SCIENTIFIC ABSTRACT BASHIROV, R. I. - BASHKATOV, T.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203820009-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

L 0129i-66
ACCESSION MR: AP5021739
9v 41
ENCLOSUREi 01
rig. 1. 4.1016 cm 3
2--vt 7.35-1016 cm-3; 3--" 2 9.6-1016 cn-3.
Card 3/4

L 01291-66
JACCESSION NRi AP5021738 ENCLOSURE: 02
fig. 2. Curves for longitudinal and 6-)
transverse magnetoresistance of specimen
No 3
Ccw,d 4/14

W33580
SOURCE COD93 UR/0181/66/008/010/3105/3106
AUTHOR; Amirkhanov, Kh. I.: BasWAR&A""O.". 'V
ORO: Institute of Physics -of-the Dagestan Section, AN SSSR,
Makhachkala (Inatitut
fiziki Dagestans 0 a 5
TITLE: Maitnetophonon oscillations of thermal emf in n As in a
longitudinal magne-
tic field
SOURCE% Fizika tverdogo tela, v. 8, no.-IO, 1966, ~105-3106
TOPIC TAGS: indium compound, magnetic effect, phonon,
thermoelectricity
ABSTRACT: Experiments performed in the presence of pulsed magnetic
fields of up to
200 Koe have demonstrated that magnetophonon resonance occurs in
longitudinal
magnetothermal emf. The curves of the magnetothermal emf as a
function of the magne-
tic field intensity at 280*K show marked oscillations. Less
pronounced oscillations
are detectable at 240 and 310*K. It follows from the analysis of
the curves that the
minimum of thermal emf at 72 Koe is due to the magnetophonon
resonance and that it
occurs at the electron transitions between the K - 0 and N - I
bands. At more in-
tense magnetic fields, spin-magnetophonon oscillations were
registered which occurred
at electron transitions with spin reversal. Orig. art. has: I
figure.
SUB CODE: 20/ SUBM DATE: 23Apr66/ ORIG REFt 004/ 0111 REP: 002/
ATD PRESS: W2.

BASHKATOV, Aj,,,-kaW.tekhn.n&uk; SWMV, R.N., inzh.; SMIRYAGIN,
U.S.,
Now method for determining the tightness of piston pairs* Trakt#
i selikhozmash. 32 no,20-11 F t62* (MM 1524)
10 BQnWdrskiy sel'skokhosyaystvanMy institui (for Baahirov).
2. NojEYkiy sarod toplivnoy apparatury (for Smiryagin).
(Automobiles-Fuel systems)
(Tractoro-ruel systems)

BASHIROVv R.M., irjzb.
,Rome problems oonoorning a fuel supply system wit,,,.,
P1,21ger-
type accumaUtors. Xnargomashinostroenia 30 noo5131-34
My 164.
(MITU 1728)

BASH'MA.~L!', YEP&XYEV$ A.F., kand. tekhn. i,, rj~.
Some '*`evia feld-Ures of fuel eysters vrIth plimpr-tZTe FtcLnm_
latur,i. Eliergomashinostroenle 10 no-] 0932-34 ('j 164

J4 , -. C ~! ~ ~ " I-- - - I .
- - . , . -.- - I I
a . I cq~Al' - - W I , " V P t' 0 1 , j 140M I - tuhtt
indepubduno~. _
I the average presewe on the flow rate per cycle. To di-ack the
th--r-ti-n'
a I.-, -:m.- - , -

f
A ~1-7rj q 7.-~N NM .
. , , . A.,.rL.

SOUR& CODE.- UR/0286/65
INVENTOR: Yeremeyev, A. F.; Bas Jrov. R. M.; Lavrova. M. A.
TITLE: Fuel-injection correction method for internal-combustion
engines. Class 46,
No. 176466 [announced by the Central Scientific-Research
Institute for Diesels
(Tseritr&l'nY-Y nauchno-iBSIedovatel'skiy dizel'ny-y institut)l
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 22, 1965,
76
TOPIC TAGS: internal combuetion engine, diesel engine, fuel
injection, fuel injector
ABSTRACT: An Author Certificate has been issued for a
fuel-injection correction
method for internai-combustion engines having &n accumulator-type
fuel system. The
Fig. 1. Puel-injection correction system
1 - Channel admitting fuel to injector;
2 - conic bevel- 3 plunger.

~_ACC NRi AP6001005
b ot.-
metbod fi *a~ed7'on thr ' tling -he f~ flow at the'outset o ec o pro-
vide optimum fuel-pressure-rate increase (in time), during the
suction stroke the
channel admitting fuel to the injector is constantly open due to a
conic bevel on
the edge of the plunger (see Fig. 1) which contr~)Is the initial fuel
feed. Orig. art.1
bas: I figure. [LB]
SUB CODE: 211 SUBM DATE: 13Mar64/ ATD PRESS:Y;I/
.1y
jW

L 1046L-M EW(I)/EWT(m)/EPF(n)-2/T/ETC(m)-6 WW/bJ/WE
ACC NR: AP6006393 SOURCE CODE: UR/0413/66/000/002/0139/0140
INVENTOR: Yeremeyev, A. F.; Bashirov, R. M.; Lavrova M. A.
ORG- none
TITLE: An accuinulator fuel pump.l~ Class 46, No. 178239 [announced
by the Central
Scientific Research Dies_e_T_Tn_sM11u (Tsentral'nyy
nauchno-issledovatellskiy diztl'-~
nyy institute
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no.
2, 1966, 139-
140
TOPIC TAGS: engine fuel pump. fuel injection
ABSTRACT: This Author's Certificate introduces: 1. An accumulator
fuel pump with
supply, discharge and bypass channels in the body, an energy
accumulator plunger, a
raising plunger with an annular groove and a central aperture for
discharging fuel
from the space betwecn plungers du-ring cutoff. The device is
designed for two-phase
in4,ection and for pr,oducing the necessary law for variation in
the quantity of pre-
injected fuelX\ Above the annular groove on the raising plimger is
an additional
Card 1/3 UDC: 621.43.038.5

L 18L62-66
ACC MR: AP6006393 0
recess with a predetermined shape for momentarily connecting
the space between the
plungers to the atomizer. 2. A modification of this pump in
which the preinjection
I's controlled by 01"splacing the axes of the bypass and
discharge channels with res-
A - 4
pect to one another by an amount determined by the quantity
of preinjected fuel.
Card 2/3 ".-6

L 18462-66
ACC NR: AP6006393
SUB CODE: 21,13/ SUBM DATE: 19Mar64
Card 3/3
1 supply channel; 2 - discharge channel;
3 bypass channel; 4 - energy accumulator
plunger; 5 raising plunger; 6 annular
groove; 7 central aperture; 8 additional
recess of predetermined shape; h - amount by
which the axes of channels 2 and 3 are
shifted; 9 - space between the plungers.

