SCIENTIFIC ABSTRACT BOGDANOV, G. N. - BOGDANOV, I. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205820010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


11WHOV,, V.V,; VOIDDIXINq A.A.1 BOGDANOVp.G.N.
I Phenol-diene regroupment in the reactions of phenols, Usp.khim.
32 no.2sl5/4,-194 F 163. (KCRA 164)
1. Institut khimicheskoy fisiki U MR.
(Phenou) . (Cyclobexadienone)

BOODANOV, G.N.; YERSWVp V.V.
Now stabla phenoxy radicale. Izvf.AN SSM.Ser.khi*,. no.8sl5l6-1518
Ag 163. . (MMA 16 t.9) -
1. Institut khimicheskoy fisiki AN SSSR.
(Phenoxy group)

BOGDANIOV G N VIOGRADOV, Yu.G.;.IVANOV, D.P.; KOGAN, L.B.
Increasing the resistance of cast iron chills. Lit. proizv. no.12:
24-26 D -,',)4. (MI11A. 18:3)

GORIBULISKIY, G.F.; IBOGDANO,~,.G.N.; VINOGRADOV, Yu.G.
-2-
method of testing the heat resistanco of mAterlfils fcr meital
molds. Lit. proizv. no.4t27-28 Ap 164.
PUWi 18:7)

L 59~50`-65
ACCIMSION NR: AP5019335 UR/0020/64'/15~/003/0707,/~yi-09

1AUT)i0R- Konavalova, N. Miller, V. B.-, Neyram, 14. V~; i f
Rovintsev, B. 0.

1,,TIT.'Lr,,. Antitimr activity of:afable fre(i radicals
-SOUME: - AN SSSR.- Doklarbr, 3.0 '?V~77P9

TOPIC TAGR: blochemistry, neoplawl

1ABSTPACT: The antitwuor activity of free radicals van studied in the
light of literature data indicating that a vital role in thit m4pcheni:~;F,
of the antitumor action of inhibitors of radical proc,)sses "s pia---r-,
ith-t action of comparatively iitabls free radicals formad froam t,,- ,
-r .1 ,
e free radicals of a number of 4-sub '.L .
to . Stab! stituted
meLhylpiperidipe oxidea vere inveBtige.ted by a kinetic raeLhod of
mi,iing nriiit~_Lmor The kirptien of the chiinw-na in t'llio
ei , n t~ r () f I ii uli o cy te a a i id h emn r-, to P. 'I f'. 6 1 'i
mc-ter of b1siod sad percent content of bemocytopla,3*.z 11.
iv. u~co r--,f tho C8TBL lincy 't-Ith Nrnfrtu-d
-
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'
ti
V64 diecovered 'r
elihem
An I 1e nctivlt7 ita Uhroo ' 71;
alrain.
Cord 112

f~CCESZION NR: AP,5019335
antileulcemic activit-7 of o-
no of the pri)PAMMOnG vus found to be due to
the pronence In ItS W10CUIC of bot-h eill unpoired electron and o Ifa
XAT0011.n grpull,
Mg. art. han: 4 grapho, I tabjes
ASSOCIATION: InBtitut khimichoskoy fizlri Akademi-i nauk SSSR Uristitute of
Ghei-nicad Phyeics, Academy of Skiences SSSR)
SUTHTWED: ENCL: 0) SUR L,~ IX,
RE, SOV:
OTM Do"A
Card

EMANUEL', N.M.; KONOVAIDVA, N.P.;,WqPANqy,_P.N.; VASILIYEVA, L.S.
Kinetics of thE development of ascitic leukemia L-1210. Dokl.
AN SSSR 160 no.6:1421-1423 F 165.
(MIRA 18:2)
1. Institut khimicheskoy fiziki AN SSSR. 2. Chlen-korrespondent
AN SSSR (for Emanuel').

BOMANGVp O.N.; BOLDIN, A.A.
Influence of the polar effect of substituents on the oriek-
tion inhibiting activity of sterically hindered phenols.
Neftekhimiia 3 no,4:594-597 n-Ag 163. (KMA 16:11)
1. Institut kbimicheOpy fisiki AN SSSR,

BN~Mqklq~'pe
Patents for spring suspension& abroad. Avtf~ ". 29 U0.88 ..
41-43 Ag 163. ' (MBA 16:n) -

12(2)
SOV/113-59-7-17/19
AUTHOR: Bogdanov, G. P., Candidate of Technical Sciences
TITLE: A Scientific-Technological Conference on Automobile
Suspensions
PERIODICAL: Avtomobillnaya promyshlennost', 1959, Nr 7, pp 45 - 4?
(USSR)
ABSTRACT: A scientific-technological conference on automobile
suspensions was convened at NAMI in February 1959.
More than 200 suspension specialists exchanged their
experience on automobile suspensions and coordinated
their future design and research work.. The partici-
ants came from NAMI, NII shinnoy promyshlennosti
ientific Research Institute of the Tire Industry),
M
MVTU imeni Bauman, Gorlkovskiy politekhnicheskiy in-
stitut imeni Zhdanova (Gorlkiy Polytechnic Institute
imeni Zhdanov) and other organizations. A total of
Card 1/12 24 papers and reports was submitted. Doctor of Tech-

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
nical Sciences, Ya.M*Pevzner (NAMI) read his paper
"Automobile Vibrations on a Road with an Irregular
Microprofile". Vertical vibrations of the points of
the body along the base of an automobile were dis-
cussed in this paper, based on the methods of sta-
tistical regularities, as well as angular vibrations
for boundary cases - the practical equality and the
considerable difference of suspension vibration fre-
quencies, The zones of the least vertical accelera-
tions depend on the ratios and amplitudes of suspension
vibrations. Practical conclusions for selecting pa-
rameters and design of automobiles were derived. Can-
didate of Technical Sciences I.G. Parkhilovskiy,
Gorlkovskiy avtozavod (Gorskiy Automobile Plant) stated
that the application of the theory of probability is
Card 2/12 necessary for studying the road effect on an automobile,,

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
since these affects are random functions. Based on
road tests for measuring accelerations of truck body
vibrations, it was established by means of the the-
ory of probability that the quality of the suspension
may be estimated by mean square acceleration of body
vibrations above the axles and by correlation coeffi-
cients. Studies of rear axle suspension vibrations
on the "Volga" sedan under different operational con-
ditions showed that the laws of amplitude distribu-
tion are close to the normal distribution in regard
to vibrations of the body and the wheels. Doctor of
Technical Sciences R. V. Rotenberg reported on the
possible application of electronic computers and ana-
logs for developing engineering calculation methods
for automobile suspension vibrations. Having solved
several hundred equations on the electrical analog
Card 3/ 12 NM-2, R. V. Rotenberg plotted graphs for the appro-

