SCIENTIFIC ABSTRACT BOGOMOLOV, S. G. - BOGOMOLOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205920018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

33CW I - 0- - - - -.- - - ---- -.-- I
i WILD-V S. .
Dissertation: "Infrared Absorption Spectra and Structure of Molecules Of
Some classes of Organic Conpounds." Cand Phys-Math Sci, Leningrad State
Pedagogical Insto Leningrad# 1933, (Reforativn7y Zhurnal-Khiydyal Moscow,
No 12, Jun 54)
SO: SUM 318g 23 Dee 1954

BOGOMOLOV, S. G~. 11 Aug 53
USSn/Cheemistr7 - Pharmaceuticals
"Infrr,-Red Spectra and the Structure of Semicarbazones," B.G. Bogomolov, I.Ya. Postovskiy
and Tu.N. Sheynker, Ural Polytech Inst im S.M. Kirov, Sverdlovsk, aad All-Unioa Sci-Res
Chemicopharm Inst im Ordzhonikidze, Moscow
DAN SSSR, Vol 91, No 3. pp, 1111-1114
Studied the characteristics of the chemical structure of samicarbazones with the aid of.
infra-red absorption apectra. In FL11 of the semicarbazoaes studied, an absorption band
was noticed in the region 1588-1626 cm7l, which apparcntly indicates a deformational.
oscillation of the -X12 group. Compda of this class are uffective antituberculous drugs.
Presented by Acad V.M. Rodiouov 17 Jun 53.
,!66T7
1~

L
tv)
Cheidoal ANA#
Vo~. 48 No* 6
Mar~ 25s 1954
Klectronio Phen=elaa and SPOotra
d I ok of r bsotp, ",:of. 1FOIOV
WRI-do 21.01 iO47S-
and , Y
-- 1- -1.- ~5 - L
"".-Abso flon ~41 , -
2"-W(1953) torption speci;~ of acetvlated: 2-ainino.
thlazole (I). 2-arnino-1-methyltblazole (fl), z-amino,4,r~-
dlincthylthiazole (III). 2-amino4-pbenylthiatok (111). and 2.
amino-l-inethyl-&bromothiazole (V). as well as 2-(Nrneth~
Ylacetwnido)4-nirthylthiazole (VI). and 2-acetyllmlnr)-3.4-~
dimethyi-4-tinaloune tvu) were recoraed keuves are
shown). VI. known to have a thlazole stivaure shows
bands at 1648 and 1542 m.-1; VU shows only a band at
IMern.-I IN show 2 bands In M90-90 and 1535-SG-cm.-t
M10ons, while the thlazoline band at 1588 cm,-' ls.lotally.-Lb-
sent. Thus T-V have structur"analosm toV1. H IU,
IV, and V show a band at 3165*cnt.-I, possibly that of NH
vibration- this In absent in VI and VII. In I them am seen
315& anW 309D- and 32W-cm.-4 bands, theorlsin ofthe last 2
bein ~unknowu. VI shows absorption war. 2711Y) A. (log
a 3.8 , VILL shows absorption max. SM A. (log * 4.0). IN
show absorption max. In the area of WO-2840 A. close to
that ot Vt. I %bows a slight band at 2900 A. (log # 2.06).
Wbly caused by thiazoline tautornu. In the EtOlf soln.
estd.). No bands at 3M A. are seen in 11-Y, show-
absence of tblazollne form. G. owtapo

LO 0
AnalytiCa
t Pub* 151-30137
Card. 1A
Authors- Bogpmolov -S*'Ge;..Sheynker., U, We,-,-and Fostovskiyy IOU*
Title- The structure of ;,6-aano-~4-methylthiazolesulfonic acids. Part 2.-The
structure of 2-amino-4-mathyl~hiazolesulfonic acid analyzed by means of
infrared spectra
Periodlea.1 t Zhur. ob 0khiz6.'2A-/3 5jO-348s Mar 1954
-Abstract: The structure of 'g--amino-4--methylthiazolesulfonic acid an&numerous other
2-aminothiazole dtirivatives,was,determined on the basis of infrared absorp-
Thc
tion spectra. low-ftsible.sato-acid obtained during sulfonation of
2-amino-4-methyltIcLazole was found to be 2-amino-4-methylthiazOle-5~-3UlfOntC
acid and its isomeric high-melting acid formed from low-melting acid during
heating with H2~04,-4-methylthiazole-2-sulfamic acid. It was also es -tablish-
ed-that the prodwit obtained from chlorosulfonation of 2,acetamide-4-x*thy1-
thiazole was actuealy N-acetylated,chloride of 5-sulfonic acid and all the
-sulfamides derive6lrom acid chlorides (amides of that acid). Eight refer-
encos: 3-USA; 441SSR and 1-German (1939-1953). Tables; graphse
Institution A3-1-JJnion Scien'tific Research Chemical-Pharmaeoutical Institute., Moscow
Submitted August 14, 1953

f-Av,

fRIKOOT'K0, 0-F,
94(7) 3 PHASS I BM EXPLOITATION SM/1365
L-wov. Umiveraltat
lktai~sly I V"soyu=0go amtshthudys p0
Malokulyarmays. spektv%aknplya (Papers of the 10th ALI-Won
Conrorenee on Speatr2soo;q. Vol. Is Molecular Spectroscopy)
(L'yov) lzd-vo Llvovakogo uav-ta, 19
M. 499 P..4 000 Gap,49,
printed. (Series% ltgt FizyahW Mk. Y" W) I
Additional Spameorirq Apno7t Akad*Miya nault SM. KWASS17Z YO
spuktroako;ll. Id.t 012ter, S.L.1 Tech. Ed.t Saranyuk, T.V.1
Editorial Boards UaUtor; 0.3. Academician (Romp. Ed., D60616*0.
Haporent. B.S., D"tor or fh;&IO;a " Y4th.VAtlQX1 Sciences,
Pabelinakly, 14. tor of Physical and Mathematical Science#,
YabrikaO, V.A.. b=tr or Physical and mathermtjoal Sciences.
Koraitsvd*j V.0., Candidate or Tech-.1cal Sciences Rayskiy S.K.,
ftatidele of PhIsival md Mathematical Science (m1UQv&vL;' L.K..
Candidate of Physical and Xtthemtloma ftienos:', MULyanchuk. V-3-s
Candidate of rb~rsloal and PAI-havAtleal Sciences and Glambe"wM,
A. Y*., CarAldstm of Physiama NA "Atheivatioal. lkleme.a.
Card 1/3o
ftstavskiy, U,Ya., L.P. TWIlon. YU. 1. Sh~YAkgr.
Coplawrity a raftal 1016161
Oarinor, &0, 11" or Urrared Absorption Spectra In
Determining the Characteristics or the Products or
Vitamin I Syntheals, 265
BOIV# 34. Optical Method for the Determination of
the t1lomposition of Cosplesms in Solutions 20T
Grebanshchuma. and 1. U.
rheml-mphthalens Mixtures
by YAlms of Ultraviolet Absorption Spectra 2T9
usi", X.I., "A A.G. Stryuk. Group Datendnation
Of this Naphthalene ft4roaarbans by Mean* of
Ultzmviolst Absorption Spectra 2?2
S"b&daab, A.R.. V.P. Pahenitsym and V.X. Xhlahava.
Spectrophotomstria Methods of 6;" Control in
Processing Aostio Anhydride
meporent. 3.S., X.P. Tmalleveldy. WA N.A. I-Pono.
tAtiv* Absorption by Means or'Water VapOp in
WInfraW Region
Card AAA&.- I

POSTMSKIY# I&T&.; TMIIA)VA,.L&7&; , Tu.N.; BOMOIDT, S.G.
Ooplanar poeiiiou of phemyl radioals in biphany-l-Mer ;Mig.
7iss sboro' noo'3&388-390 157. (MIRA 11:8)
I*' Urallskly politekhuicheski.V institut Im. S- X. Xjrova.
(Biltemyl-S~eotra) (Stersoc~emlstry)

0
Omellehenko, S. I., Pushkareva, Z. V., 79-12-12/43
Bogomolov, S. I]*
------------------ -J %.
TIT!X% Investigation of the Structural Peculiarities and Chemical
Transpositions of Carbazole and its Derivatives
(Isaledovaniye osobennostey stroyeniya i khimicheakikh prevra-
shcheniy karbazola i nekotorykh yego proizvodnykh)
The Absorption Spectra in the Ultra-Violet Part of Carbazole
and some of its Derivatives
(Spektry pogloshcheniya v ultrafiolete karbazola i nekotorykh
yego proizvodnykh)
PERIODICAL: Zhurnal Obshchey Khimii 1957, Vol. 27, Nr 12, PP- 3220-3226
(USSR)
ABSTRACT: Inspite of many possibilities, to gain carbazole in important
quantities in the big coking plants, up to now stone coal
oarbazole was exploited only very little. One of the reasons
is the peculiarity of its chemical properties. Its chemistry
elaborated already as to the most important points still laoks
explanation as to practically most appropriate reactions. The
work of the authors is dedicated to the investigation of the
structural peculiaritiea of the chemical transpositions and to
the practical applicability of some carbazole derivatives.
Card 1/3 As it is known the characteristic properties of a molecule

