SCIENTIFIC ABSTRACT SAKHAROV, V.S. - SAKHAROVA, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446810005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VERIIMVSKIY, D.; VOLONTIR, I.; GLAZUNOV,:K.; KOLESNIK, L.; LUKASH3VICH,

KARASH, S.S., akademik; KALITSRV, A.M.; VLASOVA, N.A.; PASHCIDMKO, Z.K.;
ROZRANOVSKIT, S.Yu.; MAUTKR, F.K.; KOKMYA, Te.A.; KLTUTEV, G.A.;
BURTGIX, V.A.; SHLRUM.. A.I.; RUKI. Y.A.;,ROKAMOV, I *D.;
AVTONOMOV, A.I., otv.red.; KUKHAMEDZHANOV, M.
red.; RTZHOV, S.N., akademik,- zamestitell glavnogo.red.;.ALIKOV,
R.A., red.; DABADATEV, A.D.. akademike red.; DZHALILOV, Kh.N., Imnd.
ekon.nauk, red. YZR~MNKO, V.Te.. akademik, red.; ZAKIROV. K.Z.,.~
~akademik. red.; MANUMOV, N.M., akademik, red.; NABITAV, N.H.,
skademik, red.; SADTKOV, S.S., red.; TOGOTBV, I.N.. kBnd.ekon.nauk,
red.; TAKHONTOV, V.V., red.; KURANOVA,.L.I., red.izd-va; RAIJIKANOVA,
M.D., red.izd-va; BARTSEVA, V.P., tekhn.red
[Cotton] Khlopchatnik. Tashkent. Vol.3- LStructure and develop-
ment of cotton] -Stroenie i razvitie khlopchatnike. 1960. 402 p.
(MIRA 13:10)
1. Akademiya nauk Ulzbekskoy SM, Tashkent. .2. Akademiki UzSSR-(for
Kanash, Mukhamedzhanov, Zakirov. Nabiyev). 3. Vsesoyuznaya skademiya
sallskokhozyaystvezinykh Len~na (for Kanash). 4 TSen-
nank imeni V.I I
trallnaya selektsionn ya stantsiya Vsesoyuznogo nauchno-issledov6tel',-,
skogo instituta khlopkovodstva Uzbekskoy akademii sel'skokhozyaystven-.
nykh nauk (for,Kanash). 5~ Tashkentskiy sellskokhozyaystvennyy insti-
tut (for Kalltsev, Shleykher). 6. Institut -enetiki 1 f12iOlOgii
rasteniy AN UZSSR (for Vlasova, Mauyer, Klyuyev, Rumi, Roman6v).
(Continued on next card)

S/747/62/000/000/
D243/D307
I "akha-rov,--3L-V- atonova R. N. and
Ali TI'JHS : -- 0 -- Viansurova'L V"V. P1.
~~Ti~chcrbakov , v 1-~.
TITL---'; ICYTOlogical proofs of the physiological protection of
autote-traploidu of buckwheat (Fa-opyrum esculentum.moench)..,
from the effect of ionizing radiation
soulicB~: Radiatsionnaya genetika; sboilnik rabot. Otd. biol. nauk
AN SSSR. IN00cow, Izd-vo AN SL;SR, 1962, 346-357
TEXT: The results are summarized of a com Iparative, cytogenetic
itudy of the effect of different types of *radiation on diploid and
at.(Pagopyrum esculentum,:,k.
autotetraploid plants of common buckwhe
moench), using dormant sceds~keptu-under identical room conditions
or the same period. The higher oensitivity of.diploi'd forms-to both
and x radiation was confirned, diploids showing depression'-of
er.10 11cr of
-ro'.."th af t radiation, and the autotetraploids after-,
30 kr. Cytological examination showed that the percentage of ab-,.,.,
errant cells in nonirradiated controls was equal (2.2%) in :both
~Card 1/2

