SCIENTIFIC ABSTRACT BAZILEVICH, S. V. - BAZILEVSKAYA, G. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204120003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAZILEVIM S. V.0 Cand Tech Sci -- (diss) "Study of the
Beha-
ftmlsmmmmm~-
vior of Zinc in Blast Furnaces." Mos, 1957. 13 pp with
drawings
(Central Sci Res Inst of Ferrous Metallurgy), 110 copies
(HL,
49-57, 112)
- 27 -

V, 130 - 6 3/2T
AUTHDRS:Khilikevichp F.A.v Lazarev, Jf.L, and Bazilevich, S.V.
TITLE: Blast furnace operation with oxygenated blast. (BAbota
domemykh pechey na dutlye, obogashohennom kislorodom).
PERIODIC&L: -Metallurg! (Metallurgist), 19579 No'.6, pp-,3-7
(USSR)..
ABSTBACT: The use of oxygenated blast for producing steel-making
pig iroxx and ferromanganese in blast furnaces 1386 and 3-100
m in useful volume and operating with medium top pressurep
respectivelyr is described.. The experiments were carried
out at the Nizhne-Tagillsk-metallurgical combine in 1956-57
intly with the Central Research Institute of Ferrous
V
allurgy and werle reported at the recent All-Union Blast-
Furnace Conference " The pig iron (0,6% Sig 1% Mn, 0'.04% S,
01.2% P) was melted from a mixture of fluxed and unfluxed
sinters and magnetite ores. The reducibility and strength
of the burden were low'. A 9D-day trial period with ordin-
ary blast was followed by a total of 6 days with oxygenation
to 22',,19% 02, 14 days at 23'.3% 02 and 8 at 24% 02'. Blast
moisture was kept constant at 20 g~z3v blast volume was re-
duced to keep the time rate of gas proftation constant and
blast temperature was increased. ThrosEt OOp-content
traverses show that good distrift1tion, was maintained, and
the operating -aharacteristice of the furnace (coke rate,
Card 1/2

130 6 3/27
Blast furnace operation with oxygenate& blast. (Cont.)
productivity, CQ/002 ratio and calorific value of top gas,
coke-burnizg rate) were better in the oxygenated-blast
periods, but the praqtice is complicated by tha d-steriora-
tion in raw material quality which occurred in,-part of tba
24% period; without this deterioration the proEctivity was
2063 tons per day compared with 1915 without oxygenation. -
Because of high oxygen costs at the works direct production
costs of the izon were slightly higher with oxygen-enriched
blast, but this was offset by improvement in various fac-
tors. The manganese ore from which ferromanganese was
melted contained much fines and high production rates were
difficult to achieve. Oxygenation to 24 3% 0 for a month
gave a productivity increase of 11'.2% (i:rom 339'.7 to 447.0
tons/day). A relatively acid((C&O + M90)/S102 = 1~10 to
1'15) slag was used and blast temperatures were sb;~i 1000 C.
I~ general the results are considered to show that it is
advantageous to use oxygenated blast for operation on pre-
pared charges.
ASSOCIATION: Nizhne-Tagillsk Metallurgical Combine.
(Nizhne-Tagillskiy Metallurgicheskiy Kombinat).
AVAILABLE:
Card 2/2

13 r/-2 8
AUTHOR; Zakharov, A.F., Khillkevich, F.A., BazilevicL, 8.4?. and
Lazarev, B.L.9 Engineers.
ITIR: Smelting of Ferro-manganese in a Large Blast Furnace
(VYPlavka ferrOmargantsa v boltshoy domennoy pechi)
PERIODICAL: Stall, 1957,~ NO.?, pp. 580 - 584 (USSR),
ABSTRACT: In 1956, the smelt.ing of ferro-manganese was carried out
in a large furnace (No'2 furnace Bizhne Tagillskiy Works)
(1 100 x') with high to*p pressure (0-5 atm.) and oxygen-
enriched blast (up to 24.5%).. The preparation of the furnace
for the transfer from foundry iron to ferro.-manganese produ-
ctiOn, characteristic Of raw materials, operational practice
and the results obtained are described. The profile of the
furnace and the distribution of 00 2 in the top gas along-the
throat diameter are,shown in Figs. I and 2, respectively.
Material and heat balances are given in Tables 1 and12 res-
pec.tively. I
The comparison of main indices of heat balan as of
smelting ferro-manganese in three different works is given in
'Table 3- In additiont the distribution of temperatures and
changes'in the gas Composition along,the height of the furnace
stack,(Fig.~) and-the composition of gas in the combustion
Card 1/2zone (Fig.4) were studied. It is concluded that on smelting

I SOV/130-59-2-2/17
AUTHORS: Bazilevicho S.V. Candidate of Technical Sciences and
lazarev, gineer
TIT LF. Production of Pellets from Charges Containing Pyrites
Residues (Polucheniye okatyahey iz shikht s uchastiyem
piritnykh ogarkov)
FERIODICALtMetallurg, 1959, Nr 2j pp 4-7 (USSR)
A.BSTRiCT: Pyrites residues from Ural ehemicalworks contain
16-25%
silica and some copper and zinc and not more than
45-50% iron. Their direct use in blast-furnaces is
therefore deleterious and experience at the
Cherepovetskiy metallurgicheskiy zavod (Cherepovets
Metallurgical Works) (Ref 1) has shown that their use
in the sinter mix reduces sintering rates and gives
an Inferior product. The a..Ithors describe work at the
Nizhue-Tagillskiy metallurg;icheskiy kombinat (Nizhne-
Tagillskiy Metallurgical Combine) on the production of
flux-containing pellets from pyrites-residues containing
mixes and the comparison of this method with sintering.
In this work S*V.Mak&yevq chief engineer of the combine,
Card 1/4 co-operated and I.D.Paderin and Ye,A.Pakhomov
participated.

SOV/130-59-2-2/17
Production of Pellets from Charges containing Pyrites Residues
Vysokogorskiy magaetite concentrate (59.3% Fe. 25.8% FeO,
0.19% S9 0.23% Gus 0.08% Zn, 7.2% S102r 3-2% CaO)
0 - 0.21 mm in size was pelletised with pyrites residues
(52-3% Fet 7-5% FeOs 1.45YS 89 0.22% Gus 0.27% Zn,
17.4% S102t 2.8% CaO) and various sizes of limestone
were pelletised. A 1000 mm diameter disc pelletiser
rotating at 12 rpm was used, limestone being added to
give a basicity of 1. Fig 1 shows pellet crushing
strength, shatter strength and moisture (curves 1, 2 and
3 respectively) as a function of pyrites residues content
(top abscissa scale)* 'About 20% residues gave the
strongest pellets and this content (residues + concentrate
= 100%) was used in the main part of the investigation.
The properties of unfired pellets with this residues to
concentrates ratio made with limestone, lime or calcium
hydroxide are shown in table 2. Calcium hydroxide gave
the strongest pellets (dry crushin load 3.97 kg) and
this strengthening effect was fou
a19 to become more
pronounced the higher the pyrites concentration.
To study desulphurisation processes various charges
Card 2/4 were fired in a do=--draught of air in a 150 mm

SOV/130-59-2-2/17
Production of Pellets from Charges Containing Pyrites Residues
electrically heated pot. Fig 2 shows the degrees of
desulphurisation as functions of heating time (minutes)
for 1000, 1200 and 12500C for fluxed residues (curve 1)
unfluxed residues (1000 and 12000C only) (curve II) and
fluxed 20 to 80 residues to concentrates mixture (curvei1r)o
When pellets of the latter composition-were fired it.was.
found (Fig 3) that with increasing firing,temperature
(range 1180 to 12800C) the residual sulphur content falls
(from about 0.05 to about 0.02%) and the ratio of ferrous
to total iron rises. The optimal temperature is given
as 1210-1240 and duration as 20 min. The properties of
the pellets were compared with those of sinter of the
same material by allowing 100 g sam les in a basket to
descend 8 m down a blast-furnace = then withdrawing
and subjecting to chemical analysis to determine degrees
of reduction. The results of these tests showed that
while sinter was only 9.1% reduced the value for pellets
was 40.1%. Table 4 gives results of these and other
comparative tests which showed that for about the same
Card 3/4 iron content the pellets had less FeO and sulphur than

SOV/1-30-59-2-2/3.7
Production of Pellets from Charges Containing Pyrites
Residues
the sinter and had good physical properties even after
a 20 hour soaking in water. The authors conclude that
it is preferable to smelt pyrites residues as a
component of pellets than of sinter. There are
3 figures, 4 tables and 1 Soviet reference.
ASSWIkTION:Nizhne -Tagil I skiy Metallur Ichaski-y Kombinat
(Nizhniy- -Tagil' skiy He Combim)
Card 4/4

133-9-1/23
AUTHOR: Khillkevich, F.A. and Bazilevich, S.V., Engineers.
TITIZ-- An Investigatioh of the Service Life of Carbon Lining in
the Blast Furnace Stack. (Issledovaniye raboty uglerodistoy
futerovki shakhty domennoy pechi)
PEHIODICAL: Stal', 1957, No-9, pp.. 769 - 771 (USSR)
ABSTRA.CT: The service life of the chamotte lining of blast furnace
stack on the above works was lately about 2 - 2.5 years. More-
overI the presence of zinc in the burden increased the erosion
of lining and occasionally caused bursting of the shell. In
October 1956, the bottom 7.2 m of the stack of the No.3~ furnace
was relined with ddrbon blocks (Fig.1). For the cooling of the
carbon lining three rows of plate-coolers placed close up to
the exte-na?.aurface of the carbon blocks were used. The sea-
between the blocks were*filled with paste made from foundry coke
(0 - 0.5 Mm fraction) - 50%, pitch - 22.5% and anthraeene oil -
27.5%. The lentil was smoothed with a chamotte-cement tie piece
on to which two rows of chamotte bricks were placed followed by
a row of lentil coolers on.to which the first row of carbon
-blocks was placed. A number of thermocouples in sheaths was
placed into holes drilled in the carbon blocks and connected to
recording galvanometers. The temperature of the lining during
Cardl/3 the heating-up period is shown in Fig.2. Calculated
temperature

