SCIENTIFIC ABSTRACT BASOVA, G.V. - BASOVICH, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203910017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ACCESSION NR: AT4014061
-in the present work; a new Improved type of lubricant has been
developed to prevent the
.:_formation of surface failures. Also, a procedure for regenerating
the emulsion has been
..worked out. Emulsol, containing 84% kerosene, 10% oleic acid and
6% triethanolamine,
was tested and proved satisfactory as a lubricant. Especially good
results were obtained
with a lubricant emulsion containing 30-40% of the above-mentioned
emulsol. 'Using this
lubricant, th., surface of the rolled aluminum sheet bectune smooth,
brighter and free of
surface defects, and rolling was simplified. This lubricant was also
used successfully
inAhe cold extrusion of aluminum tubes as well as in the cutting of
aluminum and its
alloys. The service life of the emulsion was prolonged up to six
months. Desalting with
:.-sodlum chloride, calcium chloride and karnalit and separating the
"Mented emulsion
`44fts found to be an effective method for regenerating the
emulsion. Orig. art. has-, I
-6hemical equation.
ASSOCIATION: none
SUBMITTEM 00
SUB CODE: MM
Card 2/2
DATE AM. MecGS ENCL, 00
NO REF SOV,. 002 OTHER: 005

CHUKHWJ, F.V.; GENKIN, A.D.; SOBOLEVA, S.V.; BASOVA,
G.V.
I------
Smythite from iron ore sediments In the Kerch
Peninsula. LIt.
I. pol. iskop. no.2s6o-69 Mr-Ap 165. (MIRA 18:6)
1. Institut geologii rudnykh mestorozhdonly,
mineralogil,
petrografii i geokhimii, Moskva.

1. XHAL=Vq TO.j BkMVk. 1.
2e USSR (600)
SpIwing
7. Valuableadvics frcu an old master* Tekat, prom. 12. no. 11. 1952
9. Monthly List of Russian Accessions, Library of Congress,
February 1953, Uncl.

88051
S/139/60/000/006/018/032
E201/E491
AUTHOR: B ova-L.T.
TITLEs Magnetothermal Effects and Carrier Scattering
in InSb
PERIODICAL: Izvestiya vysshikh uchebnykh zavedenly, Fizika,
ig6o, No.6, pp.116-125
TEXT: The present paper reports measurements of
magnetothermal
and magnetoelectric properties which show that carrier
scattering
in InSb is complex in the temperature range 80 to 700*K.
Measurements were carried out in a special cell (Fig.1) in
which a sample was placed*between two copper blocks and
fitted
with a system of electrodes for measurements of the
electrical
conductivity, thermo-emf, magnetoelectric and magnetothermal
properties. The sample temperature was varied*continuously
between 80 and 700*K and the temperature gradient along the
sample was 10 deg/cm. Magnetic fields used In these-
measurements were up to 21000 Oe in magnitude. Measurements
were carried out by a compensation method using a
potentiometer
MTK (PPTN). Six samples (four p-type and two n-type) werOW
used. The impurity concentrations in them varied from
Card 1/ 3

8WI
S/139/60/000/006/018/032
E201/E491
Magnetothermal Effects and Carrier Scattering in InSb
1015 to 1018 cm-3. The samples were in the form of plates of
near-monocrystalline structure. To find the type of
conduction,
the temperature dependence of the electrical resistance$
thermo-emf (Fig.2), Hall effect and magnetoresistance was,
recorded. From these measurements, the energy gaps, the
temperatures at which intrinsic conduction and degeneracy set
in, the effective carrier manses, the impurity concentrations
and the carrier mobilities were,deduced (Table 1). The
temperature dependence of the electron mobility in n-InSb is
given in Fig.5. The temperature dependences of the transverbe
and the longitudinal Nernst-Ettingshausen (NE) constants are
given in Fig-3 and 6 respectively. The magnetic field
dependence of the transverse NE constant is shown in Fig.4i
The same dependence is given in Fig.7 and 8 for the
longitudinal
NE constant. The results indicate that carriers are scattered
in atoustio lattice vibrations and on impurity ions, and
electrons are dragged by phonons. All these effects coexist
at
temperaiures of 80 to 700*K but only one of them
predominates in
Card* 2/3

S/l3q/6o/ooo/oo6/ol8/O32
E201/E491
Magnetothermal Effects and Carrier Scattering in InSb
any given temperature range-. Acknowledgments are made to
Academician I.K.Kikoin for direction of this work. There are
8 figures, 2 tables and 11 references: 4 Soviet and 7
non-Sovie
ASSOCIATION: Moskovskiy inzhenerpo-fizicheskiy institut
(Moscow Engineering Physics Institute)
SUBMITTED: October 9, 1959 (initiallY)
February 5, 1960 (after revision)
Card 3/3

BASOVAI K.T.
Determining the electron - hole mobility ratio in InSb from the
Nernst-Ettingkiumn therinomagnetio effects, Izv.vyavucbebozav;
fiz.no.2z19-23 163.
(KMA 160)
1, Mookovskiy inshenern6-fizicheskiy institut.
(Indium antimonide) (Thermomagnetion)

BASOVA, K.T.
Thermomagnetic effects in GeSb. Izv. vys. uchob.
zav.; fiz. no-4--
149-15& '63 (nm 16: 9)
1. Yloskovskiy inzhonerno-fizichaskiy institut.
(Gallium antimonide--Magnotic properties)

Y'0

d
AUTHORS:
Chlenova.' It. S., Gel-Ifer, Ts. M., ~a,,;ova, L. B.
TITLE:
Brief Communications. Conceming the Ch-aracteristles,

of
Sulfur Dyes
PERIODICAL:
Zhurnal prikladnoy khtmil, 1960, Vol 33, Nr
2,

pp 475-478 (USSR)
ABSTRACT:
The characteristic curves of
absorption for each

sulfur dye were obtained. (See Figs. 1, 2, 3,

and 4, where A is optical density and B is wave-

length (in m
Dimethylformamide was used as
)

;e 6 figures.
solvent. Tbeft a
ASSOCIATION:
Voroshilov 8cientific-Research
Institute of Organic

Intermediates and Dyestuffs
(Nauchno-issiedovatellskiy

institut organicheskikh poluproduktov i
krasiteley,

imeni K. E. Voroshilova)
SUBMITTED;
May 11, 1959
.
C artl 1/5

-Brief Communications. Concerning the
Characteristics of Sulfur Dyes
Fig. 1. Absorption
curves: ~11 sulfur
blue 3; 2 sulfur
blue K; 3 sulfur
blue 5K; sulfur
blue obtained from
aminotrichloro-
phenoxazone.
77665
SOV/80-33-2-40/52
A
08.
A
08
0.4
lie
Card 2/5

Brief Communications. Concevning'the
Cbaracteristics of Sulfur Dyes
PI . 2. Absorption curves;
(1~ sulfur violet 4K; (2)
sulfur bordeaux
T(665
SOV/80-33-2-40/52
.72
coo 48# 510 f4c
Card 3/5

Brief Communications. Concerning the
Characteristics of Sulfur Dyes
Fig. 3. The
absorption curves for
sulfur blue K for
several dilutions:
Amount of dye (in g/1):
upper curve = 0.04;
middle = 0.02; lower
0.01.
77665
SOV/80-33-2-40/52
Card 4/5

Brief Communications. Coticerning,'the 77665
Characteristics of Sulfur Dyes sov/Bo-_33-2-40/52
Fig. 4. The absorp-
tion curves for . I
sulfur brilliant 0
for several dilutions;
Amount of dye
(in g/1): upper'
middle 0.05;
lower 0.025.
Card 5/5

DOLGIN.. L' H., kand.geograf.nauk; NIKOIAMNA, T.V.,
mladshiy nauchn37
Potrudnik; BASOVA, L-0. mladshiy nauchn;ry sotrudnik;
VORONTSOVA,
L.I., mladihiy nau-chnyy sotrudnik; DANIIANA, VA,
~&ladshiy
nauchnyy sotradnik; KOVROVA,, A.M.., mladshiy nauchnyy
sotrudnik;
CMR
, G.G., mladhhiy nauchn7y aptrudnik; SMIRWVAY V.N.'
mlddshiy naikabnyy sotrudnik; KRARITONOVA, Lj.',
mladshiy nauchnyy
sotrudnik; ALEMANDROV3 V.F,, aerolog; KUZNETSOV9 O.M.,
aerolog;
MAYOROVA, L.A., aerolog; POSTNIKOVA., D.G., aprol6g;
SKMOVA, I.P.,j
-aerrolog; VASILIYEVA, R.P., tekbW ; MEDIUS, LJ.,
tekhmile;
KRAMONOVA-, V.A.-, tekhnik; KHRUSTALEVA, N.K., red.;
MOZHZHINA,
L,P., tokhn,red
(Aerological observations-of Arctic stations during the
period
from Jtme 30 through December 31, 1957] Aerologichaskie
nab3iurl niia
poliarnykh stanteii a 30 iiunia, po 31 dekabria 1957 g.
Leningrad,
IAI-vo-"Morskoi transport,n-1961. .994 p. (Arkticheskii
i antark-
ticheakii nauchno-issledovatellskil institut Trudy,
vol.2/+3)
(KTRA 14:21)
(Arctic regiona-Motoorology-Observations)

BABOYA, LA.; SHIPWH, N.V.
Air density distribution In the troposphere md in the lower
layers of the stratoa*ere of the oentral Aratice Probl. Arkt.
i Intarktb no.lOt63-69 162. IMIU 16:2)
(Atmospheres,'Upper) (Aratic regiona-Meteorology)

35H/6
BASOVA, Lubova Stafana 780-13
-B3
Latvijas FSR rupniecibas attistiba (industrial development
of Latvian
SSR, by) L. Basova, A. Leit3 (and) A. Sumins. Riga, Latvi
jas Valsts
Izd-va,, 1956.
102 p. tables (Paligs Ekonomiskai Izglitibai)
Ru3sina Title: Razvitiye Promyshlenno3ti Latviyskay SSH.
bibliographical Footnotes.

