SCIENTIFIC ABSTRACT BOGOMOLOV, A. I. - BOGOMOLOV, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205920014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S/08 60/033/012/016/024
A low-temperature catalytic D209YD305
ing of lateral bonds. Unsaturated compounds formed are intermedia-
te products in low-temperature cracking reactions and represeni a
potential source of methane, naphthene and aromatic hydrocarbons.
There are 4 tables and 6 Soviet-bloc references.
SUBMITTED; June 14P 1960
Card 3/3

4V
AUTHORSi Bogomolov, A. I., Panina, K. I.
-9z _:_~
S10811621000102110111.069
.B156/B1O1
TITLEt Low-temperature,catalytic conversions of organic compounds
on clay. 11. Conversion of oleimaoid
PERIODICALt Referativnyy zhurnal. Khimiya, no. 21, 1962, 134, abstract
21Zh68 (Tr. Vses. neft. n.-i. geologo-razved. in-tai no. 174,
ig6it 17 - 25)
TEXTt If oleic acid (I) is kept for 10 hra at 2500C in contact with
active clay, it undergoes complex transformations resulting in gaseous
reaction products, liquid hydrocarbons,*acide, condensation products on
the clay, water of dissociation, and acid resins. 'The gaseous products
consist mainly of llo*.%olecular-weight saturated and unsaturated hydro-
carbons. When experiments were carried oui in a glass vessel, 25% of the
volume of gases was Go 2' and CO and H2 were entirely absent; this elimi-
nates the conversion of I into CO and H 20 and diolefine as the primary
product. The yield of liquid hydrocarbonL is .. 31) % related to I. Of
these, 50 % are gasoline and kerosene fractions, and ,,50 % distillate oil
1 4/2

S/08 62/000/021/011/C69
Low-temperature catalytic conversions ... B156YB101
fractions and undistilled residue. The liquid hydrocarbons are a mixture
of aromatic, saturated and naphthenic hydrocarbons, the latter predominat-
ing. The saturated hydrocarbons are only present in the gasoline and
kerosene fractions, while the oil fractions consistg in practice, of
aromatic and naphthenic hydrocarbons and mixed hybrid forms of them. A
small amount of unsaturated hydrocarbons is found in the gasoline fraction.
A method of converting I by cyclizing it into ketones is proposed. By
means of subsequent polymerization and hydrogen disproportioning reactions,
these ketones can be converted to monocyclic and polycyclic hydrocarbons.
For communication I, see RZhKhim, 1960, no. 22, a136- LAbstracter's notes
Complete translation.)
Card 2/2

BOGOMOLOV, A.I.; PANINAI, K.I.
Low-ter-e-ntiirn catalytic eonvorsi.ons of orgar4l- -,I?nrmrdq on
clay. Report No. 3~' j,- Trudy VNTGRT no.174:,,26-34
161. (MIPA 14',12)
(Beeswax)

BOOOMOLOV, A.1 SMIR140VAp A.I.
Catalytic properties of natural clays containing hygro i(II
Aure. 82
oiL Trudy VNIMI no.174:54-.60 163.. (KM 14:12
m
(Clay)
(Catalysis)

BOG%1010V~ A.I.; LYUTKE;VICH, Ye.M4; PANINA, K.I.
Petroleums of White Russia* Trudy VNIGRI no.171+.*271-27- '63.o
(14IRA 14, iv)
(White Russia-Petroleum)

BOGOMOLOV, A.I., red.
---- V, ~ ...... ....
[industrializing the assembly of apartment gas equipment)
Industrializatsiia montazha vnutrikvartirnogo gazovogo
oborudovaniia. Moskvaj Izd-vo M-va kommun.khoz. RSFSR,
1963. 13 P. (MIRA 17:8) 4
1. Russia (2917- R.S.F.5.1i.) Ministerstvo kormunallnogo
khozyaystva. Pusko-naladochnoye upravleniye gazovogo kho-
zyaystva.

BOGCHOLIOV .A.1 ; RUTINA, K.I.; ANDREYEVA., L.G.
. ..... 3 - .. *
Characteristics of the chemicil composition of petroleums
in the southern Mangyshlak Peninsula. Trudy VNIGRI no.218:
54-61 163. (MIRA 17:3)

BOGOMOLPV,,_,A,,.~,.;,,4TCHENKOV,, S.M.
Brief reports on the results of creating new methods and apparatus
in the All-Union Petroleum (Scientific Research) Geological Pros-
pecting Institute in 1957-1960. Trudy VNIGRI no.212. Geokhim.sbor,
no.W13-219 163. OTIRA 16:12)

K11OTYNTSEVA , L. I.;. BOGOMOLOV p_~. [. ; FAYZULLINA , Ye.M.
Reduction of high-iwlac- Ir weight aliphatic ketones to
hydrocarbons in the presence of aluminosilicate italysts.
Do)-'. AN SSSR 155 no. 511l52-1154 AP IN, (MjAA 17:5)
1. Vsesoyaznyy nefty.-moy nauchno-issleJovatellakly geologo raz.-
vedochnyy institut. Predstavleno akademikom B.A.Kazarinkim.

BOGQ?40LOV, A.I.; SIMANSKY, V.K.
Characteristics of the composition of light methane petroleum
hydrocarbons as related to the conditions of their fo-nation.
Zhur. prikl. khim. 38 no.10:2377-2379 0 165. (MIRA 18:12)
1. Submitted May 28, 1964.

YUFINP Andrey Pavlovich, prof., doktor tekhn.nauk; BOGOMOIDV,
A.I., prof., doktor tekhn.nauk., retsenzent LOV, .A.,
doktor tekbn.nauk, prof., retsenzent; SMISONOVA, M.T.,
red.
[Hydraulics., hydraulic machinery and hydraulic drive] Gidravlika,
gidravlicheskie mashiiW i gidropriNod. Moskva, Vysshaia sbk.:)la,
1965. 426 P. (MIRA 18-.12)

-BOGOMOLOV, PANINA, K.I.
Carbazole in the composition of Bogachevka petroleum in Kamchatka.,
21hur. prikl. khim. 38 no.7sl635-1636 JI 165. (MIRA 180)

-BOGOMOLOV, Anatoll.y Ivanovich, prof.; MIKIlAYLOV, Y-,Aantin
Aleksand16vich.. px~of.'Prinimal uchastiye SHATMI, V.S.,
kand. tekhn. nauk; UGINCHUS, A.A., prof., doktor tekhn.
nauk., retsenzent; KISElEV, P.G., dota., kand. tekhn.
naukp retsenzent; ALITSHUL', A.D.9 retsenzent;
ODREZKOV, S.S., inzh., nauchn. red.
[Hydrai)lics] Gidravlika. Moskva2 Izd-vo lit-ry po t3troit.
1965. 632 p. (MIRA 18:7)

USSR/Cultivated Plants Fodder. 14.
Abe JOur : Ref Zhur Biol,,, No 41 1956., 15707
Author : A.M. BQ
Inst,
Title : Corn Variety Testing at the Benyakonskaya, Experimental
Station.
(Sortoispytaniye kukuruzy na Denyakonskoy opytnoy
stantsii).
')ri(-; Pub : V ab.: Kukuruza v DSSR. Minak., M BSSR, 1957, 114-ilg.
Abstract : At the Benyakonakaya Experimental Station in Grodnens-
Imya Oblast' corn varieties were tested in field crop
rotations. The late ripening varieties Voronezhskaya
16 and the hybrid Moldavskiy I were notable for their
yield of total mss. The early variety Sibiryachka
did not stand on equal footing with them in its
amount of dry matter, its over-all yielding capacity
being rather low.
Card 1/1

BO' ~7 0 mt, UV9 h I M.
USSR/ Cosmochemistry. Geochemistry. I[Ydrochemistry D.
Abs JOur : Referat Zhur - Khimiya, No 4, 1957, 11540
Author : Bogomolov A.M., Andreyev P.F.
Title ~~r5up(!om~position of Some Petroleum of Northeastern Caucasus and
On k New Type of Petroleum
Orig Pub Zh. prikl. khimii, 1956, 29, No 6, 957-958
Abstract Discusaion article. See RZhXhim, 1955, 37099
Card 1/1

UZIS.M, 19% (S5)-,--3-9~,36. t;,.!. 7h.
hhlm-. -11---,iei, CMZ., NOSCOw), M57, 1,13). WfH;) . The Olsez-fary Is
aniWhoed of a tarrY crudo w1th 1; ap&cIlla gr3vlty of 0. 945. n ty Cr
749 CS It %)Vc, Wt.' or r mtion~ vaulp-1 ueioa 3oav. anj
Th,~ dI,-,tjllnto cio, jing, b-)3c-,v 550CL, cont~151-, P~~- -7
p ac-rIc-s i-oopwrAp. This grcup i01% f;i:l~. SL ~il:d l.r
:P, t ~,-- .7
to ac= of tha South Ettzzk arud,,s Ircia tta Cratr,.LeGus.