133-9-1/23
An Investigation of the Service Life of Carbon Lining in the
Blast
Furnace Stack.
distribution in the carbon lining is shown in Fig-3. Indications
of thermacouples inserted 340 mm into the carbon lining remained
during 5 months of the furnace operation on the same level as
after blowing in (Fig.4). A high sensitivity of thermocouples
(placed near -i the hot surface of the lining) to changes in the
gas flow in tl~--) stack can bi used for the control of furnace
operation. In order to evabate the gas permeability of carbon
lining measurement of gas pressures on hot and cold surfaces of
the lining vias carried out. Pressure in the furnace on level 5
(6 100 mm from the lentil) was on average 1.25 atm. gage, and
the
gas pressure on the cold side of the lininiz rose and after 9
days
reached a ma imum (pressure drop 0.59 ati_-~. Then pressure drop
began to increase and stabilised at 1.23 atm., which was appare-
ntly due to an intense deposition of zinc in seams. After 30
days of operation when changing thermocouples a thick layer of
metallic zinc on the walls of the thermocouple hole was noticed.
The gas composition on the hot and cold sides of the carbon
lining was practically identical. On the 32nd day, the shell
cracked. It was welded but cracking continued due to an
intense deposition of wine in the lining. To prevent the depo-
Card2/3sition of zinc in the lining itself the authors proposed
a

133-9-1/23
-An Investigation of the Service Life of Carbon Lining in the
Blast
Furnace Stack.
modified design of lining Fig.5, which, however, is considered
in the editorial note of not much use for preventing the cracking
of the shell. In conclusion it is stated that carbon-lining is
more stable than chmotte lining and therefore its thickness can
be reduced to 500 mm. Replacing the chamotte lining with'*&
carbon one did not substantially increase the external heat
losses. In the case of the presence of zinc In the burden,.--the
use of a two-layer lining (Fig.5) should be used. In the editobs
note it is pointed out that six months' operation is insufficient
for the conclusions drawn. There are 5 figures.
ASSOCIATION: Nizhniy Tagil . Metallurgical Combine
(Nizhne-Tagill-
skiy Hetallurgicheskiy Kombinat)
AVAILABIZ: Library of Congress.
Card 3/3

BAZILIVICH, S.T., kando tsthn. nauk; JAUM, B.L., insh.
Preparing pellets from charges contaUdag pyrite cinder.
Metallurg 4 U0.20-7 Y '59. (XIU 12:1)
1.11shns-Tagillskly wtallurgichaskly ko-mbInato
(Pyrites) (SinteAug)

PHASE I BOOK EXPLOITATION SOV/5274
Bazilevioho SerjGK-!18AUM-i:N-Yioh, Boris Leonidovich Lazarevo
Modest
1fn-dr6yd-v-1"8X- firikov, iii&'16ks Viktorovich Goloskov
Metody eksperimentalinogo issledovaniya domennogo, protsessa
(Methods
for the Experimental Investigation of the 131ast-Fumace Process)
Sverdlovskj Metallurgizdat,, 196o. 256 p. Errata clip inserted.
3,200 copies printed.
Reviewer: I. S. Kulikov, Candidate of Technical Sciences; Ed.:
L. Z. Khodak; Ed. of Publishing House; F. K. Chapaykina; Tech.
Ed.: R. M. Matlyuk.
PURPOSE: This book is intended for technical personnel of
industrial
laboratories and for workers at scientific research institutes.
It may also: be of use to personnel of blast-furnaoe plants and to
students at schools*of higher and secondary education.
COVERAGE: Methods of experimental investigations of the blast-
furnace smelting process are reviewed. Equipment and apparatus
Card-1/7>

Methods for the Experimental Investigation (Cont.) SOV/5274
used for investigating the various zones of a blast furnace are
described. Also briefly outlined are methods of laboratory re-
search In the field of east-iron metallurgy. No personalities
are mentioned. There are 236 references, mostly Soviet.
TABLE OF CONTENTS:
Introduction 3
Ch. I. Methods of Appraising the Metallurgical Properties of
Sinter and Ore 7
1. Sampling of raw materials for the chemical analysis
2. Resistance of the stock to gas passage
Temperature of softening and smelting 13
Reducibility of sinter and ores 19
5. Firmness and porosity of sinter 29
Ch. II. Methods of Determining the Metallurgical Value of Coke
32
1. Physical properties of coke 32
Sampling of coke 33
Card~:Z6$

ISUDOROZMWV, I.P.. insh.; SDUXOT, Tu. I., insh.; NUMOV, G.S., Insh.
BAZIMICH. S.T., imad.tekbu.nank
Automatic control of the speed 6?*stntering machino operations.
Wtallurg 5 no, 1212.4 D"160, (MML 13:11)
I.: Nisbao-Tagillskiy notallurglobeekiy kombinat i Uralmekbasnobr.
(Sintering-Rquipment &Tkd supplies) (Amtomatic control)

RUMTSETS A-P-P 'nzh'l Sn4"OV,, Y.J., inzb; B-AZIIZVIC.Hj..S-V-t
kand.takhn.
nauk
Improving the vintering process. Metanurg 6 no-3:4-5 Mr 161.
(MIRA 14:5)
1, Nisbne-Tagil I akiy wtallurgiabeiskiy kombinat.
(Sintering)

mn.um, V,Yaav prof.1 ZIUVICH, kV kand.tekhn.naukj KHUDOROSHKOV,
lop". 4nab
J~ms+j t4ner strevM of sinter. St" 21 no.9:769-775
S 162-- (KM-14:9)
1. R2bne-TagIA'aldy wtallurgieMskiy kombinat i Institut
astanurgii Ure3lskogo filials AN SSSR.
(Sintering)

MILIXR) V-Ya.; BAMEVICH, S.V.; MAYZELI, G.M.
Composition of the gaseous phase during the sintering
of magnetite
concentrates. Obog.rad. 7 no.1:29-34 162. (KMA 15:3)
1. N-lzhne-Tagillskiy metallurgicheskiy kombinat.
(Sintering) (Gases-Analysis)

VINOGIUDOV., V.S.., inzh.; ALITSWUR, M.A.,. kand. tekhn.
nauk; POLYAKOV.,
V.G.,, imzh.; KUiVCHKIN, insh.; KA41AZI14, V.I.,, doktor
tekhn.
nauk; ZAIKIN, S.A.., inzh.; OSTROVSKI7, G.P.$ inzh.
(deceased];
NAUMKO9, PJ,j inzb,; BOBRUSHKIN, L,G,, inzb,i RUSTAMOV,
I,I,q
insh.; SHIFRIN, I.I., inzb.; GOLOVANOV, G.A.s inzh.;
KRASOVSM.,
L.A., inzh.; TSIMBALENKO, L.N., insh.; RAVIKOVICH, I.M.,
inzh.;
kand. tekbn.nauk; ZORIN,
BAZjl&Q%_ V I.P.0 inzh.; ZUBAM.,
S.N... inzb.; TIMMVIDOV., A.F... inzh.; SHITOV, I.S.
inzh.;
GUWUROVp A.I., inzhq KUSEMBAYEV, lb.N... inzh.; 6EKWUM,
S.I.,, inzh.; VORONOV, I.S.p inzb.; BMIM17N, G.M.,
inzh.; BAFffSM,
V.M... inzh.; OOLOVIN, Yu.P.j, inzh.; MWIMKO, K.F...
inzb.;
RYCHKOV, L.F., inah.; NMERENKO, A.M., inzh.; KABANOV,
V.F.v
inzh.; PATRIKEIEV, N.N..j, inzb.Cdeceased]; ROSSMIT,
A.F... inzh.;
SOSEW 0.0.# in~&.~ POKROVSKIY, M.A., inzh.,. retsenzent:
POIDTSKf S.M., red.; GOLIDIN, Ya.A., glav. red.;
GOLUB-vATNIKOVA,G.S.,
red. izd-va; BOLDYi=A,, Z.A.0 tekbn. red.
(Iron mining and ore dresoing industry]zhelezorudnaia
pro-
nVablennost'. Moskva,, Gosgortekhizdat., 1962. 439. p.
(MUU 15:32)
1. Moscow. TSentral'My institut informataii chernoy
meta3lurgii.
(Iron mines and mining) (Ore dressing)

AMM,-&V~j ROIKOVICH, I.M.; KHUDOROSHKOV, I.P.;
MILLER, V.Ta.; B~~ll
P~ri~:t uabastiyet Vernikovskiy, KJL; SOTHICHOKO, A.S.;
PAXBM40VO Ye.A.; BMEMA,, O.K.
Ptvftoticin of f1wcod ointer using a higb botoicity
siner as flvxo
80-4-hil S 22 no.12tlO57-1060 D 162. (MM 15,32)
1. lizbne-Tagillaldy metMurgicbeakiy kmbizat i
Vaesoyazn7y
mauchno-inaledovatellskiy inatitat mekhanicheakoy
obrabotki
poleznykh iskopayemykb. (Sintering)

-Ad
J=M0_8,.YLLj6AR3Wj, B.L.
" of improving the granular ccmposition of sinter.
Stall 22
no.3.2t1061-1065 D 162. (MM 15:12)
1. Nisbue-Tagillski-y metallurgicbe&iy kambinate
(sintering) Nravular materials)

BUSYGINP V.A.; S]I.IAKov, yu.V.; -gZIIEVICH.0 S,V.;
MAYZELI., G.M.
Automatic control of sintering charge moisture,
Stall 22
no.10-.880-882 0162. (MMA, 15:10)
1, Nizhne-Tagillskiy metallurgichaskiy kombinat.
(Sintering) (Automatic control)

BRAVCHIKOV, S.G.; BAZILEVICH_2,_S.V.; YAROSHENKO, Yu.G.; MAYZELI, G,M,
Analysis of heat-exchanging processes during sintering by the
filtration method. 1xv. vya, ucheb, zave; cherne met, 6 no.6:
1&26 .163. (KRA, 16:8)
1. Urallskiy politakhnicheakiy ipotitut.
(Sintering) (Heat-Transmission)

1P, ICIIj-,31Y~,; YAROSHENKOP Yu.G.; MAYZEL', G.M.
BRATGIIIKOV~ B.G.; BAZI
Calculating temperatures during the sintering process. Izv.
vys. ucheb. zav*; chern. met. 6 no.8t47-53 163. (MIRA 16ill)
1. Ural'skly politekhnicheskiy institut.