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
ximated estimation of automobile suspensions by
initial design parameters without solving differen-
tial equations in each individual case. He also
suggests using approximated calculation formulas.
The calculations of suspension and vibration para-
meters of automobiles should be obligatory in the
same way, as for example, the traction calculations.
V. B. Tsimbalin, Gorlkiy Automobile Plant, discussed
in his paper the smoothness of ride of an automobile
and the functioning of the suspension. Chang Hung--,.
hsing,,Gorlkiy Polytechnic Institute imeni Zhdanov, re-
ported on test stand experiments concerning smoothness
of ride. Shili, Chin-shou,,, Gorlkiy Polytechnic Institute
imeni Zhdanov, reported on the vibration of the passen-
ger's body in an automobile. The principal regularities
of the function of pneumatic rubber springs, their de-
Card 4/12 sign and operational pecularities and problems connected

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
with the technology of manufacturing these springs,
were the topics of the-papers submitted by Doctor
of Technical:Sciences Ya. M. Pevzner and Candidate
of Technical Sciences A. M. Gorelik (NAMI); R. A.
Akopyan from the Llvovskiy avtobusnyy zavod (Llvov
Bus Plant); I. I. Seleznev, Candidate of Technical
Sciences R. L. Guslitser, T. A. Chizhov (Scientific
Research Institute of the Tire Industry) and V. A.
Galashin (MVTU imeni Bauman). They all acknowledged
the advantages of pneumatic suspensions. Automatic
controls of pneumatic suspensions will provide equal
smoothness of ride with different loads. NAMI deve-
loped the first Soviet pneumatic suspension with au-
tomatic controls which was installed on a ZIL-164
truck. The preliminary experimental data obtained
when testing these automatic controls on a ZIL-164
Card 5/12 bus may be used for determining the required values

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
for additional volumes, dynamic motions, etc.. In
cooperation with NAMI, the L'vov Bus Plant developed
a pneumatic suspension for the front and rear wheels
of the LAZ-695e bus with independent front suspension.
The tests of the LAZ-695e bus and the ZIL-164 truck
(25,000 km) showed the advantages of the pneumatic
suspension. Experimental diaphragm pneumatic suspen-
sions, developed by MVTU in cooperation with the Le-
ningradskiy shinnyy zavod (Leningrad Tire Plant),
were installed in the rear suspension of a GAZ-63
automobile and will undergo road tests. A paper of
the Scientific Research Institute of the Tire Industry
dealt with problems of calculating, designing and
manufacturing pneumatic springs. Methods have been de-
veloped for the mass production of pneumatic springs*
Candidate of Technical Sciences V. L. Biderman and B.
Card 6/12 L. Blukhin (Scientific Research Institute of the Tire

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tYLe 0, tiae

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
(Belorussian Polytechnic Institute). Preliminary
tests of a pneumatic hydraulic suspension, manu-
factured for a MAZ-525 dump truck, proved its opera-
tional efficiency. B. M. Dyshman, from the Moskovskiy
avtozavod imeni Likhacheva (Moscow Automobile Plant
imeni Likhachev), presented an analytical approach
for determining the optimum length of leaf springs,
the number and thickness of spring leaves, as well as
the average rated stress. This method may be used
for designing lighter springs. Candidates of Techni-
cal Sciences Z. I. Talantova and I. N. Uspenskiy, from
the Gor9kiy Polytechnic Institute imeni Zhdanov, ana-
lyzed the efficiency of the design of the main rear
springs of the GAZ-51A. V. V. Gnetnev reported on
road.tests of GAZ-51A. GAZ-52 bLnd GAZ-56 trucks con-
Card 8/12 duated bythe Gorlkiy Automobile Plant with springs

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
seated in rubber mounts. The experimental instal-
lation of springs with rubber mounts increases the
service life of springs 2-5 times as compared to
springs fastened by ordinary steel pins. Candidate
of Technical Sciences A. M. Gorelik reported on
rubber compression springs with a progressive rigi-
dity characteristics developed at NAMI. A. P. Artemen-
ko from the Yaroslavskiy motornyy zavod (Yaroslavl'
Engine Plant) reported on calculation and design work
on ali independent front torsion suspension for the
10-ton, three-axle YaAZ-21OYe dump truck. The opera-
tion of trucks with such suspensions showed positive
results during their operation in quarries. Doctor
of Technical Sciences, Ya. M. Pevzner and Candidate
of Technical Sciences A. M,Gorelik reported on the
results of research work conducted at NAMI and NII
Card 9/12 rezinovoy promyshlennosti (Scientific Research Insti-

SOV/113-59-7-17/19
A Scientific-Technological'Conference on Automobile Suspensions
tute of the Rubber Industry)and reported on investi-
gations, design work and tests of a torsion rubber
suspension. New types of rubber compounds, new cal-
culation and test methods are under development for
rubber torsion springs. V. D. Samartsev (NAMI) re-
ported on the experience in manufacturing "braided"
rubber suspensions for trailers having a nilmlinear
characteristic and a long service life at low manu-
facturing costs. Telescope shock absorbers are now
introduced at Soviet automobile plants, replacing the
lever shock absorbers. Candidates of Technical Sciences
I. B. Skinder and YuO A. Liepa from NAMI and the Mos-
kovskiy karbyuratornyy zavod (Moscow Carburetor Plant)
explained a type assortment of telescope shock ab-
sorbers with piston diameters of 30, 40 and 50 mm for
Card 10/12 Soviet automobiles. Special road tests of "Moskvich",

SOV/113-59-7-17/19
A Scientific-Technological Conference on Automobile Suspensions
"Volga", ZIL-164 and PAZ-652 vehicles, in which te-
lescopic shock absorbers were installed, and the
operational experience with MZMA automobiles and
experimental buses of the LIvov and Pavlovskiy auto-
mobile plants confirm the efficient selection of the
standardized series of telescope shock absorbers.
The demand for such shock absorbers will rise rapidly
and special plants must be built for producing them.
A. D. Derbaramdiker (report of the Moscow Carburetor
Plant and 4AMI) explained investigations of the work
of telescope shock absorbers and the development of
basic data for their practical application under con-
sideration of hydrodynamic and thermodynamic depen-
dencies, The conference participants decided to
establish at NAMI a permanent commission for auto-
mobile suspensions. This commission must coordinate
Card 11/12 the research work in the field of automobile suspen-

BOV/113-59-7-17/19
a
A Scientific-Technological Conference on Automobile Suspensions
sions.- The conference participants agreed on recom-
mendations for speeding up anrl expanding experimen-
tal design and research work in! the field of automo-
bile suspensions.
Card 12/12

BOGDANOV, G.Po, kand.takhnonauk
-------
Characteristics of now demigne of car suspensions. Avt.prom* n0-7!
35-39 i1 160o (MMA13:7)
(Autolso'biles-Springs)

#,OGDANOVj G*P*
Suspensions of foreign automobiles of 2962. Avt.proza. 29 no.l.-
44,47 Ja -'63. . (KRA 16: 1)
(Automobiles-Springs)
I