NMI

L 437r,6_66 EWT(M)/EWP(.i)/T WW/JW/JWPZRH
-ACM-NIV. AP6029969 SOURCE CODE: '9/0413/667000/01 10161/0161
MWEEM Fomeako, L. A.; Bou'rov. R, Z.; Komissarov, A. M.;
Vasilenko-4-,.E~;
Dynxdnir, S. F. ; Se 1. * Artamonov, B. F# ; rozdnyakov, Z. G.
ORG: none
TITLE: Unit for the continuous production of greadated ammonium
nitrate based
commercial explosives. Class 78, No. 184675
SOURCE: Iz6bret prom obraz tov zn, no. 15, 1966, 161
TOPIC TAGS: commercial explosive, a nium nitrate, ExP405 I Ve_
)COOT'/'VV0W-3
Pho a ucreoAj ovir.) C.Wmidov_ ALo9MT eqj)Pj)7FA.,,j-
ABSTRACT: A commercial unit for the continuous production of
granulated am nium
nitrate based commercial explosives consists of crushing and
screening sections, a
auspendea.screw conveyor dosage system with synchronized
operations, a mixing drum,
a semiautomatic device for weighing and packing the product, and
a remote control
system. In order to use this'unit for the production of
multicopponent explosives,
e.g., a three-component explosive, and to improve the quality of
mixing, a pipe-line
from a wheel-pump is connected to the screw conveyer for feeding
the liquid component
into the conveyer; the feed bin of the suspended conveyor dosage
system is connected
.to a pneumatic conveyer which supplies the powdered component,
and the mixing drum
is connected to a tubular pneumovibrator. To provide the crushing
of the laminated
trotirqduring the transportation in the pneumatic line described
above, thd
Card 112 me! 662.22

_L 43756-66
ACC NR# AP6029969
pneumatic conveyor system is,ImAde with elbowed turns, e.g., 90'0,
and the trans-
portaticn proceeds at a velocity of 5 m/sec under 3 atm pressure. To
supply the
liquid corVonent in the required amount, the wheel puup is equipped
with a speed
regulator connected to the suspended conveyor dosage system for
synchronized opera-
tion. To prevent dust from the powder.component and to remove the
static electricil
the pneumatic conveyor system has a cyclone-precipitator, equipped
with a valve
for the automatic discharge of the precipitate from the cyclone into
the feed bin,
and the flexible povder-supply line is equipped with a current
collector.
SUB CODE: 19/ SUBM DATE: 16Nov64/ ATD PRESS: 5074

BASHIROVt S.M.; 113,IIAKOV, V.V.
Results of fractures of the Bkull In child-on. Tr-u(17 Inst. im.
14.V. Sklif. 8:94-98 163.
1. Kafedra rentgenologii i radiologii (zav. prof. V.A. L')-achunko)
J. kafedra sudebnoy meditsiny (zav. prof. WI. Sriollyari4rav)
Moskovskogo gosudarstvennogo meditsinskogo instituta

US 11!R'4)Vp Y&*B.
Pagularitlem In the velation of quality chira,.,tarlst.*r3 nf -the
oils and the cljiemicril c-mp-asitlan of -the iratcrs of t1.-,
Balakhmny
series of the llaschai-iyl , Ocire diiposit. DoLk-1. AN A-,.r,-rb,
"TZ l?
no.6:35-40 263 (KIRA Tlir7)
1. Inatitut geologli AN "r'r&LL-ivlfmo el-adtrifIlLom AN
AzSSR M.V. Xbrtmoyl--ham.

BASHIROV, Ta. No-
liffeat of edge-vater encroachment on the chemical composition of
Svpv~-Kirmaki formation vaters in the Balakhaal-Sabunchi-Bammy
oil field [in Aserbaijani'with mumary in Hassian]. Azerb. neft.
khoz. 37 no.2t23-26 7 158. (xim. n:6)
(Apsheron Peniusula-011 f Ield brines)

AXWNDOY, A.R.; USHIROV, Ta.M*
Characteristics of waters of the IS and KP series of the
Darwin Shoal field. Dokl.AN Aserb.SSR 15 no.12:1147-1151
159. (MM l3t4)
(Apsheron archipelago--Water. Underground)

AKMMOT9 A~R#j PA!MQ1s,-U&,
lWdrochomical Inversion of reewroir waters In the Bub-Zinmad series
in the southwestern part of the Ref tyanys, Kant oil f Isldo Aperb,
nof to
khoss 38 vo~&6-0 Ag 139, OaRh l3t2)
(Seftrapre TAW region-OU field brines)

BASHIROV Ya 14
Certain problems of the change in the chemical composition of
the reservoir waters In horizon X in the Peschanyy-more oil
flead. Dokl. AN Azerb. SSR 20 no. 6:39-43 164. (MIRA 17!9)
1. Inatitr' geologii AN AzerSSR. Predstavleno akademikom AN
AzerSSR A.D.Sultanovym,

lzi in the
r"Ar
N A
TIC

BASH1ROVjr-,--Ta*M,,,.,
History of the geological development of the Pechanyy-More
uplift. Dokl. AN A"rb. SSR 21 no.605-40 165. (MIRA 28:12)
1, Institut geologff AN AzSSR,

BASHIMUS Do Ko
wThe Isolation of the Dysentery Antigen f rom the Saliva of Vpentery
Patient4g,"
Kazanv,, 1952
W-270869 25 Jul 53

BASHMOVA, D. X.
"Excretion of Dysentery Antigen in the Saliva of Dysentei,7 Patients."
Cand
14
Med Sci, Kazan' State Medical Inst, Kazan', 1953. (RZhBiol, 140 5 lov
YO
Survey of Scientific and Technical Dissertations Defended at USSR
Higher
Educational Institutions (11)
SO: Sum. No. 521, 2 Jun 55

Mlnioa3. obaraoteriatioo of pollo"elitio, as
revealed by mterials
fr= the First Unn Hospital for Iqeot1ouo Diewwoo
for 1957,
Kas. mod. shur. 41 no.3155-59 MY-Je 60. (MIRA 1319)
1. Is kafedry inf*taionnykh bolesney (sav. -
dotsent N.P.Vasillyeva)
Kaswwkogo goaudarstvenW inatituta. d1ya.
u9overohwwtvovaniya h
vpreatr'3118T.
im. V.I. Lenir- i 1-Y iaektalonnoy bollnitay
(glawrach - D.P. 0v
(POLIOMn=IS)

GANT3FUROV, I.I.; TARASOVA, N.V... red.
[Scientific bases for studying soil conditions
in
cities] Nauchnye oanovy izucheniiia pochvemWkh
uslovii
v gorodakh. Novosibirsk, Red.-izd. otdel
Sibirskogo
otd-niia AN SM, 1964. 135 P. (KIRI 18:1)

ELSHIRDTA, G. G.
lev chameterletles of palre of T-complexes, Tru4r UzW
no.78il37-142 158o (NIBI 13:6)
(Hatboustical walysts)

GPMHINj B,V.; USHMOVA, N.G.
A wonderful example of service to agriculture, ZhIvotnovodstv*
23 no.640414 :e 161. OaRk 16t2)
1. Glanoys upravledye sovkhozov pri Sovate Midetrov
Usbekskoy SSR. (Usbeldetan-larakul sheep)

RATNF,R YII.A.; BASHIRMIA. NO.; D.XIT111YEVSKIT, V.N.; )MLYASHEVICH,
B.L.;
KOISANOV, N.A.; JIUMITONOV, R.K.; 1~11STAFIN, IM.A.
Exnerience with -rhe use of mechanical suturing in ga3tric surgery.
K'hirurgiia 40 no.8:17--23 Ag 164.
(I-ITRA 18:3)
1. Kafedra kh"rurgii, I or~,ologll (zav. - prof. Yu.A. Ratner) Kazan-
skogo institute usovershenstvovaniya vrachey na baze 5-y gQrodskoy
klinicheskoy bollnitsy (glavnyy vrach N.I. Polazova).