410167
3/081/62/000/018/054/059
B168/BI86
AUTiiMis Terlo,'G. UP, basova, L. 3.
TlTLL: Folyurethane coats based on linear polymers of high molecular
weiEht containing hydrox7l
?ERIODICALs Hefcrativnyy zhurnal..-Xhimiya, no. .18,*1962, 554;
-abstract
0'0 (Lakokrasoo'hn*. materialy i ikh prineneniye, no. 1, 1962i
I ON 3
TBXTs The authors describe how they developeda.~polyurethane
composition
basod.on a.partially saponified copolyiner of-vinylohloride
and'vinylacetate
witMb,3-5i.. 0&1 groups, modified with glyptol re'sin (2 (s 1).
They found that
it is necesaary to introduce 2 moles of dii ooyan te
",4-toluylendii6ocya-
nate or, preferably, the reaction,product of its exceas with
dieth;flenerly-
col) per 1 mole-equiv. of the Oil Croups. The best results in the
pi- ent-
Om
ing of coats %vere obtained vith rutile TiO 2' Tho doAts obtained
have a
good reit'istance to a 3~-' solution of RaCI and to thi affects of
a terjoera-
0
ture.of 60 C 'at a relative humidity of up to They are also very
Card 1/2

S/084/62/jWVi8/054/059
Polyurcthanel~oats B168Z4186
hard and abrasive-resistant,,. LA-betracter's notet *qompITwu-u
translation
Card 212
~77 _MU
7777777

S/169/63/000/003/018/042
Distribution of air denaityi D263/LJ307.
-the year are pract
tho changa~s- of density durin-g ically nil. Yo a.%,-
'plainthe differencelin the-annual courses-oE P at various heights,
a,calculation was made of*the.offect,of pressure/height and tempera--
ture/height changes on the density of the air. It -,.,T-,,s found that
the equilUbrium, layer lies between 7. 5 and 8 In, above ithich height
pressure plays the prddominant part, A graph of the isolines of the
vertical air density gradient over the.year, constructed after SP-4
data, shows that the density gradient decreases i-rith height. Com-
-sho, same ch of- the. -
parison- with:: ETC-,~(YeTS)-data us ~nearly the.-
density gradients, except for the ground layer, where at YeTS :the
changes are 2 times, smaller I than in the :wctic. In the troposphere,
the changes.of vertical sr~3dients are smooth up to 7 1cm, and vary
over,the year; in the upper..,layers of the troposphere, the change s
.
are more ra:)id and there: are-~Isoma maxima and minima.
Z-7Abstraicter's note: Compli~a.translationl
Card -2/2

BASOVA L V , starshiy nauchnyy sotrudnik; BLINOV, V.A'...
kand.takhn.naukt
~s rshiy nauchnyy sotrudnik; SIMANOVSKAYA, Ye.L.;
PODSHIBYAKINA, N.D.;
RUMBA, A.Ya.
Applying t4e emulsion method for wool dyeing* Tekst.prom.
23 no.11:
83-84 N 63- (MIRA 17:1)
1. Nauchno-isoledovatellskiy institut organichaskikh
pol-uproduktov i
krasiteley'(for Basovaq Blinov). 2. Rukovoditell gruppy
Informatsionno-
tekhnicheskoge byure Nauchno-iseledovatel'skogo instituta
organiches-
k1kb poluproduktov i krasiteley (for Simanovskaya). 3.
Nachallnik la-
boratorii-Latviyokogo kompleksnogo
nauchno-issledovatellskogo instituta
legkoy promyshlennosti (for Podshibyakina)- 4- Master
krasillnogc tse-
kha fabriki "Rigas Tekstilell (for Rumba).

BLINGV, V.A.; ANISHCHUX, Ye.N.; RKYAGINDIA, I.P.;
RUMYANTSEVA., L.P.; PODSHIBYAKINA, *.D.
Fmasion method of dyeipg wool., rayon and synthetic
fibers. Tekst.prom. 22 no.10:57-60 0 162. (MIRA 15:11)
1. Fauohno-issledovatellskiy institut organicheskikh
poluproeuktov i krasiteley (NIOPJX) (for BlinW Basova,
Anishobuk,, Knyagininas- Rumyantsev!L). 12. Nachalinik
khImi skoy laboratorii ~cmplekenogo
nauohno-iseledovatellskogo
instituta legkoy promyshlennoott(FMILF) Latviyskoy SSR
(for Podshibyakina).
(Dyes and dyeing-Textile fibers)

CHLINDVA, R.S.; MIM, TS.M.; RASOTA, L.V.
Characteristics of sulfur dyes* Zhur.prikl.khIm- 33
no.2:
475-478 7 160, (KCRA 13:5)
1. Ibuchno-Issledowatel'skiy institut organicheskikh
poluproduktoy
I krasiteley Imal X.YeXoroshilova.
(Dyes and dyeing)

BI'.-rNOV, V.A., starsh!y n&uchn)ry aotrudr.1k, kand.
teklin. nark
L.V., starshly nauchnyy eotrudnik, kand. takhn . np~
Variant of the emulsion dyeing method of wool. Tekst.
prom.
24 no.1105 56 N 164. (Y-'RA M121
- W
1. Nauohno-issledovatellskiy inatitut organicheek!kh
poluproduktov I. krasiteley.

BOLGOV, Ivan Vasillye4eh; KOPYIDV, Yurly Maksimovich;
PASECHNIKOV,
NikQlay SemenovIch; VISHNYAKOVA, S.V., red.; BASOVA,
M-S-,.,.,-
radii PANOV, P.A., spats. red.; MUKHINA, Ye I reu.
(Operatinj ~raotors lit winter] Ekspluatatsiia traktorov v
zimikh Ai4iiakh. , Biuro takhn. informataii, 1963.
38 P. (MIRA 160)
(Tractorc-Cold weather operation)

BASOVA N., POZHNOV, V.
---- rl-~;- I
Utilization of punched card machines for controlling
deposit .
operations. Den. i kred. 21 no.6:57-63 Je 163. (KMA
16:8)
(Moscow-Punched card systems.-Baj* deposits)
(Moscow--Savings banks--AccouAting)

It Wbo.63 VPT (d- AS
P/
-Vft-4/?g~4
NRt ip, 4 S/0119/63/000/008/0014/
ACCESSION 3006.00 0016
'AUTHORs Sasova, N'. A. Dobrolyubov, S. A Mityashin. P
owl
TITLE: Calculating A pneumatic,jet Fe lay
SOURCE i Priborostroyeniye, :no-0:;-8- .1963' 14-16
uid-'amp i i
~TOPIC TAGS:- pneumatte '11 cation, pneuU&tic--'- amp,li-
fier, nozzle'. jet interaction., . air jet,, pneumatic transducer.
sensing element eumati6 relay calcul'ation, external tempavatore
pt,
disturbance
ABSTRACT; A Vneumatic relay based-on~the interaction of ait, jets
has-been developed. The relay (see Figs. l.and 2~ of the Enclature)l
part 9 a -wimp 1-y--cons ructe'd,.
t
external temperat I device consists of A'Systca-
of nozzles, a' throttle valve and aflapper by means of %rhich the
c). -etion. A,~ (Fig-. 1) tan be varic'4--j: -The
control pressure (P in se~
following approximate pressureTrelation-ship-has been derfved-.
cofd;,

ACCESSION NRt AP3006400

P pl~ -kP where

.k

Dr-
;Pin.

