SCIENTIFIC ABSTRACT KUSNITSYNA, T. A. - KUSOVA, Z. R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927910004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3@ 35 2
0 E5 C) a E"o 1 5 K I s/ 1 qc)/6,/oo.,/o,) 1 /01410?0
BI IO/B101
AUTHORS: Uskov, I. A., Kusnitayna, T. A., Koz1ova, T. P . Solomko.
V, P,
TITLE: Filled polymers. V. Introduction of aminutQd bentonite in
polycaprolactam
PERIODICAL: Vysokomolekulyarnyye soyedineniya, V. 4, no. 1. 10,62, 95 - 97
TEXTt The authors studied the effect of highly disperse filler with modi-
fied surface (methyl-octadecyl-ammonium bentonite) (1) upon the physico-
mechanical properties of crystalline polycaprolactam. I was obtained
according to I. A. Uskov (Vysokomolok, soyed., 2, 200, 1960). For pro-
duc ing a hiphly disp-3rse powder of I, the benzene-containing or aqueous
paste was dried by sublimation. Xerogel obtained in this way can be
easily dispersed to a powder. In a 70% methanolic caprolactam solution,
bentonite showed optimum dispersion. Methanol was removed by lryinp- at
600C. Polycondensation proceeded in evacuated ampuls or in a CO 2 stream
in the presence of 3%Ar(AG) salt anI 5", alipic acil lurinr 8 hr at @161 0C,
Card 114

Filled polymers. V. Introduction B110/B101
Mixing of the aqueoue bentonite paste with caprolactum yielied a homo-
geneou3, filled polymer. In the present case, polycon--'ensation of ti mix-
ture of filler and caprolactnm sepnvited from the methr.nolic, monomoric
Jolution took pl:icf.,. Tabulnr samples were cut from cylin'trical block-- and
the monom.-3r vias vinsh--.d out by 10-hr boiling in water, The following mole-
cular veiprhts were viscosimetrically dettrminad from 3c-lution3 in 11-41
if-SO
Degree of bentonite amination
in microequivalents er C, 0 500 Roo ()f@'
Malecul;lr vloij7,ht of j-olv
caprolactam, in tho'.1.1ands 21,4z@l A 2 14.@5, 5 2) 4U 110 '$1-
The def;ree of polyn-2rization of polycaprolactam is not reduci--d by intro-
ducinp fillera. A srrall increase is caugel by neutraIiiinF acid
a,,tinf- riF:, stqbilizer by binding with !tmtne -tdsorbf@d an bentonite, T t i
Card 214

3 2 35 2
S11901621004100110141020
Filled polymers. V. Introduction ... B110/B101
tbernomechnnical curves for pure and filled polycaprc-lactam completely
coincided. This is in agreement with V. A. Kargin's and T, I. Sogolovas
data (Ref, 6s Vysokomolek, soyed., 2, 1093, 1960). Dependence of hard-
ness of polycaprolactam on the content of I having a degree of amination
of 800 microequivalents/gram ist
n
Filler :ont(?nt.
__@15-8 A9.11
Hardness, kg/MM 1 15.4
4.1
For the first 5%, the maximum increase In hardness caused by the active
filler can be observed. Comparison between differently aminited I showed
f o r 1 0,,'A', filler contents
DeFree of amination,
microe,luivalents/gram 500 800 1COO
Hardnes3, kF/mm 2 17.0 16,o 16.8
Card 3/4

