SCIENTIFIC ABSTRACT LIVSHITS, G. SH. - LIVSHITS, I. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930310004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

62- SA.
USSR/Geophysics
Card 1/2
Authora I
Titlo
Ferlmlical
Abstract I
Institution :
Pub. 22 - 15/52
Livshits, G. Sh.
r7gt-o-rri-~e-l~Ti-ol'd'-40f'-o'~i,"'deteriniiiation of the coefficient of the trans-
parency of the earth atT,osphere by the brighLne!is of the sl,,y when
the earth is covercd with snow
Dok. All SSSR 1W/2, 251-253, Jan 11, 1955
The so-called "short method" (slightly modified) is suggestvd for the
determination of the tranoparency of the earth atmosphl-re LhrruFh
the brightness of the sky at any earth albedo.
Aced. ot Scs. of the Astrophisical Institute
Presented by : Acidemician V. G. Feounlcov, Uctobur 121 1954

Periodical Dok. 001 S-33R 100/2, 2r1-253, Jan 11, 1955
Card 2/2 Pub. 22.- 15/52
Abstract The mentioned modifications aro related to the experimental formulas
for the p-s (transparcncy), where instEad of
the following expression3 should be uzzed 'respectively:
f) 13
7-1 j j
For localities for which the 20 if transparency increaseG aj Mg '-ficreaBOS - It 13 GhOWr~ that
Ule Ibc-e meth-A can be uaed qjjcoesgjNj: :y
"-i' "Crna !n1,
"e limite 0
no c ex o inIF :11 moat
that
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SCR 1 002
SUB CODE: KS
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i;twkt.Ljtrmr its if rwLjmjjr ut, 1k31VWj1MjiUW11fin
AR6033091 SOURCE CODE: YJR/0269/66/000/00710030/0030 VP
3-4
AUTHOR: Livfihits, G. Sh. ; Pavlov, V. Ye. ; Milyutin, S. N.
TIT LE: Absorption of light, by atmospheric aerosoll
SOURCE: Ref. zh. Astronomiya, Abs. 7.51.197
REF SOURCE: Tr. Astrofiz. in-ta. AN KazSSR, no. 7, 19GG, 85-90
TOPIC TAGS: aerosol, light absorption, optic thiclutess,' scattered light,
light intensity
ABSTRACT: A laboratory method of separating the optic thickness of scattering~
and absorption which does not require the measurement of indicatrices has been
developed. Past and scattered light is registered. The ratio of this sum to the
incident luminous flux represents the coefficient of layer transparency which
characterizes the extinction caused by pure absorption. An Ulbricht sphere is
used in the system of the light collecting clement. Light intensity in the visible
and IR regions was registered by photomultipliers through interference filters.
Absorption in aerosols was calculated during multipole reflection of light from the
sphere. Particles of sooL, lava, meteorites, gK~~phite, clay, sand, etc. , have
COM 1/ 2 TJDC: 525. 7

Art-- NRi
A R 6 qQ 3,' 1, 0 1 0
been investigated. The presence of sand, clay, cerrient, or r,-,)orn dust does not
cause a noticeable increase in pure absorption. Soot and coal cinder possess
high values of pure absorption. Growth of pure absorption with decripase in wave-
length is typical for many aerosols. The Forbes elfect and the shallow absorption
band in the blue part of the daylight sky spectinum m ay b e au P, ed by th! s g rowth.
V. Zhuravlev. [Translation.of abstrazt]
S UB CODE: 031
2/242

TaaUj,T"O,,,dokt.or b1olog. nauk) GALETENKO, 6., starshiy nauchryy
mot-udnik
Leopard moth control. Zashch. rast. ot vred. i bol. 10 no.7:
18-20 165, (MIRA 18tlO)
1. Nikitskiy botanichei;kly sad, Yalta.

" ~ F-
LIVSHITS, I.; YAWOVSKIY, L., aspirant.
Tetrahedrons in h7draulic engineering. Mor.flot 17 n0-10:30-31
0 '57. (MIRA 10:12)
l.Glavny7 inzhener proyektnoy kontory treats, "Gidromekhanizatsiya"
Ministerstva stroitellstva RSFSR (for Livehits)
(Hydraulic engineering)

LIVSHITS. L; W%UR'YZVSKIY, D-
Setting consolidated work rArps In mechanical treatmaut of Sur-
faces. Sots.trud n0-301-87 * 1580 KM 13:3)
(Turning-Produc t Son Oppdarde)

LIVSHITS~1_1. (UJ8AB); GIATER, S. (UJ8ABA)
QTN in the Pamirs. Radio no.6:9-10 Je 163. WIRA 16:7)
.fazi--Pamirskoy ekspedit
1. Starshiy inzh. sw oii (for Livohits).
2, Starshiy inzh. po [;u(.,-Izlchc,,3komu oborudovaniyu Pamirskoy
ekspeditsii (for Glater).
(Pamira-Radio operators)
(Pami a-.Amteur radio stations)

IZNTSNMp A.A.; SPIVAK, Ye.A.; SHOKHOVAp O.M. (g.Tartu)
Charge in sensitivity to antibiotics of RewcasUe d7mnt=7
bacillus in the human body before the beginning of treatment*
Antibiotiki 7 no.7t643-646 J1162. (MIRA l6do)
(ANTIBIOTICS) (DYSMERY)

GEIRTSIGER., L.Fq LIVSHITS, I.A. -
Highly sensitive selective amplifter. Prib.i tekh.eksp. 6 no.5;
97-99 S-0 161, (MMA 14:10)
(Amplifiers (Electronics))

LIVSHITS I.A.- GERTSIGER., L.N.
-
Frequency keyed RC generator, Elektrosviaz' 15 no.6:38-41 Te 161.
(MIRA 14-.6)
(Oscillators, Electric)