YAROSHCNKO, ru.G.; BAZI-INVIC.H. S.V.; BRAICHIKOV, S.G.
-.- ~ " -,-- -T.- -
Method Of beat OAlOUIAtions in the roasting of flVwd
nodules,
Izv. vys. wheb. sav.; chern. mtb 6 no,1002-29 163,
(KMA 16112)
1. Ural'skiy politekbuichaskiy institut i
Nizhne-Tagillskiy
metallurgicheskly kcmbinat.

BAZIU'VICH, 33,; PAXIMICT, Ye.A.
ImestIgating ccmditions of us:Lng s,rap rturris. Stall
24 zn,.2~118-
1-11 F ; 64. (KrPA 17;9)
1. Nau:hrc-imeledovatellskiy inst1tut po problemem
Kurskt-y magnitoy
anomaIii i Nithr -Tagjl.'Llsk,'.y metal2urgicheskiy
kombinat.

BAZILF-VICHY S.V.; KUTSENKO, V.F.; BAZILFVICH, T.N.
Strengt1h of sinter from Kursk Magnetic Anomaly ores. Stall 25
no.5085-393 Ifir 165. (MIRA 18:6)
1. Nauchno-Issledovatellskly, inatitut po problemam Kurskoy
magnitnoy anomalli In. L.D..Shfvyakovs.
M)MENZONP Ye.Z.; RYABUKONI N.K.; SKAKUN, V.D.; RABIROVICH, D.M.;
BANUTICH, T,N,
ImPrOving the mechanical properties of lightweight rolled shapes
&sde of carbon and lov-&Uoy stools. Stall 22 no.3:262-263 Mr
162. (MM 150)
.1. Xiz~ne-Tagil Iskiy metallurgiaheakiy kombinat.
(Steel alloys-Heat treatment)

BAZILFIVICH., S.V.j KUTSWir~jp V*F.; BAZIWilCH, T.H.
Stran of alltarlivu"UMO-Magnatio Anomaly ores. Stal 23
no. 5 s 385-393 165.: (14IM
1. Nsuohno-isaledovatellekly i-aUtut po probleftm Kurzkoy
magnitnoy anomalli Im. L.D,Shevyakove.

BLZIIXVIGH V-A- I'Bazilsvych. V-0.1
Determining Aouor*diug velocities on the basis of.the
analysis of
the distribution of actual velocities In a uniform stream.
Dqp.AN
URM no.10$137?-1383 16o. NnA 13,11)
I. Inatitut g1drologil i gidrotakhaW AN USSR. Predstavieno
akadedcom AN USSR G. I. Sukhomelon. [Sukhomel, ILI.]
(Hydraulics)

BAZIMICH, V.A. (Basilevyobp V.0.1
Distribution of actusa bottom velocities in the -after bay of a
spUlway dame Dop*AH URSH noe7t891-893 16.1. (MM 14:8)
I* Izotitut gidrologii i gidrotekhniki AN USSR. Predstavleno
olmdand m AN USSR G.1,Sukhomelom C S I.
cps)

BAZILEVICH. V.A (Baxilevych, V.0.]
Action of a turbulent stream on a channel composed of
incoherent
soils under conditions of a plans problem. Dop. AN
URSR no.ns
1429-1434 161. (MIRA 16:7)
I.. Inatitut gidrologii i gidrotakhaiki AN UkrSSR.
Predstavleno
akademikom AN UkrSSR G.I.Sukhomelam [&*honel, H.I.].
(Hydraulics)

BAZILEVICII, V.AO inzh
Determining the scouring capacity'of a flow at actual speeds.
Gidr. stroi. 32 no.8:39-40 Ag 162. (MIM 15:9)
(Hydraulics)
'~ I ~~ ~, - - - I -- ~ ~ A, _- -, - . - ~~ , -~ - ~ ~- -,-*- ~ I - , - - ~ -
~- - ~-: - - , ~7,-, -, ~-- z - . - ~ - _ -; 4 ~- , I ~- - " . - - -

, V.A. (Ba:-, , -,',Y,%rynh, 11.0. 1
Calculating the strengthening of a channel aL
imr-91tream of spil2ways
a.-cording to actual velocity. Vist! fnst. bidrol. i
laidr. AN UIUR 23:
2~,37 163. (MERA 17:12)

-IPZILMCH.. V.A. [BailMobp V.Q,1
Velocity -strup*we 4f a tarbulent flow in ohanow erosion
craters In the process of their formation. Dop. AN URSR
no-3:335-339 164. (MIRA 17:5)
1. lutitut gidrologii i g1drotekhmiki AN MntM. Predstavleno
akadanikm AN UkrSSR Q,I, Sukhom1cm [Sukhmel, H*I.I.

on
ri

V L
_,,,I
Programing engineering and consLruction problems for the
B&SY,&214
electronic computer. Vych. i org.tekh. %, stroi. I proek.
no.1:73-77
164. (MIRA 18:10)
1. Lanpromstrcyproyekt.

BAZILEVIC11,JSevolod Llvovich; BAZILEVICH, Leonid
Vsevolodovich;
retsenzent; XOZ--lNB7jlG, Ma.,
nauchn. red.; NIKITIVA, M.I., red.
(Co-nd aystem and programmW, for the BESM-211
computer)
Sistema komand i programmirovanie dlia HM-2.
Leningrad,
Izd-vo "S)Aostroitelfstvo," 1964. 341 p, (PIRA
17-.8)

TOLIPOTA, X.T.1 BAVIMMCH VA., doteent,
kend.filoiog.nam . otv.red.;
MUMOT I IH -;;-R'Wed.
Exinimus Inglish-Russian dictionary of ref ripration
engineering]
Ang1o-ruszkii slovarl-vMdmum po kholodillnot tekbM .
Odessa,
Tekhnologicheakil In-t pishchevoi i kholodillnoi
pronyahl., 1960o
27 P. (UM 14:))
(Refrigeration and refrigerating
machinery-Dictionaries)
(English language-41otioneries-Russian)

DAZI1ZVICg,_j,M. [B%xylevych,, V.M.1; FMOXHONSFAYA.,
O.M. [Porokbonalka,
T.-m. I
Transportation of Coregonus poled Gmelin at the
stage of two
veek old larvae. Visn)*.Xyiv.un. no.2. Ser.biol.
no.D145-147
'59. (MIRA 16 W
. . (WHITEFISHES) (FISHES-TRANSPORTATION)

KLIMISHIMP I.A.; RAZILEVICH, V.M.
Some results of statistic processing of the p4talog
of the
interstellar polarization of star light. TS:Lr.
Astron. obser.
Liviv. un. no-39/400-10 163. (MIRA 16M)

-BAZI VVI Ci4v VvVs - - - - - - -- -- -- -- - - - -- -
h2063a SHPOLIMT, E.V., ILIINA, A.A.0 BAZILMCH., V.V.-Spektry
flyuorestsentaii nakotorykh
politaiklichaskikh aromaticheskikh uglevodorodov. (Doklad),
Izvestiya akad. Nauk
SSSR, Seiriya Fiz.., 1948., Noe 5, a. 519-26-Bibliogri 5 Nam
So% Setopial Ztru'rnallnvkh Stateys Vol. 47, 1948

BAZILEVICH.9 V. V.
Shpol'Skiij E. V., Illinas A. A. and Bazilevich 4ve ve Fluorescence spectra cf
some
polycyclic hydrocarbons at temperature of liquid air& Page 5n.
Sot Bulletin of the Academy of Sciences, Izvestia, (USSR) Vol. lh, No. h.
(19%) Series ON Rgsics.
: -,I - 1 3'.~ -,

Tr
BAZILEVIC111 V. V.
U99R./Medicine - Benzpyrena
Medicine - Tumor
May/Jun 49
"Retention of 3.4 Benzp M no in the Site of Administration and Its
Presence in Tumors
Forned by Its Actions" V. M. Bergolits, A. A. 111inav V. V.
Bazilevich, Lab of Oncol
Inst of Normal and Path Morphs Acad Had Sci USSR, Opt Labs State
Opt Inst, Moscow,, it pp
"Biokh:Lm" Vol XIV, No 3
Tabulates and summa izes spectural analysis of the fluorescent
effects on mice inoculated
with varying amounts of benzpyrene at time intervals from that
immediately following the
inoculation to 226 days afterward. Submitted 15 Oct 48
PA 63/49T41