Investigation of the Structural Peculiarities and Chemical 79-12-12/43
Transpositions of Carbazole and its Derivatives. The Absorption Spectra in the
Ultra-Violet Part of Carbazole and some of its Derivatives.
are mainly based on the position of the electrons and on the
type of the compound. Therefore, in order to investigate the
properties of tho carbazole molecule, special attention was
paid to its absorption centres in the ultra violet and partly
also in thi visible part. 10 derivatives of carbazole and of
diphenylamine were synthesized and the absorption spectra of 13
compounds were put up. It was demonstrated that in the occasion
of the transition from the diphenylamine derivatives te those
of carbazole the occurrence of the diphenyl compound causes a
considerable change in the ultraviolet absorption spectra. The
substituents at the nitrogen atom in the case of carbazole as
well as in the case of diphenylamine produce different effects
according to their electronic character. The fixation of the
unseparated electron couple in nitrogen by the formation of the
N - oxides practically leads to the elimination of nitrogen
from the compound and to an abrupt change of the optic mole-
cular properties.
There are 6 figures, I table, and 13 references, 5 of which
are Slavic.
Card 2/3

Investigation of the Structural Peculiarities and Cliemiral 79-12-12/43
Transpositions of Carbazole and its Derivatives. The Ab_-orption Spectra ir the
Ultra-Violet Part of Carbazole and some of its Derivatives.
ASSOCIATION: Ural Polytechnical InBtitute
(Urallskiy politekhnioheskiy institut)
SUBMITTED: October 25, 1956
AVAILABLE: Library of Congress
1. Carbazole - Synthesis 2. Carbazole - Spectra
3. Carbazole - Structural analysis
C ard 3/3

u, 0 /V1 0 L-0 V

AUTHOR POSTOVSKIY IIYA.,TREFILOYA L.F.,SHEYME YU.N., zx=;Av
BOOOMOLOV S.G, 20-Z-29/67
TITLE n Non Coplanar Nature of Phenyl Nuclei In Diphenyl Derivatives.
(0 nakoplanarnosti faailnykh yader v proizvoohykh difenila -Russian)
PERIODICLL Doklady kkademii Nauk SSSR,1957,Vol 113,Nr 2,pp 347-350 (U.S.S.R.)
Received 6/1957 Reviewed 7/1957
ABSTRACT It was ascertained that in the crystalline cliphenyl molecule the
phonyl nuclei lie in one and the same plane despite a partial su-
perposition of the hydrogen atmospheres (which are inorther-position).
The coplanarity of this oompound is obviously.caused by spesial con-
ditions of the molecule package in the crystal, on.which oceasion the
energy of a alight sphere 4ampression of the hydrogen atoms is oem-
peneated by the oonyanieat,plano position. At the same time it is
known that in the liquid and g*seaus phase the diphanyl nuclei are
not coplanar. This is also true for a number of n- and n'-diphonyl-
substitutes in solutions in the case of lacking substituentis in 0-
positions. So farphowever,specifioations the structure of such deri-
vatives in crystalline condition are lacking. The authors spectesco-
pically investigated crystals of the diphenyl ketones within the in-
fra-red domain. Structure formulas for the substances I.-Mare gi-
yen. In the 1. and III.s The eleotron-giving influence of the me-
thoxyl and the amino groups on the ketone group is transmitted on
Card 1/3 diphenyl-n-anisyl-ketene and diphenyl-n-aminophenyl-ketons by phenyl

On Non Coplanar Nature of Phenyl Nuclei In Diphenyl W-2-29/67
DeriVatiTes. =MURIA
cyclesv whereas in the II. and IV.s This influence is transmitted on
n-metaxydiphenyl-ketens and n-aminodiphanyl-phenylketens by the di-
phenyl system. The assumption had to be examined that in the case of
a nonooplanarity of the phenyl nuclei in diphenyl the mutual influ-
ence of~the metoxy-and amino-groups with the carbonyl group in the
compounds II. and Mwill be "miller in consequence of the destrue-
tion of the conjugation than in the compounds I.and III. As known,the
frequency of the valence fluctuation of the carbonyl group in the di-
reotion of long waves becomes more dislocated the further the '-x..eleo-
tron interaction of the oarbonyl group with other electron-giving
groups of the molecule increases. Accordingly the oscillation frequen-
cy of the carbonyl group in the compound I will have to be.smaller
than in the compound 11. and the oscillation frequency in 111'.9maller
than in IV. Also polarographical determinations in a dioxane solu-
tion (as far as soluble) were carried out. Furthermore the oorreipon-
ding benzophones were investigated. As evident from schedule I the
influence of the electrOn-giTing group OCH 3becomes manifest 'in the
lowering of the characteristic oscillation frequency of the CwO-groupo
The NHZ-group has a similar affect. From the results of the infra-
red spectra it can be concluded that the reciprocal influence of the
groups in the ketones I and II both in solutions and in crystalline
Card 2/3 condition is leas distinguished by the diphenyl system than in the

On Non Coplanar Nature of Phenyl Nuclei In Diphonyl
Derivatives. 2D-2-29/67
corresponding phenyl ketoned. The results of the polaregraphical rev
duotien entirely harmonize with this conclusion. All particalars here
given about the complicated transmission of interaction in the keto-
nes II and IV can serve as an indication concerning the nonooplanari-
ty of the diphenyl in these compounds as well as in the crystalline
condition.
(With 2 illustrations$ 2 aohodules, 14 citations from publications).
ASSOCIATION Uralic Polytechnic Institute "S.K.Kirova"
PRESPMED BY IUZAROV I.I., Member of t he Aoademy
SUBMITTED 25-5-1956
AVAILABLE Library of Congress
Card 3/3

240) SOV14 8-2 3 -9 -50/57
AUTHORS: Bogomolov, S. G., Drobiz, F. D., Morozov, A. G.
------ "MMM-M",
TITLF,i The Spectroscopic Determination of the Microelements in
Tissue Albumins
PERIODICAL: Izvestiya Akademi-.. nauk SSSR. Seriya fizicheskaya, 1959,
Vol 23, Nr 9, P:3 '1158 1159 (USSR-)
ABSTRACT: In the present paper animal albumins are investigated with
respect to Co, Ni, and Cu, which are present within a concentra-
tion range of 0.1 - 0.001%. The albumins were extracted from
various organs of white ratst were washed in alcohol, acetone,
and ester and were then converted to ashes. After 20-fold en-
richment the samples were investigated according to the method
of three standarda in a spectrograph of the type ISP-22. The
sample was located in the crater of the lower carbon electrode.
For the constraction of the calibration curve synthetic
standards were used, the setting of which is discussed in
detail. The base material of these standards consisted of salts,
to which Co-, Ni- and Cu-compounds were added in suitable
quantities. For reasons of comparison, samples and standards
of a vanadium compound (V 2 05) were added. Reproducibility showed
Card 1/2 an arithmetical error of + 5%. It is said in the numinary that,

,.The-Spectroscopic Determination of the Microelements SOV/46-23-9-50/57
in Tissue Albumins
in the case of the subcutaneous injection of chlorine salts of
certain microelements, the content of these microelements in
the albumins of some organs is greater than that in the
corresponding organs of control. animals.Co-, Ni-, and Cu-salts
introduced into the body of animals are selectively enriched
in the albumins of some organs. The accumulations are accompanied
by an increase of the SH-groups, which confirms the opinion
concerning a connection existing between the introduced micro-
elements and the SH groups. There are 1 table and 5 Soviet
references.
ASSOCIATION: Sverdlovskiy meditsinskiy institut (Sverdlovsk Medical In-
stitute
Card 2/2

24(7),5(4) SOV148-23-10-11139
~'UTHOP.St Bogomo Byatritskaya, M. Go, Kirillova, M.N.
TITLE: Characteristic Bands in the Pyridine Series
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheskaya,lcy59, Vol 23,
Nr 10, pp 1199-1201 (USSR)
ABSTRACT: The authors investigated the infrared- and ultraviolet absoription
spectra of 16 heterocyclic oompoundst one part of which had
already been synthetized previously. Several of them were
biologically active. The samples were subjected to an infrared
spectropio analysis in form of emulsions in oil. (IKS-6-spectro-
meter with NaCl- and LiF-priame), as well as to an ultraviolet
analysis in form of a solution in ethyl alcohol by using a
SP-4-spectrometer. Por 2-aminopyridine and a number of its
derivatives a tautomerism of the kind
a) b) is possible.
N
NH2 I KH
Card 1/2 H

Characteristic Bands in the Pyridine Series SOT/48-2~-10-11/39
Form a is characterized in the range of high infrared frequences
by the occurrence of the NH 2-absorption band; within the range of
double-bonds a band with 1-41640 0m -1 deformation oscillations of
the NH2 groups) may occur besides the absorption band of the
pyridine ring (,--,1580 om-1). lithe molecule is of the form bf
only one band of the NE-valenoe oscillations, and in the range of
the double bonds the band of the C-N-oacillations occurs. The
data obtained for all 16 compounds are shown by a table extending
over one and a half pages. The data of this table are discussed.
There is I table.
ASSOCIATIO14: Sverdlovskiy meditsinskiy institut,Ural'skiy gos. universitet
(Sverdlovsk Medical Institute of Ural State University)
Card 2/2