1.10YEYKOV, Dmitriy Dmitriyevich; GERTSIGER , Leopolld Naumovich.
UYIZEVj Nonstantin Konstantinovich; LIVSHITS, 111ya .9
Aronovich; ESSENSON , A-Ibert YakovIevjcS,---F0P07;~K.K.'red.
[Design Of low-frequency generators] Konstruirovanie nizko-
chast0trWkh generatorovo LBy] D.D.Voeikov i dr. Moskva
Izd-vo *Energi-ta," 1964. 225 p. (MIRA 17:71

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'L 1. -A~-?--TLYII~'A, 7.;, ;7, 70. -j-.
"Poly~wrs, of piperlyere," a paper presented ot the 9th Coj,,r.;j-css 0,-
the Chemistry ond Phyel-ca of High Pol-mers, 2ko, Jun-2 Feb 57, MosccrV,
4
Research Inst.
B-3,N04,395

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A "i 12 in rtcert ~-,n s o p r e n c o
c! r i i o Pre c 1 os e r to n.- -I- ur a 1 rubber
of ~:rtif`citil rubber t,,-+ li,-d bcen 1-ne-,-in lip

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c Ts o t a r d i o 1 f n c n r thi, -,,rT:-osc
of b) '--ethfl buta-
~.:,n-xopvl butuadiene--l -.-.cre synthesized.
Of C
-:e t desc -0 d Oefs 7~, 81'
-'n arc, C. t... 1 -11 C lithium u.,o(!
0o" T'jacp et 50-100

ar (I
1,15
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at lon of 77i,,he- 121 /117
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C, u C. -?I,. fn cc- s of The
vary --c.-c-oct to t`e 'terneraturr
r-_,irttively hi- i.n the ca-~-
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c, f rize rrn~u,~t o"Ot-ine(I t',-rj:2 t:,c raoncjr..~cr a) -nhcre ea(-,h ripmb-%--
6 , ,_c hed t ,t)~itir-n 1,i! ruceives 2 methyl -r*ups. In
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12 !~O '12f, obtai-ned frorl C) and
rub-p-r e-cee-Is i'~!oprene
rubhcr rc-nz(~rr lance to frr,2t. Therj aro 1 f`
rv! R!":- ~ -nv
"TC:; !dov;~ tr sk -i'y ln.st itu t L! ntet ic'-e -
I J_ 77~, e r c 'L!! --i t u t o r, t e u 103 er
On

Titov, A. P., Livshitc, 1. A. 'S 07/7 9 -29 -2 /-, 5
1 0 .
Influence Exercised by the r3tructure of Olefino Upon Thoir
Activity in the Reaction of Chnin Trvnsf,~-r in thn
Folyme7ization Process (VIlyRni-(? stroycniy,-t o1c.,fino-i 7i- iklh
nktivnostl v-reaktsii pr-~roiachi t:,,Ppi v protso3se
~L: Zhurnp.] ofi:311ichey Ithiriii, Vol 2,f, ir
St~,rene .*ir~f3 dir,,;olved in 16 olefins of different itructur!i anrl
then The constqnt K of the chfin trnn.110-e TR77
Ac(-ordin.- to the formuln of F. q. (Ilef .'~' fcr
olefin. Furtherl that part of K crIculat'aO
falls to th,) aharc of an activi hyiro~;en at-on, bouni to a
,)ri-m-!ry, secondnry or tertiary carbon atom. The qunntltinr, of
K are t;iven in tribles I and 2. The following regrulnrity 7.~ts
ob3L--rv,7,1- The !,ctivity of olefin3 depends on their sri;r,-1uur-.
The mobility of the hydrogen ntom io, the least in -pri-irtr-r,
higher in renon~!,?ry, and the hight3it in tPrtiary crrbon Pto-nn
which are in ce-~)osition with respect tuo the double bon,]. Vith
increasin.-T nit,Tiber of aubstituento on the carbon nto,is of the
doiable bon.) the activit,-,r both of thr.- nntir,- rinIncrip,

Influence 7:corcisert b7.r the '.Aructure of Olefins Unon 3071'/711!-~-29-5- in/75
Their Activity in the or' Ch,2in Tr,7nnf,~r in t~,.e 'Poll -frv: -i zatior
Process
and of the individual hydrogen atomi Inotind to t1he ot-crrbon
atom incroaaes. If the substituents rrc on 'hoth si:le3
of the do,iblo bond, the activity of the olofin io soriewhs-t
hiCher than with unilateral substitution only. 'Nie oleffna
react more actively than the correnpon~!in:-, ,j.,tu:r--.ted
hydrocarbons. A comparison with previous ry.~)erimonta on
butadione-sodiull (Iefi 1,2) shows thst the chanirr% r.*''' rnctivity
varies in the various types of polymerization. TIC PAithors
investigRted the polymerization of strreno- -ai-th 2--rv~thyl-
propene-11 2-mothyl-butono-1, 2-nethyl-butene-2,
pentenc-2, butane-2, pentene-2, pentenc-1, 3-mnthyl-butene-1,
hexene-1, 4-methyl-pentene-2, and 20-dimctilyl-butonc-2. In
the experimental part the phyDical data of th,~ initirl oub-
3tances (Table 3), the device (Fig 1), -nd the or
polymerization nre described. Diagrams ri-.,present: f i!~ur!i 2
the kinetics of the polymerization of styrino in 11~"pqnlcnce
of the reaction time, figures 3, 4 vnd 5 - oi thn
determination of the transfer conc)tnnts of alk,~nen of
Card 2/3 various constitutions. Table 4 aiva3 the r1h.-voic-1 data )f the

