, L.M., red.; URSHCHIKOVA, L.N., tekhn.
red.
[Biochemistry of milk and milk products )Biokhimiia moloka i rm-
lochrWkh produktov. 2. izd. Moslms Pishchepromizdat, 1962.
287 p. . (HIRA 15 -.12)
(Dairy products-Analysis and oxamination)

BRIO, Nataliya Petrovna; KONOKOTINA, Nadezhda Petrovnar TIOV Aleksandr
Ivanovich; PICHUGINA, N.V., inah., retmenzent; CHEKULAYEVA,
L.V., kand. takhn. nauk; BOGATAYA, LA, red.; ZARSHCHIKOVA,
L.N., tekhn. red.
(Production and chemical control in the dairy industry] Tekhno-
khimichaskii kontroll V molochnoi promyshlennosti. Moskva, Fl-
shchepromizdat, 1962. 395 P. (MIRA 16t6)
(Milk-Lnalysis and examination)
(Dairy industry-Quality control)

ZOIA)TINp Yuriy Petrovich; LIPATOV, N.N., kand. tekhn.nauk,
retsenzent; KUZNSTSO'V, V.I., insh., retsenzent; KHOWDOV,
V.V.,, insh... spets. red.; PNAjLjAL.M.., red.j SATAROVA,
A.M., tekhn. red.
(Circulation cleaning of daiz7 equipment] TSirkuliatsion-
naia moika zoloo'hnogo oborudovaniia. Moskva, Fishcheprom-
izdat, 1963. 88 P. . WRA 16:4)
(Dairy plants-Equipment and supplies)

MKISTOV, Aleksandr Mikhaylovicb; VASIL'YEVA.. Alsk "ra Fedoroyna;
CHIRKOVA, A.N., retsenzent; BDGATATA L H red.- XISINAI
Ye.I., tekhn. red.
(Establishing,the level-of mechanization and automation of
production operations in the dairy industry) Rasebet urov-
nia mekhanizatsii i avtomatizatsii proizvodstvennykh pro-
tsessov v molochnoi promyshlennosti. Moskva# Pishcheprom-
izdat, 1963. 26 p. (MIRA 16:6)
(Dairy industry-Equipment and supplies)
(Automation)

GEVOItGYAN, B.A.; KATSMAN, Yu.V.; LIMONOV, G.Ye.; SAMOV, V.S.; KATKOVt
V.P.; VINOGRADOVA, L.V.; MAKYKINA, A.D.; POPOV, G.I.; DORDKHOV,
A.A.; FALEYEV, G.A., inzh., retsenzent; kTkYA-.-L--M-,, red.;
ZARSHCHIKOVA, L.H., tekh-i. red.
[Press method for meat boning and deveining) Obvalka i zhilovka
miass pressovaniem. (By] B.A.Gevorgian i dr. Moskva, Pishche-
promizdat, 1963. 31 P. (mRA 16%8)
(Meat induatry-Equipment and supplies) (Sausages)

DUDENKOV, Arkadiy Yakovlevich; K1191KO, S.F., lnzh.p retsenzent;
BOGDfEOVj V.M.t doktor takhn. nauk,, retsenzent;
BOGATAYA, L.M., red.
[Receiving and processing milk in prirar7 enterprises]
Priemka i pererabotka moloka na pervichnykh predpriia-
tiiakh. Izd. 2., 4qpr. i dop. Moskva, Izd-vo "Fishebe-
vaia promyshlenno-W 11 1964. 119 p. (MIRA 17:6)

Aleksey ~.:h
Fv C, - vi ;
GTjlli'p I.B., kand. selllhoz. nauk., retzenzerl',j, 1~)GATAYA,
W.I.., red.
[T(chnology cf cheese] Tekhnologila syra. 2. izd. Moskva,
Pishchevaia promyghlennost', 19614. 26-3 p. (MA 17:9)

'V.V., hizh.ored.; TSIRELISON, N.D., doktor sellkho.;.nauk,
A
nallclLn. rea. -A" tCkIIII. nllllll~, I'Cd.
I-Cd
~Jftz. auk, nauchn. red.;
red., BOUTA-A, red.
[Transaction.-, of the 16th )nternational Da~rN
YNII l.ezhdiuiL,ro,;-.ogo licargressa po
s pl, o d Ji s I . 11 . Vo:; ty g a va nRva I., kf) r o 1. 7,t r) 2
1963. 434
1. Tntorvintiorial Dairv Conn-ess. 16tb, Copc-nhaf--en, 1('62.
2.- Predoodatell Natsionallnogo komiteta SSSR po.=Ioomwr.'~~
Gelu (for &Ostygov).

NIKULITSKIY, Ivan Vladimirovich, zaal. zootekhnik JISFSR; SI-ETNEV,
S.I.., akademik, retsenzent; DOGATAYA".L.M., red,
[Metropolitan poultry plant) Stolichnala ptitsefabrika.
Moskva, Pishchevaia promyshlonnost'. 1964. 79 p.
(1AIRA 18.- 1)
1. Vaesoyumaya akmdeud~ra sell skokhozyaystverinykh nauk
13M
imeni V.I.Lenina (for I otnov).