BOGOHOLOV, A. M., Cand Agr Sci -- (dise) "Increaa'~~p qualities
of ~*eFaeeds*_2~inter__rA." Minsk, 1958. 20 pp (Acad Agr Sci BSSR,
I
Inat of Agriculture)t 100 copies (KL, 16-58, 121)

,-BOGqMOWV, AX., inzh.; SIDORCHLM. F.Gv, insh.
Making 408.7 meters of driftage in one month. Shakht. stroi. no.12:
23-24 D '59. (MIRA 13:3)
l.Trast Krasnoarmeyokshakhtoetroy.
(Kine engineering)

--- BOGCKOLOV~ A.M., =whinist
By working harder today you wi_U reap more tomorrow.
Elek, i tepl, tiaga no.6:8-10 JTe '62. WRA 15:7)
1, Depo I-loakTo,-Sortirovochnaya-Ryazanakaya,
(Railroads--Employees)

B0GOMCruOV A,M,; MOROZOVA, I.D.; 091111KINA, N.A.; ROZBOVA, MARCHLNKO,
MITASSOVY D.G.; SRAGOVICH, V.G., kand.fiz.-r~qtt-~m.nau~, ut;r~red.;
.9
ORLOVA., !.A., red.
(Programs in linear algebra.] Programmy po Iineinoi a1gebre.
Moskva, 1-96/,. 62 p. (Akademila nauk SSSR. Vychislit-elIny!
tsentr. Standartnya i tipovye programmy d2la masbin "Urzal,"
no.7) (MIRA !&'I)

SOV/112-59-3-5318
Translation from: Reft!rativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 146 (USSR)
AUTHOR: Bogomolov, A. M.
TITLE: Physical Principles of the Electromagnetic Method of Flow Metering
(Fizicheskiye o9novy elektromagnitnoge metoda izmereniya techeniy)
PERIODICAL: Uch. zap. Leningr. vyssh. inzh. morsk. uch-shche, 1957,
Nr 6, pp 73-78
ABSTRACT: The influence of shunting the electrodes by a potentiometer input
impedance, of short circuiting the electrodes by steady water layers or by
bottom soil, and of wind and water drifts upon the accuracy of measurement of
sea-current speeds is examined.
Card I I I

KOVNY,R, M.A.; BOGOMOLOT. A.M.
Yathod of calculating the oscillation frequency of systems having a
periodical structure. Uch.zap. Sar.un. TYP-fiz- 56:ioo-in '57.
(MM 12:11)
(Benzene)

S/194/61/000/010/048/082
9, ?e-00 D256/D301
AUTHOR: Bo romolov -AX.-
TITLE: Two logic diagrams of comparative code-generatiiig
method
PERIODICAL: Referativnyy zhurnal. Avtomatilca i radioelektronila,
no. 10, 1961, 51, abstract 10 V428 (V sb. Nauchno-
telthn. konferentsiya molodykh spetsialistov. Vses.
n.-i. in-t gidrotekhn. M.-L., Gosenergoizdat, 1959,
88-91)
TEXT: In investigating and operating hydro-engineering
projects a large number of variable parameters is measured so that
a computer is required for analysis of the data. It is proposed
applying a digital code for subsequent feeding of the data into the
computer immediately at the output of the measuring instruments.
The comparative method is considered as the most promising one.
Further development of the method leads to two alternative ways of
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S/194/61/000/010/048/082
Two logic diagrams... D256/D301
producing the logic system, both suitable for expressing physical
parameters in the binary system. ~-Abstracter's note: Complete vra
translation2 2$
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it F3 O'D 8/119J60/000/001/002/013
BO19/Bo67
Engineer, Petrov, V. P. , Candidate of
AUTHORS:
Technical Sciences, and Shchadrina, Ye. N., Engineer
TITLE; Constructive Properties in the Use of Printing Tole.,
Receiver in Digital Measuring Systems
PERIODICAL: Priborostroyeniye, 1960, No. 1, PP. 4 - 6
TEXT: This paper deals vith the use of industrially produced digital
printing apparatus for remote measurement systems. Good results were
obtained by using telegraph xWeivers. The authors discuss block diacrams
of digital measuring systems combined with a telegraph receiver. The
starting circuit for the telemetric telegraph receiver which is necessary
in these oircui$s, is described in detail. Also a diode system is des-
cribed which cofiVerts the informations given in the decimal system into
the five-place telegraphy code. Furthermore, the authors discuss the
circuit of a telemetric device in which an CT-35 (ST-35) apparatus is
used as distribu #r. This circuit counts pulses in the places of hundreds,
Card 1/2

88998
Constructive Properties in the Use of
Printing Telegraph Receivor in Digital
Measuring Systems
S/119/60/000/001/002/013
B019/BO67
tens, and units. The circuit of a telemetric pick-up with a telegraph
transmitter of type T-50 (T-50) is also thoroughly discussed. There are
5 figures and 3 Soviet references.
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3'S'boo
~, kooo
16,7900
%/531/60/000/103/003/002
ATJTHORSt Petrov3, V. P.., A. M. Bogomolovt and Ye. I, Shadrina
TITLE: Automatic Bridge Telemetering Meteorological Station (ATMS-M)
SERIAL: Glevneya goofizichoskaya observatoriya. Trudyt no. 103p 1960v
Voprosy razrabotki mateorologicheakikh priborov, 10-31
TEXT: An experimental bridge-type automatic telemetering meteorological station
'(mostovaya avtomaticheskaya teleizmeriteltnaya meteorologicheskaya stantsiya --
ATMS-M) has been developed at the Main Geophysical Observatory im. A. I. Voyeykov,
lt is covered by author's patent certificate No. 125916, dated 22 May 1959p issued to
V. Petrov, A. M. Bogomolov, and Ye. N. Shadrina. It is designed to play a fundamental
rol e in the thoroughgoing automation of the national hydrometeorological network, an
object regarded by Soviet meteorologists to be of great importance and urgency. The
ATMS differs basically from other automatic telemetering stations in that it uses a
bridge-type coord.1nating and coding device (mostavoye koordinatno-koclJxuyushcheye
ustroystvo - MKKU) , but it also incorporates a number of other significant innova-
tions. This version operates on electromechanical principles,, but it could also
made contactless. Fig. 1 is a functional diagram of the ATNS. The operations
Card V2

Automatic Bridge Telemetering Meteorological S/531/60/000/103/002/002
Station (ATMS-M)
involved in automatic measurement, conversion, transmission and relaying of meteoro-
logical information are symbolically described. The ATMS consists of seven principal
unitst. a univibrator (Fig. 2)j a sweep device for the commutator system (Fig. 3)) the
commutator system (Fig. 4); the bridge-type coordinating and coding apparatus (MU)
(Fig. 5); the coding network, a sweep reading device (Fig. 9); and a counter (Fig. 10).
The layout of the ADIS as a whole is shown in a large foldout (Fig. 7). The function
of each unit is briefly described, followed by a description of the sequence of opera-
tion of the units. A highly detailed description is provided for the HKO and several
other units. Special sections deal with: the coding cycle for the transmission of the
readings from the individual measuring instruments; the length of time required for
performance of various operations; the accuracy of coding and the reliability of
station operation; and the possibilities of automated storage of meteorological in-
formation on punched cards. There are 10 references: 8 Soviet, 1 German, and 1
English. /C
Gard 2~'2

BOGOROLOV, A.M.; PETROVp V.P.; SHCHADRINAp Te.N.
Structural characteristics of the use of a teleprinter in digital
measuring system. Priborostroenie no.1:4-6 Ja 161. (KIRA 14:1)
(Telemeter)

%~,BDGOMOIDVq A.M._.
Micromeier-type indicator with a recording device. Priborostroenie
no.3:22 Mr 161. (KMA 24:3)
(Electronic instruments)
:~-