Influence T,,Xal-cised by.the Structure of Olefins Unon 3071/7-~-29-5- -2/75
Their Activity in the Reaction of Choin Transfer in the Po1y:1srizati,,,n
procoso
polymerizr,tion reaction rith i3o-oloCina, trblo
for n-olefins. There are 5 fioares, 5 tn.bli!r;, ,ntl 17
of -.-ihich are 3oviet.
rlauchuka iia. ";. V. Labodeva (J.11-13nion -'cit- int--1'Lr
In!3titute for Synthetic Rubb-ir i-,-.ieni Lcbf~-!n,,
aITTED: 1, 'F5V

89595
8113 60/000/011/001/010
A051.YA029
AUTHORSs Livshitaq I.A.9 Roykho V.N., Ryazantsev, K.P., Salnis,
X6U.",73moletovat V*Vop Stepanoval V.I.p Shlifer, D.I.
TITLEt The Properties of Copolymers of Ethylengand Propylene
PERIODICAL: Kauohuk i razina, 1960, No. 11, pp.1-5
TEXTs The authors list data on the properties of WT7 (SKEP) , one
of the ethylene and propylene copolymers synthesized at the VNITSK. It
is pointed out that research in the field of polymerization of ethylene
hydrocarbons at the VNIISK was begun in 1956. It is stated that the indi
cated copolymers can be produced within a wide range of molecular weights.
The hardness of the polymers, according to Defoe, in 1,400-5,000 9,
characteristic elasticity of their solution is from 2.5 (and lower) to 9.0.
The vitrification point of the SKEP copolymer is within the range of -50
to 700C depending on the ratio of the ethy.lene and propylent. The SKEP
copolymers are a dense white hard mass, comparatively easy to process on
the rollers. Destruction occurs when they are processed mechanically on
the rollers. The greatest destruction is observed in polymers with a high
Card 1/10

89595
3~13~./60~000/011/001/010
A02
The Properties of Copolymers of Ethylene and ens
molecular weight (Table 1). Mixtures based on SKEP copolymer were prepar-
ed on laboratory rollers at a temperature of 50-600C. It was found that
SKEP copolymers are easily mixed with comparatively large quantities of
fillers. Mixtures without softeners are dry, brittle, their surface re-
semblingabagreen leather. During vulcanization they easily form a mono-
lithic mass with a smooth, shiny surface. Vulcanization is carried out at
150-1600C. SKEP copolymer-based mixtures are characterized by a large
vulcanization plateau (Fig.1). The vulcanizates of non-filled mixtures
based on the ethylene and propylene copolymer have a low tear-resistance.
When a filler is added, especially gaseous channel carbon black and active
furnace carbon black of the XA(b (XhAF) type, the tear-resistane.0 increases
significantly. Vulcanizates containing one of the indicated SkAon blacks
in a quantity of 50 weight parts hardly differ in this index from similar
vulcanizates based on natural rubber (Fig.2). The physico-mechanical
properties of carbon black vulcanizates based on SKEP copolymers depend on
the molecular weight of the latter. A detailed study of the phyeico-
mechanical properties of the SKEP copolymers was conducted for a mixture
containing 45 weight parts of KhAF carbon black. Comparisons were made
Card 2/.10

89595
S/138/60/000/011/001/010
A051/AO29
The Properties of Copcaymers of Ethylene and Propylene
between these properties and those of the C-23 (S-23) rubber, CWC-30A
(SKS-30A) and natural rubber. Gaseous channel carbon black was used as the
fillar for natural and SKS-30A rubber, which causes optimum stability pro-
perties in the indicated rubbers. Vulcan12ateg of carbon black mixtures
based on SKEP copolymer were found to be almost equal to the vulcanizates
of similar mixtures based on natural rubber and SKS-30k in their tear-
resistance and relative expansion. Higher moduli are obtained at 300%
expansion in SKEP vulcanizates by the applicat�on of a high standard carbon
black (KhAF) instead of channel carbon black. The values of the vulcani-
zate moduli of the SKEP mixtures may be increased or decreased by using
various methods of vulcanization. The SKEP vulcanizate mixtures have lower
residual elongations than the natural rubber and SKS-30A vulcanizates. They
also have a higher elasticity to recoiling at ordinary Pnd high tempera-
turesp which is explained by the comparatively low con,(~,ent of side gr8ups
in the polymer chains. When elevating the testing temperature to 100 C,
the tear-resistanoe dropped in the SKEP vulcanizatee to a greater degree
than in- the natural rubber vulcanizates, although it remained sufficiently
Card 3/10

89595
S/138/60/000/011/001/010
A051/AO29
The Properties of Copolymers of Ethylene and Propylene
high. In this index the experimental SKEP copolymers greatly surpass SKS-
30A rubber. Due to the almost complete absence of double bonds in the SKEP
copolymer, rubbers based on the latter have a very high aging resi;ta?ce
at 1000C and at 1500C and are better in this respect than natural ub er.
'SKEP polymers are characterized by low hysteretic losseB. ;4 this respect
they are almost equal to natural rubber and surpass SKS-300qubberseigni-
ficantly. Other-valuable propertles of the SKEP vuloanizates were found to
be their high resistance to crack expansion in repeated bending deforma-
tions and a high wear-resistanoe. The latter surpass the natural rubbers
greatly in their tear-resietance and come close to the regularly construct-
ed divinyl rubbers (Ref, 5). Since different types of carbon blacks were
used as fillers for SKEP, natural and SKS-30A rubbers, it was assumed that
the high wear-resistanoe of the SKEP vuloanizates was connected with the
use of the KhaF carbon black, which renders a higher wear-resistance.
Additional experimental testing revealed that the type of carbon black has
little effect on the wear-resistance of the vulcanizates of carbon black
mixtures in the case of rulcanizates based on natural and SKS-30A rubber
Card 4/10