VOINOT, I.I.; ZZYBILI. Yq.Ya., saveduyuhahly; SLASTENOV, Te.P.. doteent, sa"-
duyuahchiy; BOGDANOV. G.R.. direktor.
Microbiological characteristics of cultures of dysentery bacilli. (Authors'
abstract). Zhur.iikrobiol.epid. i immun. no-3:20-21 Mr 153. (max 6:6 ).
1. Epidemiologichaskiy otdol Sverdlovskogo institute. apidemiologii i
mikrobiologit (for Slastenov). 2. Rayonnays. sanitarno-bakteriologicho-
skaya laboratoriya (for Zeybell). 3. Sverdlovskiy institut apidemiologii
i mikrobiologii (for Bogdanov). (Dysentery)

BOGDAN tlyandah"HMOVSKAYAp T.P., red. izd-va;
BOU)YREVAO Z.A.# tekhn. red,
(Handbook for determining the cost of drainage operations)
Spravochnoe posobie dlia opredeleniia stoimosti rabot po
oBusheniiu. Mo&vas, Goso nauchno-tekhn6izd-vo lit-47 PO
gornomu delup 1961, 149 P. (kRA 151
(Mine drainage-CoStS)

s/o68/62/000/005/002/002
E071/E435
AUTHORS: Kolpovskiy,. N.M., Grenberg, Ye.I., Bogdanov, G,U,V
Sipovich, S.Yu.
TITLE: Tubes with a corrosion resistant lining
PERIODICAL: Koks i khimiya, no.5, 1962, 48-49
TEXT: Tubes lined with,vinyl and polyethylene plastics (tube
diameter 211, thickness of lining about 3.5 min) produced at the-
Dnepropetrovsk Tube-Rolling Mill were tested in the pyridine and
sulphato plants of the Dnepropetrovsk Coal-Tar Chemical Works.
The tubes were used for transportation of corrosive media of-the
following characteristics: acid solutions with various contents'
of sulphuric acid 0.5, 6 to 8, 30 to 40, 70'to 80%), in some
cases crystals of ammonium sulphate were present; weakly alkaline~
solutions, containing pyridine bases, hydrogen sulphide, hypo-
sulphite, thiocyanides, etc. The-temperature of solutions were..
up to 50*C, the pressure did not exceed 2 to 3 atm. Tubes under
these conditions have been in operation for two years*and are
still in service. For comparison, bimetallic (steel-copper) and
Card 1/2

Tubes with a corrosion ...
S/068/62/000/005/002/002
E071/E435
stainless lXl8H 9T (lKhl8N9T) tubes were tested. After carrying
media containing ammonia, hydrogen sulphide or hyposulphite,
bimetallic tubes placed after neutralizers and vacdo filters in
the desulphurizing plant become unserviceable after one month,in
the pyridine plant (acidity.6 to BV*)-, after 6 months and in the
benzole washing plant after one year. Stainless steel tubes are.
still in operation after 2 years. It-is concluded that plastic
lined tubes can successfully replace stainless and non_~ferrous
tubes for transporting corrosive media at temperatures up to 70
to 8oOc. The necessity of development of improved types of
connections is stressed.
ASSOCIATIONS: Dnepropetrovskiy truboprokatnyy zavod im. Lenina
(Dnepropetrovsk Tube-Rolling Mill imeni Lenin)
Kolpav6kiyj ReMs, 4renbers, Ya,X9, 808danov, GAI
Dnepropetrovskiy koksokhimicheskiy zavod
(Dnepropetrovsk Coal-Tar Chemical WorkgO
Sipovich, S.Yu,
Card 2/2

I
ROGRANOV GeorgJ7 Terentlyeviabl CEMOVSWA, T.P., red.i~A-va;
27 i~
B~O
[Referenc'e book for detemining the coot of draimge work]
Spravocbnoe posobis dlia oprode3aniia otoimosti robot po
osuaboniiu. Hookwat Goo.nauobno-tekbnoizd-vo 3.it-ry po
gornomu delul 1961. 3.49 p. (MIRA 34t6)
(Drainap)

BOGUROV, G. Ta.
Limane in the northern part of the Uaspian Lowland as accumulators
of fresh ground waters* Izvo vys, uohebe zav.; geol. i razv. 1 to.10:
111-120 0 158. (Min 1-L: 9)
l.Mookovikiy geologorazvedochny7 institut imeni S. Ordzhonikidse.
Kafedra gidrogeologii. (Caspian Lowland--Water, Underground)

KA NSKIT, G.K. [deceased]; GARMONOT, I.T.; BWDANDV. G.Ta.; GURKM,
N.F;; RASPOPOT, M.P.; YARTSBVA. Ye.Ya.; BILTAKOTA, Ye.T., red.
Jzd-rva; KDWKOLINIKOV, K.A.. takhn.red.
(Ground waters of the Caspian Depression and their regimen in
the Volga-Ural izterfluveJ Gruntovye vody Prikaspiiskoi ulzmannosti
i ikh rezbim v In,edelift Volgo-Urallskogo mezbduracblia. Hoskya,
Izd-vo-Akad.nauk SSSR, 1960. 179 p. (Akademiia nauk SSSR, 1960
179 p. (Alcademila nau SSSR. laboratoriia gidrogeologicheakikh
problem,t_ Tr*, VOL 27)-
1. Cblen-korrespondent AN q~R (for Kamenskiy)
(Volga Valley-Water', Underground)
(Ural Valley-Water, Underground)

BOGDA.NDV G.Ta.
Division of the northwestern part of the Caspian Low-
land In the trans-Volga portion of Stalingrad Province
according to the types of bydrochomical conditions, Izv,
vyseuebebezave; geol.i razv, no-3:109-115 MY 160-
(MIRA 13:7)
I* Moskovskiy geologorazvedochM institut im. S.Ordxhonikidse.
(Stalingrad Province-Hydrology)

BOGDANOV, G.Ya.
Underground water conditions in the northwestern Caspian lowland
in the trans-Volga portion of Stalingrad Province. Izv.v.Vs.ucheb,
zavo; geolA razv- 3 no-1:121-133 Ja 160, (MIU 13:7)
1. Moskovskiy geologorazvedochnvy institut im. S.Ordshonikidze.
(Stalingrad Province-4ater, Underground)

BOGDANOV G Ya... Oand. Geol-Mineral. Soi. (di.3s) "System, Balance,
and ~'ormatlon of Soil Waters of Northwestern Caspian Lowland in
Volgograd Trans-Volga Area," Moscow, 1961, 34 pp (Moscow State
Uni.v.)(Geol. Fao.) 180-oopies (KL Supp 12-61, 268).