'into Pries a Ufa corresponding
is the portion of- to P, 0;
a
l

tit-no I M me. or) i,:-,F ~Zxpftrimants -were con
ucted ~V
jk ~k! th

i . ..... ir, results-obtaine
-e*04-rimis 'tal
nozz to d
0 3 i4ft U.- ame er,
3
L rho

-
to, the
f olr- W
q"

-
calcul4ted,~- r0 f no xilo'o- "less an: .46 dif
'
-
'
'
--
-
'
'
'
'
'
-

.
tad results die --in
alcuia
&
c
ferances arose ~betwoo
tal
nd
n
ril
nen
,
expe

--parti to inaccuracieis in minufacturiogithe ndzzles-and in
conduct-

1`~'ing the experiments. However experiments conducted with
bmall-

diameter,raceiving nozzles.and with .c6ntrol nozzles twice as
large
.
-
I

..
Ay i_ z
zle
ii produced results in good agree-
~in diameter as the supp no.

with. the calculpted .(Fig. .3) The
pressure.in the chamber

behind the receiving nozzle:-can be calculated
from the following

L 17800-63

ACCESSION NR: AP3006400

expressions,

'4 P
R R 4
P

P
Ch 2 ;.L

_.~A4,+ R41
2!

f''nozzle ra
*
T
4

h
t :pressure n t
m ar,19,(P

c a b
+ V 4/2

Wee
he spacing.(L) b
t
-power nozzle an d
receiving nozzle

nozzle diameters D as 0
.0-1 0 2: mm) ;was experim

-
'

entally determined t
0

.
b
*',, 3.5-4.5 times I&Tger
~than-. e. diameter of
the power nozzle

i-

(Fig. 4). The.obtained -

formulas. can bemused '

for design :calcula'ti Al
0

of pneumatic-jet elements with h feed pressur

e of 1.4 atm. or

art.
has: 6 figures-and
3 formulas,

ASSOCIAT'i6NI non4_

A.
,

SUBMITTED: ~00
DATE
ACQ: - :23$6p63,
ENCL:
04

.

SUB CODE: AE
NO REY~ SOV:~'~:.002
OTHER: 000

3 7

%Obori t6r'y', Dia g~nosis, of L Oc id -C
146ans of Ahe., C 16 V
i1*1tis 17
C'
ti6np"''M.' I.' lAvi,. ands XedSci~',,N
jg'.,
Basova
V.-'Rutshteyn virus6l I Dept,. Ukrai:"
nian In t Ep
diiioi kid microbiol.4-eidi Aediiiii tc
jrj~y and, en
Clinical '-Tsychoneu'r''Ol. Hosj~
"Adin
4 tiazisp
.Nevropatol i Psikhiav val ix , NO '2' pp
5~_:U
1*1,S'cribes~.prep'n 'of 'antig6n s~Iad
reaction'of com-
pl~mnt:fiiCation which is suitable for
lab diag.;,,
no,bis. .. This'reaction gives results
corr -to iiew-
trilizatio'n' reaction,lbut is
preferable-to, the.,.:
186T7V

LIM
r-4 JWL 53
VI Dlseaww,
edi
rus
"bl~tribution of the Virus of Lympbpeytic
Chori-
qpmingitis Among Rodents," M. 1. Levi, N. N.
3"*va, G. r. -ebuyeva, S. G. Abramova, Ukr
Inst
cX,Zpidemiol'and Microbiol imeni 1. 1.
Mechnikor.
*t2ur Mikrobiol, Epidemiol, i Immundbiol" No
Radents. of various species, including 827
common
*Ce and 33 wild rodents of various species,
were'
~qftUgbt in uxtan, suburban, and rural
localities.
.Mdrty four strains of the virus of
lymphocytic
d~~iowningltis were isolated from common
miae,.
243=5
COW. from a florest mouse, and one from a
field
.xv~rm~. The degree of infe6tion of rodents
with
+4w virus was highest in rural, next
highest in
txban, and lowest in urban.

LAVI, K.I.-, BASOVA, R.N.; RUTSHTSYN, P.T. A-
.... w~
Xethod of applying the complement fixation motion In diagnosis
of
lynphocytic choriomeningitis; authorls abstract.
Zhur.mikroblol.spid.i
i--un. no.3:51 Mr 134. (MM 7:4)
1. Is virasologichookogo otdola Mmrlkovskogo instituta vaktsil
I syvo-
rotok (direktor - kandidat b1ologicheskikh nauk G.P.Chorkas) I
Tuentrall-
noy paikhonevrologichaskoy bollnitsy Kinisterstva patsy
soobahchaniya
(nachallnik I.P.lushtin). (Keningitis) (Complement fixation)

BAS07A. N. N., CUTEWINOVA, T. K., =HKOV, Y U. G.,
LOPATKIN, 0. X.
*Characteristics of the "Dagestan 273P virus strain
isolated
from a sand rat." P. 57
Desyato7e Soveshchaniye po parazitologicheskim
problemam i
prirodnoochagovym boleznyam. 22-29 Oktyabrya 1959
1;. (Tenth Conference
on Parasitologic-al Problems and Diseases with
Natural Foci 22-29
October 1959), Moscow-Leningrad, 1959, Academy of
Medical Sciences
USSR and Academy of Sciences USSR, No. I 254pp.

LIVI, MaI.; BASOVA# N.N.; SUCHKOV, Tu.G.
Characteristics of the complement fi3mtion reaction in
various in-
fections, Vop.Tirus. 4 no.4t456-464 il-Ag 159. (NIU 12:12)
1. Vauohno-Iseledovatollskiy protIvooh=rqy Institut
ravIcem I Way-
kazlyu Stavropol' obUstnoy.
(00MUMN~)
(Ilr=IOIFO blood)

LEVI, M.I.; -~!kSqV~AN.&j ZUSIKO, R.T.; CHXRNIKOVA, T.M.;
SUCHICOV, Th.G.;
wmV. N.M.
Inoldence of influenza In Stavropol during the 1957
pandemic, Top,virus,
4 no.5t573-580 S-0 159. (NM 13r2)
1. Naue'buo-Is sled ovatel I skiy protivochunoW instittk
Uvkaza I Za1mv-
kaxlya, Stavropol'.
(IULU]IN7A. statist,)

LWI, M.I. I BASMA, R.N.; SUCHKOV, J.G.
Optimal conditions for complement fi3mtton reactions in some
infections. Aota v1rol.Xzgl.2d.Prmh& 4 no.6:348.-355 N'60.
1. Caucasian and Trwnscaucasian Scientific Research Institute
of
Plague Control. Stavropol, U.S.S.R.
(COMPLMMIT)

RASOVA, N.N.; IZVIj M.I.
The reaction of complement fixation inhibition,
Vopsviruos 3
no.3:259-266 YY-je 160. . (MERA 33 ; 9)
(COMPUMM FU4~01)

BASMAP N.N.j CHIMIKOM ToMel SUCHKOVP YU9G*j WFATKIN O.N.
Study of the properties of a virus isolated from a voodcock
(Grocathia alba Fall.). Vop.virus. 5 no-3:286-Q92 W-je 160.
(KERA 13 19)
1(, Nauchno-isoledovateltakiy protivoohu=yy institut Kavkaza I
Zakavkazlyaq Stavropol#,
(VIMSES)

BASOVA$ N.N.1 SUGHKOVp Yu.G.1 GUSEVI V.H.j RUDNEVy H.M.
I
Ornithosis in wild wA domajitic fovl. Zhur.mikrobiol,opid.i immm.
31 no.9:3-7 S 160. (MIRA, 13:13.)
1. 11 Niuchno-isal6dovatellokogo protivochumnogo inatituta
Navkaza i Zakavkazlya,,
(OHNITHOSIS)

H.I.; -BOYMP-W.N.; SUGIIKOV, Yu*Gj CRWVA, G*M*;
GEWYUK., L.G.
MOMOT, A.G.
Rekotim of passive hemagglutination and reaotion of
antibody
neutralization in sane Infectime. 21mr. mikrobdoL
epid. i
immun. 33 no.10&40-45 0162, (KM& 17:.4)
I. Is Rostovskogo-na-Donu
naucbno-isoledovs4tel'skogo protivo-
ohmogo institata.

LEVIS M.I.; SUCHKOV, Yu.G.; ORWVA, G.M., GE!-USYU!K,
L.G.; SHKU-1.4, A.1N.;
?EYSAKMSJ L.A.; 6TOGOVA, A.N.; LUPATINIA, N.F.;
SUKHO61UVA, N.A.;
DON'SKAYA T.N.; TIASSONG17 ITIBLAT,
PAK, C.Y.; KJ14114011, X.M., ' .1 L.~.; WE
V.I.; MURTAZANOVA, E.F.; STHEU494, A.!.; !AVPXIITEV,
A.F.; BASC;V
~.V.; KULOV, G.I.; GOLKOVSKY, G.M.; SALAI-MIOV, N.I.;
ZALYGI14A, N.I.
Significance of serological nethods in the
epizootological study
of plague in wild rodents, J. hyg. epidem. (Praha) 8
no.4-422-427
164.
1. Institute of Scientific Research, Rostcrv on the
Don and Central
Asian Institute of Scientific Research, U.S.S.R.

BASOVA, N.N GF.WYUK, L.G.; TINKER, I.S. [deceased]
Serological indices of the.immunogenicity of live plague
vaccine
under experimental conditions. Zhur.mikrobiol., epid. i
immun.
42 no.4:33-37 Ap 165. (MRA 18:5)
1. Roetovskiy-na.-Donu nauchno-issiodovateliskiy
protivochumnyy
institut.