89595
3113011601000101110011010
j
A0517AO'29
The Properties of Copolymers of Ethylene and Propylene
(Table 4). In oonolusion the authors point out that the ethylene and
propylene (SKEP) copolymers have a series of valuable phyaico-mechanioal
properties and are of great industrial interest. There are 4 tables, 2
graphs, 5 referencess 1 Soviet, 3 English, 1 German.
ASSOCIATIOle Vsesoyuznyy nauohno-issledovatel'skiy institut sintetichesko-
go kauchuka im. S.V. Lebedeva (All-Union Scientific Research
Institute of Synthetic Rubber im. S.V. Lebedev)
Card 5/10

--- LIVSHITS, I.A.; REM, V.N.; RTAZANTSEV. K.P.; SALNIS, K.Tu.; SAMOLETOVA,
- STEPAITOVA, V.I.; SHLUM, D.I.; Prinimila uchastiye
IVANOVA. L.S.
Properties of ethylene - ;ropvlene copolymers. rauch. i rez.
19 no. 11:1-5 N 160. (MIRA 13:11)
1. Vsesovuznyy, nauchno-tonledovateliskiy institut sinteticheskogo
kauchuka Im. S.V. lebedeva.
(Ethylene) (Propene) (Rubber, Synthetic)

VAVILOV'j V.A.; fIVSHkTS
I.A. MAYZELI, B.I.;OKUNI, B.TS.
Outfit for flow coat painting with subsequent exposure in vapors
of a solvent. Lakokres. mat. i ikh prim. no.6s67-70 161.
(MIRA 15:3)
(Painting-Equipment and supplies)

23771
9/190/61/003/006/014/C)19
2 2 0 B 1 10-208
AUTHORS: Livshits_,__I1k,., Forobova, L..M.
TITLE: Polymerization of 2-ethyt butadiene-1,5
PERIODICAL: Vysokomolekulyarnyye 9,yedineniya, v. 3, no, 6, 1961, 891 -
- 897
TEXT: The present stiudy deals w1th the influence of some initiators on
rate and properties of polyethyl butadienes, and with the effect of the
polymerization temperature on their structure and properties. The mono-
mer freed from oxygen traces was kept over lithium butyl at -.200C for
20 min and then polymerized in hexane (ratio hexane/monomers - 80/20
parts by volume) at 0, 20, 50 and 100'~C., When studying- the i-nflupnce of
the polymerization temperature upon the polymer properties the ratio
lithium butyl / monomer -- 1 : 1000. -,then testing the physico - mechani-
cal characteristics 6 1 : 4000. The following was determined: 1) intrin-
sic viscosity at 25 C in benzene by 03twald viscosimeter; 2) molecular
Card 1/9

21 3 Y 7 1
SI/ 190'/6-, IC-C3/006/0',4/019
Polymerization of B1.0;208,
weight by means of a,,5 ml glass osmometer with a diaphragm of denitra-
ted nitrocellulose (pore size 1.53 - 2.7 m1k) and benzene as solvent accor-
ding tos M - RT/ (P/c) C -0 ; 5) unsaturatedness of the polymers according
to T. M. Kolthoff and T. S, Lee (Ref. 6: J. Polymer Sol, 3, 66, 1948);
4) the number of links bound in 1,2 and 3.4 position was determined from
the number of - CII=CH 2 and -CR=CL 2 groups according to M, P. Burgova,
A. N. Korotkov (Ref. 7: Izv. AN SSSR, ser. Ifiz , 1-4, 452, 1950). 2-ethyl
butadiene-1.3 was polymerized in the vapor phase with a catalyst mixture
with dispersed lithium, in hexane solution with lithium butyl and dili-
thium isoprene (first synthesized by G. N. Petrov) as initiator (Table 1).
Figs. 1 a and 9 show the reaction rate at a ratio'of the monomer: Li ca-
talyst - 4,000 1 1. The physico-mechanical characteristics were studied
on microsamples. The unfilled vulcanization mixture was prepared accor-
ding to the formula for polyisoprere (Rof. 8: S..S. Subbotin, V, V. Samo-
letnva, A. K,. Znamenskaya- Khimich. prom-st, 1956, no. 7, 21). According
to Table 1, the physico - mechanical properties are not changed by a
Card 219

23711
Polymerization of ...
S/ I 9o/06 1 /003/006/014/0! 9
B i I O/IB2 -38
slight increase of the leripth of tla airyl radical (from CH 3 -to C2H5
higher increase (to 4HC1 ) decreases the strength of unfilled mixtures.
According to Tab;e a' termperature riL3ii! from ) tct 106 () 1j only little
affects intrinsic vi3-7osity and m,).ecular weight, Temperl-tture fall from
100 0C to 000 prolonrrs *the ieartion Tir-rie from sowc- otinuteu to 120 hr. The
rubbers ~7ere quantitutiv~.!y teste-I by means o,f the absorption band
6114 orik-I (vinyl band), usinE a al:ff-ar!iun gratir-.6 ti tri -)~O 11nes/mm.
The sum of the links in I .~ and 5, 1 p.-ij !-iori was de,.F-rmined by means uf
infrared sDectroncopy in thc -tn1-.:-e of C-1! ~,!)-.-ationn ~n thr- firut overtone.
According to Table ') a of '~;~ ~olyrr temper~itur~~ of -,-'-ethyl
butadiene-1,3 in the presinc-- --f iithium butjl in hexine t.rom 0 to 100 0
nearly doubles the liakz,, -:,mLlar conditicris afe iouuid in the polymerizac-
tion of i scprorie and 2 tyl bu t ad i C-ric The ruip !.Ippl-ips to
different inet hodo of pt-',yvieri- 'a t i,;Yj j of trLe r,uj0;---r of linka
With rise In temperaturl-1. Ili- I-),, 1-1C 1-1-A Uf L,~jdaai,~,riv! obtriined on
oblained by
Card 3 /9
C

x1olymerization of--
`/0061'014/019
66
p(.)I.ymeriz;-- tj on of 0~,-,jm lhutyi :ontaln no
links bowid in 1.7 are tab-leu arid 15
referencesi 7 li;(;~ t:L~-~e wcot recent
refereric~~o to '!j Ref. 9.-
C. S. 6cl- 1,583.
1949. Ref. ^112: P~ 6tt-lirtio. 1,
4 3
Ig-)g, Ret, Ii: L. J. ~1)1 1960.
ASSOCIATION: 111STLItAlt knutchuka
(Scien tifi c -,(pz3p,4 rch 111.9 t.1 tUtl? -~ F Synthe tic Rubber
SUBMITTED: A u 6 t is t'." U-
Card 4/9