BAZILEVICHp V. - V. -
USSR/Chamistry - Spectrum Analysis JwW`Feb 49
Chemistry - BOMOV-Pyrme
"Fluorescence Spectra of 3j,4-Benzox7-Pyrene and Their Utilization
for Detecting It in
the Uving Orgeniamp" V. M, Bergol"top A. A. neina, V. V. Bazilevich,
lab of Oncol,,
Inst of Normal and Path Morph, Aced Mod Sci USSR, Opt Lab, State
Pedagogical Inst,
Mosoovv 51 PP
Oftokbilldyam Vol livs No 1
Studies fluorescence spectra of 3.4,-bensopyrone, one of most potent
cancerogenic substances,,
by means of a photoelectric spectrometer. Applies method to
detection of benzopyrene
In urine and certain organs of mice. Submitted 19 May 48
FA 43/49M

us=/hwaice Sep 48
Chemistry. - Autbracenep nuorewAmas
"Fluorescence Spectra of Anthracene,, 1.2-Bonsentbracene,, and Some
of Their Derivatives.,*
E. V. Shj*l'eJdyq A. A. 3:11ina, V. V. Plasilevichp Optics Iab,
Moscow State Pedagogical
Inst 'neal V. 1, Lenin,, 4 pp
RDok Ak Nauk SSSRII 'Vol LZI19 No 2, S-,,*,,-~-,*,'-I.,.'.
Studied fluorescence spectra of anthracene,,
9#10-diaothylantbracene,, 10-dietbylantbraome,,
292-benzoantbraosnel 1#2#5#6-dibenzoantbracenes
9#10-dimtbyl-lp2-benzoanthracouej,
cholanthrenep 3-mtbyl-cholanthrene and beasopyrene. Compared
results for the fluorescons
of antbracene in benzene vith those of Shishloviddy, R. A. Burdett
and L. C. Zonea..
and Pringshein. Submitted by Aced S. I. Vsvilov', 13 Jul 48
PA 36/49M

rjTWRS so Topchiyevp A, V., a. N. 20-1.W58
Aliyeva, Go AsJI
TITLE: The Chemical Composition of the Makhachkala Oil
(Khimichoskiy sostav
Makhachkalinskoy nefti).
M10DICAL** Doklady AN SSSRy 1958., Vol- 118., Nr 1,, pp.
no-113 (USSR).
ABSTRACT: This oil field lies 2 km south of the town, The
mineraloil is., deposia
ted in sand layers of the Chokrak-SpiraliscMe deposits of
the G.
suite. Phyvico-chsmi al characteristic. Elementary
composition in per-
centagw by weight. -/o -/o 0 - t5bVZ3 - 86*36, H - 13,48 -
13,67,
5 - 0221j N + 0 - 0,08. Oth;r propirties are given, The
investigated
oil contains benzine fractions (27,,2 6/6) and is to be
classified with
the very-11ght mineral oils of mixed foundation. According
to the
general properties it is close to other mineral oils of
Dagestane
Benzine fractions.. The chemical compoaltiom by groups was
determined
by means or-the-method of aniline-points. Deviations of the
values
of the anIlla .points T which were found after
debromatization
la,r within the range 0 !(Ojwf
(table 1). IL high (about 5o O/o) con-
tent of paraffinic hydrocarbons was characteristic of au 4
benzine
fractions. The content of aromatic hydrocarbons was also
considerable
card 113 and increased on transitionfrom the lower to the
higher fractions,

/,- a
The Ghemioakl Composition of the Makhachkala Oil*
20-1-31/26
There are 3 tables, and 3 Slavic references.
SuMaITM: .1une 22, 1957.
AVkIUBLE: Library of Congress.
Card 313

22281
311521611000100410021009
111.210 B126/B219
AUTHORSt Panohenkov, G. M., B"ilevich, V. V.# Boyeva, R. B.,
Zlotchenko, V. N.,likoloy, N. I.
TITLEs Investigation of the influence of the catalyst
composition
on the hydrocarbon content of gasolineB from catalytic
cracking
PERIODICkLi Izvestiya vysahikh uohobnykh zavedeniy. Neft' i
gaz, no- 4,
1961, 57-62
TEM The above investigation was carried out in view of the
growing
importance of petroleum as a raw material for chemical
synthesis. The
combined method of B. A. Kazanskiy and G. S. Landeberg for
detailed
examination of gasolines served as a basis, (Ref.3:
Landaberg G. S
Kazanskiy B. A., Bazhulin P. A-9 Bulanova T. F., Liberman A.
L.,
Mikhaylova Ye. A., Plate A. F., Sterin Kh. Ye., Sushchinskiy
M. M.,
Tarasova, G. A., Ukholin S. A. "Oprodelenlye individuallnogo
uglevodorod-
nogo sostava benzinov pryamoy gonki kombinirovannym metodom"
("Determina-
tion of the individual hydrocarbon oontent in straight-run
gasolines by a
Card 1/3

22281
3/15 61/000/004/002/009
.Lnvestigation of the influence.... B126YB219
combined method"), Izd-vo AN SSSR, 19591 Ref- 0 Landaberg G.
S.,
Bazhulin P. A., Sushchinskiy M. X. "Oanovnyye parametry
spektrov
kombinatsionnogo rasseyaniya uglevodorodov" ("Basic
parameters of the
spectra of Raman scattering from hydrocarbons"), Izd-vo AN
SSSRt 1956).
A distillate with a boiling interval at 300-4000C was used
as initial raw
material. Cracking was brought about in the laboratory at a
temperature
of 4750C and a feed rate of the raw material of 0.7 ml/hr,
and lasted for
1 hr. The experiment was carried out under the same
conditions in two
equal apparatuses with aluminum silicate catalyets of
various Al 203 con-
tent, viz. a commercial aluminum silicate catalyst
consisting of
12.8% Al 2039 85-1% SiO2, 0.2% Fe 2031 0-05% Cr 20,, and a
synthetic
aluminum silicate catalyst with.30% Al 2 03 and 70% S102'
The fractions
55-95 and 95-1220C were subjected to chromatographic
adsorption, the
losses being far lose through use of the method of A.
V..Topchiyev and
collaborators (Ref. 61 "Khimiya i tekhnologiya topliva i
masel", no. 11,
1957). In the determination of the individual composition of
the narrow-
band fractions, the method of the Raman spectra was used.
The results of
the investigation showed that the catalyst with the higher
Al 203 content
Card 2/3

22' 2 8 1
S/15 61/000/004/002/009
Investigation of the influence... B126YB219
has a greater isomerizing effect. The dehydrogenating affect
of this
catalyst is greater too. The catalyst with Al 203 and Cr 203
content has a
greater oyclization effect. With this catalyst, gasoline
with a higher
aromatic and naphthenic hydrocarbon content was obtained.
There are
6 tables and 7 referencess 5 Soviet-bloc and 2
non-Soviet-bloc. The
two references to English language publications read as
followst
Molpolder F. W., Brown P. A., Young W. S., and Headington C.
E.,
Ind.Eng.Chem., ~L4, 1142, 1952; Cady W. E., Marsehner R. F.,
Cropper V.P.,
Ind.Eng.Chem., AA, 1850, 1952.
ASSOCIATIONt Moskovskiy institut neftekhimicheskoy i gazovoy
promyshlennosti im. akad. I. M. Gubkina (Moscow Institute of
Petrochemical and Gas Industry'imeni Academician I.M.Gubkin)
SUBMITTED: December 8, 1960
Card 3/3

AUTHORS: Topohiyevq A. i., Academiciant
V. V., and Yovetaflyev'l V. P.
TITLE: Study of isomerio octalines
5/02 61/137/006/014/020
B103 217
Yegoroval G. M., Bazilevichp
PERIODICAL: Doklady Akademii nauk SSSBI v, 137, no. 6, 1961,
1381-1384
TEXT: The authors initially give a survey of publications on
production, usq,
reactions, and identification methods of isomeric octalines. They
state
that they hardly used the spectral methods for their studies. The
authors
studied the Raman spectra of 1) &-9,10-ootalins, 2)
Cie-,&-2,3-octaline, and
3) mixture of,&-1,9-&.nd,&-9,10-octalins- Synthesis methods: to
1). The
authors h" at ad gradually 200 g Cie-Cia-decalol-2 with 7D g
orthophosphoric
acid up to 2000C under mechanical stirring, the reactionproducts
being.
continuously distilled off. Nitrosoohlorides were obtained from
the formed
hydrocarbons under the action of isoam lnitrite and hydrochloric
acid at
-1-OOC. White (melting point 125-127M and light-blue crystals
(molting
point 900C) were obtained from these by means of acetone. From
these results
the authors conclude that the forming 2) is partly isomerized to
3). 1) was
Card 1/5
1-14
A.