L 58312-65 EffT(1)/FbA(J)/RJA(b)-2 JK
ACCESSION NR: AP5013796 UR/0016/65/000/005/01.07/0114
615.373.3 : 616.452-085.371)-092.259
.j 0
AUTHOR: Basova, N. N.; Gerasyuk, L. G.
TITLE: The protective properties-of the sera'of experimental
animals Immunized
against Riau_e. 1,0
SOURCE: Zhurnal mikrobiologii, epidemiologii i immunobiologii, no.
5, 1955, 107-114
TOPIC TAGS: plague, immune serum, pasteurella pestis, immunization
ABSTRACT: The sera of 4 species of animals (horses, rabbits, white
rats, guinea
pigs) 'mmunized against plague were investigated in the mouse
protection -est. A
r!isti-_t relationships was noted between the crotective
-,r-_,perties ~,f the -iera ar,,6
the titer Df anti-bocties to fraction I of Past. T~estz's'f'iri
the passive hemagglutina-
tion neaCT'lion, The sera of animals i-n-aunized only -wizh
fraction I and possessing
high titers of the corresponding anti-bodies protected mice from
plague.. 'rhe sera
of 10- to 16-day-old white mice and rats born to females immunized
with fraction I
protected adult mice fr,= hundreds of lethal doses of Paat.
peatis. The Largest
quantity of antibodies to fraction 1, fraction 11 or to both, was
extracted from

1.1. 58312-65
;ACCESSION M AP5013796
11immune sera by means of.erythrocyte4 sensitized with individual
fractions. In the.:
mouse protection test, the activity of immune serum against
fraction I considerably
decrea.;ed follwing antibody extraction whereas extraction of the
antibodies to
fraction 1I had no appreciable effect on the protective properties
of the serum.
The degree of protection afforded by serum varied w1th the
closeness of the donor's
species to the recipient's specias and with the extent to which
the titer of the
antibodies to fraction 1 approximated the maximum values
characteristic of the par-
ticul-ar species of animal. Or-71g. art. tas: 2 tables.
ASSOCIATIOP: Rost ovskiy-na-Donu gosudarstvenny-y protivochumnyy
iiistitut (Rostov-
na-Donu State Antiplague Institute)
SUBMIMED: 07May64
ENCL: 00
SUB CODE: LS
NO REF SOV; 005
OTHER: 002
Card

L %868-65 EWA(b)-2/EWA(J)/r0f(I). JK
'16FEssIoNT NR k. AP5011275 UR/0016/65/m/ooVoO3 3/0037
AUTHOR: Bas~~Ta Garaa-yuk, L, 0,;-
VMS* Serological Indices of ImInogonioity of live plague vaccine
;under experimental conditions
fSOURCE: Zhurnal al obiologiip epidemiologii i immnobiologiip noo
14a 1965v 33-V
TOPIC TAGS: rats mouse, gainea pigs pasteurella, pestis, live
glutination
vaccine, serologia test, immunization, hemagg
AESTRACT: In a series of experiments white rate, white mioe, iind
!guinea pigs were immunized with live plague vaccine to establiah-,
a relation between, -F-
jinfootion saw-IL viini~ agUe culture. Serological indices were
!determined b7 the following reacti.ona: agglutination, procipitin,
inhibition of complement fixation, and passive hemagglutination.
Anim-a3s were iniected subc-utaneously wIth R 71Mlent plague culture
(No. 1300 strain, 100-10,000 D1m) on the 35th-50th days to determine
vaccine lzz=inogenicity. Pindings show that i=nunization with single
,,Ccrd 1/2

.1. .588687-65
CGESSION NR: AP5011275
doses of live plague vaccine proftoe antibodies against fraction I of
lice -plague baoillus in a.U experimental animals, Time of antibody
appearance,, antibody titer levels, and length of antibody circulation
parlods in the serum depend on snivuLl speciesj, vaccine dose, and
number of vaccinations. The passivo hamar ation reaction proved
_,glut in
to be the most sensitive, speciflep and simple method of deters-aining
fraction I antibodies. A distinct correlation was found between the
presence of fraction 1 antibodies, 1woteotive properties of the
s&rum., and immunity of animals against virulent plague culture
infection. Serological Indices Ma7 be used to evaluate the
Immunogenicity of live plagu6 vaoeine. Orig. art* has: 1 figw?e and
3 tables.
AS50CIATIOWs. Rostovskiy-na-Donn nsuohno-issledovatellskiy
protivochu=yy institut (Rostov-on-Don Scientific-Reseparch
Antiplague Institute)
OUBMITTED: 01P81464 ENCL: 00 SUB CODE., LS
Na IMF BOV 008 OTMM: W.1

SUCHKOV, lu.v'.1 MVI, M,I*,,- o,.V~7 bjk.S0Vt,.,, Mon
DURIXHIN,, X,V,;
~ ., 4 t A I
GKRASM, I.G.
Primary roactiun In whi-."# ml,# tt. ~-ni!oducl~,Ion of
precipitated an-Ag,%no Zhurozi)Lrcbla~ov *plld, ;-
immo. 42
no.10:36-3-).. 0 1650 ikau issn)
1, Rostovslriy~u-r4nu
nAu--*rnc..-.*.as~edt-i&*A"!~lak~'y protivoohmwqy
institut. 13-ubmitt&4 Msy "J-9Q10

T
ACC NR:
44h5 SOURCE CODE: UR/OC)16/65/000/010/0024/0030
I
AUTHOR: F
ov-on-Don An -jRostovskiy-na-Dony protivochumnyy i ut
ORG: tipIggge Institute nstit
TITLE: Study of the immunoinhibitory effect of fraction I of Past. pestis
on
guinea pigs
SOURCE: Zhurnal mikrobiologii,, epidemiologii i immunobiologii, no. 10,
1965P 24-30
TOPIC TAGS: bacteria, bacterial disease, human ailment, immunology,
experiment
animal, anLibody, vaccine -f ~
ABSTRACT: . One of the main im=ogens of Rasto jpeati2.~- fract on I - in a
dose of 200 micrograms or more induced a lack of imnunologrical
reactivity in
.guinea pigs. It was reflected by prolonged retention of the antigen in
the
'body, absence in serum of antibodies in concentrations convenient for the
-passive hemagglutination reaction and anaphylactic test,, and
hypersensitivity,
.to minimum doses of a virulent culture of the P. pestis. Marked
individual
differences were noted in the guinea. pigs with respect to both the excess
'fraction I and the capacity to produce specific antibodies. This
phenomenon.,
Me the other manifestations of 1-1nity, was specific. Administration of
large doses of fraction I.embinod.,with live plague vaccine depressed the
process of immunological reconstruction in the guinea pigs, Orig. art.
has'.
2 figures and 2 tables. (JPRS]
.2.4 / OTH REF: 003
SUB CODE: o6 Sum DATE: o7may64 / ORIG REF: o
11r1n .rriL nrv j r rw7 nr k 001

Ulviy M.I.; SUCHKOV, Yu.G.; OR1,0VA, G.M.; GRAMM, L.%'J.;
SHFODA, A~M.;
P-EYSAKH1S,, L.A.; STOGOVA, A.N.,- LOPATINA, N.F.;
SUMA7,111KOVA, N.A.;
PAK, G.Yu.; MUMINOV, K.M.; DONSKAYA, T.H.; NASSONCIV, L.S.;
VEYNBLAT,
V.I.; MRTAZANOVAP E.Sh.; SHTELIMAN, A.I.; 1AMENTIYEV, A.F.;
-BASOL,ILLI GOLKOVSKIY, G.M.; KOLOV, G.I.; SALAMV, V.I.;
ZALYGINA, N.I.
Results of the testing of the reactions of passive
hemagglutination
and neutralization of antibodies in the epizootologic
examination of
wild rodents for plague. Zhur. mikrobiol., epid. i imun. 40
no.32;
118-119 D 163. (MIRk 17:12)
1. Iz Rostovskogo i Sredne Aziatskogo protivochumnykh
institutov,
Chimkentskoy, Taldy-Kurganskoy, Aralomarskoy, Turkmenskoy,
Astrakhanskoy
i F~-unzenskoy protivochumnykh stantsiy.

Aftoit.
SOURCR
Ones,
Rost ODDIf
ova$
Antip, 016/6
TIng: *Sue-rue 00 0
t1t 4nchukh, A oq~po
ute A.
robial Y010775
and anti ostove
t kly w
oxi
3wzc Zia N"ftbi ~ftmuql ty Orot
real, QpId
ftt-
fttIt
qtou
tton, Unity, Pj.agu #.no., 7
Pasturou t
e
d a 02CIn 1.966
dy of arol
Peatte
Imminiit osltii" b4cte 10
P gu
:4 uasi.
and t a 41 t
a Jk(x IMU41,it Methods .1a .ate r, oxin
tore 0 tons. OxEn reat were empl... robe,4,,,- a toicia"'.
Ariven an
f both WIth.p, ;Bt I#c a ed In
p
43 C
adat(a 100 ; 'auttgen. P64 gro, 074para t
tozot UPS
tons"
Of gafte CV fra 94ce rece,
anti coft,
~of frftc"on Z and
26 day. a fr4ctlft Sea:
tjon
UJO grOUP chd re.took efe, Fractlon r Vero
Mot 'how
t b ftt wjt~hjn ver
Aft e
Ott, er 26 d
24 hr
'Y
ro"a, battz 8 too
.8 -*ae abo ays the 1
ut-the GVQ or
a real,
_-~.Oculated with 2bun, tin 7
ifto
613.
7 8-03.6
.14
-44.9
657
:,A.