LIVSHITS, I.A.; ILOINA., S.I.; REYKH, V.N.
Polymerization of butadiene and piperylene mixtares. Kauch.i rez,
20 n0.7:1-4 JI 161. (MM 14: 6)
1 Veseoyuznyy nauchno-isoledovatellskiy institut sinteticheskogo
~;uchuka imeni. S.V.Lebedeva.
(Butadiene) (Piperylene) (Polymerization)

LIVSHITS, I.A.; ILIINA, S.l.; iEYKII, V.N.
Polyincrization of blt,~dione, piporylona, and L;tyrene mixtures.
KAuch. i roz. 20 =18:1-3 Ag 161. (MIRA 14: 8)
1. Viiesoyuznyy nauQlmo-isflee~vatollakiy institut flintotiches-
kogo kauchuka imeni S.V. Lebedeva.
(Butadiene) (Piparylene)

LIVSHITS., I.A.; STEPANOVA, V.I.
Determining Ij,2 chains in the polymers of 4,-methyl 1#3-penta-
diene. Zhur. prikl. khim. 34 no.5:1122-1126 My 161.
(KIRA 160)
1. Voesoyuznyy nauchno-iosiodovatellskiy institut imeni aka-
demika S.V. Lebedeva.
(Polymers) (Fentadiene)

i4jVL4TP*,,LA.;-,POLO-L!SM~ Yu-S.
Regulation of the co:6centration of the vapor of solvents by means
of the SGG-2-signaling indicator of combustible- Wes. lAkokras. mat.
i ikh prim. no.3:75-77- 163. (KUL4, 16:9)
(Spray painting-Safety appliancep)

E i Ep c EWT (m) DS C /ASD Ps-4jFc--',/t r-4 ~YtWf
0
ACCESSION AP3001592 3/0 ?631000 bo5/b61l/O0iJ
AUTHOR: LtUhjtjt,.J,,_A,; Reikh. Vo N. nis K. Xu. ; ~~i:kina F. V,
TITM Properties of-chlorinated copolymerelof ethylene with
SOURCE: Kauchuk i rezina, no. 5, 1963, 11-13
TOPIC TAGS: functional group, high-molecular elastomer, chlorinate d copolymer,
ethylene-propylene copolymer
ABSTRACT: In the present study the method of catalytic chlorination of ethylene-
pr6pylene copolymers was used to obtain materials with a chlorine content of
5.1, 7.9, and 11.0%. These were sub 'jected to various tests, which showed that
an increase in chlorine brought about a doubling in hardnes,-, a rise of the
vitrification temperature from -55 to -39C, a near doubling of the modulus at a
300,'-4, elongation~ Lower values were found in the specific elongation, the resi-
dual. elongation, and in Pebound resilience at 20C, while the resistance to tear
remained practically unchanged; In a second series of tests, the propnrties of
chlorinated ethylene-propylene copolynters with a 7.5-7.9,~) chlorine content,
with and without reinforcing fillers, were compared with those of a. non-
chlorinated ethylene-propylene bopolymer. The filled vulcanizates;~ron
Card 1/2

L 12681PIR
ACCESSVON AP3001592
chlorinated ethylene-Rropylene c2moimp showed a lower modulus and higher
apecific and residual elongation*, while possing a substantially higher
resistance to abrasion and to tear at room temperature. There was no
difference in rebound resilience at 20 and 100C. E. R. Dolinskay
participated in the experimental work. Origo arto has: 3 tables.
ASSOCIATION: Vessoyuzny*y nauchno-isoledovatel'3%iy institut sintetichaskogo
kauchuka im. So V. Lebedeva. (All-Union Scientific Research Institute of
Synthetic Rubber)
SUEMITTED: 00 DATE ACQ: 08Jul63 ENCL: 00
SUB CODE: 00 NO 1W SOV: 002 OTHER: 003

KOROBOVA, L.M.; LIVSHYIS, I.A.
2-n-Butyl- and 2-n-propyl-1,3-butadienes. Zhur. ob. khim. 34 no.
10:3419-3421 0 164. (MIRA 17:11)
1. Voesoyiiznyy nauchno-isoledovatellskiy institut sinteticheskogo
kauchuka imeni S.V. Lebedeva.