ANDREYEV, O.B.; BOGOMOLOV,, A.M.j PETROV., V.P,
Parametron is a highly reliable member of electronic computers.
Priborostroenle no.3&18-20 Mr 962. (MIRA 15 3 4)
(Electronic calculating machines)

o
-AUTILORS:
TITLE:
PERIODICAL:
S/119/62/000/010/002/003
D201/D308
Bogomolov, A.11. and Petrov, V.P.
Devices for digital processing of measurement'data
Priborostroyeniye, no. 10, 1962, 11-13
T~DCT: The authors consider a non-lihear analog to digital
.data converter for non-monotonic non-linearities and for non-linear-
itica having a large-value of the second derivative. The converter
ia based on the. appro.,dmation with variable quantization levels and
digital storage of the non-linearity data. The converter was used
by the authors in an instrument with automa*ti'c non-linearity compen-,-
sation and in an automatic telemetering meteorological station (V P
Petrov and A.M. Bogomolov. Author's certificate No. 13566, Ilay 19,
1960, Byulleten' izobreteniy, 1961-, no. 2). The device require-s
Pwo storage elements, one for the actual values of neasured data andl
one for the amplitude of the n-th quantization level. It is stated
that tho non-linear analog converter may be used in instruments
operating on the principle of voltage-to-digital conversion. For
MWd 1/2

Devices for digital
S/119/62/000/010/002/003
D201/D308
sampling-type instruments the digital non-linear converters should
be used. The block and functional diagrams of a possible version
of this converter are given and its operation described. The input
and output quantities in this converter are represented by a binary
code, the non-linearity data are stored in a memory uni t, the, non-
linearity table has 16 columns. If the quantity to be linearized
is represented by a pulse sequence, one can use a counting non-lin-
car converter in which the non-linearity is introduced by setting
the slopes Pf the sections of a piece-wise linear function. This
-is done by setting determined values of translation coefficient.
The unit urith variable tranalation coefficient ir. a counter -with
feedback through the comparison circuit. The code, controlling the
translation coefficients is applied to the input of the latter.
The circuits are stated to reflect the basic trends in the develop-
ment of non-linear converters with digital feeding-in of non-linear
data. There are 4 figures.
L... Card 2/2

7
777777777777777777777~~
L 3-2247-6,:t wr(a)/BDS/EEC,,2/EED-2
AEDC/AFFTC/ASD/AF~WI'ESD-3/AMI",/APOC/SSD
AUTHOR: Bogomolov, A. M&
TITLE: Principles of'setting up digital
processing devices
B/Z71/63/000/004/023/04!;
Pn-4/Pq-4
telemetric systems with automatic
PERIODICAL: Referativnevy zhurnalp kvtomatika., telemekhanika i vy-chislitelvnaya
tekhnika., no, 4., 1963., 61, abstract 4A382 (the Collection Geofiz.
priborostr.; Vype llp-Leningrad., Gostoptekhizdat, 1962,, 57-67)
M,T: It is pointed out that-the following variant in setting up a measuring
process is the most promising: norainear primary measuring apparatus - linear
standard - grackated table. Here there is no requirement for unification of measur-
ing equipment as regards degree of nonlinearity., while finding the unknovin values
from data of the graduated table can be accomplished with the help of a universal
computer. The author adduces a structural scheme for the realization of this mea-
suring process for the case of centralized gathering of information; for example,
in telemetric systems of gas- or oil-pipelines and in telemetric system of auto-
matio-mateorological stationse He examines algorithms of the process df graduated
processing of information., and block--diagrams for devices for realizing them in
cases where the graduated table contains a spectrum of values of the processed
Card 2/2

L M47-63 S/M/63/OW/0%/023/045
Principles of setting
magnitude corresponding to,their true values; also when the table contains correc-
tions relating to whole hundreds of three-digit decimal values of the processed
magnitude. In the latter caaetheintermediate-values of the corrections are-inter-
polated -and compiled with the value -of the processed magnitude, In the second case,,
fewer operations are required for finding the true values,, but the volume 61' record-
ing is greater, The tables of,the tx-ae values may be preserved in 45-colu=1 per-
forated cards, the author suggests., the cards being filled with up to four tables.
The author gives circuits and describes the operation of an automatic tollemetric.
meteorological station utilizing the method of graduated information processing.
There are five illustrations and a "five-item bibliography, 0, B,
ZA-bstracterts note: Complete translatiog
Card 2/2

BOGOMOIDV, A.M.; PETROV, V.P.
Analysis of the potential uses of the double coding method.
Geofiz. prib. no. 12:75-81 162. (MIRA 17:5)
1. Glavnaya geofizicheskaya observatoriya imeni A.I.Voyeykova.

BOGOMOLOVO_,A*M,.j DIMAKSYAN, A.M.; PETROV, V.P.
Principles of constructing an automatic hydrological telemetering
system, Trudy GGI no.lOlil9-43 163. (MIRA 160)
(Hydrometeorology) (Telemeter) (Automatic control)

BOGOMOLOV, A.M.
-1
k1gorithms of the measuring process and ways of achieving their
constructive realization. Trudy GGI no.loli4J,50 163. %"MIP4 160)
(Algorithms) (Automatic contr?1)

BOGOMO
Apparatus for digital processing of measurement data. Trudy GGI
no.IOL51-55 .1,63. OMIRA 160)
(Electronic digital computers)

BOGOHOLOVp A.M.; PETROV,, V.P.
Method of double coding and its prospects. Trudy GGI no.101:
56-60 163. (NIRA l6t7)
(Electronic digital computers)

KUZNETSOV, A.F.; MW WERONOVA, G.P.
t
Experimental study of the functional nodes of a processing
device of the automatic hydrologic telemetering station.
Trudy GGI no.ll5tl4-'62 164. (MIRA 18s9)

BOGOMOIDV A M -
designing in the construction
y GGI no.115:63-80 164,
(MIRA 16:9)

BOGOMMOV, Anatoliy Mikhaylovich; KOROBOV, Boris VI-adimirovich;
VINNIKOVA, I.A., red.
(Prograrming for the "Ural-211 and "Ural-411 digital cumputer]
Prograrmnirovanie dlia W4 "Ural-21, i "Ural-411. Saratovp-ird-
vo Sarat~TjkO$QkvVAW-jr--;A965- 48~ P. 18:10)

ACC IRV- Monograph
...Bogomolov Ana khayloViCh,
'4'glly.mi 2, Kordbav, Boris Vladimirovich-
U - 13VI
~rogT for c -c Ovaniya dlya
"d UrLL- -~f%"JectM4 - oyaputers (Programmir,,,,,
toV$_.;1zd-vo Saratoirakago. univ
1965.- -Allus.pli
printed,
digital comput&.!
ompluter techniquep computer input unity computer
PURPOSEz-AND: COVEPkGE: 7he''book describes tbe'most widely used Soviet electronic com-.
re "Ural:4' and "ural-41"and their programming. It is based on work done on the
Ural-2" computer at the programing division,of the Computer Center of the Giaratav
State University. Particular attention is paid to the use of punched cards its
bearers of the Initial information. The book deals with the construction and opera-
tion of the individual units,, the representation of the numbers and commiands, the
conmand system, programming with punebed-card and punebed-tape Input, programming
systems based on the use of standard subroutines, and proofing methods. A special-
i7ed method for solving polynomials of one variable, and a specialized interpretUng
system for calculations with complex numbers, an index programming system fox- solving
problems with complex multiple-step Indexation, linear-algebraic compilation, and
various stan-Aard programs are also descrited. The authors thank K. 1. Barbashova.
~YE. S. SelLyestrgya, & M. Mamet2y 7. S. ZYuZIn. M. at lyanov, YU. M. Kogtev,
1. D. Morozova, N. A. Osenlkinas R. 1. Roz V* V. Amel'!*eftq,
Card 1/3