AUTHOR: Bashirova, R. M.. Bondarenko, A. V.
ORG: Moscow State University (Moskovskly gosudaretyennyy
univernitet)
TITLE: Investigation of the energy spectrum of positive tons which
arrive at the
cathode in an anomalous glow discharge
SOURCE: IVUZ. Radiofizika, v. 8, no. 4, 1965, 784-793
TOPIC TAGS: glow discharge, positive ion
ABSTRACT: The distribution of energies_of.the ions bombarding the
cathode in an
anomalous' g~jow di-char-ge--w-a-s-e'xperirnentally investigated.
The method of
cylindrical capacitor advanced by A. Hughes and V. Rojansky (Phys.
Rev. , 34, 28.4.
1929) was used. Glass discharge tubes 30-40-nim diameter and
20-25-nim long
were used. The discharge was conducted in a gas flow. It was found
that the energy
distribution strongly depends on the conditions of formation of
the canal beam; the
distributions were entirely different in two cathodes whose
diaphragm arratigernentr
were different. The positive-ion current in the cathode region
could not be
LC.,-d 1/2 UDC: 537. 525

- Anr-#%-%-bGn~2 - ': I - I- . I - ..".: -:-
determined from a comm.,n I-V charactertartic for various
discharge conditions; the
characteristic segments of the distribution curves diverged from
the common I-V
curve in different ways. On the strength of the experimental
resultB, it is assumed
that the redistribution of ion energy along the way toward the
cathode and in the
tra-nscathode space is largely due to a charge reversal whose
efficiency within the
discharge space is lower than that outside of this space. Orig,
art. has: 4 figures.
SUB CODE: ZC SUBM DA7E: OZJul64 / ORIG REF: 008 / OTH REF: 004
Card 2 'Z Y

;010 R. S
bMSR/Microbiolo.~-y - Ind,.istria, Micro~-i.ologj-
Mc,s Jour : Rer 7hur - Blo-I., 11c, 5, 1958, 1945
F-3
Auth");.' : Withirm,
Inat :1 MWOW4 a -*~-
Title : Tcntingr ~~f T'herimophLlic Lactic ;.ciC Bacteria
Or' g rub : T-r. Y4evsle. telf.1mo-i. pishch. prom-sti, :91;6, I-Io
16.
179-182
'ibr,'.r,-,ct: Industrial testu of thermiAilic lactic acid bc-~tcria
strain E-1, isolRted earlier (R.S. Bashirom, Studies of
34;fkoynn 1955, ed- 15), proved that these bacteria.
leavea OL flour infw.-Ion more intensely then Delbrucki
'oncteri- used for the -,)urDose. ma that, as a result,
the cmalitf of the liquid yeast cultivated in the infu-
sions Lemv=icd vith strain E-I is I mm roved.
Card 1/1

ROTM, I'm*; BERZIMI, H,L; BAMIIROVA. R.S.
Use of table salt In the preparation of liquid yeast. Xhleb. I koud.
prom. I no,12:11-14 D t57. (HIM IM)
1. X17evBkijr takhnologichaskiy iustitut pishchevoy prouVehlennosti
ineui A. L Mikoyana.
(Yeast) (Baking)

,ROTTIR, I.M.; BMINA, X.L;-SASHMVA,.R.S.i v proizvodstventWkb
Ispytaniy4kh ucbostvcyvali-. ROVALBIRD, A*Ya., assiatent;MMMU,
A.I., mikrobiolog
Effect of table salt in the preparation of liquid yeasts.
Trudy KWT no.1767-68 157. '(KIRA 13: 1)
1. Kirevokiy khleboxavod N6,5 (for Hedovaya).,
(yeast) (Bakimg)

BUZZINA, I* I.; ROM, I PH,, miamvi R s
Yercenting of dough prepared with liquid yeast and t4ble salt@
Trudy XTMP no.M75-80 157. (MINA 23$l)
(Yeast) (Baking)

ROTM, Is K. BAMIROVAL R,..S.
Usa of lactic bacteria from the n-10 yoast atrain for the pre-
paration of liquid yeasts by the continuous system* Ixv~v7o#
ucheb.sav.; pishch.takh. no.6;32-54 159. (MMA. 13:5)
1. Kiyevskiy takhnologicbeekiv institut pishchavoy proqr-
oblennosti. Katedra khlebopekarnogo proizvodstva.
(Yeast)

HIROVA, R. S. Cand Tech Sci - (d1sa) *1mpr8Y
B
AS ,in& the
fermenting activiV of the microflors. of liquid yeasts,"
i,oscaw, 1960, 19 pp, 150 cop, (Ijoscow Techno2ogical Institute of
the "ood Industry) M, 42-60) 113)

ROYTZR, I.N.; BASMRO
Proteolrtic activity al the 03-10 a now strain of thermophilic
lactio acid bacteria. Izv%vys*uoheb9zavq; pishch.tekh. no.l:
56-59 160. (MIRA 13:0
1. Kafedra, tekhmologii khlebopokarnogo proizvodstva
Leningradskogo
tokhnologichookogo institute, pishchavoy promvshlenuosti.
'Protein) tLactic acid bacteria)

ROYTERI I.M.; BERZINAt N.L; BASHIROVA# R*S,*; RENIKMP N.M.
Gomparative activity of the yeast strains NKrannodarskayall
and "Krasnodarskaya salty yeast" used in the production of liquid
yeasts, Mikrobiologiia 29 no. 4-.595-599 Jl-Ag 160o (MIRA 13:10)
1, Kiyevskiy tekhnologicheskiy institut pishchevoy pronyablennostle
(YWT)

BASHIEROVA
ROY=Rq I.M.
Characteristies of some yeast speoiss fron distilleries MmIracturing
bakers! yeast. Izv.vys.uohsbszav,j pishch,tekh& no.102-76 163.
(NIRA 160)
Is Kiyevskiy tekhAologicheskiy inatitut pishchavoy promyshlennosti,
kafedra khlobopokarnogo proizvodstva i kafedra biokUnii i
mikrobiologii. (Yeast)
I.41t

BASHIROVA, R.S.; BERZINAp N,,I.; ROYTER, I.M.
Some data on the zymase and maltase activity in baker's
yeasta. Trudy KTIPP no.27t2O-23 163. (MnA 17:5)

immvp-, -VALUMMVICH U, lo- p XBDLM
G.N. W HKMVA A A
K1JL'4S~ft*.,* treptoWciW"1u--w-AedivArV1W:N beaA
.1-8
near" -:, !~mdy
.162.1 :"Aak4ki
(MIRA 15 111)
1. Kafedra tekhnologii antibiotikov (zav. - prof. P.A.Yaki v)
Leningradekogo khimiko-farmatsevticheskogo instituta i Minskiy
zavod meditsinskikh preparatov (dir. N.G.Semizhon).
(STREPTOMYCIN)
(BACTERIOWGY-CULTURES AND CULTURE MEDIA)

17
201MARSY9 V.I.; AYSUET# YuqMo; ICAPWOY# LAI; XISYTAIRSBY. lo:A. TJPW
Yu.io.- SNOSOY, N.I.,- U=33, Ta.,0; PWA~OV, T.It; KISSTIAN SW..
-VA,- *P
16 As.- ZUOY,, A.A.: XXTRUOYt A.A.; SININs' YOF. j KAISIKO A.
IRMAM10, 2141.,;,TOU0T, N.V.; rAT.A INOT, A,A.; PLAIMIN, SIT.
POPOV, 1,N,--, TAR ---INOT, L.N.; YAKIMOYA, T.A'; BASHE IC
M"KOVI(X, A.Ya.-, SHALAMOT. V.P.-, TORONKOY: ]FIN,; 11~6HR";M"
CHISTUDY. N.A.; ITANOY N.-L, rea.; SLMOYMY - *.I., red,;
UIPSIXOTA, Ye., red,; M0WINA$ Ro# tokbAored,
[Development of the economy of the people's democracies-, a survey
for 1957J RasTitie skonomiki stran narodito*i demokzatii; obsor sa
1957 go Pod red.N.I.Ivauova 1. dr. Moskva, Isd-vo sotsi4luo-okon.
lit-ry, 1958. 610 p. (MIRA 12:2)
1e Moscow. Nauchnis-issledoy to kou"yankturayy institut,
(People's domocracis:) (1conomic conditions)
S