--LIVSHITS, _~.A.; PISARSKIY, B.I.
Hydrogeological conditions and the wator encroachment of
mineral deposits in the Slyudyanka mining region. Mat. Kom.
po izuch. podzem. vod. Sib. i Dal'.Vost. no.2t146-153 162.
(MIRA 17:8)

LMR1Z,.1,L. - STFTANOVA, V.I.
Polymerization of 4-methyl-1,3-pentadiene. 1Vyscko=-.sced. ? no.1:181
-Ta 165. (MIFA 18:5)

E?iT(m)/EWF(J)/T RFL HM/ n,
.7 _____1A)
ACC NRt' AP5028898 SOURCE CODE: UR/0138/65/000/011/0003/00 5
AUTHOR: Livshj&,,p,,IA.A.L;_Reykh, V. N ; Korobova, L. M.; Mironyuk, V. L.; Nerush,
K. U.; S~7ep-anova' V. I.
ORG: All-Union Scientific Research Institute of Synthetic Rubber im. Be V. Lebedev
(Vses a atel'skiy ins itut sint
oyuznyy n uctno-issledov eticheskogo kauchuka)
TITLE: ~thylene-propylene% containing unsaturated bonds
SOURCE: Kauchuk i rezina, no. 11, 1965, 3-5
TOPIC TAGS: ethylene, propylene, copolymer, vulcanization
ABSTRACT: The article describes the physicomechanical properties of the SKEPT-1
copolymers, which are ternary copolymers of ethylene, propylene, and an unconjugated
diene, and have a small quantity of double bonds. The influence of vulcanization
time and degree of unsaturation of copol
,rmers, fillers, and Defo toughness on the
physicomechanical properties of SKEPr-lVq4ulcanizates was studied. The properties
depend on the composition of the copolymers: as the content of propylene linkages
rises from 35 to 41 mole %, the tensile strength and elasticity of the vulcanizates
decrease. Because of the valuable physLcomechapical properties of their black-
extended vulcanLzates, the SKEPr-1 copolymers are of great interest for practical
applications in the rubber, tire and other industries, Grig, art, has: 2 figures
and 3 tables. 7
SUB CODE: 07, 11 / SUBM DATE: none / ORIG REF: 003 / OTH REF: 004
Card i /i L-S UDCm fi78_7&2_2_139_("_17

L 44587-66 E1.11T(m)/T/E1WP (j IJP(c) M/RM
ACC NRt AP6015665 (~) SOURCE CODE:' UR/0413/66/000/009/0074/0074
INVENTOR: Liyahits,-J. _ A.,;. Nerush, K. U. ;_ Rqykh, V. N. ; Ryazantsev,, K. P.
Salnis, K. Yu. ; Stepanova, V. 1. ; Shlifer, D. 1.
ORG: none
TITLE: Preparation of ethylene- .propylene rubber) Class 39, No. 181285
SOURCE: Izobreteniya,' promyshlennyye obraztsy, tovarnyye znaki, no. 9, 1966, 74
TOPIC TAGS: rubber, ethylene propylene rubber, copolymerization
AB8TRACT: This Author Certificate Introduces a method of preparing ethylene-
propylene rubber by copolymerizationlof ethylene with propylene in an organic igolven
at 9-temperature below 30C in the pregence of a complex catalyst consisting of
orgAnometallic compounds of the I-III groups and salts..6f.mMals 6f variable valence
of the IV--VIII groups. To extend the variety of organic solvents, chlorinated
aliphatic hydrocarbons such as carbon tetrachchloride, methylene chloride,
dechloroethane, or ethyl chloride are suggested, ITranslation] LDJ
SUB CODE: 11/ SUBM DATE: 240ct6O/

on the Plauntng
I's'"A"
Obca ai &," a~
as a guwie w tmprov~d 0., ~'ng~ ""'Z ~'rwjly d-,L
with tiwitido the of ALI ctitill!mt-fit. matt-fl4l
trm"P"rt. h~,qrer aful bunkem,

LIVSHITS, -I.G., starshiy prepodavatell
Economic efficiency of using Ue new equipment. Tekst.prom. 22
no.1:16-19 Ja 162. (MIRA 154:2)
1. Kafrdra ekonomiki I organizatsii takstil'nykh predpriyatiy
Tashkentskogo tekstil'nogo instituta.
(Textile industry--Costs) (Textile machinery)

jn'e-jWnStr.* amd fteupation, Oct
YbdicIne-Aeresols Wfect Of
aSgv ]Xta on the Problem of Aerosol taftention
Ye. T.
Murins Respiration," It Livehits,
ZWkhift, Erenburg, Dept of labor Vniens.,
Ub of Aerow2s, Leningrad- Inst of labor Wgiei2e
&TA occupational Diseases, 8 1*
'OU I San" No 10
13&t&Us experimental remIts from studies cx~ (1)
Retention and condelsation of aerosol during
respiration, (2) aerosol djsjirtet6VatioXL,. and IV.
WSR/11edicine-industijr and Occupation, Oct
*gieris (Contd)
(3) rejatimahlp between a=xu~t of aerosol
retalmd during respiration and electric cbardw
of ear ol particles. Tables~~'shov extent of
roteption of vwlms types of-a*spdration.
TmolaUs two microscopic illubttiLtion5.

LIVS HI TS, , T. 1.
Coal 11-1,ninf~ Machinery
N,~w develooments in the mechanization of coal mining. Gor. zhur. No. ), 1) 2.
Monthly List of Russian Accessions, Library of Congress, December 1952., Lnclassifled.

Fuel-Abst-
VOL 14 No- 4
Oct. 1953
Natural Solid
Fuelst Winning
2808. Mechanization of Coal Winning in U.S.S.R. (Livshits,
1. L (Bergb. Tech.p 19539 vol. 39 51-56; abstr. in Gluckaufj
6 June 1953,'vol. 89, 609).