PAVLTUCIMNKO. M.M.; LITVIMKO, E.Ye.j__BLSOVA, N.P,
Effect of the pR of the mulium or the adsorption of
octodecy3anine
acetate an potassium and sodium ch2orldes and sulfates.
DokL AN
BSM 9 no.8020-322 Ae,163* (MIRA l8su)
1. Institut obBhchojr i noorganiobfskoy kbimii AN BSSA.

BASOVjL,. I.V.; X&TYUSHOVA, Yu.l,, nachallnik otdolauiya;
ARKHANGZLISXIY, P.P.,
waw"Fox-essor , konsul'taut; RUXIII, U.S.
Criticel remarks on the examination of color sense with
the aid of I.B.
RabkIn's tables. Test-oft. 32 uo,5:47 8-0 153. (MM 6:10)
1. Tashlents)m" doroshwa ob*edinenmy& bolluitea (for
Buova, Xatyshovs.
and Arkhangellakly). (Color sense) (Rabkin, I.B.)

M! M6024445. SOURCE CODE; UR/0016/66/000/007/0103/0107
AMOR.' 949*wff-- P%Ltwnova*l.Yu. A.; Kanchukh, A. A.
6W_%_ Rostav_o* '_&m.-Antiplague-Institute (Rostovskiy-na-Donu
protivochumnyy'instit,
-.Tl=s AntWerobial and antitoxic immunity, In experimental plague
SMCZ: Zbwru4 adArobiblogti,'epidesiologii, I immunobiologii, 'no.
7, 1966, 193-107-
~'TMC TAGgs laimunity, antitoxin-immunity, plague toxin, bacterial
toxin, toxin..
realstancep tozoLd la.munizatlon, Pasturella pestis, plague microbe
4o-rZ,_
310asisy and serologital methods were employed in a comparative-
study of Immity and toxin resis4ance, in groups of nice recelvist
-P. Pes"o toxoL41 fraction Itand
single imunixations with
r
=Ixture of-loath anti ens. Twenty gamma. of fraction I ve a
g:Lvm and- 100 gi of toxoid containing 1% fraction I were
sduinistered. The antigen mixture took effect within 24 bro
while the fraction I group did not show imunitY until 8.to
26 do" after Injection-. After 26 days the level of resistancs'
Pto infection In both vas about the same. Toxin rer-
grou"
ht ated with tozoid
Card V2 614.449.'57
UDC: 615-778."3.

-Ras AP6024445
of tho mixtures protected
them 24 br-7 -after vaccUiationo 121,
US ODD3; 06t, SM DAn';-"`04Jsn65 e~,%ORIG.REV:,'i 006/
~'OTHRZF:--l--QQ7/~
4
VA
?
-41
Ir

BASOVAY N.V.; DEVYATOV, A.M.; SOUMEV, G.S.; SKVORTSOV,
Pei*
Calculation of the paramstm of a low-preemwe plamma in
noon. Vest. Moak. un. Sere 3t Pisto astron* IS
no.2337-42
Mr-Ap 163, (KURA l6s6)
L Kafedra slaktroniki Moskovskogo universitsta.
(Plasma(lonized gaaes))

j7
AID P 2641
Subject USSR/Medicine
Card 1/1 Pub. 37 - 18/22
Author Banou. 0. Is, Sanitary Inspector of Schools) Kranno-
gvarasys.Kly v1striotp Nosoov
Title Republic Conference on Problems of School Hygiene
Periodical Gig. I san., 8, 55-57, Ag 1955
Abstract An account of the problems discussed at the Conference
In Moscow, Feb. 15-18, 1955.
Institution See "Author"/
Submitted No date

P.
C. P. T-1-1
rs
G. 1:. 1 .,rvl Z. p
US D
K.
IT"Yf*irnic characteristics of the dny rel-inen of
'.'oscov sclrol
children."
report s&,-nitted at the 13th All-ITYion Con,-rcss of
liy~.~ipnists, Knidenlnlo~-ists
Rnd Infpcticnists, 1959,

GRLIKAN, B.L., kand.sednank, HIMUYLOVSKrT, G.P.,
podpolkovnik madesluAbY
kand.med.uauk., BASOVA, R.Me,
.. -
Comparative description of methods for studying
gastric secretion*
Vowb-made'shure" 1100802-36 Ag 156 (MIRA 12:1)
(STOKAGE-SECRETIONS)

5M BOV/156-59-1-29/54
AUTHORS: Flid, R. M., Basova, R. V., Chirikova, A. V.
TITLE: The Kinetics of the Catalytic Synthesis of Vinyl Acetate in
the Presence of Zinc Aluminate (Kinetika. kataliticheskogo
sinteza vinilatsetata v prioutsivii alyuminata tainka.)
PERIODICAL: Nauchnyyedoklady vysshey shkoly Khimiya i khimicheskaya
tekhnologiya, 1959, Nr 1, pp lli-'119 (USSR)
ABSTRACT; Previous works of the'authors (Refs 1 and 2) suggested the
possibility of a selective synthesis of vinyl acetate. Different
from industrial production a surplus of acetylene was not
used but the ratio C H : CH COOH was equal to-or less than.
1, whereby the capacliY2 of tAe contact mechanism is much
increased and the separation of vinyl acetate is facilitated#
The kingticq was investigated in the temperature interval
230-270 - Iii ihe first test run the acetylene partial pres-
sure was varied and the acetic acid partial pressure main-
tained constant. In the second test run pC 2H2 a const. and
PCH3COOR variable. The 'ta*zulated data show that the reaction
Card 1/2 depends neither on the partial pressure of acetylene nor -on

BOV/156-59-1-29/54
The Kinatica of the Catalytic Synthesis of Vinyl Acetate in
the Presence
of Zino Aluminate
that of acetic acid, Therefore the reaction rate can be de-
scribed by a second order kinetic equation: U - K.pC H PCH
COOH*
2 2 3
From the tabulata experimentql data obtained-at-different
temperatures (230g 0 250"t 270" ) E . 22tOOO-+ 600 oal was
calculated as activation energy. There are ~_tables and. 2
Soviet references*
ASSOCIATION: Kafedra takhnologii oenovnogo, organichaskogo
sinteza Moskovekogo
institute. tonkoy khimicheskoy tekhnologii im. M. V. Lomonosova
(Chair of Technology of Baoic Organic Synthesis of the Moscow
Institute of Fine Chemical Technology imeni M. V. Lomonosov)
SUBMITTED: July 4P 1958
Card 2/2

3/15Y60/003/02/26/034
6 Boii BW
S-SLOO
AUTHORSi Flid, Re M j Chtdkovat A. V., Raskinal Go Vo.,-Dasoyaj
Re Y*
TITLEt Investigation in the Field of the Catalytic Synthesis of
Vinyl Aostateiin the Vapor Phase
PERIODICALs Izvestiya vysshikh uoh9bnykh zavedeniy. Xhimiya i
khimichookaya"tekhnologiya, 1960, Vol. 3, No. 2, Pp- 343-351
TEXTs The authors investigate& the thermodynamics of the
catalytic
reaction of acetylene and aostio aoid and'found that two
parallel reactions
take place, i.e. monomeric acetic acid reacts with acetylene to
give vinyl
acetatep while dimerio acetic acid and acetylene form ethylidene
diacetate.
The direction of the reaction is determined by the relative
amounts of
monomer and dimer contained in the acetio acid. ZnO on Al 0 was
used as
2 3
catalyst. It is shown in Table 8 that the activity of the
catalyst is all
the greateri the lower the roasting temperature of the latter
waso
Catalysts roasted at 4000." have the highest aotivity. The
authors proved
that catalytic synthesis of vinyl acetate in the.vapor phase
using molar
ratios of 02 H2: CH3COOR = 10 and 1s2 is possible. Zino acetate
on
1/3
Card

7
Investigation in the fteld of the Catalytic S/153/60//003//
/26/034
Synthesis of Vinyl Acetate in.the Vapor Phase BO11/BOO6
activated carbon was used as catalyst (Tables I and 4).
Optimum condi-
tions for the process are 270-27501-9 a total rate of flow of
250-300 1/1 cat oh . The degree of conversion attained under
these
conditions amounts to 30% of the acetic acid (Table 6)9 60% of
the
acetylene (Table 5) at a selectivity of 96-98A. The efficiency
of one
liter of the catalyst per time unit is 6 to 7 times as great
as that
hitherto attained. The process can also be carried out in a
pseudo-liquid V)(000
state over a ZnO/A1203 catalyst. Respective experiments were
made using
a column designed by the NIOPIK (Nauohno-iseledovatellskiy
institut
organicheskikh poluproduktov i krasiteley (im. K.
Voroshilova)j Scientific
Research Institute of Organic Semifinished Materials and Dyes
(imeni
K. Voroshilov)). A method for preparing this catalyst is
suggested. The
authors,studied the kinetics of vinyl acetate synthesis over
ZnO/A1203
at 230 0.: and 2700C. The kinetics of this reaction is
expressed by an
equation of second order, i.e. w - kPC*H -PCH COOH* The
activation energy
2 2 3
is E - 22,000 + 600 cal/mole. This paper was read at the
Voesoyuznaya
Card 2/3