BOGDANOV,jjYa.
HYdrodynamic ground water zones in the northwestern part of the
Caspian Lowland. Izvo vya* uchebe zare; geole i(razy. 4 no.3:
67-83. mr 161, ~Lm 3,4..6)
1e Moskovskiy geologorazvedochnyy institut Imeni S. Ordzhonikidze.
(Caspian Lov3,and--Water,, Underground)

BOGDANOV, G.Ya.
Studying the balance of oalt of a land area by G.N.Kamenakii's
equation, Trudy Lab.gidrogeol.probl. 40:125-130 162. (MIRA 15:11)
(Salt) (Water, Underground-Analysis)

BOCIDANOV, G.Ya.
wpw~-
Methodology of hydrogeological atudies in acewnulation plains under dry
olirwxto conditions. Razved. i okh. nedr 29 no.7:1+9-54 Jl 163.
(MIRA 16:9)
1. Moskovskiy geologorazvedochnyy institut.
(Water., Underground) ~Surveying)

T
State Farms
Developim, state farin production in th;!! fifth five-year plan. Sots. sellkhoz. 24,
No. 2,- 19~3-
Monthly List of Russian Accession', Library of Congross
June 1953.

BULGARIA / Chemical Technology. Chemical Products H-13
and Their Application. Ceramics. Glass.
Binding Materials. Concrete.
Abs Jour; Ref Zhur-Khimiya, No 1, 19599 2111.
Author Bogdanov, I,
_
Inst ~-
~0
Title The Rapid Roasting Lime.
Orig Pub: Lake, promyshlenost, 1958, 7, No 1, 27-29.
Abstract: The author considers a series of steps directed
toward increasing the efficiency of lime roast-
ing in Bulgaria: introduction of additional
blowing, rationalized method for loading etones
into a furnace, a proper distribution of labor
and other measures contributing to the speedy
roasting. It Is pointed out that the average op-
Card 1/2
45

'BULGARIA / Chemical Technology. Chemical Products H-13
and Their Application. Ceramics. Glass.
Binding Materials. Concrete.
AbB Tour: Ref Zhur-Khimiya) No 10 1959, 2111.
Abstract: erating capacity of a shaft furnace in Asenov-
grad, after being switched to rapid burning and
a reconstruction of the ventilation unit, was
doubled from 12-14 to 25-28 tons. -- Ya. Satun-
ovsky.
Card 2/2

BOGDAMV, I.
Competition of Ukrainian firemen. Pozh.dolo 5 no-1:3-4 A
' 59. (KRA 11:12)
1. Zamestitell ministr;L vnutrenulkh del USSR.
(Ukraina-Firemen) (Ukraine--Socialist competition)

BOGDAIZOV, 1. ; GEORGIEV, A. V.
"On the eco-norde value -of lead-zinc deposits."
MUZIM DEELO, Sofila, Bulgaria, Vol. 14, no. 2, Mlar./Apr. 1959
i
Ylont-Uy list of Fast Europe Accessions (kZAI)) IZ, Vol. 3, No. 6, Sept 59
Linclas

BOGDANOVP I. (Petropavlovsk)
Flour mills should be supplied with nylon sieves. Mak.-elev.
prom. 28 no.5,131 Mv 162. (MIRA 15t5)
, (Flour mills-Equipment and supplies)

BOGDANOVs I, (Sverdlovsk)
Letts analyze the financial indices of a branch of trade.
Sov. torg. 36 no.SM-19 Ag 163. WRA16,n)

KISLYAKOV, Nikolay Timofeyevich, kand. tekhn. uauk [deceased]; BOGWOV, LA.,
red.; MIKL# G.P., tekhn. red.
[Prisolples of anaVeis of the operation of railroads] Ounovy
analiza ekepl~atatsio=ol raboty zhelezuykh dorog. Izd.2., ispr.
i dop. Moskva, Goo, tranap, zhel-,dor, izd-vo, 1958. 194 p,
(Railroads-Traffic) (KIU Ilj7)
Sim

BOODANOV9. Igor! _Aleltoandrovich; TSMNKO, A.P., inzh., red.; HHDVAMA,
"' I " 06 "' -d -' 1,4-
#'"Vdldih~Y6
ECooperation practices between railroad sections and Economic
Councils] Opyt sodrushostva otdolenii dorog i sovnarkhozov.
Moskva, Goo.transp.shel-dor.isd-vo, 1939. 41 p. (MIRA 13:1)
(Railroads-Management)

BOGDANOV Ivan Aleksandrqvich; KONDYUKOVA, F.D... red.; YELAGIll,
,, e . i-er,
[The pover of socia3ist competition] Sila sorevnovaniiao
Moskva, Izd-vo Sovetskaia Rossiia) 1963. 63 p.
(MIRA 16:U)
(Volga-Vyatka Economic Region-Socialist competition)

Volatilo udiblotles tied phyloatitim VI. N. Nlwkuv
ions, IBM Microbial. lierol_ Solim, Bulgaria).
2.114 "M
ad irimm: " , Asamw am. 28.
(French 10
summary -During their vegetative periotis. a
rest no.-ol gnm-pos. and gram-neg. bacteria. %part-form-
U& bavilli. mthmnyceirs samcharomayettes. and (utizi pri-
dure volatile substances 4) with nsom or less bactericidal
and boderiowlstic properties: these weee called "viv.
boviej (1). Detailled mudift were made an I tftvlucvd by
r"I'Mirabsim ar~kow III). which was iqolsted from a
bArrvi cimtg. wine. It was growrt In different culture turdia
and astar plates (mbly inoculat"I with test orsan-
istill Were exposed to the = ted 1. The antagonistic
ti *1 of I an gram-pos. bzt= wus Selective; Crum-ner.
I= ,.Id highm, .. .1 1. It. forsnz,im of I
bact
'IM m depend on the production of armnatic cutnixis.;
in synthelic ruedia the activity of I was ont lworortkutal to
the completeness of growth of U: and. the Amt. of I de-
cir,iwd with Increase of acidity. While 11 jentrated onlY
1, P. 44"N"I produced both I and prilivillin.. I started
futining at the time of max. production of penicilliii. Siesta
distillates YieW' fractions ith different bWtajiW
"ties " (= with = number* I mid.. =
fractift was the Imm aromatic and Ow wmkest. and the
last (tenth) the strongest. The chem. nature of I has not
been dtid. It was shown &W that P. evii prosluerd Iwo
SYJTS of I. I and phytoadtift are cmr,%Cvd. Cs. M.
VIJ7

Soya broth as "Uwe 084fift In the posluett" of ful"I.
Ciltin. VI. X. Marksly an, V411111. Micro-
rarsilto MAI. 28,
MillAtuni Imainvett
Xtr4iff 41111%, 419 JIVOIC111fill (1) 11% SOYA IIMth (111 111411 111
Oulsek-Dov suit trothilpil C&AI, tordia. Ahrf IrrAdus
114) g. entArd P)y4 flearns Ok INN) in). Witter low IM Ills.
I tonni Irrop.i the thill, W44 birtird for 15 noo, at 1"Ni, AIM
Iterciff addit. of 6 j. N40 to rise ithrate And airs illpalloo
i
T airal" "'Atipleted the ". of It. 11011atioll WAR Loill
riskIC%1 fly the adda. of PANII tIF tAd`tAMCWN# 6691Ciff-Ut
which &60 caused the "luction of trusat active 1. 'file
ROAf difluitiorl method was ussed to det. the activity of I
UNM 0141,110000M. Native I was coloriew and nmirxit-t-
IivelY very RtAble. The addn- of about 4% Itucow to It
I'voit,4111 the dettluction of 1. IlrobablY due to t c tonflulloo
oll ItIo"Mic Acid. G. Ntestuer-bu