U8HKARDINA, K. V.
Bashkardina, K. V. "Material on the Comparative Evaluatior:
of Indexes
of Immunoreactivity of the Organism in Dysentery Patients
with Various Methods
of Treatment." First Moscow Order of Lenin Medical Inst
imeni I. M. Secbenov.
Moscow, 1956. (Disseration For the Degree of Candidate in
Medical Sciences).
So: Knizhnaya Letopis', No. 11, 19569 pp 103-11L

MA
IVA -K
BUNIN, K.V.; U S.
Using the agglutination reaction for the diagnosis of dysentery
under the now hospitalization conditions for cases requiring
prolonged treatment. Iab. delo 3 no.2:48-49 mr-Ap 57
(X= 10:5)
1. Iz kafedry infektsionnykh bolezneT (zaT.-doktor meditsinskiih
nauk X.Y. Sunin) I Hoskovskogo ordena Lenina veditsinskogo Instituta
imeni I.M. Sechenova.
(BYSMIRY--DIAGNOSIS) (AGGLUTINkTION)

VaT07S -Ory- I icrobes"-Vathotenic for Man and,
Animal
Abs.'Jour S Ref ZIjur Biol., No.19, 19)8, 8600
Author Ounin, hashkArt~jna, !:.V.
Institut.
Titlo The Wagnostic Importance of Agglutination and
Pre-
eipitation Reactions, in Patients With Acute Dysen-
tery Treated ivith Synthomycin and Norsulfazol
Ortg Pub. Z:-,. Zpi(ie-niol. i lrorrunobiol., 1957,
NO-5i 69-71
Abstract- Studiea-vere made of tiva dynainics of
t1le agglutin-
atiou rerxctio:~ (AR) in vO pationts with acute Cys-
entery. b--_cLcvio1o,_.Ic confimition of the
diagnos-
is was avoilable In 66 nt~tiL-nta. Tke AR was spee-
ific and increased an Vic 15t'li to 16th day of the
disease ipositive in a titer of 100 or more ill 75
patients). The j%recipitation reacti:>n (PR)t
caqrrie
out Jn Vie azarie 90 patients, was also specific but
was nut i.,o freq.iently confirmed by
bacteriolog;Lcui
oiujic-s as the AR. - A.N.Shneyerson
Card:
-37-

BASHKATOVI A.F.9 Cand-~4sci - (diss) "Study of
vibration of
a c t o r M 10 Chelyabinsk, 1958- 21 np/(I:dn**W
of A,-rlmw3dm4 'USSR. Chelyabinsk Inst of
I!,echanization and Electri-
fication of Agrieu&tuco. Chair IlTractorr; and
Automobilos").
(MI 38-581 106).
20

'4t
BASHUTOV APO 'kwA,tekhn*-nwkj WSMY., R.N., inzh.; SHIMGIN.. To.S.
Nev method for determining the tightness of piston pairs* Trakto
i aellkhozmash. 32 no.2:9-11 F162o (MIRA 15:4)
.. 14
11 Besbfdrskiy oel'sk6khozyaystvemW institui (for Bashirov).
2. Nog~y zaiod toplivnoy apparatury (for Smiryagin).
(kutomobiles-ruel systems)
(Tractors-Fuel systems)

BASHKATOVS, D.M*---
Effective profille of the blades of a bit for.dry rotary drillinge
Iz Yevyseuchebesave; geolol razve 5 noe6:126-ti Je 162. (MIU 3.5s7)
2. Voasoyaznyy nauchno-1.9sledovatelliddy iwtitut gidrogeologii i
inshenernoy geblogii*
(Boring machinery)

BAMTOVj D.N.
Initial deflections of wells. Trudy HGRI 30:124-129 156.
(Oil well drilling) (Boring) (NLHL'9:11)

t~,~AL4~- / A
. ~4-30aeupj
33ASHKATOV, D.N., Cand Teo)i Sol -- (diss)
i A~--,k9 .0.
vortical wom drillin,-, M.0s, 1958, 14 pp
(L'in of Hicher Eduoation USSR. Illos Geol- Ins.
im S. Ordzlionikidze) 150 copie3 (KL, 51-5B, 102)

BASUATOV, D.N.
Results of uAing the UGB-50A rig for Industrial auger drilling.
Izv. vys, ucheb, sav.; gaol. I razv. 1 n9.10:127-131 0 '58.
(MIRA 12:9)
l.Mookovskiy, geologaraavedochnyy iustitut, im. So. Ordzhonikidze.
Kafedra rasvedochno bourenlya.
: vBoring machinery)

/9 Vj 7), A/1
AUTHOR: Bashkatov, D.N. 132-58-5-5/14
TITLEt On the Geological Documentation of Aur_q7-A_rjl1ei Wells
(0 geologicheskoy dokumentatsii shnekovykh skvazhin)
PERIODICAL: Razvedka i Okhrana Nedr, 1958, Nr 5, pp 28 - 31 (USSR)
ABSTRACTi
ASSUCIATIOV: MGRI
AVAILABLEs Library ofN'Congress
Card 1/1 1. Coal mining-USSR
The adaptation of auger drilling in geological prospecting
is handicapped by the lack of an elaborated method for geolo-
gical documentation. The author describes two methods of
preparing such documentailon. If the well is deepened peri-
odic-ally, the auger automatically rises and brings to the
surface all the excavated material. By such successive oper-
atibns a complete scale of all layers could be built and the
relative depth of the rock layers exactly determined. In case
of uninterrupted drillingp the author proposes a formula by
which the depth of each rock formation can be calculated.
2. Earth augers-Applications

BOGOLYUBSKIT, K.A.;~BASMTOV, D.N.,
Daterainizig the efficiency of auger performance and the energy
used for removing cuttings by a vertical auger. Izv.vys.
uchob.sav.; geol.1 razv. 2 n0-3:112-117 Mr '59.
(MIR& 12:12)
1. Moskovski3r goologorasvedochq7 inatitut im. S.Ordshonikidses
(Augers)

114(5)
SOV/132-59-9-4/13
AUTHOR:
Bashkatov, D.N.

TITLE:
- ---------
The Resistance and Deformation of Drive Pipes Used in

the Drilling
Process
PERIODICAL:
Razvedka i okhrana nedr, 1959, Nr 9, pp 23-29
(USSR)
ABSTRACT:
In connection with the introduction of new high speed

drilling rigs, the author discusses the problem of

the resistance and
deformation of drive pipes during

the drilling process. He sums up
the findings of G.L.

Mochullskiy and describes in detail the solution
of

the problem proposed b I G Bubnov and S.P. Timo-

shenko by defining
th9ax 9L safe axial loads for

drive-pipes of various dimensions. The
deformation

of these pipes also depends on geological conditions.