, I ~ , "'17 11
Investigation in the Field of the Catalytic
8/153/60/003/02/26/034
Synthesis of Vinyl Acetate in the Vapor Phase BO11/BOO6
Konferentsiya"Puti sinteza iskhodnykh-produktov dlya polucheniya
vysokopolimerov" (All-Union Conference "Ways of Synthesizing
Initial
Materials for the Preparation of HighPolymer Substances")$ held
at
Yarolelavitp from September 29 to October 2p 1958. There-are 8
tables and
6 references, 5 of which are Soviet.
ASSOCIATIONs Moskovskiy institut tonkoy khimicheskoy
tekhnologii imeni
M. V. Lomonosova (Moscow Institute of Fine Chemical
Technology imeni M. V. Lozonosovi. Kuskovskiy khi-mTc=eskiy
zavod (Kuskovskiy Chemical Plan
Card 3/3

nIDS R.M.; CHIRIKOVAO A.V.1 RASKIVA., G.V.; BASOVA, R.V.
Vapor-phase catalytic synthesis of vinyl acetate, Izvovys,
ucbeb.zav.; khIm.I. khim.tekh. 3 noo2:343-351 160.
(M;RA l4r6)
1. Hoskovskiy institut tonkoy khimicheskoy tekhnologii Jmemi~'
Mo V, Lomonosova i Kuskovokiy kbimicheskiy zavod.
(vinyl, acetate)

34986
S/190/62/004/003/006/023
0 B110[B144
1.7 J9J 0
AUTHORS: 3&pajAj,,R. V., Gantnakher, A. R.
TITLE: Polymerization of unsaturated compounds in the presence of
K metal and organopotassium compounds in hydrocarbon media
PERIODICAL: Vysokomolakulyarnyye soyedineniya,,v. 4, no- 3, 1962,
361-365
TEXT: The authors studied the separate and Joint polymerization of
styrene (1), isoprene (II), butadiene (III), and a-methyl styrene
(IV) in
the presence of K metal and organopotassium compounds in
hydrocarbons.
In separate polymerization, chain transfer was studied in the
presence of
hydrocarbons with different proton donor properties. According to P.
P.
Shorygin (Issiedovaniya v oblasti metalloorganic~eskikh soyedineniy
natriya (Studies in the field of organometallic Na compounds), M.
1910
the reaction -RIX + RH -)-RIH + RK (1) takes place, with RI - the
polymer
carbanion, and RE.- hydrocarbon. Whether transfer, degenerate
transfer,
on chain rupture take place depends on the acidity of RH and
stability of
R. With the exception of IV, 100ip'o conversion was reached.
Polymerization
C a rd r1 '13),

5/190J-2/004/003/006/023
Polymerization of unsaturated ... B110IB144
of I in toluene and benzene yielded polystyrenes havinC
molecular weights
of 135$000, and 350,000- It was polymerized in benzene, cumene,
isobutylene$ and toluene, metallization of which increases in
the given
order. The copolymerization of I, II, and III (ratio 1 : 1 )
in hydrocarbon!4
with a conversion of -,X~ at 000, was initiated by benzyl
potassium.
Refractometric and infrared spectroscopic studies revealed
decreasing
activity in the monomer sequence I>III>II. Since the K-R bond
is more
polar than the Na-R and Li-R bonds, the polymerization with
organopotassium
compounds is similar to anion polymerization, even in a
hydrocarbon
medium. In the presence of K metal there are much more anion
than radical
reactions, since the I-Il copolymer obtained with benzyl
potassium contains
more I than that obtained with K metal. The polymerization of
III in
benzene, initiated by K metal, yielded colored, highly
viscou's poly-
butadiene. When using cumene, the solutions remained
intensively colored,
and the molecular weight was constant. The drop in molecular
weight was
smaller on transition from benzene into toluene (362,000
-`~,41MO) since
polybutadiene carbanion is likely to be more stable than
polyisoprene
carbanion. Benzyl potassium initiates the polymerization of
the more
active butadiene with formation of high-molecular potassium
polybutadiene.
Degenerate transfer, metallization of the CH group of IV, and
formation
Card 2/3 3

Polymerization of unsaturated ...
S/190/62/004/003/Oo6/023
B110/B144
of a stable carbanion took place even in the presence of
toluene. The
capability of toluene of active chain transfer in the
polymerization of 11
and III is due to the lower stability of polyisopreno and
polybutadiene
carbanions toward benzyl carbanions. 'The polymerization of
nonpolar
monomers in hydrocarbons, initiated by Na and Li metals, is no
anion
polymerization and causes no chain transfer. There are 2
tables. The
most important reference to English-language publications reads
as
follows: 4. A. Morton, M. L. Brownp J. Amer. Chem. Soc.,.�2,
160, 1947.
ASSOCIATION: Fiziko-khimioheskiy institut im. L. Ya.
Karpova(Physico-
chemical Institute imeni L. Yao Karpov)
SUBMITTED; February 18, 1961
V~/
,Card 3/3

1~/ PS-4/FC-4/
L 1�2q~=Q PA/EWP 0) A" (0) AwP,~JIOV,~
09/014ASII
qrs
Pr-4 RM/WW/JD 00.
Basova R.
AUMCR: Arest-YaIaCoovich, A. A..1 Solovyidl.0 D. A.,
V., 'G=tmakher, A. a~d Medvedev. -8.
77.
TITLE: Pobme ization of, in the presence of a3laLli met.6,le
and their coqpoundp~.in different media
PERICDICPL: Akademiya nactu*k. SSSR. Doklady,,v. 149, no. 5, 1963)
1067-1070
T=: Literature on the poI4*axiiation f.-di by alkali metals
0 enes, initiated
-and their com~ouhdal,not6s:tbat'the'.Proportiou of structures
chaxacteristic.
of the anion'ty-ne of 'polymerimtion, contrar to e ectations,.decreases
with
Y XP
increas4pg polarity of the Me-R'bond (Me alkali metal) ~n hydrocarbon
media.' The! authors of this 4ork.,_devoted to investigation of the
effect of
polymerization conditions on t2xe structure of butadiene pay special
attention
,to this problem, The investigation was performed under vacuum
conditions..~
with prior thorough cleaning otmonomers and solvents. The results obtained
show that the increase in the proportion-of 1,2-structures of
pol:(butadiene
and 314-st,r*tures of1polyis2ffepellobserved upon transition
from.potassium'
~to sodium compounds in-VEW6-- iu2' is due to the presence of
Wosi7=61rged io
ties-solvating tbe.o' ns. 7here are 2.tables
ed
'AMOCIATION: Flziko-Ichimicheskiy institut im. L* Ya. Wpova.(Fh;Mic6-*
chemical jaltitute'ligii'L. Ya. Karpov) SuMTTED t
Jw~: lot 1%3..
Y-

L 56o67-65 (j )/T Pc_4/r1r-4 RM
ACCESSION NR: AP5018555 UR/OD20/64,/158/004/0876/0879
AU R: BaBova, R. V.; Gantmatkber, A. R.1 M&dvedev, S. S. (Academician)
1 SOUM: AN SSSR. Doklady, v. 158, no 4, 1964, 876-879
TOPIC TAGS: polymerization, organopotaBsium compound. monomer
Abstract: The influence of the nature of the monomer and the medium on
the
structure and properties of the active sites in polymerization
initiated by
or~anogotasslum compoundsqwas studied. The kinetics of the
poymerizat;,,),i'ot
a I pha -me t hy1_5 t. y-re n-e,,,6ty_ri2ne,1,.isoprene, sntl,
-,ut&di_,P.ne i.,ss
irl r~ydrocaron (benzene, toluene, cumene) a.~U? 1-- "110-
Ot tetrarlydrofuran ',0-5 to 50~~.- At various teaperature_~ (-SO' te)
-30' 1 . i,v a
d1latometric metriod, arid the m,31ecuIrr weighto oE trie
correspord,.Tie,
were determi!ied. Organopotassium compounds synthesized in hydrocarbon
medium
(1,2) or in tetrahdrofuren medium (3,4) were used in Initaitors: 1)
benzyl-
potassium; 2) low-Eaolecular diDOtaSSiUMDQIV-filPha-methv!St',rfezlQ:
3) Dotggsk"!
napbtt~alcne; 4) dtpotsislum te-tramer of &lph8--_eLhy19tyrene. The
activity or .
the conomers - increased inthe sequence: alpha-methylatyrene 4iBoprene
Card 1/2

J
L 56067-65
ACCMION NRI AP5018555
Z- butadiene ~,styrene. e rate of the initiation of polymerization of
various zonomers in hydrocarbon medium at 00 in the presence of
benzylpotassium
increased with Increasing activity of the monomers 'n the sequence
isoprene
e--butadLene -L-fityrene, in the case of dtpotnssium
poly-olpha-methylstvrene,
a comDound with a iess gable carbenion, even the polYmerization of
isoprene
toor, place without an ind,,ictior perWd. It; thie polyraeriz6tion of
methylstyrer~e with orga7~opjtassium co:npounds in B mi-xture of
culne-Ile or
toluene wi.,h tetrahydrofluran (,--50%), even at 500, the molecular
weight
of poly-tlpha-methylstyreiia was lower tbn expected, ind.,catinZ the
prencTice
Of a r~lacl '0" of cl'.G~r transfer througl~ the Lonomer, "riS. art.
has
1 graph and 1 table.
.1 C -"T A lr~T n? L'i Z ; I- j .E! , , - Ut im c-U-1
kd
-0 LL 7 Ya.
InjqUtute)
SUB' 411T ED: 25May64 ENCL, 00 SUB CODE: OC, GC
NO iMF SOV OD4 OM-N 0C-)1 jPT:4S
Card 2/2

BLINOV, N. 1. , prof. (TAoingrad, Nevskiy profip,,
kr,69);WO1rA.,-,V.,G.
Roentgenological Indications for Roble's enteropl*my.
Veotn.
khir. Grekov. 90 no,4t99-104 AP763 (MIM 17:2)
1. Tz 3-y khirurgicheakoy kliniki ( zav. - prof.
N.T.Minov)
i kafedry rentgenologii k zav. - prof. Sh.I. Abramov)
Lenin-
gradBkogo ardena Lenina inatituta usovershmatravaniya
vrachey
imeni S.14. Kirova.