I
S/1 )@@/004/001/014/020
Filled polymers. V. Introduction ... B110/B101
0. D. Kiirilenko ani R. V. Mikhalyuk (Ref. 7z Kollaidn. zh., 21. 195, 1959)
found that low and high amination of bentonite led to a rise Tn heat of'
%vottinF wj th water, For maximum filler activity. rot a completely hyr1rc- Ix
phobic but a oomewhat polar surface is required, J,minnted bentonite is in
active filler of amorphous and crystalline polymer!i. There are I figure.,
I table, find 7 rc-ferences, 5 Soviet and 2 non-Soviet. The t,.,7o references
to English-langu7.pe publications read as followst I. W Iordin. F. F.
Maleyev, J. Polyriter Sci,, ,A1, 301, 19581 A. J., Jur.1,11tAlko, JPhys, Colloid.,
Sci , , L@, 294, V149-
ASSOCIATION: Ki@-evnki'v gosudarstvennyy universitet im. T. G, 3bevchenko
(K",,yev Strite University imeni T G. 3hevch(?nko)
SUB14ITTED: Fe-)ruary 2. 1961
Card 4/4

ZAVIYAWV, A.S.1 KUSINITSINA, Z.I.
Diagrams of isothermal transformation of austenite. Izv,T7B.
ucbab.say.; chern.met. 5 no.llsl56-162 162. KM l5t12)
Is ftyero-xapaftyy I&OChnyy litekhnicheskly 1notitut.
(Ste al--Ho tall ographyr (Phase ritle and equilibrium)

BALAINDIN, Yu. F.; KUSINITSVIA, Z. I.
Investigating deformations and fail-ire In E1437B alloys during
creep. Fiz. met. I metalloved. 14 n).4:619-624 0 162.
Wrtk 1@:10)
(Heat-resiatant alloyB-Testing)
(Creep of metals)

JK ! %@r 17 6ty
ii.,y T .
5598 Kuosman, V. V.
m,-1.9 goslas umizdat,
lesovigotovok) 10,,000
ekspluatataiya ruchnykh elektrosuci:korezok res-1
1954. o4s. a ill, 21 sm (v pomoshcht mekhanizatoram
ekz. 1 r 65k-(55-148)
6@4.982-83
SO: Wahnaya Letopial, Vo,. 1, 1955

aut, i iv'%, 1, it, , kojA,tokIin.nauI-; MIKIII.YUKOV, Yo.j. # inzh,; El G.G.,
I rizil.
UsinG eazily melting clay for glass containers production.
Sbor. nauch. trud. Bel. politekh. inst. no.S2:100-111 160.
( Ax ! --'- I L-- 15 : 5 )
(Glus containers)

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-ion nAtUlUt
(in P.UaWng a cwWA dgno of 6kngr.
Aad im prftvtnAbly navockt4dwith Cris.

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KMOV, A.B.; TROFIMOVA, V.I.; NILOVA, Tu#I.
I..........
Changes In specific volume associated with the stretching of rubber
[with sum ry in Znglish]. roll.zhur..19 no.5:587-591 S-0 157.
(MIRA 10ilO)
1.Ieningradekiy takhnologichaskiy institut im. Lensoveta,
lafedra tekhnologii resinv.
(Rubber)

SOV/ 124-58-8-9421
Translation frorn: P' ierativnyyzhurnal, Mckhanika, 1958, Nr 8, p 145 (USSR)
AUTHORS:.- Kusov, A.B., Voronovich, N.I.
TITLE: The Effect of Swelling of Rubber on its Physical and Mechani-
cal Properties (Vliyaniye nabukhaniya na fiziko-mckhani-
cheskiye pokazateli reziny)
PERIODICAL: Tr. Leningr. tekhnol. in-ta im. Lensoveta, 1957, Nr 42,
pp 47-54
A S The authors have made a study of the effect had on the
behavior of the stress -elongation curves of different types of
rubber by the various degrees of swelling (up to 70-80016) which
the specimens that they examined had undergone. The curves
for the swollen specimens behaved in general very much the
same as did those for the specimens that had not swollen,
though the modulus of extensibility and rupture strength of the
swollen specimens were lower.
From the re"sum6
Ga rd 11