BOGOHOLOV, B.G.; SBkTXYICH, A.B.
Third Ural Symposium on Spectroscopy. Opt.i spektr. 9
no.1:127-129 Jl 160. (MM 13:7)
(Spectrum analysis-Congresses)

ABALDUMV9 i3-V,t inzh-; KOZHEVNIKOVA, Ye.P.t kand.med.nauk;_PTO~OTLOV, S.G.,
kand-fiziko-mat.pmatichesukh nauk
Method for the quantitative spectral determination of silicon in
the urine. Sbor. rab*' po silik, noq2:185-.188 160, (MIR& 1413)
1. Sverdlovoldy 90BUdarStVOMYY meditsinskiy institut.
(URINE-4N&LYSIS AND PATHOLOGY) (SILICON)

GREBENSHCHDKOVA, M.P.; MUKHORINA, K.V.; BOGOMOIA)Vq S.G.
Absorption spectmvi Of extracts of potatoes prepared with the
diethanolamino salt of r4alonic acid hy4razide. Vop pit, 20 noj:
60-63 My-Je '61. iMIRA 14:6)
1. Iz kafedr7 fiziki (zweb - dotsent S.G.Bogomolov) i kafedry
gigiyeny- pitanlya (zav. - ~rof. A.I.Shtenberg) Sverdlovskogo
meditainskogo instituta. . 't
(MALONATES) (POTATOM SPECTRA)

MMMOIDV, &G.; PMOVA, F*D.; IW1OSGVA, L.P.
C
"Last linesO of-the speotrum of 3,4-banzopyrene dissolved in
normal hydrocarVous at various temperatures. Izv.AN SSSR
24 no.7:725-727 Js 160. (MIRA 13:7)
1. Sverdlovskiy mediteinski7 institut.
(Benzopyrons-Speatra)
11

A Z/
74-
'.806 omo'~_Ov S'. a
PHASi I BOOK MLOITATION sov/6181
Urallakoye soveghchanlye po spektroskopli. 3d, Sverdlovsk, 1960.
Mat rialy (Materials or the Third Ural Conference on Spectros-
cop Sverdlovsk, Metallurgi7dat, 1962, Errata slip
197 P,
Inseried. 3000 copies printed.
Sponsorihg Agencies: Institut fiziki metallov Akademil nauk SSSR.
Komissiya po spektroskopii; and Ural'skiy dom tekhniki VSHTO.
Eds. (Title page): 0. P. Skornyakov, A. B. Shayevich, and S. G.
Bogomolov; Ed.: Gennadly Favlovich Skornyakov; Ed. of Publish-
Ing Houset M. L. Kryzhova; Tech. Ed.: N. T. Mallkova.
PURPOSE: The book, a collection of articles, is intended for staff
members of spectral analysis laboratories in industry and scien-
tiflo.research,organizations, an well as for students of related
j disciplines and for technologists utilizing analytical results.
6OVERAGE: The collection presents theoretical and practical prob
lems of the applieption of atomic and molriular spectral analy-
sin In controllinx the chemical composition of'various materials
in ferrous and nonrerroVs metallurgy, geology, chemical Indus-
i try, and medicine. The-authors express their thanks to G. V.
Chentsova for help in preparing the materials for the press.
References follow the individual articles.

Materials of the Third Ural Conference (Cont.) SOV/6181
Genkin, A. M., said o omolov. Explanation of the
mechanism of interaction between proteins and glycogen
by optical methods :L83
Grebenshchikova, N. P., Kc V. Mukhorina, and S. G. Bogomolov.
Absorption spectra of potato juice treated with diethanol-
amine salt of hydra~ide maleic acid 187
Trofimov, A. K. Spectral-luminescence method for investi-
gating crystallochemical transformations in solid phases 190
Trofimov, A. K. Quantitative determination of gadolinium
traces in fluorite, metallic thorium, and beryllium by
luminescence spectra 192
Florinskayal, V. A., and R. S. Pechenkina. Application of
infrared spectroscopy to the study of silicate structure 194
Card 14/15

B,OGOMOLOV, S.q.; GUDKINAt R.I.; SHAYEVICH, A.B.
Ural Conference on Spectroscopy. Zav.lab. 29 no.11:14C)G-1401 163.
(MDU 16:12)

6.
`P-.-4 1,YP
Mr I _AR5012246-~-_ 7- c658/65/0K/C-03/D030/D030
SMRM Ref. zh. Plzlka$ Abs. _3D218
ALTMORS: Bogomolov, S. G.,; Veselkova, 1. A.; Lodochnikova, V. 1,
TITLE: Manifestation of carbon-lead 'Qond in infrared spectra
,CITED SOURCE, Tr. K=1s._y1R_sp~k Msk AN BBSH~ v". It 1964, 475-482
T)P.TC TAGS: carbon lead bond, inftared spectrum
TRAMIATION: Izfrart~d spectra were obtained for 19 com -~efth at-racture
. pounds
A,.:-Pb(00CR)3 and OWR in Vie - 3-25 p -region (14 of these cm-m-ounds -w-rere
isQmthesized for 'he l'irst, t e It is established that the Fb-C bond apjltn!~x5 In
the region 430--460 cm-1.

C t X. 1 2'.
u/m
UR/0058/b5/000/003/D01s2/DD42
iSOURM Ref. zh. Fizika, Abs. 3D315
AWHOR: Bogomolov, S. G.; Silantlyov, B. Ya,w Vedernik-ova, F. P~; VederniRoi,,
G. S.
TITLE: Quasi-line spectra of
A
CMD SOURCE: Tr. Xonis. po spe)A` vyp. 1, 19614, 662-671
Hoskopil. V1 ME,
TOPIC TAGS: line spectrum, spectrum detemination, chemical anal'ysis
~,'.RANSUMA: Qua3l-line structure is observed (Shpollskiy's method) in 1.,2-bPn_7,_:an-
rixe
thracene.15- tb bemz ne, N-oxide of: rti-e-no-
ne R:#_____ , On , -~12' lyenzophenotb 1cridi -I -
~_de ~_)h !7
b)ti azf_~6 iazine %4-benzopbenothlaZine ani
C,thers.~ -:The spectra are recor ed~-bn a- pbotoelectroop c device and subjected to
vibrational analysis. A photoelectric method is deyeloped for quantitative deter-
nination of a number cf substamcen in a specimen from quasi-line sDectra with a
sensitivity of 10-12.- 10-13
SUD CODE as, GC
SIC
FnCL: 00

BOG014OLOV, S.I., kand.tekbn.nauk, dotsent
JoInt vibratlon of rotor vanes and discs of turbomachines.
Energomashinostroenie 11 no.2:7-11 F 165. (MIRA 18W

BOGOmOLDV, S. 1.
BDG0140LOVp S. I.--"Combined
Fligher Education Ukrainian
Kbarlkov., 1955.
Bending OscMations of Disks and
SSR,, Khartkov Polytechnic Inst. V.
SOi Knizhnaya Letopis', No. 35, 1955
1 -

S/123/60/000/02/13/015
Translation froms Referativayy zhurnal. Masllinostroyeniye, 1960, No. 2,
pp. 285-286,1t. 7195
AUTHORs Bogomolov, S. I.
TITLEs The Effect of Transverse Oscillations of the Turbine Disk on
the Oscillations of the Bla
.~. d e a
PERIODICAL: Tr. Khartkovsk. politekhn. in-ta, 1958, Vol- 14, pp. 23-41
TEXTt The author gives a detailed analysis of the joint oscillations
of a turbine disk and blades and investigates the effect of transverse disk
oscillations on the blade oscillations. The mathematical analysis of os-
cillations of the disk and the blades, fastened on it, is reduced to the
solution of a system of differential equations, observing certain boundary
conditions and conjugation conditions of the disk and blades. The obtained
system results in homogeneous equations with arbitrary constants, and by
their successive eliminationp they are transformed into a frequency
equation of the disk of constant thickness with blades of a constant
profile; this equation is then solved by the trial-and-error method.
Card 1/3 L"If

S/123/60/000/02/13/015
The Effect of Transverse Oscillations of the Turbine Disk on the.
Oscillations of the Blades
After determining the frequency of the system, the kind of free oscillations
of the disk and blades can be determined from the obtained expressions.
The experimental investigation of the effect of transverse oscillations
of the turbine disk on the oscillations of the blades was effected with the
aid of sand figures on the model~of a disk fitted with blades. The dia-
meter of the disk, made with blades of rolled metal of 8 mm thickness,
amounted to 855 mm, length of blades to 227.5 mm and width to 30 mm. The
oscillations of the model were excited by a vibration device of electro-
magnetic type. During the resonance transverse oecillation8o the fre-
quencies of which were determined by calculations, the sand figures were
observed, which made it possible to determine the number and distribution
of the nodal diameters of the disk and the blade nodes. Based on
theoretical investigations of the simultaneous oscillations of the
system and on experiments made with the model, the author draws the
following oonclusionst If the number of nodal diameters is increased,
the oscillation frequencies of the system asymptotically approximate
the axial frequency of the single blade. If the oscillation frequencies
Card 2/3