If
the stratum to be bored is composed of'alternatt-ing

hard and soft
rocks, a very pronounced bending of bore-

holes will occur, as long
as especially resistant

drive-pipes are not used for such drilling.
The
Card 1/2
actual binding GOST 6238-52 no longer satisfies the

SOV/132-59-9-4/13
The Resistance and Deformation of Drive Pipes Used in the Drilling
Process
requirements o.- the mining industry. Therefore a new
special stand,,Ard for drive-pipes must be developed.,
Drive-pipes must have thicker nipples and reducers
permitting a better centering of the drilling device
-1 reducing the wear of these pipes. There are 3
diagrams and 12 Soviet references.
ASSOCIATION: VSEGINGEO
Card 212

(-BASRA OV, DAF,
Designing vertical augers. Trudy MRI 34:98-117 159,
(HIPA 13:12)
(Augers)

IT Bort a lvan v -'EKORNWOV. Alakeandr Vvovi Priniml - -
0 ichi
uchastiye RARWAI -YAMONTOY, A.D., oty.red.; MOMINO
%w-
red, T.T.9 tak)worede
GA . 0
[Drilling blast holes] Barents varyvnykh skvathin. Xoskva, Goo.
nauchno-tekbn,isd-vo lit-ry po gornomu delu, 1960. 428 p*
(KM 14:4)
(Boring)

BASHKATOV, D.NjJASTLIYZVj AOVO; ROMANOV,, V.G.
Studying the vibration drilling method for purposes of
engineering geology. Hawed. i okh. nedr 27'no-5-.25-28
My 161. (MIRA 14:9)
1. Vsesoyuznyy nauchno-isaledovatel'ski-y Institut gidrogeologii
i inzhenernoy pologii.
(Boring machinery) (Vibrators) I(Engineoring geology)

BASHICATOV., D.N.
Necessary and good book. Razved. i okh. nedr 30 no.4:63.-64
Ap 164. (MIRA 17: 12)
1. Vsesoyuznyy nauchno-isoledovatellskiy institult, g1drogealogii
i inzhenernoy geologii.

-WHUTOVO D.N.; VASILfTEVO A.V., OLONOVSKIYO Yu.A.
Investigating the technology of vibration-percussive drilling.
Razved. i okh. nedr. 30 no,5t22-25 My 164. (Km 40)
1. Vaesoyusnyy nauchno-iseledovatellskiy institut gidrogeologil
i inthenernoy geologii.

TIMONOVI F.T.; BASHUTOV, I.H.
Transfer of mining of longwa3lo to roof caving without the.use
of battery stulls. Ugoll Ukr. 6 no.6:31-32 Je 162. (MIRA -.L5:7)
1. Shakhtoupravloniya "Privollnyanskoye-Yushnoye" tresta
Lisichanskugoll. 2, Glavnyy inzhener Shakhtoupravloniya
"Privollnyanskoye-luzhnoye" tresta, Lisichanskugoll (for Timonov).
3. Zamestitell glavnogo inzhenera, Sbakhtoupravleniya
"PrivolInyanskoye-lushnoye" tresta Lisichanskugoll (for Bashkatov).
(Mize timbering)

FATTMI Onmilat-alva Inmil-PtA - AlpIrf-m- tolli-n"l- Z~ZIZD
4
"!s; -
P.,qww I.

SOV/51-4-6L-12/24
4THORs BashicLtov,- U.N.
On Talbot's Bands (K voprosu apolosakh Tal!-bota)
PMODIGALs Optika I Spektroskoplys, 1968, Vol IV, Kr 6, pp 791-792
tUSSR)
ABSTR&OTs The method of obtaining interference bands In a continuous
spectrum
which was proposed by Talbot bas a certain peculiarity. If, In
observation of a continuous spectrum, one half of the ocular aperture
of a spectroscope Is covored by a thin transparent plate on the violet
side of the spectrum, then dark interference bands are observed in the
spectrum. It was reported that these bands did not appear If the ocalar
aperture was covered by a plate on the red side of the spectrum. The
present author reports how, under certain conditions, Talbot's bands
may be obtiLinid'alsO v&en a plat* in introduced on -the red side
of the spectrum. For this purpose the author used a diaphrean with
a alit whose left or right half was covered by a thin transparent plate
(glass or cellophane), similar to that described by Wood (Ref 1). The
alit width man 0.6 mm (instead of Wood's 5 om alit). The diaphraIgn
was placed at a comparatively large distance fr= the spectral
instrument
Card 1/2 used* Talbot's bands may be observed with the diaphragm
between the

On Talbotle Bands BOV/51-4-6-12/94
eye and thp spectroscope as 'well as with the diaphmgz
betWeen the
spectroscope and the light source. In the latter ease
observation
is considerably easier and more bands are observed. The
spectral
apparatus used consisted of an Amici prism, a achool-type
direct-
vision spectroscope and a diffraction grating with a 0.01 am
period.
The rafmating edge of the Amici prism, the alit in the
diaphragn and
the incandescout vire in the lamp used as a source were all
vertical.
There in 1 reference which is a translation of an English
toxtbook
into Foissian.
ASSOCIATIONs Institut Usovershoustvovaniya Uchiteleyg. Oral
(Institute for
Advancement of Tbasbers, Orel)
SUENITTEDs October 10, 1957
Card 2/2

22(l) SOV/47-59-2-13/31
AUTHOR: Bashkatov, M.N., and Ogorodnikov, Yu.F. (Ort'l)
TITLE: Tx-periments and Observations on the Theme "Undulatory
Pro-
perties of Light" (Opyty i nablyudeniya po'teme "Volnovyye
svoystva aveta".)
PERIODICAL: Fizika v shkole, 1959, Nr 2v PP 58-62 (USSR)
ABSTRAM The authors suggest several experiments on "Undulatory
Pro-
perties of Light'19 most of which can be done as laboratory
work with the entire class participating. These could augment'
experiments in physics and help the students to absorb the
material taught. For the first experiment - with Fresnel
mirrors - the authors recommend taking frosted glass used
in photography. They explain the procedure for obtaining
Fresnel mirrors and the method of testing their experimental
suitability. Work on interference phenomena requires an
electric bulb and a flashlight lensp in addition to the Fresnel
Card 1/2 mirrors. Other experiments described aret
interference in

SOV/47-59-2-13/31
Experiments and Observations on the Theme "Undulatory Properties of
Light"
thin plates, light diffraction caused by the straight edge
of a screen as well as diffraction caused by narrow screensp
small round screensp wedge-shaped slitep and small round
holes. There are 7 diagrams.
Card 2/2

TuAy Filippovicih.
RI=IKOVq Ljo. red*; WAPOWIXOTA, A*A,, red.; LAVI,
tekhn,red,
[school experiments-in wave optics; aid for teachers] Shkoltnye
opyty po volnovoi optike; poso'bis dlia uchitelei. Pod red.
L.I.Resnikova. Moskva, Izd-vo Akad.padagog.nauk RSYM. 1960.
78 P. (maA 14si)
(optics)

- ---- -----
BASMATOVO P.A., mehinlet toploroze
Make use of staudardized symbols in diesel locomotive electric
diagrams. Blek. i tepl. tiaga 2 no.7:4,0 Jl '58. (Kim lit 7)
I.Depo Pokrovskg Privolxhakeya doroga,
(BlectrIc locomotives--Blectric equipment)
Ollectrio engineering-Notation)

BkqHKATOV, S.A.~,~ YFRMDLAYEV, V.A.; LYAPIN, JI.A.; ROZOV, N.A.
Alum!ritur. highvay bridge. Avt. dor. 27 no.7tl6-17 Jl 164.
(MIRA IM12)

GMMXAp M.Pl
ROSTOMEVA, I.A.1 DMAI PeNel BASkK4
Immunobiologioal proportion of the Asia,-I #train of the
foot-and-mouth dio*ase virus* Vaterinariia 42 no.9sl5-17
a 165. (WRA, 18:n)
1. Gwu4arotv*nW.amwba*4mntrollnyy.inatitut veterInarnykh
prepa%tov (for Rostowtmrap Dardal, Baehkator)e 2. TadshWkiy
nauchno-iseledovateliskiy vaterinarATy inetitut; nauchrqy
ruko,roditell raboty professor N.V.ld~~achsv (for Gareloya).