PoplamISTOV, PO; DOGDANOVO I.;. BALAWOV, V,
Antibiosis in the oral cavity. Vest.ven. i dorm. n0.3356-57 W-JO '53.
(MM 6:7)
(Mouth-Bacteriology)

POPEMMIOV. P.; BOGDANOTO 1. -,. ULLMOV, V.
Antibiosis' In the skin. Test.van. i, dorm. no,,3257 MY-Je 153. (MM 6:7)
(Mcin-Microorganism's)

PGPMISTOV, P.; IOGDANOV, L; BALTAIR OV. V.
%mawdowdskulm
Antibiosis in the foreskin and urethra in men. Veat.ven. i derm. n0-3:
57 Ny-Je 153. (MLRA 6:7)
(Genitourinary organs-Bacteriology)
I

POPMMISTOV# Pe; BOGDANOVO I*; SALLBUOT, V.
a"M
Antiobiosis in the vagina and the female urethra. Vest.ven. i. derm. no.3:
57 NY-Je '53. (ML 6:7)
(Oonitourinary organs--Bacteriology)

POPKHRISTOT6 P*; )GDANOTj I*-,, BALABOOV, Vo
Antibionle in tho oral cavity as a factor of resistance of the oral
mucosa to fungome and pyocoocic agents. Vest.ven. i derm. no.3:57-58
my-je 153. (MLRk 6:7)
- (Mouth-Bacteriology)

BW dw
1"aw""M 0
Fungistatin, a now antibiotic with antimrootic action; prelWnaz7
c9mmunicatione Suvreso sods. Sofia 5 no.9t29-31 1954.
1. Iz Xatedrata po epidemiologita I mikrobiologtia pri LUL.
Direktori dote D,D.Xh&dvhldimova, dok,'-.or na meditsinskits maki.
(YUNGICIMS ,
fungletatin)

POPM STOV. P.; BOGDAIDT. I.; BKMANDV, V.
ole of normal microflora. in man and appearance of fungus and
bacterial infections following antibiotic therapy-. Suvrem. mad.,
Sofia 7 no.5:11-23 1956.
(ANTIBIOTICS. Injurious effects,
bact. baiance disord'. & superinfect. (Bul))

BOGDANOV, I.; POPMISTOV,, P.
Ymperimental and olinleal studies on the antineoplastic activity of
the antibiotic blug&rio=. Izv. naucbnoisaled inst. protivorak. antl-
biot. 121-94 161.
(ANTIBIOTICS ther) (NEOPLASMS ther)

BELOBROV, Androy Pavlovich. Prinimali ucliastiye: BASMI, A.S. p
inzh.-gidrograf; BDMARQ3L,_I.A., inzh.-gidrograf, dot3.;
VILINER, B.A., inzh.-gidrogra-; VOLKOV, P.D.,, inzh.-
gidrograf; GORSHKOV, N.M.p inzh.-gidrograf; CHUROV, Ye.P.)
inzh.-gidrografj YASHKEVICH, Yo.V.p inzh.-gridrograf;
STUPAKOVA, L.A., red.
[Marine 17drography] Gidrografiia morla. 14oskvap Trans-
port, 1964. 514 P. (MIRA 17:9)

AMOVt Ivan Takovleviahj DOGDANOV -1 A,# buh.j, ratmenzent; TSLMKOs,
A*P*j inxb,p redoj FJiR7,L.A:, tekbu.red.
[Railroad operatioml indices] Pokazateli ekepluatatsionnoi
raboty zhelezvykh dorog; kratkii spravocbnik. lzd.2., perer. i
dop. Moskva,, Vess.indatellsko-po3.igr.obwedinenie K.;va putl3i
soobshobeniial, 1962* 206 p, (MICRA 15:5)
(Railroade-Mawament)

ZUBKOV, Ivan Ivanovibh, kand. tekhn. nauk; UGRIMV, Arkadiy
Konstantinovich, kand. tekhn. nauk; BERNGARD, K.A., doktor
tekhn. nauk.,treteenzent; BDGDANOV, I.A._, insh.., retsenzent;
ZHURAVLEV, M.M., inzh., riteenzent; KOM, V.A., inzh.,,
reteenzent; ROZENBERG, A.D., insh., reteenzent; RYAZANTSEVA,
Yu.A., insh., reteenzent; SUMV, K.Yu., kand. tekbn.nauk,
reteenzent; PREDE, V.Yu.., inzh., red.; XHITROVA, N.A., tekhn.
red. rm.
[Traffic organization in railroad transplrtation]Organizataiia
dvishenila na sholeanodorozhnom transporte. Izd.2., perer. i
dop. Mookvap Tranozholdorizdato 1962. 399 P. (MIRA 16:1)
(Railroads--Traffic)

KISLYAKOVI N.T., kand. takhn. nauk; BDGDMV I A., red.; VERINA,
G.P.,, tekhn, red.
[~ndamen tale of the analyais of the operation of railroads]
Oanovy analiza okepluatatsionnoi raboty zheleznykh dorog.
Moskva, Traneshaldorisdat,,,1954. 125 p. (MIRA 160)
(Railroads-Management)

o-BDGDAHOV I.A. in2h.
Reducing car detention time.in loading and unloading stations
is an important potenti&l, Zliel. dor, transp. 45 no.5.-18-
22 Vf 163. (MIRA 16tlO)
A!;

BOGDANOV, I.A., inzh.
. .1 '
Planning the B616hanization and automation of produotion, management.
Mekh.i avtom.proizv. 17 no.9t22-26 S 163. (MIRA 16:10)

BOGDMIO~,_,493~!.Aleksandrovich,- PIVENSHTEYN, David Illich;
PRkDE) V.Yu., rod.
[Analysis of the operation of railroads] Analiz eks-
pluatatsionnoi raboty zheleznykh dorog. Moskva) Trans-
port, 1964. 195 P. (MIRA 17:6)

DOGDANOVp I.A.; VMS, M.F.
%-~ ......
Use of method of light scaLtering in Bolutions In determining
the optical anisotropy and geometrical shape of molecules.
Vent. LGU 20 no.16:46-57 165. (MMA 18 S 9)