SEMENOV, German Takovlevichl BOOATAYA, L.M., red.
[Fishing saineral the technique of fisbing and the
handling of fish) Rybolovnye sainery; tekhnika lova
i obrabotka ryby. Moskva,, Pishchevaia promyshlennost,
1964. 134 p. (MIRA 1823)

LINNIKOVI, Nikolay Petrovich [Lynnikovp M.F.11 OrVOLOVSKTY,
Yavgeniy YakovIevich (Osmolovalkyl# IEOIA I* BOGAM , G.A.
[Bohatyiv H.A.$ translator]; BOGATAYAI L";%[Bohataia, L.M.],
red. -,:"~,- - .
(continuous production of butterl engineering and ecommic
efficiency] Potochnoe proizvodstvo slivochnogo masla; tekhni o-
ekonomicheakaia effektivnout'. MoBkvag Pishebevaia pronqshlen-
nost', 1964. 55 P. (HIRA 1833)

VOLCHKOV, Ivan Ivanovichp kand. takhn. nauk; LIPATOVO N.P.,p klind,
tekhn. naukj retsenzentj.,AQ red.
I
[separators for milk; their designs, use# and repair] Se-
paratory dlia moloka; konstruktsiia ekepluatatsiia i re-
mont, 4o izdo Moskva, Pishchavaia Promyshlennost', 1965.
205 p. (11AIRA 18:6)

- BOGI&TCMU, I., kand.tekhn.wwk; GORSMINPOV,
L.A., inzh. (Rostov-m-Donu)
Conclusions from & survGY Of tbs operations o
centralized traffic control. Zhelsdorstrallnpw
57-62 Jl 159.
v (Railroade-Train dispatching)

17(3)
AUTHORS: Shavlovskiy, G. M., Bogatchuk, A._M. SOY/20-123-6-33/50
TITLE: Synthesis of Coproporphyrin by the Yeasts Candida Guillier-
mondii (Sintez koproporfirin& d-rozhzhami Candida guillier-
mondii)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 6,
PP 1077 - 1080 (USSR)
ABSTRACT: The porphyrins,.either in combination with metals (iron or
manganese) or free, take part in highly important redox
reactions of the cells: photosynthesis and respiration. Free
porphyrins wore found in bacteria, mold fungi and yeast fungi
(Refs 1,6). It is mostly coproporphyrin that can be accumulated
both in the cells and in the culture medium. The formation
of higher amounts of coproporphyrin usually occurs as a con-
sequence of a diet-arbed synthesis of henatine or of bacterio-
chlorophyll or as a consequence of an iron deficiency in the
culture medium (bacteria) (Ref 7). In yeasts, the insufficient
supply of riboflavine to the cells (Ref 10) is said to be
Card 1/3 the cause of it. The authors prove in their paper that'some

Synthesis of Coproporphyrin by the Yeasts Candida, SOV/2o-123-6-33/50
Guilliermondii
yeast fungi accumulate ooproporphyrin in spite of an intense
riboflavine synthesis. Thus some other causes for the por-
phyrin formation than riboflavine deficiency may exist. The
yeast species mentioned in the title (ATCC 9058) was culti-
vated on a sugar-mineral culture medium of Berkgol I drr which
glycocoll and a sufficient iron quantity. In addition to the
disappearance of the cytochromes from the cells a substance
which was red fluorescent in ultraviolet rays was accumulated
which was determined as coproporphyrin (Refs 6,8). The eli-
mination of glycocoll from the culture medium (Table 1) as
well as certain other culture media led to a decrease or even to
a stop in the coproporphyrin formation. A subspecies of this
yeast species, C. guilliormondii var. membranaefaciens, further
Saccharomyces ellipsoideua 465 did not form considerable
coproporphyrin amounts under similar conditions (Pig 2).
It becomes more and more convincing that the same low-mole-
cular weight precursorst e.g. glycocoll (Refs 7,9), take part
in the formation of the prophyrins, of the riboflavine and
Card 2/3 of vitamin B12 in certain.stageo of the synthesis. The pheno-

Synthesis of Coproporpbyrin by the Yeasts Candida SOV/2o-123-6-33/50
Gui.1liermondii
menon of "porphyriall in microbe-11hypersynthesizers" of these
vitamins points, according to the authors' opinion, to an
increased lability of the metabolism which is connected with
tho formation of hoterocyclic compounds. 0. guilliormondii
synthesize considerable quantities of the III isomer of the
coproporphyrin. It is accumulated in the vacuole apparatus
of the cells. The yeast autolyeate stimulates the formation
of coproporphyrin. There are 2 tables and 12 references, 1 of
which is Soviet.
ASSOCIATION: Livovskiy gosudarstvennyy universitet im. Iv. Franko (Livov
State University imeni Iv.Pranko)
PRESENTED: July 11, 1958, by V. N. Shaposhnikov, Academician
SUBMITTED: July 2, 1958
Card 3/3

SHAVLOVSKIYJI G.K.; BOGATCHUK, A.M.
I
Causes of coproporphyrin acaumulation in caultures of the yeast
Candida guilliermondii. Biokhimiia 25 no.6%1043-1048 N-D (60.
(MIRA, 14:5)
1. Chair of Plant Physiology and Bioohemistry, State University,
Lvov,
(COPROPORPHYRIN) (Y W T)

STANESCUx L.; GOCAN, S.; TERTAN) A.j MOTIUj, A.j BCq&TMM,,G.;
IM, 0. ~
Study of oome somieonductor oharaoteristioa of niokol-ohromite6
BU atiint polit Cauj no.5t65-74 t62.
e,..
tA'