S/747/62/000/000/024/025',,i
rly~
v %,Olo.-,4cal proofs of ...
D243/D307
-L brms and that this E;ituation was uilchang
ged after irradiation.
'ds si
IT e tra,,l oi aowed a.sm-aller.,percenuage; of aberrants after 0 5, 1 -Of'
5-0 ~-flid 10.0 hr of ~' radiation. This is discussed in relatio~~to
'Pilysiolo-rical protection.and.-uaG confirmed by.the authors' experi-
ments re,;orted Jn, ~ter detail else,- erel(Biofizika, 196 0 , 59
h no.
D56-569). The 4x forms uere shown to. be,twice as stable as Ith
h4gh'speed e tr
2x forms to I _n a ons-. The effect. of r radiation and, sub
sequent storagevas examned by storing the seeds for periods of
6 and 12 aonths after irradiation. After '6 months, the irradiated-
seeds of 'both forms shov,,ed a rerrular, steej rise in the percentages.'.:_
of c1l-lromosorwa aberration. This was more marked in the 4x forms..
Both,-t-orms dossess mechanisms which interfere with the conversion
of polential- into actual chromosome aberrations and these protec_~
tive mechanisms are particularly effective in tetrapl6id forms.
There are 3 figures and 2 tables.
JL6 jJC 1ATIO.DT. inutitut biolocricheskoy fiziki AN SSSR, Ploskva, .(In-:.
:.stitute of Biological Physics, AS USSR, Mo'scow)
Card, 2/2
4M

Q

M

F ACC NRt AP7003003 SOUR IGF, GODBI UH/0413/6Q-000-10-2~jo
Kulibanov, Yu.,M.1 popovs S. A. j Ryabukhins 04 Vs; Sakharov,, V. V.
ORG: none
TITLE: A dovice for regulating the working regime of a marine diesel. Class 60
No.'-189689 Za-nnoun.cod by Leningrad Instituteof Waterway Transport (Leningradskiy
institut Yodnogo transporta17
SOURCE: Izobroteniya, promyahlennyye obraztay,,tovarny7le znaki,, no. 24, ~1966) 1-U
TOPIC TAGS-., diesel engine, marine engine
ABSTRACT: Thia Authqr Gartiticate presonts a davica for regulating theworking.regime
of a marine diesel when the ship is traveling in.narr.ow channela. The device contains
agauge for measuring the rpm in relation to the channel depth. This gauge acts on
the directing mechanism of the movable ort for the shaft of the fuel purp (see
supp
Fig. 1). To simplify the construction and to lower the operation cost,, centrifugal
weights serve as the rpm gauge. These weights operate on a movablespring-loaded
clutch connected bya mechanical tie-rod to:the distributing valves which motivatee
the.dire'eting mechaniam. The directing mochaniBm may.constitute a hydraulic servomet
Card 112 UDC: 621.436-545-74~-552

(Fish cutting)

TI
L 27825 66 EWT(m)/EWP(t)A
ACCZ NRlt
AP6015681 .RESOURCE CODE:-'.-U~R/0413/~0/000/009/0078/0
-INVENTOR:
-SakharoV, ye. S. ;'.'Frenke-l' P. G 6
Edeniskiy,'.V6 M.-

34IRNOV, Sergey Mikhaylovich, kand. tekhn. nauk, dots.; GRIVIN,
Vladislav Volldemarovich; YELIN, Allbert Vasillyevich;
R-4- I- lf~ -4 1