L 25582-66
ACC NRi - il~76~8
A, H. YArda .shov YU. P. -Tgk_jarev, atut Y. L. 2Mtign for participating in the work.
Cho. 1--VII were written by B. Ve Kordbovs Chs, VIII-MI by A. M. Dogomolarp. and
Ch. X was written jointly. The second part or the bookp which contains.a Get of..
programs for numerical metbodep is-cabeduled to be publAshed in 1965,
TABL9 OF COWTEMS [abridged):
See. I., Plachines 9
Ch,, I* The 'Ural-2 machine - 9
Ch. 11* Programming the Ural-2 computer - 57
Ch. III. Ural-4 computer - - 76
Ch. IV. Programing the Ural-4 compoter LU
See. n. Programming system - - 145
Ch. V. Compiling program - - lJ45
Ch. VI. Pr W ams for conversion of 3rambers and calculations of elementary functions
226
Ch. Vn. Auxiliary programs - - 227
See. III. Specialized systems for automtization of programaing - - 321
eh. vin. Specialized interpreting system-polynomial operating program forUral-2
and Urai-4 - 321
Ch - IX *Specialized interpreting system for calculations with complex number 34
Ch. X. Index system for atomatization of programming - - 359
Ch. X1. Specialized compiling system of interpreting type-linear algebraic com-
piler - 381
-Cgrd R13

13 c) c~ o m c, I c)
USSR/ Physical Chemistry - Lcule. Cheiaical Bond B-4
Abs Jour : Referat Zhur - Khi:niya, No 3, 1957, 7199
Author : Kovner, M.A. and_4*puajjpv, A.M.
Title : A General Theory of Vibra REM Spectra of the Normal
Monoalkylbenzenen-
Orig Pub : Optika i spektroslcopiya, 1956, Vol 1, No 3, 364-373:
Correction, ibid, No 8, 1040
Abstract : A riodel with C8 symmetry is used for ethylbenzene. The
secular equations for the vibrations symetrical (31)
and antisymaetrical (17) to the plEuic of the riug have
been set up using the force constanto for benzene and
the ethyl group. The latter are luiown for paraffin by-
drocarbon. From the solutions of the secular equations
the charicteristic and noncharacteristic frequencies of
the monoalkylbenzenes have been deterrdned. A complete
interpretation of the vibrational spectra of ethylbeilzene
and the higher nonoalkylbenzenes (up to C22H38) is
Card 1/3 - 22 -

USSR/ Physical Chemistry - Molecule. Chemical Bond. BA
Ab5 Jour Referat Zhur - Rhimiya, No 3, 1957, 7199
proposed. In the simplified model the CO I CH2J and
CH groups are replaced by points; usiiig his approxi-
Qion, an equation is set up giving the dependence of
the valence vibrations of C-C on the number of C-C bonds.
Non-homogeneities at the end of the carbon chain are ta-
ken into account. The calculated frequencies are compa-
red with the C-C frequencies observed in the spectra of
a large number of monoalkylbenzenes. All these freqaen-
cies are included in the range 740-1200 cm7-1. For the
calculation of the intensity of these vibrations, a ge-
neralized form of the formula obtained by L.I. Vidro and
M.V. Vollteiishteyn (Dolh. AN SSSR; 1952, Vol 85, No 6,
1243) for a homogumeous chain is used. Assuming that
i - ( _~. 1j...,$ are the derivatives of the polari-
zability of'the C-C bond in the direction of the bond
and at right angles to it), the relative intensities of
the various C-C bond frequencies. DeViations of the
Card 2/3 - 23 -

USSR/ Physical Chemistry - Molecule. Chemical Bond. B-4
Abs Jour : Referat Zhur - Xhimiya, No 3, 1957, 7199
observed intensities from the calculated values are ex-
plained by the supeiTocaiton of the other frequencies ou
the C-C frequencies. In the case of long chains, appre-
ciable intensities are observed only for the extreme
frequencies at 1200 and 800 em7l.
I
Card 3/3 - 24 -

XOVM# M*A9; BOGONO-LOVp A*M,a
---
Struature and vibmtion spectro of various aromatic h7drooarbons,.
Piz. abor. no.3:84-M 157. (KERA 110)
1. Saratovskiy gosudarstvennn univereitot im. NA Ghernymhevakogo.
(kvdrooarbone-Spootra)

51-4 --7- 4 / 71 0
AUITJOILS: Kovner, LAT.A. and BoGomolov, A.M.
T I i2 M, Vibrational Spectra of ii~kdiic CoLpounds.
V. Calculation and Interpretation of Vibrational
Spectra of Metaxylene. (Kolebatelln~ya s-Dektry
aromaticheskikh so3redineniy. V. Rascklet i
interpretatsiya kolebatellnykh sopekturov metaksilola.)
PERIODICAL: Optika i Sp ktroskopiya., 1958,
0 VOJ.IV, jTr.3,
PP-301-308 (USSR).
ABSTIUCT: The authors calculate frequencies of vib3~ations and
Eive a full interpretation of vibrational spectra of
aetaxylene. Their calculations are based on two
variants of the force constants. The variant N`o.l
is based on 'the followinL!, values of non-a~tive
frequencies B 2u of 0 06: 1110.1648 em--, and for
C6D6: 82.5-15?? cm-1. In this variant the force
constant for the GCC angles externai to the molecular
ring (K y) is taken to be 0.71, and the force constants
of interaction of these angles with CCH anL;les of
methyl groups (m,,n,) are taken 4%,-o te 0.12 and
Card 1/3 - 0o02 respectively. In the -Tariant No.2 the B 2u

5 - 7 i/3C)
Vibrational Spectra of AroLyatic Compounds. V.
frequencies for C,H and C D are taken to be
0 6 6 6
1152.1310 and 838.1287 cm7l respectively, with
KY = 1.10 and m P = n0 = 0. Table I gives the
force constants in A 1 symmetry coordinates, and
Table 2 gives the force constants in B 1 sylMetry
coordinates. The force constants Of interaction of
coordinates of methyl groups were taken from R--f-l3-
Other force constants are equal to zero. Table 3
collects all Imown experimental data on Ram~-in, infra-
red and phosphorescence spectra of Lietaxylene. The
same table gives the results of calculations obtained
on the basis of the two variants Given above. Both
these variants do not apply to A 2 and B 2 vibrations.
Some calculations were made using a third variant,
which differed from variant No-2 in values of u, (0.12)
0
and r. (- 0.02). The results of (:--clculations based
on the third variant did not differ greatly --Pro-- those
Card 2/3 of the variant No.2 and are not Given in the paper.

::z-,- 4 -~_4/30
Vibrational Spectra of Aromatic Compounds. V.
The calculations carried out by the present authors
Give better agreement between eaTerimental and
calculated vibrational frequencies of metaxylene if
the variant No.2 is used (with values for the non-active
B frequencies taken from Refs.11-12). A note
"ac d in
ad -1 proof says that the results of the present
paper agree vdth those published by Wilmhurst and
Bernstein in Canad. J. Chera., V01. 35P911 (1957).
There are 3 tables, 1 fiGure and 30 references, 12 of
which are Soviet, 6 E'nGlish, 5 American, 4 French,
1 German, I Indian and 1 Danish.
ASSOCIjV2ION: Saratov State University. (Saratovskiy
gosudarstvennyy universitet.)
SUMaTTED: May 21 , 1957~
1, Cyclic compovmds-Spectra
Card 3/3

9(6) SOV/1,9-59-7-12/16
AUTHOM -1-0 ngineer
TITLE: A Detecting Device for the Automatic Change-over of the Yeaauring
Range of a Bridge Circuit
PERIODICALt Priborostroyeniye, 1959, Nr 7, pp 26-27 (USSR)
ABSTRACT: In the introduction the necessity of the automatic change-over
of the measuring range in numerous measuring instruments is
pointed out, and a possible variant of this ciTcuit for an
electronic temperature-recording instrument is discussed. If,
in thi8 instrument, the quantity to be measured exceeds the
measuring range on one or on the other side, contacts are
short-circuited and pulses are produced which cause a corre-
sponding adjustment of the meaouring range. The automatic ad-
justment of the measuring range is carried out by ineans of
electromagnets. There are 1 figure and 1 Soviet reference.
Card 1/1