TOPCIUMI"Mo Z.A*j-,R-aMIlA# AmPs
Treracutanoma cholapaj!W m4 mMiml rowtclan 1, onotry
in the - ry of tho bdlia%7 4UOU* Xhirarglia (SOMM) is
M140%)xYM 065.
1, Tswt.--a3Am Inatitut sa uvmvmvhwatuvane na lekaritep
SOMAO

BOGATENKOV I M , inzh.; IVATSIK, Ye.Ye., inzh.; KAPLAN, V.V., kand. tekhn.
nauk; KOSTENKO, M.V., doktor tekhn. nauk, prof.; IIASHAnRI, V.M.,
kand. tekhn. nauk
Netuork system for combined tests of magnetic-valve disebargers.
Izv. vys. ucheb. zav.; energ. 8 no.8t23-28 Ag 165. (MIFLA 1819)
1. Leningradskiy politekhnicheskiy institut im. M.I. Kal'nina.
2. Chlen-korrespondent AN SSSR (for Kostenko). Predstavlena
kafedroy tekhniki vysokikh nap-.yazheniy Leningradskogo poli-
tekhnicheskogo instituta.

BOGATMOV, I.M, inzh.; IVATSIK, Ye.Ye., inzh.; KAPLAN, V.V., kand.
- -tekhn. nauk; NASHATYRIO V.M., kand. tekhn. nauk
Combined test of magnetic valve-discharges with 6-500 kv.
ratings. Elektrotekhnika. 36 no.9:55-57 S 165. (MIRA 18:9)

L'M7*46
ACC NRi_ AP6016875
SOURCE CODE; UR/0281/65/000/006/0078/00931
AUTHOR Bmogatenkov, I. Ho (Leningrad); Kaplan# V..V. (Uningrad); Kostenko,.M. V,
(Lenin9r=)-,-Wa`6HiitYr M. (Leningrad); I. (Leningr
_~anchus,,
ORG: none
TITIE: Testing the commutation capacity of a high voltage apparatus for high-poWer
networks
SOURCE: AN SSSR. Izvestiya. Energetikaitransport, no.. 6, 1965, 78-93
TOPIC TAGS: circuit breaker, electric power transmission, electric inductance,
electric capacitance
ABSTRACT: .,Results 'are preseinted from Investigations performed
using a network mock-up to synthetically test high-voltage:cIr-
;oult breakers and dischargers to be used in 500-1250,kv power
.networks, The testing of individual.spark-damping elements of
lbreakers Is Statistleally JUStM66, A o1rouit for.oombined-test-I
Ing of valve dischargers, including a power.system which serves
Jas a source of.aocompanying current Is analyzed. This system
provides full oorrespondeneeAn current and voltage levels,
capacitance and Inductance to an actual power network, allowing
!the breakers to be tested with assurance that the test will eor--,
.respond to abtual operating conditions of the breakers after they 1
are insta3led in power systems* Orige art, has: 13 figures. [JPRS3
SUB CODE: 09, lo suBm rATE: 05jun65
7111
Card ~jl Ob UDC: 621-316-542*064o2Ja*02793-001*4: 621-316-933-OPl-4

BOGATENKOV, N.F.; KUROCHKIN, K.T.; UMRIKHIN, P.V.
Bliyanie osnovnosti i vyazkosti shlakov na ikh
vodorodopronitsaemosty.
report submitted for the 5th Physical Chemical Conference on
Steel Production.
IV, OSCOW -
.do- 3 0 JUN 1959

BOGATM~O~ TAR AYET, Ih.; TAKOVMI, V.N., red.; OTSTRAKH, V.G.,
-----OwreW-.red.
[Railroad of friendship] Dorogs drushby. Alma-Ata, Kazakhakoe
gos.iza-vo, 1938. 60 po (MIRA 12:5)
(Railroads) (Chiua-Railroada)

BOY/163-,58-1-7/53
AUTHORS: Bogatenkov, V. F., Umrikhin, P. V., Kurochkin, K. T.
TITLE: The Hydrogen Permeability of Liquid Basic Slags
(Vodorodopronitaayemost' zhidkikh osnovnykh shlakov)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Metallurgiya. 1958,
Nr 1, PP 31-36 (USSR)
ABSTRACT: In the present paper the results of investigations on the
hydrogen permeability in slage,in relation to their chemical
composition are given. The hydrogen permeability of the
slags is influenced by the chemical composition of the
slags and by their physical properties. The chemical compo-
sition of the slags investigated was divided into 4 groups,
and the basicity of the slags was represented by the ratio
CaO
Sio2 . The basicity of the first group of slags varies be-
tween OA7 - 3940, the basicity of the second group from
2,12 - 420, the basicity of the third group from g20 - g25
and that of the fourth group from ;20 - W,
Card 1/3 It was found that the hydrogen permeability of the slags