ACC NR
AR70041~t r/V) SOURCE CODE: UR/0,l69/66/000/0l2/D0i6/D0l6
AUTHOR: Liberzou. K. Sh.; Sakharov, Yu. I.
-TITLE: Transistorized magnetic inverter with frequency control in equipment for
magnetic recording and multiplexing of seismic signals
SOURCE: Ref. zh. Geofizika, Abs_ 12D102
REF SOURCE: Tr. Kuybyshevsk. n. -i. in-t neft. prom-sti, vyp. 310 1965J 232-
242
TOPIC TAGS: geophysic instrument, transistorized magnetic inverter, seismic.,
pros.pecting, recording, signal multiplexing, multiplex
ABSTRACT: Transistorized magnetic inverters with frequency controlled by the
magnetization of intermediate. transformers can be successfully used in equipm e; nt
for the seismic logging surveys of wells as a frequency modulator for multiplexing
the communication channel, as well as in an.atomatic and remote -control systems
of petroleum equipment. Analytical, expre ssions for the basic characteristics of.
-low-speed transistorized magnetic, inverters arepresented. Computational and
experimental data are compared. A.. Lozinskaya. [Translation of abstract] [PW
UB DE:
S 09, 08/
Card UDC: 550. 834

SAKHAROVP ZqA..; MUCHAI IKOV, P.V.; GOYEV, I.I., otv.rod.; KECHRK ZYAN,
(Stalingrad Province--Gas, Natural)

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SOV/20,~126-4~,8/62
Polymerization of Vinylaromatic Organonilicon Compounds. The'Derilvatives
of a-Methylstyrene
Polymerization was carried out tinder an excess pressure of
6000, in the presence of initiators of the radical type:
azo-isobutyric-acid-dinitryl (AM) and the tertiary butyl
peroxide (TBP). A compa Irison of the polymerization results-
with ADN and TBP beingpresent, showed that the polymer
develops, morequickly in'the presence of ADN.(concentratiqn
a U 0 .1
0.3 mol-lo at 80 ) than it does when TBP is used at 130 .,In-
the first case the molecular weight of the polymers is higher
(Table 1). The values of the viscosity characteristic of.the,
~a-methylstyrene.-polymer-and, silicium-substituted a-methyl-
styrenes decrease in the transition from the polymer
C 6H5C=CH 2 to the polymer (C 2H5)3S'C6114C=CH2 and to the other.,:-
CH
CH
3~ ~3
polymers (C H Si CH C and (C H )_SiCH C11 C6H C=CH
2 5~3 5~ 2 6H4C=CH2 2 5 3 2 2~ 41 2-
3 CHA
The, thermome.c.hanical properties of the polymers change in~tbe.,,
Card 2/3 same sequence (Fi~g 2).

37761
S/66 61/ooo/006/035/081
-102,
UT--O-7ZS: Polyahova, 1-11 Korshak,:V V Sakharova, A. an
A
-----------------
Taiabovtseva, Ye. S.
'TITLE: Fol,,--erizati,on.of silico,-ole'Lines under pres.sure
Jcheskoye primenenJ ye kre-mineorganiches-
.101- iya i prakt- CD
kikh soyedinenilr; trudy konferents-ii. nb..O': Doklady,
d i s, I: U S S I I resheniye. II Vses konfer. -po 1-himi -J pralk-t
-arim. kremneorg. Soyed. Len., 1958. Lenin-:,--rad, I--d-vo
~i)T SSSa, 1961, 163-172,
r'j- T: -ol' -4c monomers
The polymerization of more than 100 silic6 efin-L
has been investigated by the authors ar-d:a series of. rules was es -
-ablished. The polymerizations were carried out under 6000 a-".-m.
uge) at 120 -1300C in the presence of tertiary butyl per
(ga oxide.
arallel exDeriments without pressure were.also performed. lkeny!
U
silanes with double bonds in ct-,, 13 r- and F--positions with res-
-oect stigQ'd'. (X- - a 1 k
o the Si atuom were inv( enylsilanes polymerize
S oils. Using 1% mole of initiator the po ly-7
n. t: o colorless, viscou
Card 1/4