67153
AUTRORS Kovner, M.A. and Bogomolov, A.M. SM/51-7-6-7/38
TITLEs Vibrational S actra of Aromatic Compounds. VI. Calculation and
Interpretation of the Vibrational Spectra of Orthoxylene
PERIODICAL. Optika i. spektroskopi~a, 1959, Vol 7, No 6, pp 751-755 (USSR)
ABS TRAC T t By interpretation of the vibrational spectra of orthoxylene
(aikylbenzenej the authorr mean carrying out of the following
four tasks. (1) Division of the observed fraquencias into fundamental
and composite; calculation of those fundamental frequencies which are
not observed for various reasons so that a complete system of M-6
fundamental frequencies is obtained (here N is the nunber of atoms);
correlation of the fundamental frequencies with irreducible representatione
(symmetry typea) of the symaetry group to which tho molecule belongs.
(2) Attribution of the fundamental frequencies of a given type of
symmetry to vibrAtions of bonds or variations of valence angles, in
particular attribution of the fundamental frequencies to vibrationE of
the ring and the alkyl groups. (3) Correlation of vibrations (frequencies)
of the ring in alkyl benzene with thoso of bonrans. (4) Representation
of the composite frequencies as linear combimitions of the fundamental
frequencies. In the earlier papers only the tasks Nos I and 4 were
C a rd .1//"ij

67153
,S 0 ~V'/ 51 -7 - 6 -7/3 6
Vibrational Spectra of Aromatic Compounds. VI. Calculation and Interpretation
of the Vibrational Spectra of Orthoxylene,
carried out completely. The tasks 2 and 3 were only partially fulfilled
since the vibration-form coefficients were not known. The present
paper reports a complete interpretation Including taskB Z and 3,bocaase
the authors could now use the values of the vibration-form coefficients
calculated by A.M. Bogomolov for all frequencies of the orthoxylone
molecule. These coefficients wer* determined us-in6 a technique
developed by Mayants (Ref 1) for obtaining accurate values of the roots
of secular equations and a consequent determination of the vibration-
form coefficients -which are the eigen-vactors of the secular-equation,
matrices. To fulfil tasks 2 ard 3,calculations ivere carried out using
two systems of ring vibrational symetry coordinates. (1) a system of
coordinates of the approximate symmetry D6h, (Ref 4) and (2) a system
of coordinates of the exact symmetry 02v, which are sums and differences
of pairs of equivalent coordinates shown in a figure on p 752 and pairs
of coordinates of the type ? (displacement of the C--H and C-0, bonds from
the plane of the ring) and of the type X (non-planar vibrations of the
carbon skeleton of the ring)~ The results are shown in a table on
p 753 which lists the observed and calculated furdauental frequencies of
Ca rd 2/3 orthoxylene. Cola 2, 5 and 7 give the values of the observed ~r

67153
SOV/51-7-6-7/38
Vibrational Spectra of Aromatic Cotapourds. VI. Calculation and Interpretation of
the Vibrational Spectra of Orthoxylene
Raman (Refs 13, 16-19), infrared absorption (Refs 20-Z3) andi
luminescence (Refs 11, 14) frequencies, respectively. The calculated
frequencies are listed in col 6i in the majority of cases the calculated
and empirical frequencies agree satisfactorily, The syametries are givon
in col 9 and the bondsor valenca angles responsible for the particular
frequencies are listed in col 10. Col 11 gives the fraquanciae of
benzene corresponding to the appropriate freqAencies of orthoxyl5ne.
There are 1 figure, 1 table and 25 references, 11 of ivhich are Soviet,
9 English, 1 Danish, I German, I Indian, I translation and 1 from an
international journal. The authors also give a correction to an earlier
paper (Rdf 7JO
SUMaTTEDs April 10, 195C
Card 31/3

- 7w
BOGOMOIIOV A.M.
1-==-
Vibration spectra of aromatic compounds. Part
vibration of 1,, 2 -o-disubstituted benzenes.
no*3:322-327 Mr 161.
(Aromatic compomds--Speotea)
8*
Opt.i
(Benzene-Spectra)
Characteristic
psektr. 10
(MIRA 14:8)

BOGOMOLOV, A.M.
Vibrational spectra of aranatic compoundB. Part 12.
Characteri,stic vibrations of p-disubstituted benzenea.
Opt. i spektr. 12 no.2:186-193 F 162o (MIRA 15:2)
(Benzene--Spectra)

BOGOMDLOV A.M.
Vibration spectra of - aromatic o=pounds. Part 14. Characteristic
vibrations of metasubotituted benzenes. OptA spektr. 13
no*2:159-168 Ag( 162. (MIRA 15:31)
Benzene-Spectra)

BOG014ODDVp A.M.
Vibrational spectra of aromatic compounds. Part 16.
Characteriatio vibrations of 1,2,3-subatituted benzenes.
Opt. i i3paktr. 13 no.3031-334 S 162. (MIRA 15:9)
(Benzene--Spectra)

SOLCDOVNIK., F.S.; BOGONDLOV A.V.; ZHURAVSKIY, Yu*V.; FROLOV, A.G.
Electromagnetic metal sheet distributor. Biul.TSIICH14 no-4:51
161. (MIRA 14:10)
(Electromagnets)

ACCESSION NLR: AP4018366 S/0120164/000/001/0061/0068
AUTHOR: Bogomolov, A.Y., Budagov, Yu. Ail Vasilenko, A. T.; Dzhelepov. Y. P
D'yakov, N.I.; Ivanov, Y.G.; laadnitskiy, V.S.; Lepilov, V.I.; Lomakin, Yu. F.,,
Moskalev, V.I.; Flyagin. V.B.; Shetet, T.I.; ghlyapnikov, P.V.
TITLE: Meter -long bubble chamber in a magnetic field
SOURCE: Pribory* i tekhnika eksperimenta, no. 1, 1964, 61-68
TOPIC TAGS: bubble chamber, meter long bubble chamber, 10 Gev particle
bearn, bubble chamber in magnetic fi.61d, electromagnet bubble chamber
ABSTRACT: A bubble chamber with a sensitive volume of 1 ~c 0 - 5 x 0 .38 m is
1 11
described. The chamber is intended for studying the particle beams up to 10 Gev
obtained from the OIYaI proton synchrotron. The chamber design was described
earlier (Yu. A. Budagov, et al. Iuteinational~Conference on Fligh-Energy
Acceleration ~nd Instrumentation, Bc,irkeley, 1960); more deta)ls are supplied in
-the present article. Propane or sorrie other lijuid suitable for a particular
w4periment may serve as a working fluid. Tfie chamber is placed in a 17-kilo-
oersted magnetic field derived from a 2. 200 -kw electromagnet. Thearrorina
1
-0-d 1/2
0310

ACCESSION NR: AP4018366
5-Gev/s -pulse measurement, evaluated from'multiple scattering in propane, is
t 3. 216. In 1963, the chamber was inqtalled at the output of the magnetic circuit of.
a.~i -meson beam whose energy lies:-,between~ 4 and 7 Gev. "The authors consider
it their duty to thank V. N. Sergiyenkq, N. I. rrolov, K. A. Baycher, and the
personnel of the experimental shop for their help in building the outfit. The
authors are thankful to V. I. Veksler.!.N. L P; lov, and I. V. Chuvilo for their
L I 1~v
assistance in constructing the magnetic circuit of the I - -meson beam. We are
Y
indebted to A. S. Strelitsov, B. Ye. Gr*itskov, 1B. V. Rozhdestvenskiy. and L. N.
Fedulov for designing and building the magnet. The authors are deeply grateful to
N. P. Moshkov, Y. A. Lebede,~,, and S' P. Zurdn who spent much effort and skill in
all stages of constructing and aligning the outfit. " Orig. art. has: 8 figures.
I' ASSOCIATION: Obl'yedinenny*y instit~ut yaderay*kh issledovaniy (Joint Institute
oi Nuclear Studi a)
e
SUBMITTED: ZZMar63 DATEIACQ: ISMar64 ENCL: 00
`SUB CODE: NS NO REF SOV: 003 OTHER: 002
Card- 2/2

BOGOMOLOV~ B. (Maj., Engr.) and STEPAROV, V. (Capt., Engr.)
"Laying and maintenance of metal coverings," The Herald of the Air Fleet, 1952.