SOV/ 124-58-8-94ZO
Translation from: Referativnyyzhurnal, Mekhanika, 1958, Nr 8, p 145 (USSR)
AUTHORS: Kusov, A.B., Kuznctsova, Z.P., Chernykh, Z.V.
TITLE: On the Change Produced by Heating in the Modulus of Extensi-
bility of Rubber (Ob izmenenii modulya rastyazheniya reziny
pri nagrevanii)
PERIODICAL: Tr. Leningr. tekhnol. in-ta im. Lensoveta, 1957, Nr 42,
pp 55-62
ABSTRACT: In experiments conducted with mixtures based on various
types of India rubber the authors confirm that the heating of
rubber subjected to stretching causes it initially to decrease
.:n length (i.e., causes its modulus of extensibility to increase),
but thereafter to increase in length --- often very markedly (its
modulus of extensibility then decreasing), until the rubber
fails.
From the r4sumg
Card I/ I

"U'2HO,
A
RS: :rusov, A. @nd Voronbv'ch, 1% 1. 62B-2-4/3
o@.,e ris`tics of the lly3teresi3 of _iub,.).-ro.
Ch@%ricte
(1,1e'rot*oryye- osobenno3t I Cistorez, Isa reZ In,,
P 10 D I C U Kluchulc I 'qeziwl, 1@@71, 11r.2. pd. 1-@ - 2,21.
k.41- Vic hyitorcsis of rubbers-, -1tructure ch.-tm-e:3 o--!' ru'@@%erS
durinC, e,:p@Lnsion-def ormat ion and proportles of v.iriou3
rubboro investi,-ated. Natural rubber, Na-butadienc,
chloroprono;nnItrile, 1,3-bulk.-.adicno-styrano an]. but.,l
rubber vule _ igates-, with and -.-iithout the ad"'Mon of
v.-j.-rious fillers, "Tore tested. The m 1::turQ.-, .,ere vulc%n-
Ised for a period o- 10 - 120 minute3. Zao ratc o- e---
pansion (ol, contracItIon) of the sariples was 100 M.-.Mn-utej
the oloneations =' 200 - 000/5'. Char.-,.ctcristic curves for
various de(,reQ3 of e:@'pansion of the samples -aro s1hown
I
,,in Fi(-.11 Durine elongation the molecular 1)onds are
puriffocl' at the c:-.ponso of the non-chemical bonds. A
.L Lo U
cimilar phenomenon Is observed durinC contr--ction. The
ncch-).nIsm of e-@pam;ion can be cnvis:@Fed as a continuou3
brea':1n,7-up proccon of the bond3 - bot-.-ieen the macro-
molecules bf "he rubber, and bet-.-.,con tho rubber and the
0.@
part-Acloc admi::'.ures. The do,-:rec of di-sruption of.
the bonds incre-.soo -ith Incroasin[- purit- of the mI*:1Uuro
I ey L. 4.
,md incre,t3inf- de:or:.i-ttion. G. i:. i"artcn'
Card 1/3 lishnitemya Inve's'L-14-ated the properticS o.@ rubbers

of L'iu of ,@;. 62B.2-4/1'71
cr-otaill.-,ed durizif --lo-,,-- on and mave a number of
,1'-r-_c'@ion c,,rvc-,
cruillbriuri con_,?',-.nLlz of co-
'3y curv@.,
c', corclu3-.,rd
0-
e qu a lly '2'i.; v--rioUL; lu",@; of
el o @i., *a t I o n _@ r :,, - I *, c,:i _la",) 1,4
l.; subjectea to _nl cor,-L-_,?on,,_,n!- dc-
_o-,,,@,'Uon. Lf',Xir --or
-.-rlouC rul)')er, n,- -wthors alco fround t.t.-A t'-1,3 11, stere i
10SCO.'I 0_' crjst:,lli_ln@- ru')';or-- (nat-UP.-l c@ilcmprana lanl
i u @yl rul)')e-r) J'f--Cro
4 J. - to a i-,rre e::,;,-nt f-oom '-ho v--luL-3
or nc ._crya'@ -.11. ioln- rU')')crs (.,;o litu-1 7 -')vt -,.!I -le , 1
_nJ nIL-111.1j, rL-')')cr). -,,")Ic--,Ll Curves
an@ noj_Cr:-:.'@-.j1 An r U')') e r
'2'1-, ratlo of !_-ic h:,St_,resi:; losses
:@nl clon-.@Aon o_' v-L.,iow; vul))er 1,; L;'io,-!jj
-OU.-, )Zl COrT'UL.,,JOn_l:; 'l-o -n
elo,il,l-.L!on o' 1'CO 1700.1., o'
C,:4r-i rV3 j. c, s' I)U, , Jjd :;tru@,'_Lre
u @ - I rul) r. It c.A[i ')c,