S/02oj6i/137/006/014/020
Study of isomeric qotalines B1031B21T
obtaine.d from the light-blue crystals by decomposition according
to w.
Wicks! (Ref. 3). The isomer content amounted in 1) to 1-2% at
most. To 2).,.
The authorst experiments proved that the dehydration of
CiB-CiS-decalol-2 in.-
the presence of the cation-exchaging resin KY-2 (KU-2) (hydrogen
form) is
not suited for the synthesis of pure 2) for the purpose of
spectral analysis,'-
since 2) is partly isomerized to 3). Therefore the authors
synthetized 2) IVW'
the known method of dehydration of deoalol in the presence of
200% freshly
melted potassium bisulfate. The white orystals (melting point
1760C) thus
formed were obtained by rising in acetone. The authors
established that
the 2) synthetized by them contains only traces of 1). The
oxidation of a
weighed-in portion with alkaline potassium permanganate solution
yielded,
however, Cis-oyclohexane diacetic acid-1,2 (melting point 1590C).
The
authors used for recording and evaluation of spectrogramal the
spectrograph
MCIT-51 (ISP-51) and a comparator RM-2 (IZA-2). Table I contains
the
frequencies of the Haman lines. The visually evaluated
intensities are
given in brackets according to a 10-units scale. This evaluation
was rela%~
in the spectra of each individual compoundlo the line 1684 cm-1
in the
spectru'm of 1), which line was equated with 10 scale units. Cm
the strength
of their results the authors ascribe the frequencies of the C. C
bond as
Card 2/5

S/02q6l/137/006/014/020
Study of isomeric octalines B103/B217
follows-. 1684 cm belongs to 1)$ 1672 cm- to A-1,9-octaline and 1652
~o 2). From this Vhey conclude that the 9,10-bond is stronger than
the
1,9-bond. The 1,9-bo-n'd is,,however, stronger than the 2,3-bond.
This
final conclusion is in line with'--the-mentioned isomeriiation of
2) to 3).
An intensive line at 675 cm-.1 exists 17ii'tho.s.pectrum of 1),
which lacks in
the apectrum of 2).' Its intensity in the epee ,trwh of 3.) is
considerably
weakened; It is obviously characteristic of 1). The intensity of
the lines
418 and 830 in the spectrum of 1) is also striking. The authors
mention
the.paper by M. B. Turova-Polyak (Ref. 1 : Uch. zap.. XGU, no. 3 1
193 1 1934),
W..HUckel, R. Danneel et al;. Ref. 3: Ann. 474, 121, '1929). There
are
1 table and 16 referencea: 4 Soviet-bloc and 12 rion-Soviet-bloc.
The
three most recent references to English-language publications read
as fol-
lows: A. G. Anderson, J..Nelsion, Ref- 5: J. Am. Chein. Soo., 73,
232, 195
_" NNX
Sukh Dev, Ref. 6: J. ind. Chem. Soc';f 31P 1-7, 1954; A. C. Cope,
R. J.
Cotter, G. G. Roller, Ref. 12: J. Am. Chem. Soo., 7T, 3594, 1955-
SUBMITTED; January 20, 1961
Card 3/5

INDRASHNIKOV, B.I., insh.; BAZILIVICH, V.V., insh.;
TROITSKIY, I.A.,
kand.tekhn.naWc ---. ...............
Control system of selective waiellng with
potentionater-type
vai t transducers. Mekh.i avtom.proixv. 16 no.12s28-35
V
162~ OM 16s 1)
Muctronio control) (Weighing machines)

L 53597-65 z
A ON ' Y'
AMHOIRSs Panobenkov, -G. M.; Zhorov, Yu. 1d.; K'I=-,-9tspv, 0.
bazilevichs 7 v id
~"y
7 77'~E ~---:rackir~g of n-hexalcCaM:F 4 n 11e e r C
;57
C-,r-,j'RCE,- Neftekhimiya, no. 2, 2~1-216
T-CpTC TAGS: o'rFmn'-c avrithesis, silica, alkal', catalyst, UP
F, pe c trome tp,~r
_ks-STRUICT. B4~muse of the iMP0-rtMCP Of high-')0iliYUT
DOI~VrlCrS, parti-CLIlarly
olefins, the efifect of jnocjj.ficatjo-,i of silica gel. by
alicalies on the 9truct-dre of
in Y I 1~~ c f h i E,-,h b o1 J ng C- pha -I e f In 9S trill
a h i gh, t.'~ t Y 'D 17 01fjf'-n.~ than th-
Cri'd 1~/-~

L
AC-11-3-Sq-17011 N?;
1,e usq~d st~s ~i inert to iocrerjzatjcj -)f th-) dmil-ir band an~, to
Cnic' -rIF,
'--A. ON sk a K LAn -P t i tu t naf teKhi-n,:-he,--,coy ~m-, py p f-
-~!V, 6
j V F e t r c) I eun e ni ~i:-,
P/2

BkZIIEVITS, V. V. and H.E.Shvets
"Review of 'General Meteorologyq Physics of the Atmosphere,"
Journal of
Chinese Meteorologyt Vol 25., No 1, pp 47-53,, 1954
M-229, 7 Mar 55

AUTHORS
BAZileyich V.V., Tverskoy N.P. 57-8-24/36
TITLE
Freezin-g-o-r-Mr-ops of the Supercooled Water Fog in the Accoustic

Field.

(zamerzaniye kapell pereokhlazhdennogo Yodyanogo tumana v
akusti-

cheakom pole - Russian)
PERIODICAL
Zhurnal Tekhn-Fiz., 1957,
Vol 27, Nr 8, pp 1826-1829 (U.S.S.R.)
ABSTRACT
The conditions under
which deep-cooled water in small quantities and

especially in form
of drops freezealand the influence of strong vi-

brations
(shooks)on these deep-oooled drops were investigated.From

literature we know the case that the formation of ice-orystals was

observed with deep-cooled river-fog in the beam of the searchlight

of a car which had stopped on the bank when a strong accoustic

signal exercised its influence on it.Experiments were carried out

in a 24.1o4 cbom chamber with super cooled water-fog in order to
in-

vestigate this phenazenon.The acoustic oscillations were caused
by
IP~*-~.'_-
a airen.The experiments showed that a fast
crystallization of the

supercooled fog took place in the accoustic
field with an intensity
2
2

0 E -1. The whole process lastet for about one
.seo.
f 3.10
r9 om

minute and a crystallization was not observed without the
influence

of the accoustic oscillations on the fog.Experiments with
various

negative temperatures showed that the supercooled fog
orystallizei

'
quicker within the range of from -4 to -50C. The intensity of
sound
'
/"'
~is,of course,decisive in this process.
Card 1/~k 1
(3
illustrations and 2 Slavic references).

. 8 (sat - --I
RALLIXY-1 0 V. V., and SEMIN, x a"
Ofts, Works of Ya. I. Yronlall on GwTlWaloo,"
In Collection of Selected Works of Ta. I. Fronloll, Vol. 2,
Scientific Articles,
X"Cov, ltd-vo AN ME., Iq%p (pooppe

j~ /7-
j7 PHASE I BOOK EXP11DITATION SOV/39o4
SOV/2-M-73
Glavnaya geofizicheskaya observatoriya
FizikAL etmosfery (Physics of the Atmosphere) Leningrad,
Gidrcmateoizdat, 1958.
130 p. Errata slip Inserted. 1,300 copies printed. (Series:
Its: Trudy,
vYP. 73)
Additional Sponsoring Agency: USSR, Glavnoye upravlenlye
gidrometeorologichaskoy
sluzhby.
Ed.: V.V. Bazilevich, Doctor of Physics and Mathematics;
Ed.: M.M. YasnogorodskWa;
Tech. Ed.: O.G. Vladi-irov.
PURPOSE: This publication is intended for meteorologists and
geophysicists.
COVERAGEs This issue of the Transactions of the Main
Geophysieal Observatory
of the USSR contains 11 articles on problems in atmospheric
physics, par-
ticularly In the region of the ground layer. Individual
articles discuse:
the meteorolqiIkcal conditions surrounding the fomation of
vinter evapo-
rantio-ml fogs, Ve possibilities of using radio-controlled
aircraft models for
Card 1/3

Physies of the Atmosphere
SOV/3904
aerological investigatiOnS.9 the effect of atmospheric
turbulence on sound
propagationi, and the physical properties of fog droplets.
References accom-
pany each article.
TABIZ OF COWTENTS:
Nikandrov', V.Ya. Nature of the Formation of Droplets and
Icicles Under
Conditions of SupersatumtIon, 3
Krasikov, P.N., and G.M. Bashkiram. Meteorological
Conditions During Angara
Winter Fogs In Vie Area of the City of'Irkutsk 12
Vorontaov., P.A. kerologieel. Investigations of
Z-vaporational Fogs of the
Angara River 24
BashkirovaY G.M., and P.H. Krasikov. Some Microphysical
Characteristics of
Angara Winter Fogs in the Area of the City of Irkutsk 3T
Bazilevich V.V. Effect of Atmospheric Turbulence Upon the
Audibility of
-,XiRm-ai-in the Atmosphere 50
Irverskoy, N.P. Acoustic Characteristics of the Turbulent
State of the
Atmosphere 54
Card 2/3

F-I"ics of the .,'~.tmosphere
SOV/3904
Vorontsov, P.A. Aerological Investigation of the BomdaX7
LWar of the
Atmosphere Over the Hillock Relief of Virgin Lands 61
Vorontsov, P.A. The Breezes of Lake Ladoga
87
Voronstov, P.A., VJ4. Michell, and A.A. Erler. Use of
Radio-Controlled
Aircraft Models for Aerological Irmeatigation of the Lower
Layers of
the Atmosphere 107
Makhotldn, L.G., and V.A. Soloylyviv. The Role of Electric
Charges in
the Cpsgulation of Fog Droplets u6
Tverskaya, N.P.ExperiMaDtal StudY Of Collision azid Fusion
of Charged
Droplets
AVAIIABIZ: Libraa7 of Congress
JA/dwu/snp
Card 3/3 8-1-6o