UZIMROVA, Yelena Dmitriyevnal- NIKOIAYEVI Aleksey Petrovich;
AIENDERp I&Zop inzh,, red.; -BOGQMP~~__P.A., red.;
PLWHE, L.Yu.p tekbn.red.
[German-Russian dictionary on woodworking) Nemetako-russkii
slovarl po derevoobrabotke. Pod red. I.Z.Alendera. Moskva,,
Glav.redoinostr.raucbno-tekhn.olovarei Fizmatgiza, 1962.
215 P. (KIRA 15:5)
(Woodwork-Dictionaries)
(German language-Dictionaries--Russian)

GRABDVI Isaak Naumovich; AKKERMANy D.A., red.; BARANOV, A.M., red.;
J30GOMOIA)V, B.A., red.; GUSEV, N.P., red.; MURONETS, I.L.,
re . - PUCAgERAk
Y-A, L.L., red.; KRYUCHKOVA, V*Noj tekhn, red,
[German-Russian dictionary on welding] Vemetako-russkii slovarl
po avarke. Moskvap Glav.red.inostr. nauchno-tekhn.slovarei
Fizmatgiza, 1962. 2/+6 p. (MIRA 3-5:7)
(German language-Dictionaries-Russian)
(Welding-Dictionaries)

BUNIN, Dmitriy Anatollyevich; SHUBIN. ],,-,to3-iy Alekseyevich;
BOGOMDWV, B.A.9 red.; AKML,Ali~., I,Sh.., tekhn. red.
(Concise German-Russian dictioliary on automatic and remote
control]Kratkii nemetsko-rusakii slovarl po avtomatike i
telemekhanike. Moskv&j. Glav.red.inostr.nauchno-teklm.slova-
rei Fizmatgizaj 1962o 531 pe (MIRA 15:9)
(German language-Dictionaries-Russian language)
(Automatic control-Dictionaries)
(Remote control-Dictionarios)

BOGOMOLOV, B.A., red.; BARANOV, A.M., red.; HURONETS, I.Lp red.;
~.~w N.P., red.; PANKIN, A.V., red.; VACHAYEVA, Z.P.,
red.-leksikograf; VILENSKIffA, O.V., red.1-leksigogr.;
ARTEMOV, L.V., red.-loksikogr.; YEREMINA, N.N., mlad. red.;
VANSOVSKAYA, L.Ye., mlad. red.; CHEKRYZHOV, P.F., spets.red.;
PLAKSHE, L.Yu., tekhn. red.
[German-Russian polytechnical dictionary] Nemetsko-russkil
politekhnichoskii slovarl. Podfptovleno pri redaktsionnom
uchastii izdatellstva "Tekhnika" GDR. Moskva, Glavnaia red.
inostranrikh'nauchno-tekhn. slovarei Fizmatgiza, 1963. 812 p.
(MIRA 17:1)

ALEKSANDROVA, M.A.; ASINOVSKIY, E.I.; BALANDD', V.V.; BRODYANSKIYp
V.M., kand. tekhn. nauk; VAKHRAMINEVA, Ye.A.; VERBA, M.I.)
kand. tekhn. nauk; VORONIE', T.A., kand. tekhn. nauk;
GIRSHFELID, V.Ya., kand. tekhn. nauk; DEYCH, M.Ye., prof.
doktor tekhn. nauk; IVIN, F.A.; LAPSHIN, M.I., kand. tekhn.
nauk; LIPOV, Yu.M.,, kand. tekhn. nauk; LYUBARSKAYA, A.F.;
MAYAPUENKO, I.D.; HIRIMOVA, V.M.; NEVLER, S.Ye.; ROZANOV,
K.A.2 kand. tekhn. nauk; ROTACH, V.Ya., kand. tekhn. nauk;
KHKELINITSKIYt R.Z., kand. tekhn. nauk; ShEVCHENKO, E.G.;
BOGOMOLOV, B.A., red.; VAYNSHTEYN, K.N., spets. red.;
LidliA-, spets. red.
[German-Russian heat engineering dictionary] Nemetsko-
russkii teplotekhnicheakii slovar'. Moskvap Sovetskaia
entsiklopediia, 1964. 512 p. (MIRA 18:1)
1. Moscow. Energetichaskiy institut. 2. Moskovskiy energe-
ticheskiy institut (for all except Vaynshteynf Lichak).

UWE/Chemistry - Nopinfte Apr k9_
Chemistry - Turpentines) NopinenO
of
"Beta-Pinene of Sulfate and Oleoresin Turpen-
tineig," B. D. Bogcmolow, A. A.- Sokolova, Arch-
azgel Inst of Forest Tech imeui V. V.,
Mqbysher, 4 pp
"Dok Ak Nauk SSSIR" Vol LXV, No 4
Zetablishes that beta-pinene of sulfate turpen-
tine is levorotatory ard is identical vith beta-
pinene of oleoresin turpentine. Mistaken as-
sertion of Aschan, Halse and Dedichen on the
40
41/4933
WSIR/Cbeemist--y - Nopinene (Contd) Apr 49
gresence of d-beta-pinene in sulfate turpentine
resulted from use of careless rectification.
Submitted by Aca(I A. N. Nesmeyanar, 29 Jan 49.
Ift
41AM

Dwa."or-ov, B,
t1jr,01"Ment of ft Jhoda of collecting !Ot~ ~1.
and U 12Md2LWd A. A, Solr- -
From IM-6, fpw-
0.
N.-3- T, 111r. 400.; cf. i7l". 45, 2910hi--
M.1'.)nIts 0
10911UM condensation i the recovery of sulfate tur-'
pentine and Sulfan (a tuixt. of readily volatile arc. Scompds.
of disagreeable odor) from the waste products Of sulfate
Pulp PfOductlW Kredescribed. About 8-10 kg. turpentine
b~!!Ty from I (on of cellul

1. BOOOMOTOV,- B. D. SOKOtOVA A-*'
2. USSR (600)
4o Lignin
79 Alkaline sulphate lignino Bu.m.prom. 27 no. 9 1952
go Monthly List of Russain Acceasionsp Library of Congressp FObruary 1953.
Unelassif -led.- -

DUXI,01.01,f, D. D. , SCTOLOVII , A. A.
Sulfur Cr[ranic Compounds
Production and properties of sulfane. Bum. prom. 28, No. 1953.
Yonthly List of Russian Accessions, Library of Co~Vress
June 19-53- UIICL.
9

3166' Suffalt- Q,4)ij-Anirojs For~Aw4 Mrij,K F-d
_511L
siboilft'nits r)
4 1111bliin') B, a Ham
44 odcw ul ulfav p0ping by d-imaluislg )IOA of
vtll)jjW)1wth ~oo Qod) lar it# d~~-Wrn"- m wwownwrv
ref.

Vk,., of p ft, -P A. A.
kol D!t is 1?_ -ushcv".
,.it V. W. 1,c Blimath,
duction directions L"atil for mills wldch du wit havt frac-
vcm I': up tile I lit 11,0,
filt"Ing. 'g Cl , tr t out tilt soup, Liad
treating W101 If'so. to team kritfined tall oil (11). which is
washed. dried, unit used lit wap usailakfarturt. Tile bLack
11" front tile 1'settling tanks Is mated with kite Nacl
11ironj the salling-out &,:cp, anti 11he lulkst. is irculfA with
=
the NaHS0,NviSO,11gum solo. front tile purified Scrap
deWtnpn. Step to KlVe a lignin, plit., which is totpel. asid
witished. 77he w1m. of ligii in front '. 1. tit -"Its. requite 1206.
z. NallSOs. For a plant prcithiciag 30U tons per day of
kmf lilt it yiclJ of 00 kg. I per ton of palls, the
10P
Nat I Ing be dmirillim ol tile sisap is 3.5
to" q1day, which i4millicient to givc 2 Was (if lit:nin IK!r
dA
Y~ je yivhl C4 11110111 &ill-Itcalro I was 15"'~ higher
0,
in the yicldt)f 11 from crijilc I,aml lvii 1IZh04 iv.1%
used In Ilse coovvrkJ,,n of ifit, mial, to trill oil. ~timj? Inclul,
from 60% Animal fats nut, tilli 'Al %;i$ toottil it) have
tMEdlent detcrKvitt, vioOsifiv %fimi, wid Imm --taliffity prop-
joho I.-A, Kv.~V~
77

USSR /themical Technology. Chemical Products 1-27
and Their Application
Wood chemistry products. Cellulose and its
manufacture. Paper.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 32682
Author : Bogomolov B.D.
Inst : Leningrad Academy of Wood Technology
Title : -Some Problems of the Chemism of Sulfate and
Soda Cooking of Cellulose
Orig Pub: Tr. Leningr. lesotekhn. akad., 1956, No 75j
173-182
Abstract: To determine the chemism of wood delignification
a study was made of lignins (I) obtained as a
result of sulfate- and soda-, rapid and slow,
Card IA