LIVSHITS, I.I., kandidat tekhnichetikikh nauk.
.......
Important requirement for the technical progress in the coal industry.
Makh.trud.rab. 7 no-5:5-9 My 153. (W-RA 6:5)
(Coal mines and mining)

LIVSHITS, I.I., kandidat tekhnicheskikh nauk.
Some basic problems of the davelopment of automatization in the
coal industry. Ugoll 29 no.3:1-4 Mr '54. (KLRA 7:3)
1. Akademiya ugollnoy promyshlennosti. (Coal mines and mining)

ILALAYAhTS, A.M.. redaktor; ABRANYAN, A.A., redaktor; GRI#ELMAY, I.D.,
redaktor; IX)KUKIN, A.T., redaktor; ZASADYCH, B.I., redaictor;
IVANINO, G.I., redaktor; LSMV, N.A., rodaktor; MXLAMO, Z.M.
rmdnktor; LIVSHITS, I.I., rodaktor;.LOKSHIN, V.A., ra4aktor;
140NIN, V.A., redaktor; TOPCMW, A.Y.,
redaktor; SHEVALDIN, A.S., redaktor; SURDVA, V.A., redakfor;
AIMMEV, G.G., tekhnicheskiy redaktor; PROZOROVSKAYA, V.L.,
tekhnicheskiy redaktor.
[Material and equif3ment-uss&in the coal industry) Materialy i
oborudovania, primeniaeVe v ugollnoy promyshlennosti; spravochr.!IL-
Moskva, Ugletekhizdat. Vol .1 LMaterial --- Wholesale prices in eflect
as of July 1, 19551 Katerialy. Ft. 1.1955. 786 p. - Obtpvyv tsezW,
vvaderqe s 1 iiulla 1955. g. 19? P. [Microfilm] (HLRA 9:1)
(Coal mining machinery) (Coal mines and mining)

LATATANTS. A.M., redaktor; ABRAKYAN, A.A., redaktor; GUBERMAN, I.D., redaktor,
DOKUNIN, A.T., redaktor; ZASADTCH, B.I., redaktor; ITANNNED, G.I., re-
daktor; JXTOV, N.A., rodaktor; MELAHED, Z.M., redaktor! hjjwTS I.I.,
LOKSHIN, V.A., redaictor, MONIN. G.I., redaktor: SUMCHENW. TX","-~7e-Cak-
tor; TOPCHIYXV, A.V., redaktor; SHEVALDIN, A.S., redaktor; SIROVA, V.A.,
redaktor; ANMETZV, G.G., tekhnichookiy redaktor; PROZOROVSKAU, V.L..
takhnicheskiy redaktor.
[Materials and equipment used in the coal industry: a reference manual]
Materialy i oborudovanie, primeniaemye v ugollnoi promyshlennosti;
spravochnik. Moskva, Ugletekhizdat. Vol.l.[Materials] Materialy. Pt.2.
1955. 544 p0 (M2A 90)
(coal mines and mining-Equipment and supplies)

LIVSHITS, I.I., kandidat takhnicheakikh nauk; CFMMV, V.A., inzhaner.
Semiconductor devices and their use In coal mining, Ugol'
31 no.11:7-12 N 156. (XLRA 10:2)
(Semiconductors)
(Coal mines and miting-lquipment and supplies)

T-AT-ATA S, A.K., glavnyy redaktor; AMAKYAK, A.A., otvatetvennyy redaktor;
GURVINAN, I.D., redaktor-, DOOKIN. A.V., redaktor; ZASADTCH, B.I.,
redaktor; LETOV, N.A., otvetstvennyy redaktor: LIVSHITS. I.I.,
redaktor; LOKSHIN,V.A., redal-.tor; MIUMD, Z-M~7r-edAfb-r-,--RONIN.
G.I,, redaktor; SUMCHIHXO, V.A., redaktor. TOPCHITIV. A.B.. redak-
tor; SIMULDIN, A.S.. redaktor-, YEGURNOV, G.P.. redaktor; LTUBIMOV,
N.G., redaktor ixdatel'stva; MfMYEV, G.G., takhnichaskiy redaktor;
PROZOROVSKAYA, V.L., tekhmicheskiy redaktor*
Material and eqyipment used In the coal Industry; a reference
manual] Materialy I oborudovanis, primeniasmys v ugollnoi 0-
mushlennosti; spravochnik* Moskva, Ugletakhisdate Vol,2, Squip-
ment] Oborudovanis. Ft.l. 1956. 455 p. WaA lo14)
(Coal mines and mining-Equipment and supplies)

WAYANTS, A.M., redaktor; ABRAMYAN, A.A.. redaktor; GUBEMN, I.D., redaktor;
DOKUXINj A.T., redaktor; ZASADTGH, B.1t, redaktar; LVOV, R.Ael
redaktor: 1IVSHITS, I.I., redaktor; IMHIN, V.A., redairtor: MIIAM,
Z.N., redak"?W?w,46QU#9'.D.I., redaktor; SUNCHISIO, V.A.; TOPCHITIV, A.T..
redaktor; SENVALDIN. A.3.. redaktor: YAGIRNOV, G.P., redektor;
LYUBINOV, N.Gej redaktor izdatelletva; PROZOROV3KATA, V.L., takhnichs-
skiy redektor
[Materials and equipment used in the coal industry; a reference manual]
Kateriely i oborudovanie, primeniaemye v ugol not promyshlennosti;
spravochnik. Moskva, Ogletakht2dat. Vol.2. ~Iquipmentl Oborudovanie.
Pt-2- 1957. 485 P. (KIBA 10:9)
(Goal mining machinery)

IIJUYAWS, A.M., glavrWy red.; ABRAMYAN, A -A., red.; GLTBNAUN, I.D., red.;
DOKUKIN, A-V., red.; ZASADYCH, B.I., red.; LETOV, H.A., red.;
LOKSHIN, V.A.; MICIAMSD, Z.M.; MONIN. G.I.; SUMCHENKO,
V.A.; TOPCHIYEV, A.V.; 61MVALDIII. A.S.; YXGURNOV, G.P.. red.;
LYUBIMOV, N.G., red.izd-ve; PROZOROVSKAYA, V.L., tekhn.red.
(Materials and equipment used in the coal industry; a handbook]
Haterialy i oborudovanie. primeniaemye v ugollnoi promvehlennosti;
spravochnik. MosIrva, Ugletekhizdat, Vol .2, Exquipmentj Oborudovanie.
Pt-3- 1957. 655 p- (MIRA 11;2)
(Coal mines and mining-lquipment and supplies)