The Hydrogen Permeability of Liquid Basic Slags SOV/163-58-1-7/53
Card 2/3
depends on the content of MnO.. FeO and MgO. This dependence
was also graphically-shown.
The viscosity of the slags increases abruptly according to
their increase in basicity.
The process of the transition of hydrogen through the layer
of the liquid slag is divided into three stages:
1) The transition of the hydrogen from the gas phase to the
slag after the reaction:
1120(gas) ,, 02 (slag) , 2011 (slag)
2) The diffusion of the hydroxyl ion through the layer of
the slag metal,
3) The transition of the hydrogan from the slag in the metal
after the reaction:
2 _' 2+ + 2
or' (slag) + F' *(slag) ~ FG(metal) 0(metal) '_ 2H(metai)o
When the content of FeO MnO and MgO is increased in the slag
the binding energy of P- in the molten slag increases, which
decreases the activity; in consequence of this the first
stage takes place more slowly,, The higher content of FeO in
the slag decreases the activity of 02- and the hydrogen

The Hydrogen Permeability of Liquid Basic Slags SOV1163-58-1-7/53
permeability of the slag to a greater extent than MnO. When
the lAgO content in the slag is increased the viscosity of
the slag is increased. Anincrease in the YlgO content of the
slag causes a very sharp decrease in the hydrogen permeability
of the slag. There are 3 figures, 2 tables, and 4 references,
4 of which are Soviet.
ASSOCIATION: Ural'skiy politekhnicheskiy institut
(Ural Polytechnical Institute)
SUBMITTED: October 7, 1957
Card 3/3

insh.; nROaREM. X.T., dots., kand.takhn.nauk;
BOGAM
I
I
XHIN, F.Vo. prof., doktor tokhn.nauk
Water permeability of basic slags. Izv.vys.=heb*zav~; cherntmeto
n0.8:13-20 Ag 158- (min 3.1:n)
1. Ural'okly politekhnicbeekly Institut.
(Slog-Permeability) (Steel-Zydrogen coptent)

SHTENOBLIMYYBR. S.V., Inzh.- BOGATRNKOV, V-7., Inzh.
-' --I
Viscosity of open-bearth furnace slags. Izv.vye.ucheb.zav.; chern.met.
no.11:23-28 11 158. (NIRA 12:1)
1. Institut metallurgii Urallelcogo filiala AN SSSR, Urallskiy politakh-
nicheskiy institut. Rekomendovano kafndroy itetallurgii stalt Urallskogo
politakhnichaskogo Instituta.
(Open-beartb furnaces) (Slag-Tosting) (Viscosity)

BOGATENKOV, V. F., Candi6ate Tech Sci (6iss) -- "Investigation of the water
permeability of basic open-hearth slag". Sverdlovsk, 1959. 14 pp (Min Higher
Educ USSR, Ural Polytech Inst im S. M. Kirov), 150 Copies (KL, No 25, 1959, 132)

KIJROCHKIN, X.T., kand.tekhn.nauk, dote.; UMKRIN, P.V., doktor telhn.
nauk, 1~rof inzh.; BUTAKOV, D.K.. lmnd.
to ",n.nauk: d6fi-.* B*A., inihs
Answer to N.S.Mikhailets* Isvovysoucheb.zav.; chern.mat
2 no.7:147-1~1 JI 159- (MIRA 13:2)
1. Urall,skly politekhnichaskiy Institut.
(Matals-Hydrogen content)

BOGATE J.1r., insh.; UHRIKKN' F.V., doktor takhn.nauk prof.;
." ~M
KMCIIKIN, K.T., kand,takhn.nauk
Water permeability of liquid basic slags . Trudy Ural.politakh.
inst. no.75:20-25 '59, (MIRA 13:4)
(Slag) (Steel--H3~drogen content)

V,
8/133/60/000/007/004/016
1UTHORSs
TITLE:
Kolosov, M.I., Candidate of Technical Sciences; Stroganov, A.
I., Candidate of Technical Sciences; Keye, NJ., Engineer;
Bogatenkov, V.F.p Candidate of Technical Sciences; Vainshteyn,
0. a., ; Danilov, A.M., Engineer; Zverev.
r; Antropov9-,--N_.T.-,-M-g!'neer; Khry-unkina, V. A. , Engineer
IV
The Use of Silicochrome When Smelting_Steel in Open Hearth Fur-
naces
PERIODICAL: Stall, 1960, No- 7, pp. 607 - 608
TEXTt In the Chelyabinakiy metallurgicheakiy zavod (Chelyabinsk Metal-
lur4cal Plant) and in the Zlatoustovskiy metallurgicheskiy zavod knatous-
tovsk Metallurgical Plant) in melting low-carbon chrome steels: 1BYPT (18
KhGT), 17)(H2 07XhN2T_1_T0)0J(2OKhN), 12 - 2OXH3A(12-2OXh2N3A), 12-20)(2WA
(12-2OKh2N4JL) and medium carbon chrome-containing ateelas 35-45)(H(35-45KhN)9
33-37XG(33-37KhB), 3O-35xrCA(3O-35KhG8A)q 30XPT(30KhGT) five types of sili-
cochrome were applied having the following Cr, Si and C content (im %)g
Silicochrome- 12 - 20 40 - 50
Card 1/3