SHLBUMV, MAO, laud.ve eritiarnykh-.~nsuk 0-7
L
vra0h; PIOTNMV* VeSvp veterinarny7 vrach
Influence of nutrition and conditions of care for horees on the
couree of endemic infectious awMa. Zrpo VISV 22zl26-232 159,
(MIA 13:10)
(RDrees) (Infectious anemia)

0340 "Ou
We gels
ALITHOP: Rostovtseva_,_J. A. Dardl, -P.-..,N. Bashkatov, S. F. ;
Gorelova, M. P.
ctite Scientific Control Tnstitute of Veterinary
Preparations'~Ccxsud,3r~tvf'nTIVY
c. r r- I ris t u t v- t e r n.; rn v ~ h r T- t 7tr a t v Ta I z h i
k S c I r n t r-
a,
'iseasp v i rusr
1_1P cf. Veterinariya, tio.
-A~',: font and animal !irease, me':
V.ru- in,~er -,Iudv (whi-h wa,- -1,!ainefl from ow-,i,!#~ t,)v r,
"7 Ir a! urii 1); o IuF a, rt ies fr,xr. t.p ar.: v t e ~, 1. r---r
!--carded tw the authors as an Asia-I zypp The sprLm, rZ,*Aine! f I,
Ir -V 1
oi.--~: , :Tnea ;.IRS pr-wed to ~w !Y,-e-sperific A~,ia-l x,,. P r,
me-, i
c f ;. _;m ~ rium trydroxi de f ormoli zed vacc I ties - p rk-[.arpi!
f r~" Lapp r 1 z#- ir,(' m~-jt_~;
"Seasr virus of 'he Asia-! type showed It to 1-e safe, avir--i'lent.
An f- I-
-at,
, 1 e . Orig. art. has: 3 tables .
'UB COPF Ob/ SUBM DATE: VW ORIG REF: 001/ (7H RL F - W. 3
C
Ln)C : 619 616.988.43=097
Card 1/1

. . ......... .
IRYS Vlktor PaylorLob I'DCOROWAVOT, prof essor', doktor f Isiko-
Best -,rebktorl
mateinaticheskikh mmuko u&uchWy!r*4&ktorj
KiRYAKIZA, M.S., takhnicbeekly re"hor
[Scouts iuterplanstery spaces] Ras"Aahtki methplanetnogo pro-
stranstvis Pod neudbuoi red. T.TeDobrouravoya. Moskva. Isd-yo
DO-UA3P, 1957. 103 P. (Ulu 10111)
(Rockets (Aeronautics))

TALIND, RICar Tarlovicb.; BASHUTOVp 8.86,radeEdeceased],; BMYUZOYA~
Yoql., red.; red.
[Interesting problems ia military science; military history,
topography and reconnaissance, small arms, artillery, automobiles,
motorcycles, tractors and tanks, antiaircraft defeats] Zanimatelinys
sadaebi po voennomu delu; Toeausia istarita topograf ita i razvedke
stralkovoe orusbia, artillerils. sytonobill, wototsUrl, traktor
t tank, PFO. Moskva. Isd-vo DOSAAT, 1958. 149 Pe (MIRA 11:11)
(Military art and science-Itsminations, questions, ate.)

A. a.; RAA~ONV M.A 9; ZAkffWDMWIDf-'P.1&-:- BASHDTOVe ToVe;- --
POLYAMT. V.V.; ZAYTSEVA, A.B.
Oil-masterbatched rubbers and their technical characteristics.
Zhim, prom. no.6:333-342 3 157. (MIRA 11:1)
(Rubber, Synthetic)

138-1.
AUTHORS:
Shatalov,, V. P;-Kostyukov, N. M; Bashkatov, T. V;
Yazikova, 1`18. G; Chul7ukoval T. A; Popova,

TITLE!
The PreparatiQn of
1 3-Butadiene--Styrene Rubber With
Oil F
(P
l
P
l
1

illers.
.
art 1
oluoheniye mas
onapo
nennogo

divinil-stirollnogo kauchuka - soobshchqniye 1).
PERIODICAL:
Kauchult I Rezinao 1959, Nr.l. pp. 24 - 27. (USSR).
ABSTUCT:-
BHAKSK
has evolved a method for the addttion of mineral

oil to latex during
the processing of lp3-butadiene-

styrene rubber with oil fillers by
determining the

requirements of emulsified oils. In the Voronezh

Plant
for Synthetic Rubber an oil emulsion was added

in a continuous
manndr,to the latex stream. CKC-30A

with a surface tension not
exceeding 38 din/cm Was

tested. The latex was cooled to a temperature
of

25 3000 before the oil emulsion was added which,

in burn, was also
cooled to a temperature of 300C,

IDnder these conditions coaM;lation
of the latex and

the oil emulsion took place after a few minutes.

The
1,3-butadiene-styrene rubber CKC-30A was

prepared similarly as
CKC-30AM, according to a method
Card 1/3
evolved by A. Yo, Kalaus, M.
A. Robinerzon,

The Pre3aration
(Part I
138-1-7/18
of 1,3-Butadiene-Styrene Rubber with Oil Fillers
P. I. Zakharehenko, A. B. Zaytsevaya and M. G.
Faynshteyn. The lubrioatinj~ oil emulsion-18 was added
to the latex in an agitator (approximately 150 revo-
lutions/minute). This mixture was coagulated with
calcium chloride and acetic acid. Comparative data of
physical and mechanical properties of the mixtures
CKD-30AM and CKC-30A are given In a Table on page 25.
Th6 influence of temperature and surface tension
of the latex on the stability of the emulsion was
determined. The physioo-meehanical properties for
CKC-30ANO when using emulsions based on stearic acid
and on.synthetic fatty aoids (from the Shebekinsk
Combine) were determined according to rOCT (Table 1)
Emulsions of oil with ammonia soaps were mixed with
latex when cooling to 35-4000 and also at 55-6000.
Rubber containing the lubricating oil emulsion-18
had equally good physical and mechanical properties
as'rubber prepared with triethanolamine soaps tTablo
2). Oil emulsions with ammonia were prepared under
identical conditions as with triethanolamine. The
soaps were saponified at temperatures of 35 -4000.
The oil content of the rubber was 15%, the latex was
Caid 2/3 not cooled before mixing. The surface tension of the

-138-1-7 6-
The Preparation of 103 Butadiene-Styrene Rubber With Oil Fillers,
(Part 1).
latex varied between 37-- 42 d7r/em and the properties
of CKC-30AM prepared from the 017. C21 fractions of
fatty acids are given in Table 5. It ffas found that
it was not necessary to cool the latex to a temperature
of 45 --500C,, but the temperature of the latex before
mixing could reach 55 - 6000. The stability of the oil-
latex emulsion is not improved by decreasing the ~emper-
ature. Latex with a surface tension up to 43 dyn/om
can be used for the manufacture nf the rubber 0KC-3oft.
Synthetic fatty acid fractions Clq-02loan be used for
preparing the lubricating oil emiUsion-18 together with
steario acid, and ammonia can be used as well as
Card 3/3 triethanolam ine ..
ASSOGIATIONIVoronezh Plant SK im S. M. Kirov. (Voronezhskiy zavod
SK im S. M. Kiroval
AVAILABLE: Library of Congre

SOV/138-58-9-2/11
ADTHORS:
ShatAlov, V P;,D vv-p-rvMv-,-KoStYukov,
V;IPopova,

Ye.N; ChUlyUkolra.. T. A; Krygina, M. K. G.
TITIE%
The
Preparation of Oil-Filled lp3-Butadiene-Styrene

Rubber SKS-3019 (K
voprosu poluehentya maslonapolnennogo

divinil-stirollnogo kauohulca
SKS-30M)
PERIODICAL:
Kauchuk i Rezina.,1958, Hr 9, pp 4 - 7 (1368R)
ABSTRACT:
TJnsatifactory results were obtained vrith a batuh of

rubber
SKS-30M produced in the Voronezh Factory for

Synthetic Rubber during
1955 - 1956. The authors In-

vestigated the possibility of improying
the propertiezi
'

latex. When a
of this rubber by usinC controlled

control agent Is added to the
rubber SKS-30 only 45%

of insoluble substances are found as compared
with 87<

when no control agent is added. An increased content

of
insoluble particles In the rubber impairsthe teoh-

nological
properties of the rubber mixtures (Table 1).