B/123/60/000/02/13/015
The Effect of Transverse Oscillations of the Turbine Disk on the
Oscillations of the Blades
are increased, an increase in the number of nodal diameters of the disk
can be observed, moreover, this is repeated after the appearance of one,
two etc. nodes on the blade. The degree of excitability of oscillations
of various kinds depends on the blade length, moreover, for relatively
long blades, oscillations of higher kinds can be practically excited
more easily. The blades which are placed exactly in the middle between
the nodal diameters of the disk perform bending axial oscillations. The
blades through which pass the nodal diameters of the disk show torsional
oscillations. All the remaining blades perform complex bending -
torsional oscillations. A great number of photos of various sand
figures are shown, which were obtained by rolling off the disk model
fitted with blades. There are 25 figures, 2 references.
K. I. A.
Card 3/3

S/12 61/000/011/046/046
D237YD305
AUTHOR: Bogomolov, S.I,
TITLE: Vibrations of turbine discs with blades, with non-
'coinciding centers of gravity and retation of plane
transverse cross-section
PERIODICAL: Referativnyy zhurnalp Mekhanikat no, 11, 1961, 49,
abstract 11V392 (Tr. Kharikovsk. politekhn. in-ta,
1;9599 259 127 - 131)
TEXT: Pree transverse oscillations of a disc of uniform thickness
with blades of uniform transverse cross-section, whose center of
gravity and rotation of the plane of transverse cross-section do
not coincide, are investigated. The oscillations of the disc with
nodal diameters only are considered. The problem is solved by sta-
ting and solving differential equations of free oscillations of
the disc and blades. The results are given of-experimental investi-vl_/
gations into oscillations by means of a models Theoretical and ex-
perimental frequencies of oscillations are compared for the case
Card 1/2

S/.124/61/1000/.011/046/046
Vibrations of turbine discs ... D237/D305
of a disc with three nodal diameters. [Abstractor's note: Complete
translation]. .,-/ I
Card 2/2

L 1.7399= 3 4, /M;(m)/BDS AFFTC/ASD/APGC F_WJD
6 EWP(r)/iVff )/EW
ACCESSION 'N R AP3006476 S/0145/63/000/004/0080/0088
AUTHOR: Bogomolov S. I -(Enginaer)
TITLE:, Analysis of resonance frequency spectrum and forms of,
_Vibrk.tion kf bladed turbine: diska
0.
SOURCE1, IVUZi Mashinostroyeniyat no. 4, 1963, 80-88
!-TOPIC TAGS:- gas turbinej,~ steam turbine, disk., blade, bladed-disk,
vibration spectrum, resonance frequen,cy, vibration form, vibration,,
flexural vibration, blade vibrat: disk vibration, flexural
'torsional vibration
ABSTRACT,. The' performancel ot bladed 'turNinedisks was -ana.172ed,
,both theoretically and e -~ip'erimentally er to determine, the.'in-_
fluence of-the.vibration,ofl.disk:s on the vibration of blades, to coml-
-pare the vibration of blades In the disk-blade system with the_vib-ra-,...
tion of isolated blades and to determine the dependence of special--
features of blade vibration an factors otherthan the frequenciies of'
Cwd

-A

7 7
--------- -------
L 17399- 3
6
00647
-
ACCESSION NR: AP3
,
of --disle wt thbut-.- blades. '.-
The differenti*l-.equations ob-r
-
'ad into1initti*dIfference equations so hat
tained are transform t
i they may be calculated on alectrorliic. c61mputers , The theoretical'!
solution was verified experimentally on turbine disk models,con
sisting of disks (600:,mm in diameter) with blades (200 Mm 1 f
constant thickness (20:mm) Milled'in one piece from laminated
metal sheet.- Visualization of.nodal circles and lines with sand",
-showed that when the disk undergo(ts'flexural vibrations the blad 9,~
on a bladed disk undergo flexural-tors'lonal vibration regar dless"i
f the fact that- their centers of gravity and rigidity coin 6ide.,T'
With this method it was possible -to determine three vibrati bn
:frequencies (100, 315,,and 630 6pu) at an identical number.bf
nodal*Aines~ The full solution Olt this problem (taking acc8unt'
of temperature stresses, stresses due to centrifugal forces, and
other.factors),will requilrethe application of all known methods
of numerical solution of differential and integral equations and
the use of the "Strela" -electronic computer. Cal
culation might
reveal some unknown causes of defects In bladed turbine apparatut~

Ori
'90 art. hast 1 table, 2 formulas, and.7 figures.
Card
j4

kand. tzkhn. nauk
Vzbrational rellability of steam turbine rotor blades.
Elek. sta. 15 no.IR25-27 Rr 164. (MTRA 17g6)

L. 6 3 8 '- 66
ARGO28090 souRcr, coDr.,: UR/0-124/66/000/0051V070/V070
AUTHOR., ~Bogomolov, S.
TITLE: On the problem of flexural vibrations of.bladed turbine disks
SOURCE: Ref. zh. Mekhanika, Abs. 5V544
REF SOURCE: Tr. Kuybyshevsk. aviats. in-t. vyp. 19, 1965, 25-29
TOPIC*TAGS: turbine disk, flexural vibration, -4bration analysis, torsional
vibrattion
ABSTRACT. The results of theoretical and experimental investigations carried
out by the author of combined flexural and torsional vibrations of bladed turbine'
disks are discussed. Conclusions and recommendations concerning further
studies are given. V. S. Gontkevich. [Translation of abstract) [DWI)
I
SUB CODE: 13
Card it,

ACC N% AR6028086 SOURCE CODE: OR/0124/66/000/005/VO35/VO36
AUTHOR: Bogomolov, S. I.
TITLE: Problem of bending vibrations of bladed wheels of turbomachines
SOURCE: Ref. zh. Mekhanika, Abs.,SV274
REF SOURCE: Dinamika i prochnost' masihin. Rdsp. mezhved. nauchno-tekhn. ob., vyp. 1,
1965,-67-72
TOPIC TA6S: vibration analysis, turbine blade, bending strength
'ABSTRACT: The results of an experimental investigation of the vibratione of model
wheels with blades milled out on them are presented. On one of the wheels the angle
of setting of th'e blades'was equal to zero so that the blades vibrated only in an ..
axial direction; on a second wheel the-angle of setting of the blades permitted thea
to vibrate in.two principal planes. During bending vibrations of the pliant wheel
with gufficiently long blades the nodal circumferences are situated on the blades
themselves and the frequency of such forms of vibrations proved to be appreciably
lower thaii the second frequency of an individual blade. During vibrations of the
blades in two planes the frequency spectrum becomes denser. During vibrations of the
wheel with nodal diameters bending-torsional vibrations of the blades are excited, the
character of which depends upon the position of the blade relative to the nodal dia-
metets. [Translation of'abstract) B. Fs Shorr SUB CODEt 13, 20

BOGONOLOV, S.I.
i
Tkv of segmentation In RWIAocoela. Uch.sap.Lon.un. no.113tI28-
142 1490 (MUL 10 13)
(Turbellarial

BOG(X401DVS S. I.
Hittory of the developnent of Convoluta as related to the
morphology of ciliated flatworms. Vahezap*Kasoun. 120 no.6t
155m208 160. (MM& 16s2)
(Turbenaria)

BLOGOII~IDV insh.; NRMKUMAYV. B.N.
___ _.A_P
SH-566 lifting trays. Mekh. stroi. 16 no.1:28-29 Ja '39.
(MIRA 12: 1)
(Iloalling and unloading)

ANUCHKIN, N.N., inzhener; BOGOMOWV. 3.P,,,, inzhener;,STZPANOV. Y.G.,
laureat Stalinakoy -.-.
The SM-301 press for moist pressing bricks. Mekh.stroi. 11 no.12:32-
34 D 154. (MM 8:1)
(Brickmaking machinery)

13OW40LOV A.R.*-4-nvwV; GAR3UZOV, Z.Ye., Inzh.; YES'KOV. S.K., inzh.
The D-390 tamping rollers. Stroi. i dor.mashinostr. 4 no.6:
21-22 Je '59- (HIRA V.: 8)
(Rollers (Earthwork))

I -.-
SOGCi','C'WV , in?,h.
, 0. .
Impravina Ue D--390 rol-lor. Stro-. i doro msh. 6 no.9.D-ie,
S 16i. Caru Yolol
(Read rollers)

I
A inah. (Leningrad) I POSTNIKOVp B. A., inzh.
~ANMQWTTES- ~S-p ~
(Leningrad)
Now machine for concreting irrigation canals. Gidr. i melo
15 no.3:39-" Mr 163. (MIPLA 16:4)
(Irrigation canals and flumes)

37302e Avtomatiche6kiy operator d1ya puaka i.ostanovki gidroagregatovo sbornik
nauchn.-takhn. statyey (Akad. nauk UKR. SSR. in-t slektrotakhniki). VY P. 3, 19291, a.
-72._
SOt lAtopis'.Zhumallnykh St&tey, Vol. 7, Ic)49

~' CNIVII'movp v. 11.0,-11'1'0
Itbie ~Ijrmr?ral I;quation for ~rid~-e Girouits rrit! Linear "Iesistance."
Avtoiatika i T,-~1,Ahanikay Vol, ('j 140. 3: 19)11.