-.j~ Dft
As
MKM Q R4

~~_T ice- ec ral-
P
ub, 43 11) 62
I :Aks,: H. F, aInIdmBorgd~a~ovIA

L
Determination~ of, ani a 6TR and form of certain molecules
of
aromatic hydrocarbonsby the Ught diffusion in solutions
12v., AN, W&R. Sera fii. 10/6~' '66ry-W Nov-Dee 1954
Abatract .1 Mx*imentswere conducted-,to- d6farmine- the optical anis'otropg.and'polariz-
ability tensor of molecules~ofcertain aromatic hydrocarbons having two
benzene rings for-.the.-purpose.of~,establishing the form of these molecules
and the mutual orientation . Of-:,the -.benzene rings. - The - hydrocarbons- selected. -

for the ntswerei, en~ .diphenyInethane, dibenzyl diphenyl
diph J
ether, diphenylamine-and'benzophenone. The results obtained are shown in
graphs. Fotir references: 3UM and 1 USA (1937-1953). Graphs.
Institution The A. A. Zhdanov,State University, Leningrad and the L. M. Kaganovich
Military-Transport -Academy
Submitt6d

ATJTHORS; BogdAnov) I.A., Vuks, M.F. andYelfimov, V.I. 51-4-15/25
TITLEj_3)et-er-ffl1-mrtrom-uf the optical anisotropy and the polarizabil-
ity tensor of*m6lecules from scattering of light in solutions.
(Opredeleniye opticheskoy anizotropti i tenzora
polyarlzuyemasti'moleku~ po rasseyaniyu sveta v rastvorakh)
PERIODICAL: "Optika i spektroskopiya!l (Optics and ectroscopy)
1957,, Vol.2" -No.4 '15P502-509 (U.S.S.R1.
"STRACT: If the refractivity rise. the average-polarizability),and
moment of molecules are preserved on solution then
their polarizability tensor remains unchanged. In such cases
the light scattering of solutions can be used for the study
of the optical anisotropy-of the"solutd molecules. The hypo-
thesis of preservation of the polarizability tensor of the
solute is supported by,Raman and electron absorption spectra
which do not change much on solution. This paper describes
experimental evidence confirming-this hypothesis. CS )
benzene and nitrobenzene were dissolv6d-in liquids viih weak
anisotropic light scattering: CU cyclohexane, heptane,'
ethyl alcohol ether and acetone.,C% was also dissolved in
-30% by vo'ume.
benzene. Concentrations of the solute were 2 h.
The polarizability tensor for CS2, benzene and nitrobenzene
is known from im asurements of the Kerr constant and the
light depolarization coefficient of their vapours. These
.Card 1/4 molecules also possess strong optical anisotropy, convenitatly

51-4-15/25
Determination of the optical anisotropy and the polarizabil-
ity tensor of molecules from scattering of light in solutions.
(Cont.)
Card 2/4
large for accurate measurements. For these reasons any change
in the polarizability tensor could be easily found from the
changes in anisotropy. The method of measurements was describ-
ed in detail earlier for pure liquids (M.F.Vuks and I.I.
Bileakoy Zh. Eksper. Teor. Piz., Vol.21, 105, 1952). Light
from a Na-lamp, after scattering at 900 in a liquid was direc_~
ted on to a photometer via a polarizing prism. By suitable
rotation of the prism a parallel component of the scattered
ray was separated out. The benzene component was taken as the
intensity standard. Solutions of nitrobenzene in heptane were
studied at 500c, the rest at room temperature. Measured inten-
sities (relative to benzene) were proportional to the solute
concentration with constant,of proportionality increasing
from benzene via nitrobenzene to CS2 corresponding to the
increase of the optical anisotropy. Optical anisotropies
calculated from measured intensities for CS benzene and
nitrobenzene were nearly the same irrespectivle of the solvent
and practically equal to the values for isolated molecules
(in vapours). This confirms the preservation of their

Determination of the optical anisotropy and the 51-4-15/25
polarizability tensor of molecules from.scattering of light
in solutions. (Cont.)
Card 3/4
polarizability*tensot on solution. Similar tests are carried
out on ionosubstituted derivatives of benzene: toluene,
phenol, aniline; chlorobeazene; bromobenzene and iodobenzene.
The same solvents as before were used and'the solute concen-
trations were 4-20% by voltuae. Solutions of phenol and anil-
ine in cyclohexane-and in heptane,-and of iodobenzene in
-Othyl alcohol were studied at 500C, the rest at room temperi.,
ature. Except for solutions of aniline in ether and acetone,
where a noticeable solute-solvent interaction occurred, the
results followed the pattern for CS2, benzene and nitrobenzene.
Solutions of paradichlorobenzene, paradibromobenzene and
paradiiodobenzene (mainly in CC14 and benzene) were also
studied. Again results similar to those for CS~, benzene and
nitrobenzene were obtained. Values of the optical anisotropy
obtained from measurements for mono and di-substituted benzene
were compared with those calculated on the basis of additivity,
of polarizabilities. These values differ considerably (up to-

51-4-15/25
Determination of the optical anisotropy and the polariz-
ability tensor of molecules from scattering of light in
solutions. (Cont.)
25%) due to-interAction between various bonds (e.g. methyl
group and benzene ring in toluene). There are three figures,
three tables and five references,.all Slavic.
ASSOCIATION: Leningrad State University, War Academy of Supply
and Transport. (Leningr. Gos. Universitet. Vqeanaya
Akademiya Tyla i.transporta).
SUBMITTED: July 3, 1956.
AVAILABLE; Librea7 of congress
Card 4/4

BOMUOV, I.B., inshener.
Ts~a=o ogloal characteristics of the stitch and paste method of
shoemaking. Leg,prom. 17 no-3:50-52 Mr 157. (MM 10:4)
(shoo industry)

No
N
ISKIN, G*G*; ~OGDA 0 3?
%0
Met ~afmanufapctvring atrapp,for women's summer open shoes,
Obm, takhe opyto CMLPI no.37:3-7 157. ' (MLU 12; 9)
I (Shoo manufaoture).
i

BOGDANOVI IOB KINs G.G.
Guiding support for the Class 34 M atitch'n4g
mchine uBed for
stitching inner Ults to the lining. Obm. teW. opyto CHWI no.37:
9-10 '57. (MM 121)
(Shoo m%chinery)

BOGDAIIDV, I.B.
. no 110100110sw
" u6n;Iversal support clamp for the Class 23 IW ma e
C A. chin . Obm. takh.
op.vt. MLPI n0.37:10-11 157- (MIRA 12:9)
(Shoe machinery)

BOGDAIR)V. I.-, TWZLIN, L.; CHUDAKOT, V.
On the question of imolstening stiff leathers before rolli
-3 of cover. Js 11,
Knzh.-obuv.prom. no.6:40 159. (WR& 12:9
(Leatber)

BOGDANOV, VAX DAITILOVICH
BlIAN111IT, Aleksandr Davydovich; '0011RINW1 I r- n.Q1]Qxjpb3 MnSHIN'
Mikhail Kikhaylovich; MARTYMMO, Roman Dmij-r-jyavfC-h; RAMUTULIN,
M.D., inzhener, redaktor; MINA, - G.P., tekhnicheskiy radaktor
(21iminating defects in locamotives3 Ustranenie neispravnostet
toplovosa. Moskva, Gos.tranap.shel-dor.izd-yo, 1957. 102 P.
(KIRA 10:9)
4 '(Locomotives-maintenance and -rapair)

MYANNIKOV' V.N., insh.; LARIN, Y.N., Insh.; 13BLIMIKIY,
YO.Bf, inxh.; BOGDANOV, I-D,, inzh. (Aahkhabad);
(Tbilisi). waggwawi mp
~ '4"-V
A.D., inth.; MAWO
MAIIkTWV, R.G., dots.
Textbook on diesel locomotives-40The diesel locomotive industry.*
G.S. Ryleev and others. Reviewed by V.N. Ovaiannikov and others).
Zhel. dor. tvansp. 39 no.12:89-90 D 157. (MIRA 11-1)
(Diesel locomotives) (Byleav, O.S.)