B/133/60/000/007/004/016
The Use of Silicochrome When Smelting Steel in Open Hearth Furnaces
Cr 49 - 56 29 - 39
Si 15 - 19 40 - 54
0 2.75 - 4.50 0*12 - 0.20
When using 12 - 20 type silicochrome 7 - 20 kg/t were added, whereas of the
40 - 50 type silicochrome about 405 kg/t (in the ChMZ) and about 2.3 k9A
(in the ZMZ) and for 30 - 35 KhG3A 6.5 kg/t were added. When applying sili-
cochrome, steels of the required composition could be produced without any
difficulty and the duration of the preliminary deoxidation could be reduced
by 5 - 9 min in both plants, (i.e.9 by 0.3 - 1.5% of the melting time). The
amount of chromeg manganese and silicon scale is practically the same as
for the conventional method (in Zlatoustovsks Or 18%, Mn 20%, Si 32%, in
Chelyabinakt Or 19%, Mn 25%, Si 38%). The lower amount of chrome scale in
the ZNZ oan be explained by the higher residual chrome content of the metal
before deoxidation: 0.13 - 0-310 as compared to the values obtained in the
ChMZ 1 0.06 - 0-13%. In order tq obtain an optimum economical effect, when
melting medium-carbon --chrome steel, the amount of 20 type silicoehrome should
be 11 - 13 kg/t in the C:hMZ and 8.5 - 9.5 kg/t in the ZMZ and the silicon
used in conventional melting be replaced by blast-furnace ferrosilicon. 1hen
Card 2/3

S/133/60/000/007/004/016
The Use of Silicochrome When Smelting Steel in Open Hearth Furnaces
malting low-cabon steelst 12 - 13 kg silicochrome per ton should be used
when the chrome content of the steel is below 0.9% and 15 - 17 kg of sili-
coohrome per ton when it is abov s. 9%. The use of silicochrome of the 40
and 50 typesis economical only in the malting process of low-carbon steels.
The holding time of the bath after adding 20 type silicochrome, when melt-
ing steels of a chrome content below 0.9% is only 15 - 20 min and for steels
with a chrome content above 0.9% it is 20 - 30 min, on account of the de-
crease in weight of cold additives in the furnace (15 - 20 kg/t) and a more
rapid absorption of silioochrome as compared to ferroohrome. The initial
cost of steel when using silicochrome in the melting process was deoreased
in both plants by a total of 2 - 2.5 million roubles per annumv from 2 rou-
bles/ton for the 40Kh type steel to 20-4 roubles/ton for the 20Kh type steel
in Chelyabinsk and from 1.1 rouble/ton for the 30KhSA type steel up to 12.6
roubles/ton for 20Kh steel in Zlatoustovek. There is 1 table.
ASSOCIATIONS: Chelyabinskiy nauchno-issledovatellskiy institut metallurgii
(Chelyabinsk Scientific Research Institute of Metallurgy);
Chelyabinakiy, Zlatoustovskiy metallurgicheakie zavody-Tchol-
yabinsk and.Zlatoustovsk Metallurgical Plants)
Card 3/3

c. t
PHASE I BOOK EXPLOITATICN SOV/5411
Konferentstya po ftziko-khimicheakim onnovam proizvodstva stall. 5th,
Moscow, 1959.
Fiziko-khtmicheskiye,osnovy proizvodstva staii; trudy honferentall
(Physicochemical Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemical Bases of Steelmaking)
Moscow. Metallurgizdat. 1961. 512 p. Errata slip inserted.
3,700 copies printed.
Sponsoring Agency: Akademiya nouk SSSR. Inatitut metallurgii imeni
A. A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentaveyg.
Tech. Ed.: V. V. Mikhaylova.
Card 1/16

A.
Phyaicochemical Bases of (Cont.) 50V/5411
PURPOSE! This collection of articles to intended for engineers and
technicians of metallurgical and inachine-building plants, senior
students of schools of higher education, staff members of design
bureaus and planning institutes, and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the physicochemical bases
of the steelmWdng process. Micas reports deal with problems of the
mechanism and kinetics of reactions taking place In the molten metal
in steelmaking furnaces. The following are also discussed: problems
involved in the production of anoyed steel, the structure of the ingot,
the mechanism of solidification. and the converter steelmaking
process. The articles contain conclusions &awn from the results
of experimental studies, and are accompanied by references of which
moot are Soviet.
Card 2116

Physicochemical Bases of (Cont.) SOV/5411
Bogatenkov, V. F. , K. T. Kurochkin, and P. V. Umrikhin. Investi-
__ ~eri~ea~ility of Basic Open 195
g aft n-g - ffe- -Hearth Slag to Hydrogen
Grigorlyev, V. P., A. F. Vishkarev, B. G. Korolev, Ye. V. Abro-
simov, and V. I. Yavoyskiy. Effect of Phosphorus and Manganese
on the Surface Tension of Ferrocarbon Alloys 204
Khitrik, S. 1. , and Ye. 1. Kadinov. Reducing Chromium Losses in
Making Stainleas Steel With the Use of Oxygen (Blast] 213
[The following persons participated in the research work: A. V.
Rabinovich, Yu. V. Chepelenko, V. P. Frantsov, 1. P. Zabaluyev,
V. F. Smolyakov, P. V. Demidov, M. M. Dovgiy, T. M. Bobkov,
Ye. 1. Moshkevich, A. M. Neygovzen, T. F. Olenich, K. P. Gunaza,
B. 1. Zlatkina, and Yu. A. Nefedov. I
PART H. CONVERTER PROCESSES
Baptizmanskiy, V.I. Certain Problems of the Mechanism and
Card 9/16