B 0"! 0l ~',.,T ll-~V ,-. AO, Can]. , c .
"Automatlc I-nntrol of Vie Power of '*,,,d-,oelf!ctric ll~tationr, Accord'-'n-
to t'-atc~r
4vtomat-*,',:a i Ti7~lemjelOiaiilla, o1. " 1 110.

BOG(W,OLGV, V. A.
Automatic regulation of the power of hydro-electric plants. Moskva, Gos. energ. izd-vo,
1950. 104 P. (50-31631)
TK108LB64

K~_q WI TL
Tam F.-; fur Vm
5Y nbl qt I 1 4
j r

. BOGOMOWV4 V.A.,. ~;%i
- I Uw -WOA,'
." a wvw-Ila~ A
Automatic control of hydroelectric pover stations. Sbor. trud.
Lab. g1dr. mash. no*7:177-188 '58- (MIRA 12:9)
1 (Hydroelectric power stations) (Ilectronic control)

BOGOMOWV, V.A*; =IN. VA.
Automatic control of the power output of bydroolootric
power stations according to water current. Sbor. trad. Lab.
gidr. mash. no-7:189-197 138, (MIRA 120)
(Hydroelectric power stations)
(Alectronic control)

BUKHINIX, Y(~.N.; BOGOMOLOVp,y,-Af..,.-
Low-temeperature gaseous nitriding of P9 and P18 steel
cutters. Yetalloved. i term. obr. met. no. 6350 Je 164.
(MRA 17:7)

LAZAREV, V.P., kand.tekhn.nauk; BOGOMOLOV, V.A., inzh.
Practical scheme for stabilizing the calorific power of gas In
supply sy4eme. Sbor. naucb. trud. Kuib. indus. inst. no.8:
251-258 59. (MIFLA 14:7)
(Gas distribution) (Gas research)

BOGOMDIDV., VX. [Bohomolov, V D.]; KAZAUCOV, II.I.; LINOV, G.Ye. [Linov.,
FJWIMI I.F. iFadieiev, LF .1; VOINOV, I.P.; ZVYAGIN
S.D. tZvfiahin, S.D.]; CHUDNOVSKIY, P.I.,[Chudnovslkyi, P.I.1;
ROMLMFYMO$ VOMO
In the economic councils of tho Ukraine, lehoprom* no,3:84-87
il-S 163, (FdRA 16:11)
1. TSentrallnoye byuro tekhrdeheskay informatsii, Mskovskogo
gorodskogo soveta narodnogo khofsyaystva (for Bogomolov., Kazakov.,
Linov, Fadeyev).

BUMOLOV, T. G.
---- .
Basic problem of the geology of the right bank of the Greater
Tenise.v in the Up*-Sistig-lhem interfluve. Inform. abor
VSIDZI no.6t?7-85 159. (KLRA 13:12)
(Teniser Valley--Geolog7)
1~
I

.-M BOGOMMV, V..G.
S-tratigraphy-of-40rdovician and Silurian sediments of the
-northeastern part of Tuva. Inform.sbor.VSEGEI no.21:39-46
159, (MRA 14:12)
(Tuva Autoncmous Province-Geology, Stratigraphic)

TIMOFBYKVA, Ye.A.; SMMOV., V.S.;,BONNOLOV, V.I.
............... ..,
Dehydrogenation of n-octane, and of the 250-3200 synthine
fraction in,the presence of activated charcoal. Izv. AN SSSR.
Otd.khim.nauk lio.7:1320-1325 JI 161. (MIRA 14:7)
1. Institut organicheskoy khinii iia..N.D. Zelinskogo AN SSSR.
(Octane) (Dehydrogenation)

1/007
1/204/62/002/002/00
:1060/1242
1AUTHCRS: Minachov, Kh.K., Harkovt M.A.t and Bogomolov,-V.I.,-
TITLE.-
Convtreion of cy6lohexwie and n &1kanes on rare earth
oxides
PERIODICAL: Neftekhimiya, v.2, no.2, 1962,.144-149
TEXT: This work ic a continuationof the investiC.;ation of the
..catalytic affect of oxides of rart earth eldm!nts on dehydrogenation
.,,.and dehydrocyclization oi -ocarbons. Neodymium9holmium, ~Md ytt-
hydi
rium oxides on activated carbon*have sho'kn a high activity in the de-
hydrogenation of cyclohexant aaid in Athydrocyclization of n alkanes.
When the concentration of Nd203 in the catalyst increases from Q*5 to
output of benzene from oyclohexant at 5000,gro's from 1966 to
the w
49,4%, while higher coactntrations of oxide up,to 15% do not produce
~;Oard 1/2

5/204/62/002/002/001/007
1060/1242
.'Converslon of cyclohexane.e.
any noticeable increawe of output of benzene.' The -aseous products
of.catalysis ver an .alyzed in a XT-21-1 (KhT-2M) unit; the liquid p'ro-
~duots were analyzed by gas-liquid chromatography. Thart- e 4 fi e
gur a
11 and 4 tables.
ASSOCIATION: Institut oi-~xiichaskoy Ichimii AN SSSR im. N.D.
Zolinskogo YInctitute of Organto Ohemistry im,
N.D. Zelinakiyj AS USSR)
SUBMITTED: January 25, 1961
0
ard.2/2~

BABADZHANt A.A.9 kand. tekhn.nauk,- inzh., retsenzent-,
BUIATOV,'V.D., inzh.,, retsenzentj VETRENKO, Ye.A., kand.
tekhn. nauk, red.; VETR M 0, Te.A., kand. tekhn. nauk, red.;
LUCHNO, Tu.V., rPA.izd-va; NOVAUNKO, N.I., tekhn. red.
[Innovators' practee in the copper smelting Industry of the
Urals] Opyt novatorov medeplavillnoi promyshlennosti Urala.
Pod red. E.A.Vetrenko, Sverdlovsk, Metallurgizdat, 1953.
133 P. (MIRA 16%8)
(Ural Mountain region--Copper industry)

L~c Go 410 L) b V V 1,
SYOHNV, Ale~ soy Takoylevich, professor, dcktor ekonomicheskikh nauk;
ZU)CM, Sergey Avgustovich. inshener; SIVKOV, Yiktor Mikhaylovich;
UMARM&YAl N.M., Inzhener, redaktor; GOEWK, I.G., kandidat
ekonomicheakikh nauk, redaktor, JOGOHOLOV, V.I., inzhaner; XAR-
-o
ft..; POLYAKOV, S.A.,
GENMIY, V.A., inzhener, rsdakt ,
inzhener; SHTIMPM, U.S.; CHURILOVI-OH.'L.M.; AYRUTSLkYA, R.F.,
redaktor; ZVENSON, I.M., tekhnicheskiy redaktor.
(The economics of non-ferrous metallurgy] likonomika tevetnoi me-
tallurgii. Moskva, Goa. nauohno-tekhn. izd-vo lit-ry po chernoi
tavetnoi metallurgii, 1954. 291 p. (KLRA 8;2)
(Nonferrous metals--Ketallurgy) (Metal industries)

BAKIRDY, Urkhan Xhakimahanovich; XRMVSKIKFI, Nikolay Dultr1yerich;
SIDDRDV, Pavel S1dorov1ch; BOODHOLOY. V.1.. inzhener, retsenzent;
BUBOX, K.G., redaktor; TRZ AUVA, M.U.,-7maktor; WSWN, I.M.
takhnicheskly redaktor
(Ventilating overheated sections in copper pyrite mines] Offt
provetrivantia razogretykh ucbaatkov madnokolcbedaurqkh sbakht.
Moskva, Goo.nauchno-tekbu.izd-vo lit-ry po chermt t tsvetnot
metanurcu , 1955. 46 p. (MLAA 8:10)
(Mine ventilation) (Chaleopyriten)

TxORODRTSK17r,.P.I,,; POPOV$ G.N.; SHABLYGIN, A.I.; BOGOHDLOV, V.I.; GALAYEV, N.Z.j
PANENKOV, YU.I.
Method of working the Nikolaevskiy deposit. Gorozbnr. no&3:15,21
mr 160. (MIU 14:5)
(Nikolaevakly (Ural Hountaiu~r4dlaftt-;LMlning enginetring)

GRISHIN, G.T., gornyy inzh.; TYURYAKOV, A.F., gornyy inzh.;,BCGQIIOLCff,
VI-I ---,
Continuously improve the technical and economic iftdices of
mine operations. Gor. zhur. no.513-5 My 164. (KMA MO
1. Sovet narodnogo khozyaystva SSSR (for Tyuryakov).
2. Gosplan SSSR (for Bogomolov).

cKQOJUIDY,_X_I_,_.&rkhItektor; LURITI, L.L., inzb.
Principles of mking dasigne and plans for Industr1alizod
housiq-, construction. Stroi.prome 27 no.3:3-6 Hr 149.
(MIRA 13:2)
(Architecture--Designs and plans)

UC
BOGCKOLOV,V. I.
New standard plans for mass housing construction. Stroi.pron.33
no.6:1-7 Je'55. (nu 8: 10)
1, Institut Gosudaretvapnogo tresta po proyektiroyantyu rabochikh
gorodov, poselkov, uchel)nykh zavedeniy i kallturno-proevetitellnykh
uchrezhdeniy tyazheloy promyshlennosti.
(Apartment houses)