I'-- WGDANOV, I,D9 I lush$. -I
Modernization of the MVT 25/9 exciter. Blek. i topl. tiaga 2
no.11:25 N '58- 1 (MIRA 11:12)
(Diesel locomotives-Blectric equipment)

BELERIKIT, Aleksandr Nvydoviah; BOGDANOT. Ivan Danilovich; THROSHIN,
Mikhail Mikhaylovich; MTMRKO; Roman Wtriyevith;
RAKHKATULIN, M.D., inzh., red.; BOBROVA, Te.N., takhn.red.
(Eliminating malfunctions in diesel locomotives] Ustrananis
neispravaostai teplovoza. Izd.2., iapr. i dop. Moskva,
Gos.transp.shel-dor.izd-vo, 1959. 156 p. (MIRA 13:1)
';Diesel locomotives-Handbooks, manuals, ate.)

. BOGDANDV, I.D., insh.-, ODMPOZOV. Sh.H.. inzh.
Puql feeding of the D50 diesel engine under emergenc7
conditions. Ilsk.i tapl,tlap 3 nos7tM J1 159,
(MIRA 13:3)
(Diesel engines)
0

63 0 G DI A N 6 1/; --/- , -'k
NICSTHROV, A.I. (Moskva); MSIIINSKIY, M.D. (Leningrad); GOREV, N-H.(Kiyev);
DOLGO-SABUROV, B.A. (Leningrad) - ZANUSOV, V.V. (Moskva); HURONTSET, S.M.
(Moskva); CHUMILKOV, M.P. (Moskv;); ZOOOV, V.M., Prof. (Moskva);
NEGOVSKIY, V.A., prof. (Moskva); 13IRWKOV, D.A. (Leningrad);
LITVIITOV, N.N., prof. (Moskva); SOKOIA)VA-POITOMONVA, O.D. (Moskva);
XUALOV, P.S. (Leningrad): BATKIS, G.A. (Moskva); KOSY"a, P.N.,
prof.'(Hoskva); SHWAXV, NbA. (Moskva)-, BUSUOV, AA.. Prof.
(Moskva); HOLCHOUVA, O.P. (Moskva); STRASEMI, I.D.; BLOKHIN, H.H.
(Moskva)-, MCBR&ZHHNSKIY, B.S. (Moskva); VISHI&'VSKIY, A.A. (Moskva)
CHMIIGOVSKIY, V.1f. (Moskva); PAVLOVSKIY, Ye.N., akademik (Leningrad);
MYASHIKOV, A.L. (Moskva); TIHOGI]ADOV, V.11. (Moskva); MAYNVSKIY, V.I.:
DAVYDOVSKIY, I.V. (Moskva); ICFn, V.I. (Moskva); KUHASHOV, S-V-:
AITOMUN, P.K. (Moskva); BOGDA1107 XQ. (Kiyov); ZILIBER. L.A.
(Moskva); BRONCTITSKIY, A-.Tu.;-CHEBUZARW, D.F.e prof.
Debate on the address by Professor V.V.Parin, academician
secretary of the Academy of Kedic~l Sciences of the U.S.S.R.;
abridged comments by members of the Academy of Medicine and
the directors of institutes. Vest.waf SSSR !4 no.8:19-31
'59. (MBA 12: 11)
1. DeyBtvitellrq7e chleny AH11 38SR (for Nesterov, Tushinskly,
Gorev, Zakusov, Kupalov, Strashim, Precbrazhenskiy, Vishnevakiy,
Chernigovskiy, Hyasnikov, Vinogradov, Anokhin, Zillber).
I (Continued on next card)

NISTIMOV, A.I.---(continued) Card 2.
2. ChleV-Icorreepondenty AMU SSSR (for Dolgo-Saburov, Chumakov,
Zhdanov,'Bir.vukov, Sokolova-Ponomareva, Matkis, Shmelev, Holchanova,
Blokhin, Ioffel Bogdanov). 3. Direktor Institute, gerontologii
AM SSSR (for Gorey)* 4. Direktor Institute. farrnakologti i
Idtinioterapii WO SSSR (for Zalcueov). 5. Deystvitol'W chlen
Veasopisnoy itkMemii sell skokhozyaystvennvkh nauk imeni V.I.Lenins,
(VASMWIL); direktor Instituta epidemiologii i milmobiologii imeni
amalel ANN SSSR (for Muromtsev). 6. Direktor Instituts. po
Isucheni.vu poliomiyelita WE SSM (for Chumakov). 7. Direktor
Institute, Wcoperimental'noy moditsiny AHN SSSR (for Biryukov)
8. Direktor Institute, obahchey i kommunalluoy giglyeny AM SSL
(for Litvinov)'. 9. Direktor Institute, pediatril AMN SSSR (for
Sokolova-Ponomareva). 10. Direktor Instituta viritoologii Ant
SM (for Koo kov). 11. Direktor Institute, tnberkuleza AM
SS.
M ( levr
Shme , 12. Direktor Instituta grudnoy khirtirgii AM
SSSR (for Buealov). 13, Direktor InBtitUta pitaniya AM SSSR
(for Molchanova). 14i Direktor Institute. skeparimentallnoy i
klinicheakoy onkologii VM SSSR (for Blokhin). 15. Direktor
Inatituts, khtrurgii AKN SSSR (for Vishnevskiy).