Table 2 igives data on
the ph7sico-mechanical character--

Istios of ruboers oontaining 15%
oil fillers. The

.elasticity and residual elongation of both rubbers
are

C
/
of the same order. The oil-filled controlled rubber
ard 1
3
SKS-30M..15 is softer and plasticises quicker. When rsi_n,,

SOV1138-58-9-2/11
The Preparation of Oil-Filled 1,3-Butadiene-Styrone Rubber SKS-30M
the lubricating oil Mark 18 a slight1cwering of the
speoiflo physico-mechanioal properties of rubber
SKS-30 can be observed, but this lowering is of the
same order as for the low-temperature rubber SKS-30A
when-using an equal amount of filler. A 15 - 20% de-
crease In strength oocurs when 25% of the filler-is
used (Table 3). The addition of the lubricating oil
Mark 18 to the rubber SKS-30 (hardness 2,000 - 2,500 g
and 1,000 - 1,500 g)'leads to analagous changes, but t
a hardness of 2,000 - 2,500 g it suffices to add 14
of the lubricating oil to obtain a rubber of a hardness
of about IvOOO g. Improved plasticity can be obtained
in the same mixer by adding plastioisation aeoeldratorso
Experiments on lowering the hardness to 400 g showed
that it was necessary to use 30% of the filler. This
quantity, however, lowers the physico-mechanical prop-
erties of the rubber. Experiments were carried out
in the Voronezh Plant SK In co-operation with VNIISK
on the industrial production of a batch of oil-filled
1,3-butadiene-styrene rubber obtained during high-
temperature polymerisation (SKS-30M-15) containing
Card 2/3 14 - 17% oil. Characteristics of this batch are given
t,

SOV/138-58-9-2/11
The Preparation of Oil-Filled 1,3-Butadiene-Styrene Babber SKS-30M
In Table 4. Results showed that this type of rubber
oan.be used for the manufacture of Inner tubes and
tyres. The composition of the industrial test batch,
as well as.of the oil emulsion, is given. This rubber
was dried at'the following temperatures- the first zone
110 - 13000; the second zone 110 - 12400- the third
zone 104 - 11200. There are 4 Tables.
ASSOCIATION: Voronezhakly zavod sinteticheakogo kauchuka im. S. M.
Kirova (Voronezh Factory for Synthetic Rubber Im.
S. M. Kirov)
Card 3/3

20805
3/138/61/000/002/001/0()8
A051/A129
AUTHOR: _Bashk&tqvj..T.V.
TITIE: Problems facing the synthetic rubber Industry for improving the
quality further and extending the assortment of butadiene-styrene
rubbers
PERIODICAL: Kauchuk I rezina, no. 2, 1961, 1 - 3
TM: Extensive work is being conducted by scientists, engineers and
work-
ers of the state committee for producing new types of synthetic
rubbers and la-
texes with the same high quality as natural rubber and particularly
for improving
the quality of butadiene-styrene emulsion rubbers. Soviet industrial
production
of butadiene-styrene rubber began in 1949. By 1959 the portion of
copolymer rub-
bers In the total production of'synthetic rubbers wall 33% and in
1963 it will
reach 60%. Due to the production of new types of mass stereo-regular
rubbers
(isoprene and butadienej' Chis portion will drop in the next years
and reach about
40% by the end of the current Seven-Year Plan (1959 - 1965). By 1965
the produc-
tion of butadiene-styrene rubbers will exceed the production of
rubbers In the
entire Soviet Union by one and a half times as compared to 1959. In
1955, the
Card 1/4

Probl~pp facing ~he sm."t~.9..
20805
S/138/&/000/002/001/008
A051/A129
Voronezhskiy zavok SK (Voronezh SR Plant) was first to begin
mass-production of
butadiene- styrene cold oil-filled CRC-30AM (SKS-30AM) rubber,
resulting in great
savings of monomers. The oil-filled rubber has better technological
properties
and a lower heat formation in repeated deformations as compared to
CK -30A
(SKS-30A). Soviet scientists and engineers have been able to
produce butadiene-
methylstyrene rubber. Since 1952 copolymer rubbers are produced
containing 10%
styrene, mostly for manufacturing frost-resistant rubber articles,
and since 1955
rubbers containing 50% styrene used in the production of ebonite
articles and
rubber soles. In 1959 the Voronezh Rubber Plant began the
production of cold
oil-filled rubber not requiring thermal mastication. At the present
time the
Soviet rubber industry is manufacturing about ten different types
of butadiene-
styrene and butadiene-methylstyrene rubbers. The author points out
the shortcom-
ings of the presently manufactured butadiene-styrene rubber: Nekal
is being used
as an emulsifier and is not sufficiently washed out of the rubber ,
especially
when calcium chloride Is used for coaiplation. The lowered
technological proper-
ties are associated with the molecular-weight distribution, which
depends on the
regulating conditions and the action of the interceptors of the
polymerization
process. Avtol-18 naphthene oil is introduced in the latex stage.
Admixtures in
the monomers have a negative effect in butadiene and styrene, when
these monomers
Card P,/4