L 21802-66 EWT(m)A
A= NR: AP602:2191'
BOURCk~CODE;. m:VO38016610031*1033.610340
-AWHOR.,: Azimay, M. U. G.; 1g4ffqgr=qL xg~ at,
Kolesnik,,V. G.-; P~-n ev ~V. S. Sil
Lo Y.;
MG 1i Jdint,Institute:of~Nuclear Research Wyedinen:rWy institut yaderrWkh is-
sledovaniy); Institute of -Nueltar.7bysics Ms TapMent I Institut yadea
fiziki
AN UzSSR
TITLE: Differential cross section of'oharge exchange of 4.8-Gev/c' i-
mesons"WIth
protons
1RCE-; Zhurnal eksperiment edaktsiyu.,
SOL allnoy i teoreticheskoy fiziki. ?1s1ma v r
Prilozheniye, v- 3,.no. 8, 1966, 33i,-34o
1-TOPIC TAGS: pion., charga.exchange, differential cross'section.,
spark:euaizber~
GaZMA
radiation
ABSTRACT:~ 2he authors p;esentpreliminary results of the measurement of
~'+A~e.dii;,_',-
ferential cross section of the readtion ir + p - n + iP: by a method
dericribed tar'.
lier (Preprint OIYai,'R_2436., Dubna, 1965), of detecting high-energy iP
mesons
with the aid of a spark chamber and a total-absorption Cerenkav counter."
Unlike
other methods, this method makes it possible to measure witp good'accuracy
both
the angle -and the energy characteristics of y quanta from it, -meson
decays. The,
-1/2

L 21802-M
~ACC NR: AP6012191
setup was 'irradiated in, a beam or 4.8-Gev/c x7 mesons from th' Mal
proton syncbro-
~j tron. The measurements were madeby a difference method usim
polyetbylene and
carbon targets. From the energy and ar.Zular distributions of the
cases when two.
-y quanta were registered in the chamber tbe'authors calculated the
differential
and total cross section of the reactionp with corrections evaluated
for the foillow-
ing-effects':. (a) probability of conversion of two 7 quanta in.the
lead corrVerter.,
(b) probability of conversion of at least one of the y quanta in the
targd or in
the scintillAtion- counter material; (c) muon contamination of the
beam: and (d)
O!rge The averaged forward char e-exchazge cross,
attenuation of the beam in that
section was found to be 0.49 *~. 1 t~(GCV/C)2, or 0.33 * 0.07 mb7sr
in units of
b
solid angle (c.m.s.) (compwed with 0.4-8 ub/ar from calculation based
on the dis-
persion relations and the known data on the:total cross sections of
the j&p and
%-p interactions. 7he total cross section of the reaction.,
calculated with account
of the exper geometry and published dats on -.the differential charge-
iMental
exchange cross section at large 4-momentum tran is equal to 0.11 *
0.02 nbo"
The authors.tbank V. G. Gri u..and,M. 1. PodRoretskiy ;or useful
discussionsp_%L~~
i V. Mukhin S. V. Rikhvitakly and I.A. ISPmenvu-ghkin for the
opportunity to use
i.the pion channel.. and.,I. V. Chuvilo,, M*,D. and I. M.
Gramenitekly for.,
coLlAboration. Orig, art* AW Z rl~UFeg UnQ, 4 IMMUIAS
SUB CODE: 2D/ SUBM DM: 8"/ ORIG IW: 002/ (YM MW: 0&
2
Card 2/

SHUBINA, S.B.; SHATIVICH, A.B.; PROSTAKOV, X.Te. -_
BASOVA, Te.P.
Simplified method for determining tin content of
canned
food by means of spectram analysis* Kousei oveprome
14
no.12:30-31 D '59. (MIRA 13:3)
1. Urallskiy nauchno-iseledovatel'skiy institut
chernykh
metallov.
(Food, Canned-Analysis) (Tin-Spectra)

AUTHORS: Shubina, S. B., Shayevioh, A.
TITLE: Spectroscopic Analysis of Ferro
Non-ferrous Metal Impurities
PERIODICAL: Zavodakaya'laboratoriyal 1960,
PP- 1364-1166
S/032/60/026/012/009/036
B020/B056
B., and-Basova
Alloys and Chromium for
Vol. 26, No. 12,
TEXT: In the present paper the spectroscopic methods of
determining leadl
tin, antimony, bismuth, arsenic, zinc, and cadmium in
forroohromium, ohro-
mium, ferroniobium, ferrovanadium, and ferromolybdenum are
dei3oribed. De-
termination of these impurities in the relatively high-melting
substances
with multiband spectra may be carried out by means of
fractional distilla-
tion in the arc by means of an evaporator or by a previous
chemical pr~-
paration, If the impurity content is not too,low, the
fractional distilla-
tion from the channel of the "oup-shaped" electrode (Ref. 1) in
the a.c.
arc is most c6nv6ni`bnt.. The test sample was a powder to which
sulfur,
soda, and graphite were added to increase spectral sensitivity.
The results
obtained by analysis on the basis of the "absolute" blackenings
of the
Card 1/4

Spectroscopic Analysis of Ferro Alloys and
S/032/60/026/012/009/036
Chromium for Non-ferrous Metal Impurities B02O/BO56
bands were sufficiently reproducible., The standards were
prepared synthe-
tically from the pulverulent sample with the lowest impurity
content,
the samples with solutions of known impurity oontent were
wetted and
dried. As the decomposition temperature and the sublimation
temperature
of the oxides of impurity elements and the evaporation
temperature of
the metal impurities is near the heating temperature of the
sample in the
electrode channel$ the conditions of entry into the aro are
the same
for an element determined from samples and standards in the
case of quan-
titative evaporation* As an-examplep the evaporation curves
of lead from a
standard sample ferroniobium andfrom synthetically prepared
standards
are mentioned (Fig.). The initial standard solutions are
specially
prepared for each impurity , because all of them together
cannot be kept
in solution. Each solution contained Oil% ofthe impurity. The
weighed
portion of 80 mg of the average sampleg granulated to -150 to
200 mash,
is introduced into a channel of a carbon electrode having a
diameter of
6 mm. As a second sleotrodej a carbon rod with a diameter of
6 mm was
used, which was ground to the shape of a truncated cone. For
excitation
of the spectrum, aAr-2 (DG-2)ganeratar wfth 15-16a-was used.
For the deter-
mination of tin and arsenic in ferrochromium and chromium and
of arsenic
Card 2/4

Spectroscopic Analysis of Ferro Alloys and 3/0321'6~;/026/012/009/036
Chromium for Non-ferrous Metal Impurities B020/BO96
in forroniobium, elementaiy'kilfur in a quantitk of 1/10 of the
~olu'me
of the analyzed substance is added to the samples. For suppressing
the speo-
trum of the basic material in the analysis of ferrovanadium and
increasing
the sensitivity in the determination of tin in these alloys, graphite
in a quantity of 0.25 - 0-50 of the volume of the analyzed substance
is
introduced'into the sample.'The m c n-28'(ISP-28) speotrograpik
having a
slit width of 0.010 mm was used. The analytical bands are given in
Table 1,
The analysis is carried out according to the three-standard-technique
The ieproduoibilit' of the determination' is chara~teriied by*the
mea;
Y ~
square error of the determinatio'n of thr:e samples, and amounts to
6 - 12%. The limits within which the certain impurities may be
detecied
are given in Table 2. In one working layerg 10-15 sampies may be
analyzed
for all impurities by means' of the method described* There are 1
figuret
2 tables, and 5 references: 4 Soviet and 1 US.
Card 3/4

Spectrosoopio Analysis of Ferro Alloys and
S/032/60/026/012/00~/036
Chromium for Non-ferrous Metal Impurities B020/BO56
ASSOCIATION: Ural'skiy nauohno-issledovatellskiy
institut chernykh
I metallov
(Ural Soientifio ReBearoh Institute for Ferrous Metals)
Card 4/4