USSR /themical Technology. Chemical Products ~'07
and Their Application
Wood chemistry products. Cellulose and its
manufacture. Paper.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 32682
and multistage cooking of spruce and pine wood.
The carboxyl group content of I was determined
by Ca acetate sorption, the suTmative content
of carboxyls and phenolic hydroxyls by sorption
of Ba(OH)2, and the content of phenolic hydroxyls
-- by difrerence. A parallel study of copper-
ammonia I and alkali sulfate I showed that in
the process of sulfate cookini there are formed
carboxyl groups, acidic OH, and a portion of the
methoxyls is split off with formation of methyl-
sulfur compounds and methanol; splitting off of
methoxyls increases with increasing temperature
of the cooking. In multistage cooking an increase
C ard 2A

USSR /themical Technology. Chemical Products 1-27
and Their Application
Wood chemistry products. Cellulose and its
manufacture. Paper.
Abs Jour: Referat Zhur - Khimiya, No 9, 1957, 32682
of the temperature brings about an increase of
the summative content of COOH, phemol and enol
OH and a decrease of the methoxyl content of I
as the cooking progresses; the latter is con-
firmed by vanillin yields obtained from samples
of I at different stages of the cooking. With
incFease of the sulfide content of the cooking
liquor the S-content of I increases.
Card 3/~

MI
BOGOMOLOV, B.D., kand.tekhn.nauk; MLINIKOV, S.F., inzh.; KARABAKOV. F.F.,
- VIM.
Woodpulp and paper industry of ArchAngel Province. Bumeprom.
32 no.11:23-27 N 157- (MIRA 11: 1)
(Archangel Province--Paper industry)
(Archangel Province--Woodpulp industry)

AUTHORS. Soholova, A. A., Bo o.012v C";- 7- to
Z;0V1'-156 /52
Krupkina, F. A., Fr-odsHy, G. S., Afnna,;Iyeva, i". V.
TITLE: Alkaline Lignin as Initial Substance for the Production of
Plastics (Shchelochnoy lic,,nin kah syrlye dlya proizvodstva
plasticheskikh mass)
PERIODICAL: 11auclinyye doklady vysshey shkoly, Khimi,' ~a i khinicheskaya.
tel:hnolo,liya, 1958, Hr 3, pp. 556 - 55p, (uso)
ADSTRACT: Alkaline lignin represents a valuable startinC material for tile
production of plastics, since it contains reactive groups, The
authors prepared samples and determined the technical data as
well as the physical and chemical properties of products of
alkaline lignin. The optimum method for the prodiiction of
phenol-li,rnin formaldehyde resin was determined. Based on inves-
tieations on the phygico-chemical and electric properties of
the pressed samples the following optima mixture was worl-ed out:
phenol 100 parts, liGnin 100 parts, formaldehyde 17 Parts,
sulfuric acid 2 parts. By using this forDula in the production
of phenol lignin formaldehyde resins about 50i-;~ phenol and 40"0'
formaldehyde can be saved. The stability of all-ttline liGnin in
Card 1/2 storing for 2 years was investi,,,-ated and the results obtained

Alkaline Lignin as Initial Substance for the SOV/156- 53- 3-4o/52
Production of Plastics
showed that the alkaline lignin is cubjected to a chnn'-e of
its structure, with the formation of acid -roupn ard an
of tile OX3- groups. There -ire 2 tables and 2 referei-.ces,
I
which are Soviet.
ASSOC2XVION: Wedxa jl'i~a-nicherlzoy khimii i khimii drovessiny
Arkhangel'skojo lesotekhnicheskoeo institut.a (Chair of Orjanic
Chemistry and Cellulose Chemistry at the ArkhanL~)ellnk Wood-
Technical Institute)
SUBUTTED: February 15, 1958
Card 2/2

BCG-OHOIDV. B.D.; MIZAROVSKIY, N.V.
Improve the preparation of hydrolysis raw material at lumber mills,
Gidroliz. i lasokhim. prom. 11 no.2tl3-14 158. (MIRA 110)
1. Arkhangel'sk17 lasotakhnicheskiy institut.
(Wood waste) (Hydrolysis)

VERSHUK, Vasiliy Iosifovich, starshiy nauchnyy sotrudnik; GURICH, Nina
Aleksandrovna, kand.tekhn.nauk. Prinimla uchastlye ZARAKOVSKATA.
A.1., nauchnyy sotradnik. BOGOROLOV, B.D., red.; SARKATSKATA,
G.I., red.izd-va; PAHAKHINk,-V.M-.,-te-M-.-re-d.
(Methods of the analysis of raw materials and products of the
wood resin and turpentine industry] Hatody analiza syrlia i
produktov kanifolino-skipidarnogo proizvodstva; prakticheskoe
rukovodstvo dlia rabotnikov khimiohaskikh laboratorii i otdelov
takhn1oheskogo kontrolia. Moskva, Goolosbumlzdat, 1960, 190 p.
(MIRA 13:9)
1. TSentralinyy nauchno-issladovatellskiy lesokhimicheakiy
institut (for Zarokovskaya).
(Oums and resins) (Tarpentine)

BOGOMOLOV, B.D., kand.tekhn.nauk; GRCBUNOVA, O.F., Inzh-
Cymene as a valuable product of the sulfite pulp production.
Bum-prom. 35 no.9:9-11 S 160. (MIRA 13:9)
1. Arkhangellekly losotekhnichookly institute
(Cymens) (Woodpulp industry-By-products)

BOGOMOLOV,, B*D.,- DOROKHINA, I.S.; KLIMENKOV, V.S.
Using dimethyl "ide derivetives in the produetion of fibers
on the basis of'acrylouitrile and its copolymers. KMn.volok.
no.2:14-16 162. (MM 15.-,4)
1e Arkhangel'skiy loootekhaicheakly institut (for BogomDlov).
2, Vaesoyuznyy nauchno-isoledovateltakiy institut iskasstvemogo
volokna (for Dorokbina., Klimenkov).
(Sulfide) (Textile fibers, Synthetic) (Aorylonitrile)

KIRPICHIGXOV, P.A.; CHUMAKOV, N.S.; BOGONOLOV, B.D.; MOSKVA.. V.V.
Certain methods for improving the technological properties of
artificial leather. Trudy KKETI no*26:23-31 159. (MBA 150)
(Inather, Artificial)

BOGOMOLOV, Boris DmitLAZ&vich SOKOLOVA, Aleksandra Aleksandrovna,-
j
____-__GORDDN, L.V., red.; KHOTIKOVA, Ye.S., red.1zd-va; VDDVINA,
V.M., tekhn. red. . ..
[By-products of sulfate pulp manufacture; chemistry and
technology] Pobochnye produkty sullfatno-tselliuloznogo
proizvodstval khimiia I tekhnologiia. Moskva, Goalesbura-
izdatp 1962. 432 p. (MIRA 16:5)
(Woodpulp Industry--By-products)

SMOLENSKIY, K.I., red.; XCLOMEYER, V.Z., teklm. red.; SHENDAREVA,
L.V., tekhn. red,; BDGOMOLOV, B.D.0 red.
(Fiberboar,d]Drevesno-voloknistye plity; trudy. Pod red. B.D.
Bogomolova. Moskva, TSent4biuro takhn. Informataii bu-
mazhnoi i derevoobrabaty"iuahchei promyshl 1961. 121 p.
im'IRA 16:4)
1. VaeBoyuzzaya sauchno-takhnicheakaya konferentsiya po pro-
izvodstvu i primessaiyu dr*vesno-voloknistykh materialov i
pla8tikov. Archangel, (Hardboard)

-ACC' N* Ri
AP7002541 r,4). SOURCE CODE : UR/0413/66/000/023/0017/0017
INVENTOR: Lazaryants, E. G.; Ivanova, A. I.; Kopylov, Ye. P.;.RogQPiP_1_0v1
13, D. ; Bugrov, V. Pi; Pisarenko, A. P. ; Rubina,' S. 1. ; Chudakov, M. I.
Kosmodemlyanskly, L. V.; Yemellyanov, D. P.; Tsaylingolld, V. I.
ORG: none
TITLE: Method of obtaining active lignin. Class 12, No. 188966
SOURCE: Izobretentya, promyshlennyye obraztsyi tovarnyye znaki, no. 23,
1966, 17 i.
TOPIC TAGS: rubber, active lignin, lignin, organic solvent, rubber chemical
ABSTRACT: This Author Certificate introduces a method of preparing active
lignin by treatment with alkali. To increase the reinforr.-ing properties of the
lignin when it is introduced into rubber in the dry state, -an alkali solution of the
lignin is treated with water-soluble organic solvents such as alcohols, ketone,
and rosin soap precipitated with an acid In the finely disperse state and then
dried. [Translation) [NTJ
SUB CODE: 07/SUBM DATE: 17Feb64/
Card 1 /1 UDC: 547.992.3-188.07