20805
Problems facing the synthetic....
are used in low concentrations. Soft rubbers are produced on a
ribbon-molding
machine in the form of roles, which are easily formed. The
butadiene-styrene
rubbers have low hardness indices according to Defoe (450 - 550
g) and, thus, a
lower molecular weight, which is detrimental to their
properties. The Krasnoyar-
skiy zavod SK (Krasnoyarsk SR PWt) Is presently producing
rubber with a hard-
ness of 400 - 800 g according to Defoe representing 90% of the
total production.
The concentration of butadiene-reotificate used In the emulsion
polymerizatlon
shop has been elevated to 96%. The Sumgaitskly zavod SK
(Sumgait SR Plant) Is
said to produce inferior quality rubber due to frequent
breakdowns in the tech-
nological conditions and the technical rules of safety in the
polymerization and
separation shops. The now program Intended to elevate quality
Involves the re-
placement of the Nekal emulsifier by colophony or mixed
colophony and fatty-acid
emulsifiers. During 1960 - 1963 most rubber plants, in addition
to the Voronezh
SR Plant, are due to change over to colophony and mixed
emulsifiers. The per-
centage of this rubber in the total production of styrene
rubbers during the
years of the Seven-Year Pltn will be: 1961 40.4%; 1962 61.0%;
1963 77.8%;
1964 100.0%. The PrWuction of now materials, such as rongalite,
trilon, di-
methyl-dithiocarbamate, mercaptanes, etc., must be introduced
for the manufacture
of butadiene-styrene rubber with improved quality. Sodium
chloride is needed as
S/138/61/000/OOP/001/008
A051/A129
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20805
S/138/61/000/002/001/008
Problems facing the synthetic.... A051/A129
the coagulat'or,in changing over to oolophony emulsifier. The
specific consump-
tion of salt, which is now about 300 - 350 kg/t, must be reduced.
Naphthene oil
(avtol-18) must be replaced with aromaticITH-6 (PN-6) oil. The
Voronezh SR Plant
is presently producing butadiene-styrene rubber using PN-6 oil. The
Kuybyshev
and Bashkiriya Sovnarkhozes are expected to organize the PN-6 oil
production to
supply the entire SR industry with it. It is also intended to
introduce the soft
rubber production methods of the Voronezh Plant into several other
plants. The
Kuybyshev and Omsk SR Plants are expected to int-oduce the
production of soft
rubber uBing.colophony emulsifier and manufacturing the rubber in
the form of
briquettes. The Voronezh and Krasnoyarsk Plants replace the
production of hot
rubber by the cold polymerization technique. All SR plants,
excepting the Karag-
anda Plant, will adopt the new method. The percentage of the cold
oil-filled
rubber in the whole copolymer rubber production will increase and
be: in 1960
56.6%; in 1961 54.7%; in 1962 86.6%; in 1963 94.3%.
ASSOCIATION: Gosudarstvennyy Komitet pri Sovete Ministrov SSSR po
khimii (State
Committee of the USSR Council of Ministers on Chemistry)
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8/1303/0MAPOW4408
w%Aim
AUTHORSt 3aLft~~%, Zhigalin,, P,, L. j "antseva, A, No
TZ= -On. the devel9paient.of the Soviet "uthetio rubb4tr Indu $try
-_PERIODICALt Kauchukirezina, no. I ,1963, 1- 3
..TM:. The year 1962 inarked the 3Dth anniverswT of the Soviet anthrUe
rubber industry. According to the. Saven-Year Plan 1959'- 65,
production shouid
increase 'by' a factor of 3.4 an - compared to 1�58.: New Impraved
polymrizatlon 6am-
position of SR at three plants, employing a now'
diddation-reduction system ind
tising modified oolophony as emulsifier, the Introduction of now
efflulsitlori,,.'
c6agulating agents and regulators at all the other SR plants,.
perfecting- the Vft-
duction tecbnolog;r are named as means to raise the quality. The
produ*tIon Gralm
(M) and CRMC (SKMS) non-oil-filled and highly oil-flUed rubbers 13
plantiod --
on. recommendation of the Scientific Rqsearch Institutes BHRHCK (VU=)
RMUM
-(NIIShP) . Stereo-regulated butadiene and Isoprene rubbers are meant
to replaae
natural rubber. CKA(SKD) rubber is to be produoed by Pe Efremov,
Yaroslavl,.
V0140nezh, and Kazan' SR plantsusing butadiene obtained from alcohol.
Other. ol"r
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5/138/61/000/004WIMB
On the, de* lioplimt of the SovIeV.synth6tIo rubber.-..
A05i/A126
SR plante-Intend usirZ butadiene produced from butanej for,example,
the Nov*-.
kuybyshev petroleum- 'chemical plant, The Seven-Year Plan further
includes the
production of high-quality'regular-ratruoture iboprene rubber CKH -3
(Ma-3) In
three newly constructed SR plants. Production of special rubbers,
such ass w4l,
chloroprene, ultrile,- silicon, polyisobutylons,
butadienemethylvinylpyrMns,
'butylacrylate, and polyetherurethane rubbers is intended. Synthetic
latem am
being extensively introduced to various industries. Natural gas,
residual gam
of the petroleum industry, petroleumstabIlizing by-products,- and
some bydrooarban
fiaotions of oil refining will be used in the future as the Initial
rem wAtertal.
in the SR industry. BI 1965, butadiene produced by butane
dehydration will in
to 44% of the total quantity; aloobol-produoed butadiene will drop
to 560. loopre-
ne will be produced by catalytic dehydration of Isopentane,
isobutylene by lacbm-i
tane dehydration. Styrene and methylstyrane will be -produced by
dehydmt:Lon of
at~ylbenzene and isopropylbenzene. To take up again the production
of dispropor-
tionated colophony, dodeoylmereaptane, dimethyldithiocarbamts,
dJ4sopNW1b~nsen*,'.
bydrogenperoxide, trilon B, rongalit, purified fatty acids, zinc
stearate, *to.,
Is regarded one of the major futurb tasks of the SR Industry.
Another prdblen In
the expansion and development of scientific research and
experimentation.- Xn thle
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On the devel4ment of the Soviet synthetic rubber...
S/138/63/000/001/001/008
A051/Ai26
connection, the All-Union SR Institute im. S. V. Lebedev BHHHCK
(VNIISK) has
be,-n expanded, in addition to the Scientific Research Institute of
Monomers for
SR, HIUMCK (NI314SK). The Hypro-rubber Institute for designing SR
plants has
gained in significance. Emphaolis is placed on increasing the volume
of experimen-
tal data and the number of new types of machinery and equipment.
ASSOCIATION: 0osudarstvenniy komitet po khimii pri Gosplane SSSR
(State.Committee on Chemistry at the Oosplan USSR)
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=zssiox NRs AP4o3W8 8/M3$/6h/0W/**/=/0W
AUTHORSs Woheakos I* lej B"bka+,ov,, To Vol Fisher# So 1,*l
R&UrArzons H* Aoj
-Parminovs A. H.
TITLEs ImproVed production of butadiene-metlWIstyrene (st7rene)
rubbers
SOURM Kauchuk i resin&,, no* 4s 2964s 1-6
TOPIC TAGS: rubber pd2ymrization, styrene rubber,,
butadienemethylstyrene rubbesp
iron trilon rqngalite, rubber resin emulsifiers peroxide rubber
initiator# latex
coagulation, granular rubber, tape rubber# molecular weight
distribution,, rubber
-%S 3OA4K, r%bber SKS 30ARM 27
ABSrRACTs Recent progress in the production of
butadiene-wthylstyrene (styrene)
(Ms) rubber is reviewed* The use of the iron-trilon..r*nga3ite
activator ocaplac
resulted in an average 30-35% increase in the polymerization rates
and the &PYU-
cation of more active initiators could bring further improvemente
Data we
prasented on the effect of vwr-icus fractions of resin on the BMS
polymerization
rate, The purified produab was found to acU as &a accelerator, while
the .
impurities wdAbited inh1b1tor7 properties* The role of soaps as
awlsifters is
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Awns= NR: Ap4o34468
discussed,, and the importance of a properly conducted coagulation
process of the
latex is stressed. The effect of neutral salts and acid is
explained, and the
advantage of obtaining a granular type BMS polymer is emphasizedo A
flow shoat and
a description of the coagulation process in the manufacture of
rubber SMiS-30AMCK-1
3.5 is given* The ptqvicomechanical properties of this rubber and
of experimenul
rubbers SKS-3QOK and SKS-30ARKK-27 are presented. The distribution
of fractions
of va-rious molecular weights in the last two rubbers was studied
by =an3 of
ultracentrifugal sedimentation. It was found that these rubbers
were nearly
identical in some pbysicomechimi cal properties with the f
oreign-cmde Baroprans,
1500 arA 1712. Orig. art. bass 3 tables and 6 charts,
AS=IATION: VsesqyuzrM nauohno-issledovatel'skiy institut,
sinteticheskogo
kauchuka. ist, So Vo Lebedeva (All-4nion Scientific Research
Institute of Synthstio
Rubber)
SUBKITTED 1 00 DATE ACQ: 23HOA
SM CobEl MT No REP sov, oo4
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ZWLs 00
XMIRS 003

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RADCHENKOp I*I*.; M.PMU-T-.1-1 FIzmmp S.L.; RABINEMON, M.A.;
PKMOV9 A*14.
Improvement of th6 produotion of batadiene-methyletyrans
(styrene) rubbers. Kauch. i res. 23 no.4tl-6 Apt64 (MIRA 17t7)
Vsesoyusnyy naucbno-isaledovateltakiy inatitut sintotiches-
kogo kauchuka imeni labedeva.