BOGATENKOV. V.F.; VAYNSHTEYN, O.Ya.; ZVFREV, B.F.; KOLOSOV, M.I.; LUBFTIETS,
A.N.; POVOLOTSKIY, D.Ya.; STROGiMV, A.I.
Desiliconization of open-hearth pig iron4a the mixer. Izv. vys.
ucheb. zav.; chern. met. 4 no-8:32-36 '61. (MIRA 14:9)
1. Chelyabinskiy metallurgicheskiy zavod, Chelyabinskiy naucbno-
issledovatel'skiy institut metallurFii i Chelyabinskiy politekhnich-
eskiy institut. (Cast iron--Metallurey)

DOUnMV VOF AIMUTEINI O.Ta.; ZVEWp D.P.; FIRSOVt S.G.
Izprovi*g the method of phoophoras removal during steel smelting.
MoUllurg 6 no.lltn-" N 061. (MIRA 3./+: n)
1. Cbelyabinakiy metanurgiobookiy savod i Chelyabinakiy
nauchno-isoledovatel'okly -Institat matallurgii,
(Steel-41stallurgy)

S11331611000100610061017
A054/A129
AUTHOR: Bogatenkov, V. F.
TITLE:l News in brief
PERIODICAL: Stall~ no .6, 1961, 518
TEXT- In the Chelyabinskiy nauchno-issledovatel'skiy institut metallurgii V/
(Chelyabinsk Scientific Research Institute of Metallurgy) in cooperation with the
Chelyabinskiy metallurgicheskiy zavod (Chelyabinsk Metallurgical Plant) the
application of oxygen and a steam-oxygen mixture in the open-hearth furnace
process was investigated. The silicon content of the'pig-iron could be removed
In a mixer with a capacity of 1,300 tons and having a fireolay vault by means of
a steam-oxygen mixture.- No brown smoke developed during the process. When the
mixture was blown throughA740 tons of pig-iron with an initial siIicon content
of 0.96% and-a manganese content of 0.86% for 4 hours and 30 ffinutes, 0.34%
silicon and 0.23% manganese were burnt out. The oxygen consumption increased
from 500 to 1, 900 m3/hour, steam consumption from 550 to 1, 300 kg/hour. The
water-cooled single-jet tuydres were Immersed in the pig-iron to a depth of
200 - 300 mm. The duration of numerous experimental smeltings in a 370-ton
Card 1/2

Ne# in brief
furnace, blowing 1,000 - 1,200 m/hour of industrial
both tuydres, was 40 - 60 minutes shorter than the usual
blowing was started when the last ladle of pig-iron
the end of smelting. The specific fuel consumption
S11331611000100610061017
A054/A12q
oxygen into the bath by
smelting time. Oxygen-
was poured and lasted until VII,
decreased by U.
Card 2/2

KOLOSOV,-X~I qk.%~,.te aANOV A I kand.tokhn.rAukJ KEYS#
N.V.; GAd.tWn.nauk; =SMIn, 0.1A.,
inzhe; DANILOV, A.M.,, inzb.j ZVMW, B.F., inzh,; AYMPOVA, W.G..,
inzhe; KHRYEJKIKA,, V.A... inzh.
Use of silic.on-chromium in open-hearth smelting of steel's &tall 20
"'MM60-60Sft,*-r*., A. , - 1 61. ' -- I ... (HDA 14:5)
1, Chelyabinakiy nauchno-isoledovateltakiy institut metallurgii;
Chelyabinskiy i Zlatoustovokiy metallurgichaokiye zavodye
(Steel-Metallurgy) (Silicon-chromium alloys)

S/133/62/000/007/007/014
A054/A127
AUTHROS: Smirnov, Yu.D.; Bogatenkov V.F.
TITLE: At the Chelyabinskiy nauchno-issledovatel!skiy institut metallurgii
(Chelyabinsk Scientific Research Institute of Metallur
.gy
PERIODICAL: Stall, no. 7, 1962, 620 - 621
TEXT: In cooperation with the Chelyabinskiy metallurgicheskiy zavod
(Chelyabinsk Metallurgical Plant) and Chelyabinakly politekhnicheskiy Institut
(Chelyabinsk Polytechnic Institute) the conditions were studied of blowing oxy-
gen into open-hearth furnace baths through tuyeres in the crown with 6 orifices
during smelting. When oxygep was blown through in amount7s of 5.8 - 7.4 0/ton,
at a rate of 1,000 - 1,200 nP/h, the smelting time was reduced by 45 - 49'min,
the specific fuel consumption by 4.7 - 9.2%, the total specific oxygen consump-
tion by 1.2 - 4-5 m3/ton. The hourly output of the furnace increased.by 6.2 -
9%.
Card 1/1

STROGANOV., ~.L, kand.takhn.nauk; BOGATENKOV V.F., kand..takhn.nauk;
XOLOSOV, M.I., kand.tekhn.nau ; ~ inzh.; DAVIDYUK,
V.N., inzh.; POPOV, R.V., tekh-4k
Heat balance of the rioer head of an ingot. Stall 22 no.1:27-29
ja 62. (MIRA 11,:12)
(Steel ingots), (Heat-Transmission)

KOPYRINJ I.A.; RANNEV, G.G.; SMIMIOV, Yu.D.; CHERNOV, G.I.;
DOGAY614KOV, V.F., BOKOV$ I.I.; TSIPUNOV, A.G.; RISPELI, K.N.;
--A~ DAYK5Rj A*Ls
Research by the Chelyabinsk Metallurgical Research Institute.
Stall 22 no.7:604,620-621,,667,670 J1 162. (MIRA 15;7)
(Metallurgical research)

BOGATENKOV, V.F.,- VAINSTEIN, 0.1. [Va-,mshteyn, 0. Ya. ,J; ZVMUV, B.F.; XCIDSOV,
M. I.; LUBENET, 1. A. Diubenets, I.A.1; MOROZOV, A. fl.; PC-VOLOTKY, D.I.
(.Povo.lo-tslciy, D.Yaj; STROGANOV, A.I.
Desilicification of Martin iron in mixers. Analele metalurgie 36 no.19
21-27 T,&-W '61.