AUTHOR: None Civen
so'// 5o-58-6-22/24
TITLE: Transactions of the Scientific Research Institutes of
the
'19ydrometeorologio" Service in 1957 (Trudy nauohno-iseledo-
vatel'skikh uohrezhdoniy Gidrometeosluzhby za 1957 g-)
Continuation (Prodolzheniye)
PERIODICAL: Moteorologiya i gidrologiyal 195st Nr 6j pp. 61 -
63 (USSR)
ABSTRACT: Traw nf +he Geophysical Main Observatory imeni A. 1.
_"~Oyoy%ov (Trudy Glavnoy geofizicheskoy observatorii im. A. I.
VoyeYkova) Periodical Nr �J. Research problems of clouds of
mighty convectiom and of the zones of thunderstorm activity.
Editor: V. V. Bazilevich, 153 pages, 11 articles.
Card 1/3
oRtics. Edito3r: Ko S. Shifrin and V. L. Gayevskiy, 2o8 pageaq
18 articles.
,. Problems of the physics of the ground-near
Periodical Wr �9
layer of the atmosphere. Editor; D. L. Laykhtman, 107 pages,
16 articles. 4
Periodical Nr 70. Problems of general climatology. Editor:
0. A.-Drond v, 135 pages, 6 articles,

.;0'1/50-58-6-22/24
Tranvactions of the Scientific Research Institutes of the
"Hydrometeorologic"
Service in 1957- Continuation
Periodical Nr 71. Problems of the numerical forecast and of
climate theory. Editor: M. 1. Yudint 236 pages, 16 articles.
Periodical Nr 2L.Problems of atmospheric physics. Editor:
A. Po Chuvayev, 151 pages, 13 articles*
Periodical Nr U. Atmospheric physics. Editor: V. V. Bazile-
vich, 132 pages, 11 articles.
(Periodical Nr 74 is not given).
Periodical NX 75. Glazed frost and hoar-frost. Editor: 0. A.
Drozdov, 91 pages, 4 articles.
Transa tigin .. of the State Hydrological Institute (Trudy
Gosudarst-
vonnogo giarologicheakogo inatituta)
Periodical Nr 2. Experimental investigation of the elements
of the water balance in Valday. Editors: A. R. Konstantinov
pmd Ve V, Kupriyanovp 224 pages, 6 articles.
Periodical Hr 6o. Problems of the hydrology of swamps. Editor;
K. Ye. Ivanov, 108 pates, 6 articles
Periodical Mr 61. Problems of the fl;w formation and the meth
ods for its calculation. Editor: D. L. Sokolovskiy, 3o6
pages,
Card 2/3 11 articles.

SOV/50-58-6-22/24
Transactions of the Scientific Research Institutes of the
"Hydrometeorolocia"
Service in 1957- Contirmation
Periodical Nr 62. Problems of hydrometry. Editor: A. K.
Proakuryakov, 1o8 pagen, 6 articles.
(Periodical Nr 63 is not mentioned).
Periodical Nr 64. Problems of the construction of hydrologi-
cal apparatus. Bditor: K. D. Zav'yalov, 58 pages, 6 articles.
(Periodical Nr 65 is not mentioned).
Periodical Mr 66. Research problems of lakes and reservoirs.
Editor: A. Ps DomAnitskiyo 140 pages, 5 articles.
1. Scientific reports--USSR 2. Meteorology 3. Hydrology
Card 3/3

NIZAAROV, VladiBlav Yakovlevich.- BAZILEVICH, T.T.,
otv.red.; VLASOYA,
-9 'is iial. ~ I . ,
Tu.T.. red.; VOLKOV. N.V. &
EArtificial modification of clouds and fogs;
microphysical
principles) IskusetTOMW6 TOsdaintviia na oblaka L
tumany;
mikrofistehaskis oanovy. Leningrad.
Gidrometeor.izd-vo, 1959.
189 P. (MIRA 130)
(Weather control)

Hydraulic- fr,.ct.uring in tri(-- 5 i t k on o 1. 1f ie~' j'* 4 gqZ
. prr;-T..
no.4.' 51-54 0-,) 163. 17:12)
1. laborutlor!ya nuftei~rumyslu-.,ogo urray-
leni-ya "'Nadvormyaneft'".

abzer Toca bci- (uiss) "a,,uwctIess telegraph re.Ltqs.w
%-..0
U-bcow, iY57. ks pp (!Lu Ckj~c USS& Mscuw E-ectrotectuxical
Iubt or Uuiuwurac) I
(KL,, ho 40y p 92)

-.-f -1-f -Tw -&-j C
CIRMM AD CIMMT E=MM
"Transistorized Contactless Telegraph Relays", by Ye.V. Bazilevich,
BlektrosvyazI, No 8, August 1957, PP 50-60.
Report on an experimental investigation of several types of
contact-
less telegraph relays employing transistors. The discussion covers
ac
and dc circuits., (diode triggerap dynatron-offect triggers)
cascade-
effect triggers, etc.), as vell. as wdulating and keying circuits.
Card 1/1 13 -

Y7MLOYABOV, 0. A.; S4~_IIXVICH, Ye. V.; TSYGIKALS, A.I.;
KIRSANOV. V.I.;
PIMUDOT, A.H.. otv. -re-d-.-,-1MRTJfINA, A.Ya.. red.;
MARKOCH, K.G..
takha. red.
[Telegraphic communication; an informational bulletin]
Telegrafnais
syles'; infornatelong7l obornik. Moskyal Goa@ isd-yo
lit-77 po
voprosam eviast i radio. 1958. 104 p. (HMA 11:11)
1. Russia(1923- U.S.S.R.)Ministerstvo avyazi.
Takhnichaskays upraylaniye.
(Telegraph)

DUBOVIK, Vladimir Afanaslyevich; VYGOVSKIT, Sergey
Ivanovich;
BAZILEVIC v_nniy-- imirovich; YEMIYANOV,
M j VjAd
H4J
Gennadiy Alekseyevich; MARTSENITSE24, S.Lp otv.
red.;
KOKOSOV, L.V., red.; SHEFER, G.I., iekhn. red,
[Frequency telegrapby) Chastotnoe
telegrafirovanie. By V.A.
Dubovik i dr. Moskva, Gos, izd-vo lit-ry po
voprosamoviazi
i radio, 1962, 349 P. (MIRA 15:2)
(Radiotelegrapb) (Telegraph)

GUROOV, Vadim Sergeyevich; YEKELYANOV, Ge=adiy
Alekseyevich;
YETRUKHIN, Nikola:7 Nikiforovich; CH,,
-Y.e-vgeniv
Vladimirovich; SINILISHCHIKOV, B .V.p
retsinzent;
PEiROVSKIY', B.N., otv. red.; KOMAROVA, Ye.V.p
red.
[Principles of data transmission using wire
communica-
tion channels) Osnovy peredachi dannykh po
provodnym ka-
nalam sviazi. [By] V.S.Gurov i dr. Moskva..
Sviazl,
1964. ~10 p. (MIRA 17-.12)

a r r,,3
iA
u:L tr-aTiu-ai,.Ling 7,alSaa signRis aiong
comm,.inIc-a"lons charnnlj,
7r~o -
Cord 1/3

--e rA R A nP-.-'
Foreword 3
'I'v'roduction -
I .
r)indam-ental concepto
ct#.,~rLEtlca of sptctn:L &nd
Special cnara
tranamizesion of blr4ry signals - 41
3. D13tortion c."
k-..5 t h cx~ F 0 r 1, 1, ;1 ~~. ~-in,~. I :,,n kp r C~a ti t
y
5. interfe.-ren,o-frer. cc,~,ts 155
C--
t i ai-.d re rp. t i
Card 2/3

chsrmaI5 for data triLrsmission
and cjr~nits for
cn. 4~.
N R RE F
Ec
cc,d 3/3

USSR/Medicine Veterinary FD-468
Card 1A Pub 137 - 9/24
Author Buchnev, K. It., Dr Vet Sci., Nikolayeva, V. V., Scientific
Associate,
and Bazilevich, Yu. A., Scientific Associate
......... ft..-Wft
Title Hyperinmune antibrucellosis serum
Periodical Veterinariya, 7, 30-31, Jul 54
Abstract Experiments conducted since 1948 on mice, guinea pigs,
rabbits, and
cattle resulted in the development of hyperimmine antibrucellosis
serum which speeds up recovery of cattle infected with brucallosis.
This serum may be used as prophylaxis against abortion, metritis, and
endometritis. It seems possible that this serum may be also used suc-
cessfully against brucellosis in sheep, goats, and hogs. The Main Ad-
ministration of Animal Husbandry and Veterinary Medicine of th*e
Minis-
try of Agriculture of the USSR has issued a decree ordering
manufacture
of this antibruce.1losis serum. The decree contains also instructions
as to methods of administration of this serum. Two ihjecticns should
be given subcutaneously 5 days apart. Single dose should consist of
5cc of antibrucellosis serum per kg of weight of the animal.
Institution Far Eastern Zonal Scientific-Research Veterinary
InBtitute
Submitted

MUN, A.I.; BA?IrPVTCU,-Z,&,__
Some characteristics of the distribution of iodine in silty lake sedi
ments. Geolchimtia no.5t468-476 My 164. (KRA l8t7)
1. Inatitut khimichaskikh nauk AN Xazakhnkoy SSR, Alma-Ata.
- - -- ~-, 7:

MN, A. I., -.BAZUXVIMI, Z.A., 3XTUROV, A.B.
Geochemistry of bromine in the lakes of central Kazakhstan. Test.
AN Xazakh.SSR 16 no*7:3,3-20 JI 160o (XIBA 13:8)
(Kazakhstan-Lakes) (Bromine)

BEKTUROV, A.B.; MUNO A.I.; ~AZ114~jViLilj.. Z.A.
Chemical composition of brines of salt lakes In the
Kokchetay
Province. Izv.AN Kazakh. SSR. SerAhim. no.10-6 61. (WRA
16:7)
(Kokchetav Pravince-Lakes) (Brine)

MUN, A.I.; BAZILEVIGH, Z.A.
Distribution of bromine in the silt of inland waters.
Geokhimiia
r,o.2:175-180 162. (MT-RA 1513)
1. Institute of Chemical Sciences, Academy of Sciences of
the
Kazakh Soviet Socialist Republic, Alma-lia.
(Kazakhstan--Silt) (Kazakhstan--Bromine)

MUN, A.I.; BAZILEVICH, Z.A.
-4-'- :
Iodine in surfa2e brines and water3 in c~,-,tral
Kazakhstan.
Geokhimiia no.5z500-506 My t63. (MIRA 16-.?')
1. Institute of Chemical Sciences, Acaiemy of
Sciences of the
Kazakh S.S.R., Alma-Ata.
(Kazakhstan-Iodine)
(Kazakhstan--Water--Composition)

RUBINSHTEYN, B.L.; YAKIRBOVICH, S.V.; BAU=Cll~ 2, 1.
Method for determining the resistance to abrasion of
paints.
Lakokras.mat. i ikh,prim. no.2:50-52 164. - (MRA 17:4)
, % ~,, , , , . ~ ;A ~ ~j ;e .? : ,-' .1
, I ,f4 , .