S/661/61/000/000
6/035/031:~
Polymerization ol.-;;~ silico- D205/P302
merization. coefficient of triethyl vinyl silane equals 18. On intro_~~;'
ducing substituents into the vinyl group.'Uhe.tendency to,-DolymeriIze
decreases, depending on the structure and.nature of 'Uhe,subst(.itu-',:'''
ents. Regarding the compounds as substituted ehtylenes it can be
said that 1,1-disubstituted ethyleries are polymerized easier than
u
the 1,2-disubstituted. The introduction of a phenylic radical cre
ates steric hindrance to polymerization. 8-alkyl'~silanes polymerize,.-.
e than the corresponding 0~-compounds, forming low-molecular 6ils.:,
Ss 0
pas-
in order to verify the theory according to which the SIL atom
sivates,the double bond in polymerization, the polymerizations of
CCH=CH and (CH ) CCH CH=CH2 were run parallel to the . polymeri_-. -
(CH 3)3 3 3 2
zation of the corresponding silico-olefines..It was f ound that thel:
alkenes polymerize less readily than the sil-ico-ole'Lines, Contra-
ry to the theory of the negative influence of.the trialkyl silyl...
group on polymerization. Coraparing the polymerization of buta-diene
or styrene silico-derIvIatives with that of their unsubst'-ituted an.a-
lo-ues it. -vias-found that the silico-derivatives polymerize easier,
as tv:as the case %,,.,ith olefines. Trialkyl silyl alkadienes.with tri-
Card ~ 2/ 4

S/661/61/000/006/035/081
?olymer4zazion olF
D205/D3O2
a! kyl Substituents in the '11-positio7n polymerize wit_'aout Pressure,
givi"- oil-like polymers. Polymerization under -oressure drives solid
;U
products. p-Trialkylsilyl styrenes also poly'-!Ie_-~ize vilthout Dres
sure, th.e. application lof pressure increasing the molecular weight,
of the polymer. Copolymerization of o-trie-th
y1 silyl styrene , w it h
styreilc procceds, With Or Without pressure giving. a copolymer,wilth.
1 4
_.M1". rantio, 1 :2. Polyalkenyl silanes polymerize as a rule in-to,
space networks which produce transparent solid olymers. R Si-:
(C.~- P
C(C,--,, )=CH is an exce tion~forming one-dimensional p9lymers.
Z ~3 2)2 p
Dne polymerization of monoalkenyl hydrosilanes of the R R'SiH type
2
where R CH C2H cl, OC H RI CH CH=CH OCH CH--CH C
3 5 2 5; 21 2 2 'H2 C
till
(CH )=CH was studied, using tertiary buty! peroxide and pla
3 2
ized carbon as.init-iators. Depending on the initiator, various
polymers are formed. It was estab~Ashed by infrared spectra that
the polymers formed using the tertiar butyl ;peroxide under pres-w-
01 Y
sure (6000 atm.):pres-erve, the Si-H.bonds, in contrast to..those,for-
ng the tendency towards polyme i
Med on,platinized carbon. Compari. r
Card 3/ 4

S/661/61/000/000'
6/035/081
Polymerization o.L, silico-... D20 /D302
5
zation. of analogous compounds.of Si, Ge and Sn~it was, established-
that the polymerizationability Iof vinylic compounds, of ~the type
R MCH=CH (where I.I=Si) Ge and Sn) decreases in the series CH
2
CHSJR > CH =CHGeR > CH =CHSnR X. A. Andrianov (Moscow), D. N.
3 2 3 ~2 3
Andre_Yev,(IKhS,AN I_IYSR, Leningrad), A. A. Zhdanov (INEOS AN SSSR,
r
Noscow), P. V.:.Dav,rdov (Hoscow, S. G. Durga 'yan (INXhS.AN SSSR,.:
Moscow-) and A. I. Dintzes (1-10scow) took part- in the discussion
%-.,hich follo,.,-,ed. Andrianov expressed the ooinfon that the conclu-
sion of the aut'aors that -U'-,--e Si atom does not passivate the poly-
merization. mechanisms, observed by the autliors, betvteen the pro-
cesses at 6000 atm. and atmospheric ;jressure, were of the _~ Umost
importance and mmy exDlain. the disagreements betaeen, thiu wo-rk and
-hich Andrianov referred-. There
earlier qbservad).ns zo w are 5 tables.
ASSOCI~TTO": T-S ti-tut e 1 eme n t o orai c h e sk ik, h soyedineniy 1%.kademii
c~ 12' 0 C 0j.., '_T,,0t--vUte of
men,,ai Organic.
nounds o I' I, A c z-.. d -6' Sciences USSIR,
oo s C 01-1)
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VITLE i stigdtfdn-~-, t h on,-,Of;,- organome