S/137/62/000/004/194/201
A154/A1O1
AUTHORS:
TITLE:
PERIODICAL:
Shubina, S. B., Shayevich, A. B.,_jWMa'Ye._P__
Quantitative spectrographic analysis of ferrochrome, chromium,
ferroniobium, ferrovanadium and ferromolybdenum for the content of
small admixtures of non-ferrous metals
Referativnyy zhurnal, Metallurglya, no. 4, 1962, 6, abstra.ct 4K31
("Nekotor. vopr. emission. I molekulyarn. spektroskopii", Krasno-
yarak, 1960, 82-90)
TEXT: An 80 mg test batQh is introduced into the channel of a
carbon
electrode 6 mm in diameter; a 6 mm conical carbon rod is used as a
second
electrode. Test sample is heated and a spectrum is excited by
aAr-2 (DO-2)
generator (I - 15 - 16 amp). When Sn and As admixtures are being
determined in
Fe-Cr and Cr, or when As Is determined In Fe-Mb, test samples are
supplemented
with S, in*an amount of 0.1% of the volume of the analyzed
substance. The
analysis Is carried-oui with the aid ofmcn -28 (ISP-28)
speotrograph whose
alit has a width of 0.010 mm. Test samples are analyzed by the
three-standards
method. The reproducibility of the determinations Is characterized
by a mean
Card 1/2

S/137/62/000/004/194/201
Quantitative speotrographic analysis ... A154/AlOl
square error equal to 6 - 12% of the relative ones. One laboratory
assistant can!
analyze, for all admixtures, 10 15 test samples per shift.
L. Voroblyeva
(Abstracter's note: Complete translation]

PHASE I BOOK MCPLOITATION sovl6i8i
Urallskoye ooveshchanlye po opektrookopli. 34, Sverdlovsk,
196o.
Materlaly (Materials of the Third Ural Conference on Spectros-
copy) Sverdlovsk, Metallurgi7dat, 1962. 197 P. Errata slip
inserted. 3000 copies printed.
Sponsoring Agencies, 11natitut fiziki metallov Akademli nauk
SSSR.
Kemissiya po spekti,~oskopiij and Ural'skly dom tekhnIkI VSNTO.
ads. (Title page): 0' P. Skornyakov, A. B. Shayevieh, and S. 0.
Bogomolov; Ed.; aennadiy Pavlovich Skornyakov; Ed. of Publish-
lng.Houa~,t M. L. Kryzhova; Tech. Ed.; N. T. Mallkova.
1 1. 1
PURPOSE; The book, a!
collection of articles, is Intended for staff
members of spectral analysis laboratories In Industry and
sclen-
tific research organizations, an well as for students of
related
disciplines and forite.chnologints utilizing analytical
results.
COVERAOR: The collactjon~presentn theoretical and practical
prob-
lems of the applicatloh of atomic and molecular spectral analy-
sis in controlling the~,nhemlcal composition ot'various
matertals
in ferrous and nonrarrous metallurgy, geology, chemical Indus-
try, and medicine. The authors express their thanks to 0. V.
'Chentsova forbelp in preparIng the materials for the press.
References follow the Individual articles.

Materials of the Third Ural Conference (Cont.) sov/6181
Fishman, 1. S. Remarks on a system of standards for
analysis of complex alloys 73
Shiryayeva, M. Ye., Yu. I. MallkovP and R. A. Kozlova.
Photoelectric-stylometer analysis of vanadium cast irons 76
Basova, Ye. P., A. B. Shayevich, and S. B. Shubina. Spectro-
graphic determination ot harmful non-ferrous metal impurities
in raw material intende'd for production of metallic chromium 77
Sorokina. N. N. Spectral determination of cerium,
lanthanum, and barium in steel 80
Shayevich, A. B., and N D. Startseva. Spectral determination
of vanadium, mangane;e, silicon, and chromium in ferro-
vanadium 86
Gutkina, R. I. Chemical-spectral method of analysis of high-
purlty* pickel 88
Card 7/15

BASOVA,-T-e,-P.; ZHOROVA, N.r.; SHA=CH., A.B.;
SHUBINA, S.B.
Spectro4rapbio determimtion of nonferrous metal
Impurities
in raw materials use4'In the manufacture of
ferroanoys and
beat-reeletant alloys, Zav, lab* 48 no.90.075-1076
162.
(MIRA 3.616)
1. Ural'skiy nauchno-fieled6vatellshy inatitut
cherpykh metallor.
(Anwo) (Nonferrous metals-spectra)

SIVOGRAKOVA, K.A.: BASOYA._Tu.M..- BUTYRIRA, N&P.:
LYANDZBERG, G.Yao
Special transparent colorless plastics.
Biul,tekh.-ekDn,inform#no,21
15-16 '59. (MIRA 120)
(Plastics)

BASOVA-ZHAKOVAt T.F.j, kand.med.nauk
Content of lactic acid in the blood in
hypertension. Kas.
mod. zhur. no.1:20 Ja-PI63. (MIM 16:8)
1. 2-ya, gospitalInays, teraDevticheskaya, klinika
Kazanskogo
meditsinskogo :Uwtituta (z6. - prof -
K.A.Mayanskffva).
(Hr=TYMION) (IACTIC AOM IN THE BODY)

BASOVICH. G. ;asovych. H.]
2!2L~
Making cement-sand hip tiles. Sill.bud- 7 no.4:19 Ap 137-
(MINA 12tll)
(Tiles, Roofing) -

DUDKL, M.-, ~,(Bsaovycb. H.I. insh.
Construating collective farm buildings witbout using wooden
elements. Sill.bud. 7 no-7:14-13 Jl 157. (MIRA iiin)
1. Glaynyy luxboner Xikbaylovskoy mazbkolkbomnoy stroltelluor
organizatell (for Dudka).
(Building blocks)

ZOMMKMG, N. [Zonmaberh, Nj Insh.; PAN ' 0 00 9
illzhe;
BASOVMH, 0. [Basovych, H.], i-Azh.
The simplest designs of.steaming chambers and
pUnts. Sill.
bad. 7 no95:9-n Mr '570 (XM& 13:6)
(Autoclaves)

BAWnCH, G.,Jnxh.; VIIM, L.11ash.
Three-stop blocks for constructing roofs without using
wooden
elements* Sallestroi. 13 no-11:11-14 N '58. (MIR& 11.12)
(Tiles, Roofing.)
I

BASOVICH, G. (Basovych, H.]
---Oo
----,O---Mark building tricks and tiles. Bill. bud. 9
no.9:9-10 S 159.
(MIRA 12:12)
loStarshir inxboner glavnogo upravloniya stroltelletva
Ministerstva,
sellskogo khosyaystva USSR.
(Marking devices)

ASOVICK. G. [BasoVeh. R.], insh.
-
I., ...... -
How to =14, olay ridge tiles, 81119bud, 9 no~lot24
0 159,
(21106, Ro~flmg) - (KEM 1313)

BASOVICH, G., starshir inzhener
2"fficient methods of drying clay tiles and bricks,
Sol'. atrols
13 no.4:9-10 Ap 159. (MIRA 12:6)
l.Glavkolkhosetro)r Himisterstva sel'skogo khozyaystva
Ukrainy.
(Ukraine-Tileel, Roofing) (Ukraine-Bricks)

BASOVICH, G. [Basovych, HJ, inzh.
Corrugated roofing shoots made ion the SKVL-2 machine tool.
Sill'.
buds 11 noM21 Ap 61, (MM 1416)
(Ukraine-Roofing)

BASOVICH, G. [Basovyoh., H. ]., inab.
Efficient mothodo for heating clay pits for vinter
minlin .
Sill. bud. U no.8:20-21 Ag 163.. (MM 14:9)
(Ukraine-Cl&
I (80,Y) (MMUM-Strip minsin )
I heating)

BASOVICH G (Basovyoh,, Ho),q inzhe
I- Axial few quicken the dryiig 'of bri.olf'taw
materials, Sill,bud,
13 no.5tl5 My 163. (MIRA 170)

-BASOVICH, 0. [Basovyoh,, JQP inzh.
Production of clay pipes by the horizontal method.
Sill.budo 13
no.lOsl5-16 0 163o (MIRA 170)

-~, ~, 7 ': I
y ..
"Wvs of rai!zin ~t, the profitablcne-s of 1.ac:;,.t
cor..)inie~7.11
Miat. ini. S!M no.2, 1952

BASOVIGH. M.I.
Cost accounting of a seat combine and the rights of
a director.
Klas.1nd. SSSR. 25 n0-5:37-39.154. (MLRA 7:11)
1. Moskovskly my"okombinat.
(Meat industry)

RLSOVICH, H. I -
More about reserve means In the meat Industry.
Mias.ind.SSM 26 no.2:
39-W 1530 MENA 8 17)
1. Moskovskiy myasokoubinat. (Meat industry)

BASOVICH. HDISEY ISRAILIYEVICH
N15
727.7
.B3
ORGPMZATSIYA FINANSOVOY RASM NA PREDPRMTITAKH MIASNOY
PROWSHLMWOSTI
(FINANCIAL STRUCTURE OF ENTMWIRISES OF THE MEAT INDUSTRY)
MOSKVA, PISHCHKPROHIZDAT.
1956.
113 P. TABLES (EKONDMIKk I ORGANIZATSM PISHCHEVIDY
PROMISHLENNOSTI)