ZVYAGIN, P.Z., kand.takhn.nauk; LrVSHITS, I -J., kand.takhn.nauk;
SUDOPLATOV, A.P., doktor tekbW-.nauk-.
Developing underground coal mining techniques In the U.S.S.R.
U9011.32 no.11:31-40 N 157. (KIRA 10:12)
1. Vseeoyusnyy nauchno-issledOTatel'skiy ugollnyy institut (for
Zvyagin, Livehits). 2. Institut gornogo dela AN SSSR (for SUdOpl&tGT).
(Coal mines and mining)

LVSHITS,
25(l) PHASE I BOOK EXPLOITATION SOV11339
Shifrin, Abram Shmerovich, Boris Gustavovich Levin, Illya Iosifovich
Livshits, Moisey Isaakovich Pisarevskiy, and Nikolay TreRs_an_d-r6V1ch
Fefelov-
Vysokoproizvoditellnaya kholodnaya obrabotka metallov (Efficient Cold
Working of Metals) Moscow, Mashgiz, 1958. 294 P. 7,000 copies
printed.
Reviewer: Vullf, A.M., Candidate of Technical Sciences; Ed. (Title
page): Lomachenkov, S.Ye., Engineer; Ed. (Inside book): Morozov,
V.D.; Candidate of Technical Sciences; Ed. of Publishing House:
Borodulina, I.A.; Tech. Ed.: Pol'skaya, R.G.; Managing Ed. for Lit-
erature on Machine Building Technology (Leningrad Division, Mashg1z):
Naumov, Ye.P., Engineer.
PURPOSE: The book may be of use to process engineers, machine tool de-
signers and personnel of plant and institute laboratories for metal
cutting.
COVERAGE: The book presents the special features of the processes of
cutting hard-to-work austenitic and other steel grades. Rational
Card l/ 4

Efficient Cold Working (Cont.) SOV/1339
designs of single-point tools, drills, taps, fac-.3 milling cutt6rs
and cutting regimes for high-productivity machining of these dteels
are described. Standard methods of conducting investigations of
turning, milling and drilling of metals are given along with quick
simplified methods for determining metal machinability. Turning,
drilling and milling dynamometer constructions are glvai. Problems of preci-
WM thread 27613ing an thread rolling machines with die rolls are treated.
No personalities are mentioned. There are 55 references of which
53 are Soviet, I is English and I is German.
TABLE OF CONTENTS:
Foreword 3
Ch. I. Efficient Machining of Hard-to-work Steels
1. Special features of the process of cutting hard-to-work
steel (candidate of Technical Sciences A.Sh. Shifrin) 5
2. Turning (Candidate of Technical Sciences A.Sh. Shifrin) 27
3. Face milling of stainless steel (Candidate of Technical
Sciences A.Sh. Shifrin) 47
Card 2/4

Efficient Cold Working (Cont.)
SOV/1339
4. Face.1nilling of chromium-nickel steel (Engineer N.A.
Fefelov3 . 51
5. Drilling heat-resistant steel (Candidate of Technical
Sciences A.Sh. Shifrin) 80
6. Drilling chromium-nickel steel (Engineer N.A. Fefelov) 93
7. Cutting threads in parts made of heat-resistant steel
(Candidate of Technical Sciences A.N. Shifrin) 104
Ch. II. Instruments and Methods of Analyzing the Metal Cutting
Pru---8s (Candidate of Technical Sciences I.I. Lif8hits
and A.Sh. Shifrin) 127
8. Turn ing 128
9. Face.milling 142
10. Drilling 154
11. Electroinductive dynamometers 164
Ch. III. Fast Overall Determination of Steel Machinability
(Candidate of Technical Sciences B.G. Levin) 183
12. Existing methods for rapid determining of steel
machinability 185
13. Premises and preliminary experiments 194
Card 3/4

Efficient Cold Working (Cont.) SOV/1339
14. Physical and mechanical properties and machinability
of investigated steels 212
15. Methods of rapid determining of steel machinability 225
Ch. I V. Rolling Precision Threads (Candidate of Technical
..1 Sciences M.I. Pisarevskly) 241
16. Effect of plastic defomation on the mechaninal pro-
perties of parts with rolled threads 242
17. Thread rolling machines 243
18. Construction of cylindrical die rolls 255
19. Moving highly durable thread rolling cylindrical die
rolls 265
20. Accuracy of blanks 274
21. Manufacturing errors in elements of rolled threads 281
22. Operating troubles In thread rolling machines with cy-
lindrical die rolls and means of eliminating them 288
Bibli ography 291
AVAILABLE: Libraiy of Congress
GO/sfm
Card 4/4 4-22-59

LIV21TITS, I.I.. kand.tnkhn.nauk
the lighting In underground mining. Upol'33 no.10:57-59
0 158, 041RA 11:11)
(Mine lighting)

DOWEIN, A.V.., prof., doktor tekhn.nBuk, red.; KOHN, Tu.v,, inzh.. red.;
LIVSHITP, I ksad.takhn.nauk, red.; MILIKUHOV, L.G., inzh.,
rid-.;-SNAWVSKIT, Te.S., kand.takhn.nauk, red.; GaINSHM, L.Y..
inzh., red.; MIRIZATA, V.V., red.izd-va; ALADOVA, Ye.I., t6khn.
red.; SMMYAR, S.Ya. - I
Clatonatic control in the coal industry] Avtomatizataiia ugollnoi
promyshlonnosti. Uglatekhizdat, 1959. 218 p. (MIRA 12:3)
(Coal mines and mining) (Automatic control)