BEXTUROV, A.B., akademik; MUN, A.I.,
kahd-1hinichaskikh nauk;
*ZILEVICH, Z.A.
Some problems concerning the distribution of
fluorine in
the natural waters of Kaxakhatan. Vast. AN Kazakh.
SSR
IS no.100-10 0 162. (MIRA 17:9)
1. Akadenlya nauk KazakhAWSSR (for Bekturov).

BAZILEVICH Z.A.; MUN, A.I.
Bromine in lake deposits@ Trudy Inst,khim.nauk AN
Kazakh.SSR 10,58-69
'64. (KRA 17tlO)

RUBINSHTSM, B.L.; YAKUBOVICH, S.V.; BOGDANOVA, G*S.;
DAZIls 5VICH, Z.A.
Photometric method for determining the whitening
capacity (intensity)
of white pigments, Lakokr4a,matsi ikh prim. no.3:51-55
160.
(KM I/+:/+)
- (Figments)
,^-~

RUBINSHTEYN, B.L YAKUBOVICHp S.V.; Prinimali
uchastiyei BOGDANOVAp G.S.;
BAZILEV16h, Z.A.
Photometric determination of the dyeing pow of
ultramarine.
Lakokrea.mat, i ikh prim. no*200-7-11. 06L, (MPA 1414)
(Ultramarine)

ABkRBaCHUK,, Y.L. [Abarbarahuk' I.L.]; ~$;1IZVS'KA$
V.P. (Basylevalks, N.P.)
S
Interaction between iodine chloride and t*phthalbne.
Nauk.
pratsi, UASHN 17 no*12:159-162 160* (MIRA 16:7)
(Iodine chlorides) (Napbthalene)

BAZILEVSKAYA, G.A.; CHAR"HOFIYAN, T.N.
Some data on the 27-day intenEity variat!I,,n of ~!or=11--
rays Li
the stratoEphere. Izv. AN SSSR.Ser.fiz. 29 no.IG:188-0-1890
0
165. ('-,'IIA 18:10)

L 4492-66 EWT(1)/F0C/EWA(h)
ACC go
SOURCM COM: UR/0048/65/029/009/1774/1776
AUTHORs 11axilevskays.. Qsb.e,. Kvashnin, A.N.: Krasotkin, A.F.;
Filatov, Y.M.;
ZMt
ORD: Physics Institute In P.N.Lebodev, Academy of Sciences, SSSR
(rislabenkly
st1tut Akadmil nauk WSR)
TITLE: Radiosonde for measurement of x rays In the stratosphere
/Report,"All-'
Conference -on Cosmic !!R~Ws WA at Apetitz 24-31 Agnat Aq~~4/
SOUH=.s AN SUR. Izveotiya.. Berlya fizicbeekaya, Y 29, no 9. 1965,
1774-1776
TOPIC TAG8: x ray, stratosphere, secondary comic ray, radiosonde
ABSTRACN There are briefly described two radiosondes for measuring
x In the
stratosphere. Both Instrumento'employ Na1:T1 scintl1latorsAm'd
vacuum tube electron-
lee and are battery powered with transistor voltage convertors The
lighter instru-
ment weighs 2.5 kg and records photcne with energies above 30-35
keV. The second in-
strument weighs 6 kg and Its threshold Is adjustable from 20 to
360 keV by a system of
relays, so that photon energy spectra can be recorded. Schmatio
diagrams are given
for both Instruments, but not for their power supplies or for the
relay $yet= . Alti-
tude versus counting rate curves recorded over Volgopri4dnyy are
presented. Orig. art.
has: 4 figures.
SUB 00031 HP Or EC/ GUBM DATE t OOA ORIG R1r.Ft 002/ OrK REFt 000
C.d
GW

ABRASIMDV, A.T.: BAZILEVSKAYA, G.A.; SDLOVIYEVA, V.I.; KHRISTIANSEN,
G.B.
Extensive air showers involving ultrahigh energies. Zhur. eksp.
i teor. fiz. 38 no.1:100-107 Jan 060. (MIRA 14:9)
1. Institut yadernoy fiziki Moskovskogo gosudarstvennogo univer3i-
t94*11 Fizicbeskiy institut in. P.N.Lebodeva AN SSSR.
(Cosmic rays)

~Iy Thz.
f c~ Ir r clear J ri z ors 7 ~~n

GMHAKOVI T**V*; RM -- Klyip G.A*
Mmsuring the intensity of obarged particles folloving the
chromospherio flare of July 7,, 1958. lakespat.Zem. no,
8s84436 161*
(KM 3.46)
(Artificial satellites) (Solar radiation-lbasurement)

ACCESSION NR: AP4037565 S/0056/64/046/005/1556/1560
AUTHORS: Bazilevskaya, G. A.; Krasotkin, A. F.; Cbarakhcblyan, A.
N.
TITLE: Energy spectrum and total number of x-ray photons in exten-
sive air showers of cosmic rays
SOURCE: Zh. eksper. i teor, fiz., v. 46, no. 5, 1964, 1556-1560
TOPIC TAGS: cosmic ray, extensive air shower, x-ray photon equili-
briuift spectrum, electron photon cascade
ABSTRACT: In view of the discrepancy between the previously calcu-
i
lated equilibrium spectrum of low-energy (x-ray) photons produced
in
electron-photon cascades generated by primary electrons or photons
of relatively high energy (ZhETF v. 40, 1602, 1961) and the experi-
mental data with scintillation counters on pilot balloons, the ex-
periments on the low-energy photons have been repeated in extensive
air showers, in which the overwhelming majority of particles are
1/3
,cc"

ACCESSION NR: AP4037565
electrons and photons, and concerning wbicb there are still few
data in the literature. The measured energy spectrum and the total
number of x-ray photons in the RAS were found to be in agreement with
the calculations for the equilibrium spectrum of photons produced in
electron-pboton cascades. The measurements were made by two methods;-
by recording the number of triple coincidences in scintillation
counters and by recording quadruple coincidences for three gas-dis-
charge and a single scintillation counter. The disparity with the
data obtained in the measurements with the aid of triple coincidences
is explained. Orig. art. has: 3 figures and 5 formulas.
ASSOCIATION: Pizicheskiy institut im. P. N. Lebedeva AN SSSR
.(Physics Institute, AN SSSR)
SUBMITTED: llOct63
SUB CODE: GP, NP
Card 2/3
DATE ACQ: 09Jun64 ENCLz 01
NR REP SOV: 002 OTHERs 003

------ ----
WCESSION NR: A24037565 ENCLOSURE 101
_61 __ If-It"
X Jv Mv Arl Mo /JW jjW
Ratio of number of flashes due to photons in the
scintillatorg to the number of allashes produced by
the electronst as a function of the energy-release
threshold Z o,6- measurements in the stratosphere*
The ELS mealq;ment data are as follows.,
0 - with the aid of three scintillation counters#
0 - with the aid of three gas-discharge and one
scintillation counter; continuous line -o results of
calculations,
Abscissa - Ithrt k9V; ordinate - number of flashes
in counter,
-Card *~ 3/3

L 69s2-66 EWTM h)IF= aw
ACC Hit$ APS026231 SOUACXCQDX: UR/OM/65/029/010/1889/2890
AUTHOR: _BaZ11MV4X-"A&2jAjj, Ch&rgkhch*jMa,_T.1,
ORD: now
TrM: Sow data on the 27-day variation -of coealc ray intensity In,
the stratov
sphere /Report, All-Union Conference on Cosmic Ray Physics hold at
Apatity, 24-31
Aucust 196
4/
SOURCE: AN SSSR. Izvestiya. Seriya fIxIcheskaya, v. 29, no. 10,
1965, Z"8-1890
TOPIC TAGS: Cosmic ray intensity, stratosphere, neutron flux,
cosmic ray variation,
periodic variation
ABSTRACT: Cosmic ray intensity periodograms based on the preceding
six months data
'on the maximum cosmic ray intensity in the stratosphere over
Mosuow end the sea level
oeutron intanxIty as recordedist-Herstmanceaux or Deep River have
been constructed
at monthly intervals beginAing In 1957; some of these periodograms
are presented and
discussed. The 27 day period waB.apparent not wAly in 1957, but
also In 1958 and
throughout most of 1963, i.e. , at time during which solar
activity was near minin-,vm.
On many of - the periodograms there were prominent maxima in both
the stratosphere U~W
the sea level data correspondlvg to periods between 20 and 23
days, and some period-
ograms showed two maxima, one at 22 days and one at 30 days. 'The
shape of the 22
IA I