BOGOHOLOV, V.I.
Results of the oompetition for now plans for apartssn~ houses
for mass building. Atroi.prom. 35 no*2tn-17 7 157, (MLRA 10:3)
1. Institut Gosudaretvennogo tresta po proyaktirovani7u rabochikh
gorodov. polelkov, uchebnykh savedeniy i kullturno-prooretitelinykh
uchrezhdaniy tyazheloy promyshlennosti.
(Apartment houses)
(Architectare--Designs and plans--Competition)

BOGOMMDV., V.I.
Effe-7~t of planning decisJons on the shortening of the duration of
residential construction. Trudy MIEI no.15:38-44 161.
(MA .14:12)
I* Glavnyy inzh. proyektnogo, inatituta Gosudarstv,-nnogo trgqta
po proyektirovaniyu zhil7kh i obshchestvennykh zdaniy, ikb
oborudovaniya i blagoustrbystva naselennylffi most.
Apartment houses)
Construction industr7)
~

MINACHEV, Kh.M.; MARKOV, M.A.; #9~q , V.I.; ENGLINA, F.E.
Transformation of cyclic alcohols on neodymium oxide. Izv.AN
SSSR. Ser.khim. no.1t13-17 Ja 164. (MIRA 17:4)
1. Institut organicheskoy khimii im. N.D.Zolinskogo AN SSSR.

LEVITSKIY, I.I.; GONIKBERG, M.G.1 MINACHEV,
Change of rate and dire-4ion of hydroganolysis of Pettylcyclopentane in
the high-temperature kdrogen treatment of an alum!na-platinum cata2yet,
Dokl, AN SSSR 158 no,50123-1126 0 164. (MIRA 17:10)
1. Institut organichaskoy khimil. im, N.D.Zelinskogo 0.' SSSR. Predatavleno
alc-demikom B.A.Kazanskim.

LEVITSKIY, I.I.j UDALInOVAl Ye,A.; BOGOMOLOV) V.1,
Ghange in the hydrogenating and isomerizing activity of chromic
oxide in the pur4fication of catalysts by removing ovygen and
vater., Izv.AN S,'SR.Ser.khim. no.9:1691-1693 S 164.
(MM 17:10)
1. Institut organicheskoy khimii im. N.D.Zelinskogo AN SSSR.

BOGON 9 OL. kandidat tokhnichookikh n&uk.
Frequency stability of klystran generators. Takhotelevidonoo3s296.34
'55. (W-U 10: 2)
(Illystrons) (Oscillators, Alectron-tubs)

0 112-2-4563
TRANSLATION FROM: Referativnyy zhurnal, Elektrotekhnika, 1957,
Nr 21 P- 300 (USSR)
AUTHOR: Bogomolov, V. I.
TITLE: TheTTTC Wire Broadcasting Line for Simultaneous Trans-
mission of the Image and Accompanying Sound (Radioliniya
PTS dlyp odnovremennoy peredachi izobrazheniya I
zvukovogo soprovozhdeniya)
PERIODICAL: Tekhnika televidenlya (M-vo radiotekhn. prom-sti SSSR),
1955, Nr 9 (15), pp. 3-15.
ABSTRACT: VNII has developed a line which serves for77TC communi-
cation with the telecast station receiver instrument room. The
line has a channel for the image signal and a channel for the
accompanying sound signal. Both channels are frequency modulated.
The image transmitter and accompanying sound transmitter each
have a power of 100 mw. The operating passband-frequency channel
is 6.5 me for black-and-white television., *12,.6 me for color tel-
evision and 50 to 15,000 cycles for ancompanying arjurd. During
transmission, the Indices of modulation are 0.6 to 1.0 for I
black-and-white television, 0.6 fox, color television and not
Card 1/2

112-2-4563
The TC Wire Broadcasting Line for Simultaneous (cont.)
less than 10 for accompanying sound. For a temperature change
of -30 to + 400, the relative frequency drift of the image
signal transmitter is 2.10-3. The maximum total amplitude of
the image signal at the modulator input is 5 v. The trans-
mitters require a power of 420 va. The. transmitters operate on
a single double polarization antenna. The antehna is a parabo-
loid 150 cm in diameter. At the half-power points the antenna
radiation pattern is 5.3" wide. The power factor is 580. The
antenna:--transmission band is 40 me for imaAp signals, and 10 me
for sound signals. Nominal value of intermediate frequency is
150 me for television and 30 me for sound. Maximum output
voltages are 1-2~ v(total amplitude) for the image signal and
0.5 v (effective) for the sound signal. The signal-to-noise
ratio in the channels when the distance between transmitter and
receiver is 20 km is 42 db for television and 54 db for sound.
The operation of the basic units of the line is discussed. A
wiring diagram and photographs of the wire broadcasting line
are given as well as the results of system tests during the
transmission of black-and-white and color television at various
distances from the telecast station.
V.A.K.
Card 2/2

BOGOIMDLOV~ V.K.
Uchet i kallkuliatsiia v molochrmi
promyshlemosti (Accounting and compulation in the
daiz7 industry). Irloskva, Pishchepromizdat, 1953. 176 p.
SO: M!onthly List of Russian Accessions, Vol. 7, 110. 5, August IK4

B000KOLOV, V.I.; TAKOYLKV. K.K., spetured.; MOROZOVA, I.I., red.;
B.M., tokhn.red.
EACCOUUtiUg and all&IyBi8 Of the management of enterprises
In the dairy industry] Bukhgalterskii uchet I analis kho-
ziaistvennoi delatellnosti predpriiatii molochnol promyshlen-
nosti. Moskva, Pishchapromizdat, 1958. 282 p. (MMIL 12:6)
(Dairy industry-Accounting)

ACC NR, P01i66o - --SOURCE-CODE*. UR/OM/66/i67/003/o6~ o6lZ
Z'P
AUTHOR: Vookoboynikov.-I. 0; Bogomolov, V_ Maaolin, A. D. Apin,_
A. Ya.
ORO: Institute of Chemical Physics, Academy of Sciences SSSR (Institut
khimicheakoy fizikl Akd i.nauk SSSR)
TITLE: Determination of decomposition-times of pxplinives ina sbo
C
--.wave
SOURCE: AN SSSR. Doklady, v. 16T# no. 3s 1966, 5lo-612
TOPIC TAGS: explosivet explosion,shock wave,,hinetice
ABSTRACT: The purpose of this work was the measurement of the decompo-
sition time of liquid nj_tMQTAPthgMe9N\liQuid tetranitromethaned,and mono-
crystalline hexogenjIM) of a flat shoc)e, wave,
using the expTIrrWe-Entalliarrungement shown in Figure 1:
-Card UDC: 534.222.2+54-1..4270-6

ACC NRs Ap6oi166o
F27Y
Pis. 1. Experimental arrangement
I - The explosive investigated;
2 - metallic plate; 3 - &%Alve,
charge; 4 - lane for orthogo-
nalization of the wave front,
The occurrence of the reaction initiated by passage of the shock wave
is accompanied by explosion; the flash is registered photographically.
When no flash is observed, it is assumed that the reaction time is
longer than the time required for passage of the shock wave and return
.of the rarefaction wave through the layer of the investigated substance.
For each wave intensity ~there exists a layer thickness for which an exi.
plosion will still,occur. The results,of the critical thickness hcr
measurements are given in the table:
Card

t 21853-66
-ACC NRs AP60i166o

m
iPq kb ar He m -T
Usee Fig. 2. Schematic represen-
tation
Monocrystalline
hexogen
080
470 2
% .1 00
1
38.
175 2 to 1
:
:
0 68
:

s"*
.180
o,,0 0147
i-190 I la*
i 01,33.
t� 0130
Witromethan6
86 7:LO,5 2 54
90 4:to,5 42
93 3�0, 5 1.05
9 2 5
9 0,67
104 5�0,25 0,33*

tranitromethane
T
e

108 3
5�0 5
: 24
t

:

8
25
lit 10�0
:
its 0,5�0,25 M
O
0,2D

dt 1
; I. --,
P = kbar
2o26 jjee6;j
,
.
P = 89 kbar; T = 1#74 usee
for nitrometheAve..
Card 3 14
-
F-

Fhere D is the velocity of the shock wave; c Is soni .c velocity; and-
u ' is the mass flow behind the shock wave (see Fig. 2) Analyzi
showed that for the'given accuracies of h Withoui increasin'1g: the-
cO and
,error by more than 5%. 'it can be assumed that D c, and
hat
- - 2 W
'U.
The decomposition of explosives ie'undoubtedly influenced by temperature
to a greater extent than by pressure, so that future investigations
should be directed at this area, Origs art. hasi 2figures and 1 table
EVS)
SUB CODE: 191 SUBM DATRI :.29jun65/ ORIG REFv 002/' OTH REFt 002
ATD PRESS:L/IIA7
LgErd 4 4 -Awi-