HISMOV, A-I.-- (continued) Card 3.
16. Direktor Instituta fiziologii AMU SSSR (for ChernlgovBkly).
17. Direktor Instituta terapii MOT BSSR (for MyaBnikov). 18.
Direktor Gosudarstvennogo izdatelstva meditsinskoy literatury
(for Xkvevskiy). 19. Vitae-prezident A14H SSM (for DavydovBkiy).
20. Hiniatr sdravookhraneniya SSSR (for lurashov). 21. Direktor
Instituta, infektsionnykh bolezney AMU SSSR (for Bogdanov).
22. Chlen-korrespondent AN BSSR: predesdatel' Uohenogo meditsin-
kogo sovets Hinisterstya zdravookhrananiya BSBR (for Bronavit-
:
kiy)- 23- Predeedatell Uchenogo meditsinskogo soveta Ministerstva
zdravookhraneniva USSR (for Chebotarev).
(MEDICIITN)

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628. NIA.M.Ct'IYEN ~111-4nltlifl'll
NW.M. 1946. NIR
silb bilunrlimml unsild, enm1will.. Iturb -i* rIhYh-Ir IIv-
t4ol dimetharrylatc in the presence 4 pI4%Iwijrv,. l"IffIVII.
-
;
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he W.
101Y dibutyl llhthAIA10. The OW 1-1 41.1
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; , 1).tooruatin". minislo. lit the lifillid ",to Itrated at wig
uts It
.0 0 - ittam with a 20-fohl 'Ad, of virlding lit) to 1% me'
-M (CH,
0 f0occurXIIS), (1) was "Otlicol" by beat
I a vdxt~ of 760 S. C118:04ce"c with Im S. pob-me lost. in ale. and In MrsCO; the mut. W the ppt.
I 111#0111)% 6 c. comed - HAO. sod 60 a. hydraquivone did M choose in the courw of the iraction. and tht Chu.
o him. at 140 All mid" a ttfttu otdry N or C(h* the actfiriatic coasts. of the supernatant liquid remained
Itoll list unchanged toil: 1AM3. q of a 101!o moln. In'
have Ittillod AWOV. Alift Olvitimlimilo" tMili NOW0, mumel:11A.....N.... * IMM. hvnre. Ittilk IMAYInelitis. -00
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go J 'ale1j. giv" &boig 4o% Initial 1. 40% mlilue and 20% alenificantly fethiml: thus. polymerigation of allyl
andirld.products, esitra of dibalic scititt Can Ito frptt~rn(tA by
1,00
psaaky; thimliiiih an Inthicilou petkiii. the hingth, r,
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4.4111 13 or Is VA
m 00' with I slid if A% 110,14, 1 -1.3 and 41-4 it" I I ago
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0 4 In 1-1.11 lars. That proic" o1 the nwtkwk wra , to=, % a 00
by the vol. mutwakin. citinl4vir CM. cliff'o
by 130t. goo
raggiondimig to a rantr~fion 111he lxt -ordo
mto COMIA. & - M0.51(ts - 4ri.-With 4 WA Offts-
prows! In tam of the tom pauting isdicatl6in ci the 01,01, ClIXII.
dilmloinalw. art Imitly In Ivulk 1xilyinciltation and t d-poirmw) I goo
In JMM will", in llbhfr 1441 r1w %lit"latmolly with O"W to
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to 6A. in hr... of voillitletkilt of two It
Irm
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km, JFI W-Ife'r, IW* Igo - 416; w melcol
The relative Use
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be
It awlitled I* "Wit. Wilding of t
l1w we*
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extent In Mrcf). ellL. and CH(31; with ow O.A %. 1.
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Wis. 11W Indim" MW hKtftW* With the OHNI, 611,
"
go 10 .d DR. 1, 1. IX VA.
tbui, with 0. (V.A. I. A
00
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of Ilit polyfunctional I WM to
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I
1 nmaxes regularly and no In"I. I
. the mechankm of be C"XAY-

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r 9 orAb
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bwam
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action parlod, and v 61 the memnatant hQuid twinain.
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F"Oln of Cite: cmeecatt. of 016'.01COODU 1
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ip IL
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oil
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with 311.8 1. 3 Weeks yields I I-kx(J4A1wmy.
Akwide. M. ~2"m-if). (decmpu,).
this v 9.) Willi 40 cc. coml. 11.11AN41-h 4-mw4yw.
atftw. I -Asa 1)4tof.l.j 1 $ 1*0 (jok?" M.
s
114
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BOGDANOV, 1. 1 e , - ~ ~ ,I ~- ,
Cbemical Yanufaoturing Procesess
. Dissertation: "Selective HydrogenAtive of Organic Gompounds anJ Their
Significance in the Production of Synthetic Liquid Fuel." Dr Tech Sci,
Inst of Mineral Yuels, Acad Sci USSR, 16 Mar 549 (Vacheruyaya Moskva,
Moscow, 4 Mar 54)
SO: SUM 213, 20 Sept 1954

-7-oa
Ity in destmeff"
imadois at hy ergo C
a an h A md At the higher !cmpcmtums,, with a 6&t-
=.mort and condcnsnuou. Pholl and Hro A01ir
down the byxlrox=tion of tolum. I in not active in the

Mlffla. AN Ali;
Trxdy fail.! R _3'
-
-
hydrogenation of PhOH at temps. Wow 4000. at higher
Wro-
em
140-MI054).-Am hvm cntoly3t Jj W2.4 Warri P)iOHlx"ucMwidilmrijighy-dre~vnated. Sorne
=
gmtjon of the ell ylent Iinkw in $Welie and c7tlDbexent zation will only result In %-cry pWmgcd interaction.
-andlin the bytirti6atirn of naphthalene W Tetralin. but
whileW6, (U) is active for
drogenation
asene h
A for b With no catalysts present. dihydric phenols rucrely undergo
condemation
but in the premice 4 1 or 11 thcv at; r
duced
e
,
y
-x
all Ulm lion tyW, anti b xlw4ys arconipunkd by
,
* v
The We groups
to C
f C
l .
c
bydrMnated, and condemmed. 1-m~ high-mol. vrt.emlen'
,
bt,
9 fo
sate 1
ta
dat hi
h
r t
t it d
(
11 t
w
.
on o
O -
va
4
a
I,Pvl
bebrent 4w)WORS facilitate IydmgtTmjjvn. In .
e
r
r
tvs
41
emps.,
,
not
o
ow
g
6(1% OF1111 r the Oli gtoups mv reduce(I in DrOll and
valltures Cd naphthalrok cind beintur, ampbtbakmt was by-
is dis-
ction
i
t
i phtb~lic acid and CHj is split off, which occurs even %%ith no
l
m rea
s
t
" c
drcleasted firit. The knecbmi
,
W Aromuts
d cata
)St rewnt. Oxygenated compits. aremmuned to form
2 t
t
i
T
.
Oxygm
cumed. ]I. H a Asam e
t In-
%rolle I. h
matea with n P
dr
a
6 s, mum-ly n
ypes
ompr
[h a7i active 0 (which can be
-
-
redomi in the absence of
st
l
t
d
ith
i
0
)
-
m
.
1W. 151-0
y
tmpmttUC4 and the benzeirc r"'d !L-~ Only rooderate)y s
ca
an
w
;s
a
%
a pp,
e
y
phenol, ani-ole, cte.),altich are itut reduced without cata-
SO. The fmncr can be reduced by 11-airrim, e.g. Tctra-
and the reaction may be used industrially fim a nartizil
NEW nation of 0 in a
nixts. W.M.Stera
.

C i-: / /----
I
KLIXOV,B.I.Clocessed]: DOGDANOV.1-Y.
~-.
Effectiveness of catalysts in destructive hydrogenation reactions.
Repost no.2. Hydrogenation of aromatic oxygen compounds. Trudy
IGI no.3:151-166 154. (14W 8:11)
(Hydrogenation) (Oxygen compounds)