ACC NR$APS028231
day vave was the same in the stratosphere and the sea level data, but
the ratio of
the amplitude of the 22 day vave -in the stratosphere to that at sea
level'ranged
frca 5 for the period October 1958 - March 1959 to I for the period
February 1950 -
July 1959. The reason for the 22 day period Is not knowue
7be authors thank A-jL-Chgjgagh'yA for valuable advice and A.U.Sul am
A.IL
Artemlyev for programming the computer., Orig. art. has: 4 figures.
sw em: AV BUIN DA7X: 00/--ftt65 ORIG. REF: ~001 018 Rw: OW
4~

we : ; : ; : 0 0 0 0 0 0 0
" 0
ts I !
I -I
004 . . . . . . . . . . . . . . .
--camik and W cc. Ploy OW
-P~S;;67W ODA
Pvt 9r; 4~d4"Ykms "a.&. -00
2MMW0-J-(4- 136 8.) id 71) cc. Lwxmw. Insled intle Ok*q; With
39.7 -00
KCN in 133 cc. warm water and kept 7 bm wick ackriwe
st Tb-r, gavt 7' VI "-I" 7&)d milik, hr, 1974t'. -00
U. & seimfffk 0. L 7U$ (24 ff.). " W 96% mr1l rid 40 c1r. W%
KOH, -00
abam" (Uomcm~ T &NNL). A Gm stirred 7 Ills. at 100% coom.,
dild. with water. and
Clims W".) 11, 1671-7 1"MIR * -W addWed Whil cociling with 204%
licl. Prot 4-mah"IF: I*W
to U S. WIN pbm_W&Wk scid, m. MV ((tom bmuft) (*14, MSP,*')
"OTMO - loo
008 17 m 041;2%, . = zwkb its 51 esw M? ble 130-",*. dj: I
AJD70. aV LM, ram
0041, $LT g MeAM. himmilliff the vmIzL of *Wk d is 67-N Yield
by boilinc with EtOlf in the pns-- -00
. -W 'Wo" 11
IjArml -13k 1"61h. =1 HASA. I (b Sj' 6.43 S. U, am 04 S.
pyrillim
9 4, b. r17- . i I ' h. * bested 3 hr#. at lIv*. &Bowed to
stand -00
see cc-IS 0 11 .0d I .. triturated with Iwain, pvc 67.6~' 1 600
at OD'. I OA bt al 9 N-(J I "
at 01~ alkyl)(4-milbor Yl)Gc*W"Wq. vm~ IND' =0VICI;&
sod WOMM I S- ligrola). Tbisl3*g-)arAlIPIX.POC4kW2bm.milWI.
117- 04%). W&I x;-;)*md then allowed to stand uvcmigbt luld
poured auto ko, the me*
Aim Lt..
400 a. 44VKNS-Hs m b-I 10
0 -is " St or heavy -ld extil, several ttgum with a *mmall vol.
of bee
a" do Ova Saba. 1111b JACL V, So, IS. water, and the it.
treated with r age
b&rcoa. Imade alk- with
SOW as. 4 NsOll with c"ug. and rild. with bomarm, pvc too
am 411=64"WAS bnn6. "b 4 Frour
to tha 701 muthav-S. 3* -
o* Aim 91 r i see
Me K*v. IL WW' be 140- mm, 0. labA-6, (from 910H); HO wk. 0. 1
P65.). somello-n bm am m ft. n"L = m. 16"' (ham ArOll). The bow
(2.8 cj Z. 800
94. Num . Comad. 1% Of OA 6 hr$. in 28 cc. Mel pvc mmakiftWe.
an. a
Ves" W4 bm P"it coo
vc-67va Ids- (from MOH). Tbt latter (2 1.1 in 60 cc. marme
m Ism a coverd. MCS and 2b cc. water was treated I*b 74 Za me*
W (IIPW
dad am I hr. wttk flirting, Then at" at WO wail the age
*ad carboaste is cbe W. To 40 ff., 4.Uv0Cjl[0CH0 in Za - SMA,
ed MUOH sod ants. Wilk FAIO pi"
j 774% Igoe
9D ec. 96, 1110H sew 7r, cc. 4o% foremalis vm edded IN
f tirindim, va a3 3 (ham 70P0. 81010; 710 tiff
so* And the sim. bested I hr. AmIrshAos
ce. 86% KOH ads. bckm Piersk, M. l7i, (from .4w.0,
at W70. and taw 20 mm town. in WNW and can. $4. M. 190 .
a-W" alP fw%4*4 with %VI"osuir, pv*87A%#-f m. 1*4* (from
HtOll). This prodad. having a sirme- moo
ak^W bm 143% This (~ g p added to 44 Marc assiagous to that of
curare alkak&b was prio for
Ill. GU 1*11 14 S- Vity.M. ..dic.. U7
Iff" 8#40. 40WOW no*
Umo mit IRV old al. *ll 4XV A14
ire a 49 0 it 0 '1 OF a a A 4 .1 1 0
ip & a 1 11 -lei
*Soo** gig q

Isogulnoline -v-miourids. III, Syntnestit cf
5,6-dimethox.v-1,2.1.1'-tetrah.vdro-teocutnoline. R.S.
Livp-'-4!ts. M.S. Bainova,
G ---r-Fu7 -X. ~ozanova. ard
.1. Bazilevskava, I.I. Genk1n. N.A. Preobrazinenski .
'Z.A. Baranova (N.V. Lomonosov-state Univ., Moscow). Zhur.
Obshcher Xhim.
(J. Gen. Chem.) 21, 115L-60(19~51); cf. 0.A. 42, 2606g: LI,
2212I.-Gualacol allyl
ether (74% from CH , 0CHCH2C1 and guatacol), b 111-110 d~8
1.0592, ny 1.5"362,
heated I hra. to X, pave 65%
2-tivdroxy-l-meiRoxy-l-a'liyloenzene, b15 124-5,0
dJ8 1.0904, nj? 1.5411, which, heated with KOH 5 hrs. to
1700, rave 5z% 1-(2-
li.vdroxy-l-methox.vDhanyl)proDene, bq 125-80, m.660. This
with Me S04 and aq
XaOH gave the M^ ether, b,111280, d~8 1.0172. A1.5515. This
(29 r.) in 48; ml.
H20 and 58 P,- K7Cr2O,7 treated with 45 ml. coned. H2SO4 at
18-400 gave 70% 2,~-
(M6024HICHO. bll 133-50, m. 52-10, which with CH2(COZH)2 gave
41.6% 2.~-
(MeO)2C6HlCH:CHC02H, m. 17?0, yieldinp with Na-Hp 854 of the
i)rozionlc acid, m.
680, which with MeOH-HZSC4, gave 90% Me onter. bq 154-50. d~B
1.127, n~9 1.5110.
This with satd. NH40H gave 86% amide, m. 99-100u. yielding
with Br-KOH 72.5% 2.
'-(W,0)206 H3 CH2-CH2KRZ (1). bg 114-50. Vanillin and M02SO4
gRve Q0% j,4-(Xe0)2
C6RjCRO- which with h0% formalin in H20-ItOR in the presence
of KOH yielded 06%
3,4-(Me0)2C6HjCH20H, blo 159-60o'; this and S0012 gave 00% of
the corresponding
chloride. m. 510, which with XCN yielded 68% cyanide. bq.
168-700. hydro'lyzed to
the acid(87%). m. 98-Q0 [It aster (85%). b 5 159-6001. The
eater 0.75 g.) and
I p. 1 with a few drops of nyridina heated I hrt;. al 18o0
g"Ve 62.1%.
dimethoxyqhenPt1%vl)-a-(j.4 dimethoxy-rihenyl)acetAmide, m.
8q,0 (from Detr. ether).
7nis heftted with POCl1 2 hrp. at 1000 rave 65%
1,4-dimethoxy-nhenyl 5,6-dimethoxy-1,

5(3), SOV/153-58-2-13/30
AXTHORS: Bazi Baynova, M. S., Gura, D. V., Dyumayev,
T_. M., Preobrazhenakiy, N. A.
TITLEt Synthesis of the Alkaloid Cocaine (Sintez alkaloids.
kokaina)
PERIODICAL: Izvestiya vysshikh uchebnykh zaveden.-Ly. Khimiya
i khimicheskaya
tekhnologiya, 1958, Nr 2, pp 75-61 (USSR)
AB9TRACT: At the beginning, use, occurrence, and structural
formula of
cocaine are repeated. According to the structure theory, four
racemic stereoisomers of cocaine are possible: racemic cocaine
(Ref 3), racemic pseudo-cocaine (Ref 4), racemic allococaine
(Ref 5), and racemic allo-pseudo-cocaine (Refs 5,6), as well
as a corresponding number of optically active compounds. Var-
ious methods of synthesis for cocaine have been published
(Refs 3,7,8-11 In the present paper, the synthesis according
to the scheme ~P_age 76) is described. Pharmacological investi-
gations in the Minskiy meditsinskiy institut (Minsk Medical
Institute), carried out by Professor K. S. Shadurskiy and N. A.
Iskarev, Graduate Student, on samples of the authors proved
that racemic cocaine is not inferior to the natural levorotary
Caad-*6s cocaine regarding its local-anaesthetic properties
(on the
Y_ -