L
AUTHOR: Sanin, P. I.*. Chernyavsk a L I.; Short V. Ve Komissa -IL--I"
-Togomolov, VL-M.
ORGI Institute of Petrochemical Synthesis im. A. V. Thpohiyevp AN SSS (Institut
neftekhimicheskogo sinteza AN 50H)
~~D
TITLES Apparatus for oxidizing orgrnic liquids with automatic compensation for con-
sumed oxygen and Its recording
SOURCES Neftakhimiya, v. 6, no. It 1966p 112-114
VLPPat-~ius)
TOPIC TAG31 chemical laboratory t oxidation kinetics
ABSTRACT; A circulation-type unit was constructed for the liquid-phase oxidation of
organic liquids (hydroc~arbonsl(!lubricatinz-oils'rand other petroleum products) at vari-
ous temperatures an-daTm-o-s-p-Feric-pressure, with automatic recording and compensation
for the oxygen consumed in the reaction. The unit Is convenient to operate and gives
reproducible results. It can be used for studying the oxidation kinetics of hydrocar-
bons (and other compounds), for determining the stability of petroleum products, and
for the comparative evaluation of the effectiveness of various antioxid~ants."i Experi-
mental data showed that the unit can be used to obtain kinetic d&ta over,a wide range
of oxidation rates (oxygen absorption rates). Orig. aft. hasi 3 figures.
SUB COD3t 07/ SUBM DATES I2MAr651 ORIG REF1 001/ OTH REF1 001

/76 L 0 A/
USSR/Eleqtronice Semiconductor Devices and Photocells, H-8
Abst Journal: Referat Zhur - Fizika, No 12~ 1956o 35189
Author: Bogomolov, V. N.
Institution: None
Title% Certain New Types of Instruments Employing Semiconductors (New
UtAization of the Han Effect)
Original
Periodical: Zh. tekhn. fi-.iki, 1956, 26, No 31 693-694
Abstract: A brief description of new possibilities of solving certain-radio
technical proVlems by using the galvanomagnetic effects in semi-
conductors. Certain devices, in which the Hall effect is used, are
proposed: (1) ideal square-law detectorj (2) ideal linear detector3
(3) frequency spectrum analyzer. lt~;_I& shown that for a specimen
made of Germanium, the detector seneit vity is one mv, amd for a
specimen made of IhSb is one mv. The experimental relationships
U -_ f(Uin) are given for the linear and square-law detectors.
,:Out
'The voltage spectrum at 200 cycles of the 3 G-10 generator, ob-
Card 1/1 tained with an analyzer made with Germanium, is also given.

V, /V'
C-0m oko v
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1682
AUTHOR BOGOMOLOV,V.N.
TITLE A Fara-1 Current Amplifier with a Transformer which is based
upon the Modification of the Resistance of Semiconductors in a
Magnetic Field.
PERIODICAL lurn.teohn.fis,26, fasc.11, 2480-206 (1956)
Issued: 12 / 13-5~
After semiconduct?ra characterized by a great mobility of current carriers
(50-000-80-000 cm /V.sec) were obtained in the course of recent years, a real
possibility offered itself for the utilization in practice of the galvanomag-
netio effects occurring in these semiconductors. The present work discuaces
one of the possibilities of modifying the resistance of the semiconductor in
a magnetic field.
At first the contaot-less modulator ie discussed. A semiconductor in a magnetic
field H modifies its resistance Q synchronously with the field. The increase A
of resistance depends on the properties of the substance and on the strength 2
of the magnetic field. In the case of weak fields it applies that A q - QAH
where the constant A depends upon the substance used. If, on this occasion, the
semiconductor Q is used as a load for a certain eleotromotorio force E, the
current, which flows in a circle, is modified synchronously with the resistance
of the'semioonduetor. The problem consists in determining the equation U - Ir
which belongs to the corresponding equivalence scheme (on which occasion it
applies that rtQ - R)v and r denotes the resistance from which the modulated

iurn.techn.fis,26,faso.11, 2480-2486 (1956) CARD 2 / 2 PA - 1682
voltage is taken. For practical purposes it suffices to use only a harmonic of
the amperage, which fact was proved by experiment. By confining oneself to
two harmonics in the FOURIER development, a sufficiently accurate solution is
obtained. Detection is then discussed. After the parallel current is success-
fully transformed into alternating current, the latter must, after suitable
amplification, be re-transformed into parallel current. This is possible by
means of an ordinary detector, but without maintaining linearity. If, however,
a detector that is based upon the HALL effeot is used, linearity is oonserved
for any amplitude. The advantage offered by such parallel current amplifiers
is the lack of zero-drive and inertia. The maximum transformation coefficient
from parallel- into alternating current amounts to - 30%.
Experimental results: In practice, the amplifier differed but little from the
above mentioned scheme. The amplified alternating voltage was detected by
means of a phase-sensitive detector on the basis of the HALL effect. By care-
fully Bereening-off the individual blocks it was possible to reduce the
amplification threshold by at least one order of magnitude. All donors consist
of monoorystalline InSbt and nearly all magnetic conductors of the donors and
transformers are of ferrite. In conclusion, the donors and the technology of
their production are described.
INSTITUTE:

AUTFOR ._BQgQMQLOV2 V.N., ILISAVSKIJ, JU.V., KORNFEELID, M., PA - 2188
SOCAVA, L.S., STRUNIN,, R.I.
'TITLE Germanium Bolometers with little Inertia (Russian).
PERIODICAL Zhurnal Tekhn Fiz., 1957, Val 27, Nr 1, pp 213-215 (U-S.S.R.)
Received 2/1;57 Reviewed 3/1957
ABSTRACT In the course of the last ten years a considerable number of works on
semi-canducter-bolometers was published. The sensitive layers of all
these bolometers were obtained by means of roasting different combinations
of oxydes of certain-metals (Mn, Ni, Co). The technology of the pro-
duction of such samples is complicated and makes possible the prod-action
of films of a minimum thickness of the order of magnitude of 10 microns.
However, for the production of bolometers of little inertia films of a
thickness of 1 micron or even loss would be useful. The easiest method
for the production of thin layers is vaporization in the vatuum, espocia.1-
ly in the case of elementary materials. The authors used this method for
the production of a bolometer with a sensitive layer of germanium.
Germanium can easily be vaporized in the vacuum at the temperature of
12000C and the temperature coefficient of resistance is sufficiently high.
Germanium was steamed on to a bass of mica having a thickness of 30 micrcn.
Onto the carefully purified surface 30 pairs of silver contacts were
steamed on in the vacuum by means of a stencil. Next, 30 germanium layers
were sprayed through another stencil. The steaming on ol' the germanium
took 10 to 20 minutes, and immediately after the spraying the germanium
films were covered with polystirol lac. The mica plate was then cut into
Card 1/2

Germanium Balometora with little Inertia. PA - 2188
30 parts and the individual sensitive elements were then stuck onto bases
of copper which warrant the heat transfer necessary for the diminution
of the eigon-time. The sensitive element was finally carefully shut off
hermetically. The sensitive spot had the size of 1 x 1 mm and the thick-
ness of 1 to 3 micron, its resistance amounted to 1 - 3 mOhm. Tempera-
ture coefficient of the resistance of the sensitive layer was 25.10-4 de-
gree-'. The main characteristics of the bolometer were measured at the
food voltage of 160 V. The signal was taken from a load resistance con-
nected in a series with the bolometer. A black body boated to 1000C
served as radiation source and the radiation flux was modulated sinusoi-
dally. At a modulation frequency of 30 c the sensitivity of the bole-
meter was 60-70 Watt (Sensitivity means the ratio between the amplitude
of the signal in volts and the amplitude of the variable oemponent of
the flux of radiation in Watts). Finally, th# noise and the eigentime of
the bolometers are given. The main advantage of germanium compared with
oxyda semi-conductors is the possibility of producing very thin layer's
(of an order of magnitude of one micron and less).
ASSOCIATION Institute for Semiconductors of the Academy of Science of the U.S.S.R.,
MESENTED BY Leningrad
SUBMITTED
AVAILABLE Library of Congress.
Card V2

AUTHORIt VABILOYEV,V.D. PA - 2120
TITLE: The Attempt made to use the Linear Detector with Hall's
Effect for purposes of Measuring. (Opyt primeneniya linaynogo
detektora na effekte kholla dlya izmeritellnykh tseley, Russian
PERIODICAL# Zhurnal Tekhn. Fiz.9 19579 Vol 27P Nr 29 pp 260 - 261 (U.S.S.RT
Reoeiv~dt 3 / 1957' Reviewed: 3 / 1957
ABSTRACT: The ordinary tube- or semiconductor detectors result in no
linear transformation in any amplitude interval and are not
phase-sensitive. The detector with Hall's affect in free from
these shortcomings. Its working principle is based on the fact
that Halls effect is proportional to the product of the size
of the magnetic field and amperage. Such a detector was also
used in a system for the measuring of Hallts effect in alter-
nating current, where an alternating voltage with a frequency
of 20 a was to be measured. The complete scheme of this system
is shown. A second illustration shows the block scheme of the
detector. The following advantages of the detector with Hall's
effect can be mentionedt Linearity of the recordings of the
scheme in the case of any amplitudes of the signal to be measured,
the possibility of determining the sign of Hall-Is effect on the
sample, the elimination of influences in connection with the
Card 1/2