BOBKOV? V.I., inzh.;.BOGATENKOV, V.P., inzh.
Efficient organization of the repair of the OFAT mechanized units.
Ugolt 40 no.2t46-48 F 165. (MIRA 18s4)
1. Mosbassgiprogormash.

SAPARGALMVt G.S., kand. yurid.nauk;FALIGOV,W.F.p akad.; BOGATYREV, A.S.;
AFAVASITEV9 A.V.p prof.; BYKOVI B.A.; SIIAKH14ATOV, V.F.9 kand. istor.
nauk; PMOVSKIrt S-11-t akad.1 SAVOSIKOj V.K.p kand. istor. naukoo
NUSUPBEKOV, A.K., kand. iotor. nauk; BAISHEVt S.B.,~akad.,* G040KH-
VODATSKIY, I.S.9 kand. istor. naukl AKRMETOVI A.p kapd. iotor. nauk;
RAKMOV9 A., kand. istor. nauk; PIVENI, N.F.; CHULANOV, G.Ch., doktor
ekonom. nauk; BOROVSKIYq V*A., kand. ekonom. nauk; SYDYKOVq A.S., kand.
pedagog. nauk; ZWGILIDINq T.l kand. filoo. nauk; KARASATRV, L.K.;
KANAPIN, A.K.P' kand. istor. naukl RXWOVq M.D., kand. ekonom. nauk;
KARYNBAYEV, S.R., kwad. mod. nauk; AK3WOV, K.A.,; SMIRNOVA, IN.S.,
doktor filolog.nauk; SILICHENKO, M.S.p doktor filolog. nauk; YERZA-
KOVICHI B.G.p kand. iskusatvovedobeskikh nauk; RYBAKOVAf W.; MUKHTA-
ROVp A.I.; BOGATMKOVA L.I.- K*JNDAKBAYHVI B.; SIRAINOV, X.S.; SHVYD-
OK09 Z.A.9 ' .; MAMTSOVAp Le *9 red.; ZLOBINq M~V-, tekhn. red.
[The Soviet Kazakh Socialist Republi-.1 Kazukhakaia Sovetakaia So-
tsialisticbe*kaia Respublika. Alma-Atap Kazakhokoe goo izd-vo
1960. 477 ps (MiR'A ll,:6j
1. Akademiya nauk Kaz.SSR (for Fall.gov, Pokrovskiy, Baishev)
2. Chlen-korreopondent Akademii nauk KazSSR (for Bykov, Smirnova,
Sillcbenko)
(Kazakhstan)

BOGATEVI X.., d-r inzh.
- ------ - r- --.-
Stability problem in the Kuybyshev-44oscow electric transmission
system. Tekhnika, BUlg 2 no.1:3-8 Ja 153.

MUM, K.
Determining the computed electric power or industrial enterprises, pe 13o
REKHNIKA. Vol. 4, no. 5, Jane/July 1955
Sofiia, Bulgaria
SOURCE: East European Accessions List (EFAL) Library of
Congress, Vol. 6, No. 1, January 1957

BOGATIEV, K.
Gomputin,g the dynamic stability by taking under consideration the influence of
the damper winding. P. 83.
GODISHNIK. Mashinno-olaktrotakhnicheaki institut. Sofiia, Bulgariap Vol. 4, no. 1,
1957 (published'1958).
Monthly List of East European Accessions (BEA1) ILI Vol. 9, No. 2, Feb. 1960.
UNCL

1:00,07v, K.; Dll..-("V, D.
For efficient work in the electric installations in rarn-storied d,,4cllir.(
buildinEs. pe 14
Tekhnika Vol. 7, No. 5j 1958- Sofiia, Bulgaria.
Monthly Index of East European Accessions (MU) 1L, Vol. 'j, No. 10,
Oct. 58

DCOATEVI K.
"Possibility of symplifying the computation of the dynamic stability of
complex electric systems."
BLEXrROENERGIIA, Sofiia, Bulgaria, Vol. 10, no- 3, Mar. 1959.
Monthly list of East Europe Accessions (EKAI), LC,
Sepi,
Vol. 8, No. 6, Jttrr59,
Unclas
Owl

BOG47y#-.,Xolo.#..,Imndetekhn.rAaukp dotsent
Calculation of the dynamic stability vith consideration of
dAnW windings, speed governors# and excitation regulators.
Elektrichestvo, no.7:31-3i, n 161. (IMU 14-9)
I* Mashimid-olektrotekhrdaheakiy institut, Sofiyrf..
(Electric controllers)

BOGATEV, K-.-p dots. inah.j ZIIIVKOVj D., Inzh.; ZIMEV, Iv., inzh.
Computing the dynamic stabitlity of a complex electric system
with the aid of static electric model. Elektroenergiia 13 no.l:
3-8 Ja 162.