BOGOMOLOV, B. N., Cand Tech Sci -- WSS) "Research into fosterite
refractory materials as fettling material for the sintering zone in
rotating furnaces in the cement industry." Moscow, 1959. 31 pp;
including the cover; (Ministry of Higher,FAucation USSR, Moscow
Order of Lenin Chemical Technology Inst im. D. I. Mendeleyev); 200
copies; price not given; (KL, 17-60, 151)

15(2)
AUTHORS3 Budnikov, P. P., Bogomolov, B. K. SOV/131-59-6-6/15
TITLEs The Role of Periclase in Forsterite Refractories Products
(Roll periklaza v forateritovykh ogneuporaxh)
PERIODICAL3 Ogneupory, 1959, Nr 6, pp 263-267 (USSR)
ABSTRACTs Inthe present article, the authors examine the influence of
MgO-surplus in forsterite refractories products with regard to
their interaction with cement clinkers of various mineralogical
compositions. The chemical compositions of fire-proof foraterite
products of the works "Magnezit" is given in table 1, that of
the clinkers used for this purpose can be seen in table 2.
Table 3 gives the heating conditions of the specimens, and
figure I shows the test specimens. The figures 2, 3, 4, and 5
show periclase in various forms. Conclu I= Perialase represents the
part of forsterite refractories products with the highest
reactivity. There are 7 figures, 3 tables, and 5 Soviet
references.
ASSOCIITION3 Xhimiko-tekhnologicheskiy institut im. Mendeleyeva
Card 1/1 (Chemical Technological Institute imeni Mendeleyev),IiIITsement

15.2200 75b5
SOVXO-,32-10-2/51
AUTHORS: Budnikov, P. P., Bogomolov, B. N.
TITLEi Fosterite Titanium-Containing Refractories
PERIODICAL: Zhurnal priuadnoy khimii, 1959, Vol 32, Nr 10, pp
2139-2148 (USSR)
ABSTRACT: This is a study of minimum periclase-content fosterite
refractories with preservation of their valuable prop-
ertieB and improvement of their thermal properties.
Valuable properties include: good refractory prop-
erties, high temperature of deformation under load,
low thermal conduattvityo tendency to form strong
and denjSe coatings' and cement-clinker resistance.
Periclase saturation with clinker components weakens
refractory structure. Two types of batches were
prepared: those containing 0-20% "MK" brand MgO,
and those with a 0.5-4% technical T102 content.
The batches were mixed in a laborator ball mill,
moistened with sulfite-alcohol slops ~1.24 g/cm3
mix), and formed. The bricks were dried at 1250
and burned at 1,6500. The effect of TIO and free
Card 1/7 periclase content is shown in Figs. 1 ang 2 .

Fosterite Titanium-Containing Refractories 75653
SOV/80-32-10-2/51
im
fie _4Uj 140
NO W V8
110 -IM F$~
Fig. 1. Propertle~; of f9sterite
refractories with diffe,,ent ~'%.O
content: (A) -.t.-e, .~.th I l;
B) porosity (%); (C) t,
g~=3); (D) the-iral Sluabilit"":
E MgO content (;v); (1)
strength; (2) norosity; 13)
density; (4) thermal staullit...
Card 2/7

Fosterite Titanium-Containing Refractories 7565
SOMO-32-10-2/51
Fig. 2. Properties of fosterite.
titanium-containing refractories:
(A) StrenSth (kg/cm2);*(B)
orosity (%); (C) density (g/OM3~
thermal stability; (E) T102
M
content (%),; MgO content (%):
(1) 0; (2 (3) 10,' (4) 20.
Card 3/7

Posterite Titanium-Containing Refractories 75653
SOV/80-32-10-2/51
Card 4/-l
Study of microstructure and phase composition by X-
rays with a URS-501 unit showed fostet-Ite concr(~tlons
Jr. ail cases. Effect of MgO content: 0% porous struc-
ture; 5%, appearance of magnesite and glass fori-iiation;
> 10% MgO, In addition to monticellite, hemat1te, magr
netite, free pariclase, and an unidentified MgO-con-
taining crystal appear, and the%Magnofercite content in
increased. Effect of TtO : 0.5 , traces of' MG titanato;,
1 to 2%, appqarance of mogticellite'and Mg t1tanates,
improved fosterite concretion; 4%, Mg titanate dendritcut,
increase and magnetite crystals cause cracks in the
concretion. Clinker resistance: a portland cement
clinker from the "Gigant" ("Giant") Plant, containitit,
(in %): C3 S, 52 3; C S,- 21.2; C?~, 11 3; C Ar, 11.b;
MgO, 3. * 0.6 (Absttacte s node: Kis is the
4; CaS041 I
way these,contents are given in the original.) was the
reagent. Results: 0-5% MgO, negligible interaction with
clinker; 20% MgO, surface formation of magnetite,
monticellite, and pyroxenes, periclase grain dispersion;

Fostei~ite Titanium.-Containing Refractories 75653
SOV/80-32-10-2/51
0% T102, magnetite and pyvoxene formation; 1 to 2%
T1021 formation of monticellite and magnesium t1tanates.
To study the effect of mix particle size, the samples
given in Fig. 2 were compounded, moistened with sulfite-
alcohol slops (1.243 g/cm3) and molded In a PG-100
press at 850 kg/cM2. Table It shows the effect of
particle size on.the.proper-ties of these refractories.
Conclusions: refractories containing 5-7% periclase
and 1-2% T102 are dense, and highly heat-, and clinkev-
resistant. Those with up to 2% T102 are suitable for
use as cement rotary-kiln lining. Presence of more
than 10% MgO lowers clinker resistance. Uzberg, A. I.:
Faynerman, B. A., and Mitrokhina, N. S., took part in
the experiment: There are 7 tables; 6 figures; and 9
Soviet references.
SUBMITTED: April 22, 1.959
Card 5/7

Fosterite Titanium-Containing Refractories 75653
SOV/180-32-16-2/51
cumulative screen analysis

CLe SIZ
PART CUMULATIVE FRACTION RETAiNVO
I
E
(IN mrn) 0.6
is 20 to 65 too
5 is 20 60 100
- 10 25 b5 IOD
4 30 70 WO
CONTROL 5 55 1 too
Table 2.
card 6/7

Fosterite Titanium-Containing Refractories 756br,
sov~8o-32-10-2/51
Table 4
Properties of fosterite refractories of
various partlc15 sizes in the batch
SHRiNKACRE
oh
0
BATCH %n
;~
I W
r t Z
0 V,
0.W
r CC
Z 0
-A Z
x
te -C

1 2.627 1.24 1.48 1 Flo 28.5 Z35 12.0
2 .2.610 1.10 1.32 148 29A 2.35 12.4
3 2.592 1.68 1.57 1.50 28.6 Z38 IZ2
MAGNE31A 4 2.601 1.84 L33 202 28.2 Z38 I"

13% DUNiTf
,

4LEIWCG-
71. C
a
1

.640

S

.64 200 27.2 2,30 11.4
,
"AGN951 A 2 2.618 1.36 1.95 212 28.0 Z39 11.7
1% (av lwy.)T10 3 2.628 f J1.5 1.34 2.57 27.6 Z40 i L5
2 4 2.60:1 2.28 2.18 288 27.9 2.41 11.8

1009tNNITIE 1 2.019 1
11
,
I'to(O WDYST102
1 2
3. 2.62:1
2.608 1
1.30
4 2.676 3.30

ard 7/7 LONTROL OAT C M:
?5x OUHI-Tr.,
15t CALE114t0-
rAfAMESIA ptw
urc"
J 2.695

, 1.43
17 28.3 2.38 H-8
1:48 178 M 2.39 U.0
IM 203 29.4 2.37 12A
1.02 286 27.5 2.4f 11A
1.22 233 25.8 2.47 10-S