FA - 2120
The Attempt made to use the Linear Detector with Hall's Effect
for purposes of Measuring.
directioning at frequencies differing from signal frequency.
(2 illustrations).
ASSOCIATION: Institute for Semiconductors of the Academy of Soience of the
U.S.S.R., Leningrad.
PRESENTED BYt
SUBMITTEDs 2.6.1957-
AVAILABLEt Library of Congress.
Card 2/2

AUTHOR: BOGOMOL0VPV.N1z PA - 2791
TITLEt Galvanomagnetic Generators. (Gallvanomagnitnyye generatory,
Russian).
PERIODICALi Zhurnal T' ekhn. b'iz-, 1957, Vol 279 Nr 4, pp 663 - 674 S.S.R.)
Received& 5 / 1957 Reviewed: 6 PI-957
ABSTRACT: In the present paper the application of galvanomagnetic effects
in semiconductors for the purpose of the generation of electric
oscillations is discussed and it is shown that such generators
can attain a fairly high degree of efficiency. First, a generator
working on the basis of the Hall-effect is discussed. It appears
that this generator can work only in class A and that therefore its
efficiency is limited to low values, and that the generator is not
advantageous from the viewpoint of energetics. Next, a generator
based on an effect of resistance change is investigated.
In spite of the arguments made in the present paper, there is no
reason to maintain that galvanomagnetic generators operating with
an efficiency greater than 37,5 % are possible. These generators are
interesting because they can easily be produced, are small,
reliablet and have a long life.
For the production of such generators materials with a high degree
of mobility of current carriers should be used. It should be possible
Card 1/2 to obtain resistance changes of the order of magnitude 4 - 10 in

Galvanomagnetic Generators. PA - 2791
a real magnetic field with the field strength H . Such materials
are already available as e.g. InSb. From the additions for self-
excitation and from the expression for the efficiency of the
generator it can be seen that the generating frequency can be
arbitrary, because it does not occur in these formulae. From
physical considerations, however, the magnetic conductor must make
it possible to add the magnetic d.o. and a.c.
(8 illustrations)~
ASSOCIkTIONj Institute for Semiconductors of the Academy of Science of the
U.S.S.R. Leningrad
PRESE14TED BY:
SUBMITTEDt 1.11-1956
MILABLEt Library of Congress.
Card 2/2

V) (7) 'N L) L o -,j
57-6-9/36
AUTHOR BOGOIdOLOV$ V.N.0 MYASNIKOVS V.A.
TIT3;E -ApRarnrur~raru'e Hall Effect Measurements in Semiconductors
(Uatanovka d1ya izmerenlya effekta Kholla Y poluprovodnikakh. Russian)
PERIODICAL Zhurnal Tekhn. Fiz. 1957s, Vol 27, Nr 6,, pp 1209 - 1214 (UeS*3eR*)
ABSTRACT Of three basic methods: method of the constant magnetic field and of
direct current, method of the constant field and of alternating current,
and method of the alternating field and alternating currentp the latter
is investigated 1wre, According to this method the Hall-em.f. is mea-
sured in the case of sum- and difference frequency, It is the difference
between the intelligence signal and the disturbance in relation to the
Irequency that constitute the advantage of this method over others. In
raklizing these advantages the following difficulties develop:
Is) The component with the frequency W H of ths magnetic field must not
be contained in the current with the frequency (4 is 2o) The amplifier
immt have a narrow band pass, The first-me-tioned difficulty can be over.
come if the generator is fed from d.ce sources and if it, is carefully
screened o-Pf. The aecond-mentioned difficulty can not be overcome so
easily* The authors built and computed an apparatus with low-ohm patterns
The freqae-ic-., of the current was 75 a, the frequency of the magnetic
field was 50 c. The Hall e.iaofs was measured at a frequency of 25 c.
Card 1P Thus it was possible to avoid botb difficulties to a certain extent. In

57-6-9/36
Apparatus for the Hall Effect Measurements in Semiconductors
order to reduce the flickering of the frequency at 25 a, where the Hall-
-e.m.f. develops, the generator- and magnetic field frequencies were
cynchronizede A description of the apparatus# of the generator and of
the amplifier follows. (With 5 illustrations and 2 Slavic references),
FRESENT6 By
SUMT=
AVAILABIX
Card 2/2
Institute for Semiconductors of the Academy of Science of the U.S*S.R.
Leningrad
(Institut poluprovodnikov AN SSSR,, Institut Bluktromekhaniki AN SSSR,
Leningrad)
14-12t.1956
Librao of Congress

0 P? 6" V
99-58-6-2/11
AUTHOR: Bogomolov, V.N., Zaydman, Ya.D. and Kondrashenko, A.K.
Engine7r_s
TITLEz The Lining of Canals With Concrete and Reinforced Concrete
(Oblitsovka kanalov betonom i zhelezobetonom)
PERIODICAL: Gidrotekhnika i Melioratsiya, 1958, Nr 6, pp '7-20 (USSR)
ABSTRACT: In the Trans-Caucasian Soviet Republics (Azerbaydzhan, Arme-
nian and Georgian SSR), several tests have been carried out
on the concreting of irrigation canals. The North Donets-
Donbass Canal in the Ukrainian.SSR is now being lined with
reinforced concrete. Considering the various conditions of
irrigation systems and the peculiarities of prefabricated
canal lining structures (especially the extent of seams, the
great demand for fitting steel, increased stability, etc) the
construction of linings of monolithic and reinforced concrete
proved to be the beat solution for concreting main canals. The
type of canal lining used in the main canal of the Apsheron
irrigation system, having longitudinal seams sealed with tar-
coated planks, did not prove to be as reliable as the anti-
filter type construction. The construction of marker-type
Card 1/2 linings (Arzni-Shamiram irrigation system), without longitu-

The Lining of Canals With Concrete and Reinforced Concrete 99-58-612/11
dinal seams and reliable sealings of all diametrical a
is a new development which has not yet been sufficie t
n
tested. In the Upper Samgori irrigation system, studstmain'
1956-57 by scientists of the Georgian Water Engineering and
Reclamation Institute, single-layer concrete linings 4type 4)
proved to be excellent for water-resistant soils while double-
layer linings (type 2, 3, 3a) were found to be excellent for
non-water-resistant soils subject to deformations. The con-
struction of linings in the Vorth Donets-Donbass Canal is
characterized by an innovation - the sealing of the seams
with rubber, and especially the use of profile rubber in mo-
nolithic linings. In order to apply labor-saving measures in
the future construction of monolithic linings, and to improve
their structure, it is absolutely necessary to build machines
for complex mechanization of the process of lining with mono-
lithic concrete and reinforced concrete. At the same time re-
search work is to be continued on more efficient and economical
linings made up of concrete and reinforced concrete tending
to apply pre-stressed fittings. There are 1.9 photos, 2 figures
and 4 tables.
AVAILABLE: Library of Congress
Card 212 1. Canals-Maintenance 2. Concrete-Applications

99-58-7-2/10
AU7HOR: BogonS!2Y'_Y'11., Zaydman, Ya.D. and Kondrashenko, A.K., Engineers
TITLE: The Lining of Distribution Canals of Irrigation Systems
(Oblitsovka rasprodelitellnykh kanalov orositellnykh sistem)
PERIODICAL: Gidrotekhnika i melioratoiya, 1958, Nr 7, pp 5-15 (USSR)
ABSTRAM In October and November 1957, the authors of this article
studied the canal linings of the following irrigation systems:
Apsheron (Azerbaydzhan SSR); Arzni-Shamiramskaya (Armenian SSR)
and Verkhne-Samprokaye. (Georgian SSR);azd arrived at the following
conclusions: The lining-of canals with small, lightweight, pre-
fabricated plates (Apsheron irrigation system) is not an
effective measure against filtration. Such a'structure has a
great number of longitudinal and diametrical seams, and the lay-
ing of the liner plates represents a rroblem. The linings
of canals of the Verkhne- Samgorskaya irrigation system consisting
of prefabricated concrete troughs of a semicircular profile
(0-7 m in length), having a great number of seams and borders
of monolithic concrete, are subject to deformations and con-
sequently the loss of water from these canals is considerable.
Card"L/12, The construction of linings consisting of prefabricated concrete

Lining of Distribution Canals of Irrigation Synte:_s 99-58-7-2/'0
trou hs of trapezoidal (1-4 m long) and semicircular (1.4 2 tit
longl profiles, as used for the Arzni-Shamiram and Kotay irri-
gation systems, is of greater practical value because of the
increased length of the troughs. However, the reliability of
this construction (without fittings) is as yet untested,
fabricated reinforced concrete troughs of a length of 3-4 m
might prove to bo an efficient lining structure for distribution
canal systems. Yor the manufacture of these troughs, staniardi,!-
ed products (polygons) must be designed by using the experience
of "Armvodstroy" in manufacturing semicircular troughs of a
length of 2 m in the Kotaykakiy Mant in Elar. The new technol-t;-'-;
of manufacturing prefabricated, thin-walled, curvilinear pro
ducts from concrete and reinforced concrete by a combined
bending and molding method, as suggested by A.K. Shanshiyev,
is of great interest in this connection. The first experiments
on this project were-started in IIQ57 by the GruzNIIGiM and
the ArmNIIGiM. .
There are 12 photographs, I table and 3 diagrams.
1. IrTigation p"tems -4 USSR 2. Canal - Maintentanes
Card 2/2