:_'~Jnve into, e.",p o mer za

-613
styrene: d6r

PERIODICAL i Vvsokomtolek'ulyia-r-,nyye,:doy6din'eniy-a~9~ 1~,V-*" 6139 15'~:.---32
19

H 4 ere'R CE -:~'or~'CA
~Polymerization:*waa.ma e-o CH.6
f 0
21
6
7
IV
t or:~_ 0
M Sig 6r'Ge wi h. __'wi oit sure - at:~ 60 C in- h~
Sn ence~.o -.azo
pres
pre
-
nitri e.-.'.'Resud-t~
isobutyric-di i
reds

100, m
onomer, hr
m
-6oo
(CH3)jSnCfH,CH.CH-- 0' 6. 72 -505
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S in
129-58-5-15/17
Bcientific-Tec'nnical CanfeTence on Metallography ahA~Hezit
Treatment, YJ-,arlkov
used. The operation of the gas cyaniding furnace is
considerablymore convenient than that of.the liquid
cementation bath. Also,gas cyaniainG has a higher
productivity and is more economical. The surface layer
-gas cyanid' has a higher wear.resistance
~produced by ing
and has better anti-corrosion properties than that
obtained by liquid cementation,
A. V. Sakharova (Ball Bearing Works) reported.on a new
--f - - high eed
metti-oT o gas cyaniding of tools made of the SD
steels,R18 and R9.. The -orese e of a liquid carburiser,
~vrhich evaporates at 520 to 5609CC and7in decomposing,
forms gases,from which, during dissociation, active
nitrogen and carbon separate out simplifies considerablyi,.'.-
the processof gas cyaniding of tools. As such a
carburiser an.organic substance of the aminoalcohol type
was tested. The data of the experimental work and~of
the Works' tests confirinea the possibility of obtaining
a cyanided layer in current type equipment for -as ease
Card hardeninjz,
j in the ca--e of feeding of the liquid carburiser
4&/-20 - frora adrop dispenser into the retort o the furnace.

3Pq--58-5-15/17
-Scientific-Technical ConferenGe oz Metallography and Heat
Treat-aent. Kharlhov
The quality of the obtai ned hardened surface~layer
satisfies the requirements tabe met by the ~ cyanided.
layer as regards depth, micro-structure,and micro-hardness.,
Candidate of Technical Sciences V. A. Ull yanov (ICharl kov
Motor Road Institute) reported on e-xperiiciental results
and prospects of industrial aPplication of Cr-TI alloys.
for cast components operatinG under conditions of
-abrasive wear.
Resolutions of the conference contained recommendations
relatini-, to more extensive use of-high fre ency heaulDz
qu
of steel for heat treatment: introduction in-to:Practice
of two-frequency hardening of gears; case hardening with
direct (JI-I'llediate) hardening according to the experience
of ZIL: high temperature. tempering ~annd also extensive
introduction of,high temperature gas cyanidinp oil
co-qDonents (KhTZ experience)
and lov Oemperature gas
c---anidin- of,tools (GPZ experience). Furthermore, bri
--ht: temperinb- of steels: in el-kali baths
hardening and brie
Card- tw~
in accordance -i~.-ith the results obtained by the Mletals
Technology Chair of KhPI should be e,-xtensive ly used,

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