BOMTEV, Kiril, dots..Inzh.; ZIMIZV, Ivan# inzh.; ZHIVKOV, Doncho, inzh.
Results of the computation of the aynamic stability 6f our
Plectric system with the aid of the electric static model of our
El.ectric-Power Administration. Elektroenergiia 13 no.2:6-8 F 162.

VASILEV, N., in zh. ; -PQG-&Z,-Vs -9,. j,.- dots.; DMONOVA. E.p inzh.
Fxpe~rlmental studies of the influcence of environment
temperature on the vorking of fluorescent lamps.
Flektroteaergiia 34 no.llt5-9 N163.

VASILEVY N. I.,- DOGATEV,,.K. I.; MARINOV, IU. P.; DZIIONOVA, E. A.
A device for automatic switching on of street lighting
depending on the level of the natural horizontal il-lumi-
nation and the exterior temperature. Godishnik mash elekt
12 no. 2:5-18 162 (publ. 163].

BOGATEV, K.I.
, - :- ill'
Analytio method of determining the ultimate streas and the
influence of compensators on resietance. Godishnik mash elekt,
13 no.2sl6l-166 163 [publ. 164]

BOGATEV L. dots.; GWKOV,N., inzh.; DEIANOV,D., lnzh.; IVANOVA, Ek.,
inzh.; DOICHINOVA, V., Inzh.; MINEV, Iv., inzh.; DDIADZHIEV, H.
Electric installations in buildings made with elements of
one-room volume, Blektroenergiia 15 no*W-11 J064.
0

BOGATEV, Kiril, dots. k.t.n.
Purpose and tasks of the Commission on Lighting. Elektroanergila
15 no.l2s25-26 D 164.

BOGATEV, K.I. ..
r-
Dynamic stability of a synchronous aggregate equipped with the
isodrome turbine regulator. Godishnik mash elekt 7 no.2:19-30
160. (publ. 161).

LYANDO, A.M.; BOGATNM, Sh.A.
A-
First twctbook on the finance of teleemmunication. Vast. aviazi
24 no.1201-32 D 164 (MIRA 18t2)
1. 2hveduyusbohiy kafedroy Kazanskogo finmsovo-ekonomicbeskogo
inatitata (for Lyando). 2. Naphallnik planovo-finansovogo otdela
upravleniya avyazi Tataxakoy ]MR (for Bogateyev).

BOGATH, Laj..-s
Efficiency wage system of truck drivers and some experience In
its application. Kozleked kozl 21 no.3:50-53 17 Ja 165.
1. General Di"notorate of Automotive Transportation of the
Ministry of Transportation and ilostal Affairs, Budapest.

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WOW.D.
"Dervelopment 61 Production and Meohanzation." p. 530 (!jjL Vol. 5, no. 12,
Dec. 1953. Budapast.0
Vol. 30 no. 6
- _june 1954, Uncl.
SD:u -nthly Liat of East bmpeapA(~,cessions./Library of Congress,

DOGATIO D.
Special Committee for Reports and Innovations of the Scientific Association of the
Machine Industry. p. 258
Vol 7, no. 7, Jilly 1955. GEP. Budapest, Hungary.
So: Eastern European Accession. Vol 5, no. 4, April 1956

BC)CATI, b.
Special innovatims and reports committee of the Scientific-I!,ssociation
of the Machine Industry, p. 288. JAR'.W,-.K GAT'LK.
Budapest. Vol. 2, no. 9, Sept. 1955.
SOURCE: East European Accessions List (LrAL) LC, Vol. 5, no.2, Feb. 1956.

BOGATI., D.
BDOATI., D. - Report on the 1956 Leipzig Fair. n . p. 263
Vol. 8s no. 7, july 1956
GEP - Budapest, Hungary
SOURCE: East European Accessions List (UAL) Vol. 6p Not 4 - April 1957

BOUTI, D.
Report on the 1959 Spring Leipzig Fair. II. p.259.
CIEP. Budapests Hungary. Vol. 11, no. 7, July 1959.
0
Monthly List of East European Accessions (MAI), LO. Vol. 8, No. 9, September 1959
Uncl.

- BOGATI, -Doziso
*Zlevatorall by Gyu3.a Roth. Reviewed b7 Dozoo Bogati. Gep 3.3 no.5:166
My 161.
1, Szorkensto bizottsagi tag, "Gop."

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BOGATI, Peter
Reading raterial for a month. Munka 9 no.1:23 Ja 159.
1. "Elat as Irodalom" rovatvezetoje.

BOUTI Peter
On writers and books, Munka, 9 no.2t23 7 159.
1. *Elet es Irodalom" rovatvezetoje.

BOGATI, Peter ,
New books receiving the award of the National Council of
Trade Unions. Munka. 9 no.3:27 Mr 159.
L "Elet as Irodslom" rovatvezetoje.

BOGATIJ, Peter
'Carpathian rhapsody", "133 days", and %rtin and his fiends" on
bookshelf. Munka 10 no.1:25 Ja t60.
1. "Blot es Irodalon" rovatvezatoje, Budapest,