i - 62B-2-4/33
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0-
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r
C"
1. j.
Librcry of C,)nr-re:;-;.
'r V3 Is Vulannizates-Teat results 2. 'Ynthetio rubber-Thermadynnmio
nronerties 3. Synthetic rubber-properties 4. Pubber-Test
results S. Rubber-Properties 6. Rubber-Thermodynamle properties

VJSOV, A.B.
.,; i:. -'- `" V@ @f; work ($General technolog7 of rubber" by Y.F. Koshelev.
Reviewed by A.B. Kusov). Xauch. i res. 17 no.8:39-W Ag '58.
1 (IMA 11:10)
(Rubber) (Koshelev, F.F.)

MIKHALEV, M.Fa; KUSOV, A.@.
- -
Plasticization of rubber by single passes between rolls. Kauch.
I, rez. 20 no. 4934-36 AP 161. (MIRA 14.5)
1. Leningradakiy khimiko-tekhnologicheakiy :Lnstitut imeni Lensoveta,
(Rubber, Syqthetic-Testing)

34133
,')/I 3;3/62/COC/002/004A'@9
A051/A126
AUTHORS: Darovskikh, G.T.; Kusov, A.B.
TITLE: Invostigation of the Interrelation between the Indices of Pquillb-
rium and non-equilibrium expansion deformation In vulcanizates
PERIODICAL: Kauchuk I rezina, no. 2, 1962, 15 - 16
TEXT: The quantitative relation between the Initial (non-eqL-librium)
and equilibrium tensions In expansion deformation of rubber Is established.
This relation serves to judge the equilibrium properties of vul,;anizates accord-
ing to data of standard physico-mechanical tests and facilitates the calcula-
tions of rubber articles, working under oanditions of expansion. It eliminates
the need to determine experimentally theequilibrium standard for characterizing
the thickness of the vulcanization lattice. The Initial non-equilibrium (60)
and conditional-equilibrium (doo) tensions, produced after 3 daYs of stitic de-
formation at room temperature were compared in the fr@ilowlng r-afters; natural,
chloroprene, sodium-butadiene, silicon, butyl, butadiene-styrene, butadiene-ni-
trile. A simple Interrelation between CroOand do was found fc,r these rubb4@rs, I
e., Croo = a do; where a - the proportionality cc.,@fficierit - is the tangent.
Card 1/2

3hl33
Investigation or the Interrelation between .... A051/A126
of the angle of decline to the axis of non-equilibrium tensi@,r@s, equalling fr-cm
0.5 to 0-8. In expansion deformation, the relation between d., and CF,@ at room
temperature, to an expansion of 0.7 L Is expressed by 6.0 = a do I and at 700C
by d a do - bd2. In calclilating the rubber articles working under
00700 - 0
static expansion (.--ormation, the following equation is recommended! doo - 0.65-6,,
The function f ( 10) - or,/(Ico, characterizing the relative section of the phys-
ical and chemical relation under the given conditions of deformation, is found.
Experimental data showed that even in wide expansions at 700C the thickness of
the vulcanization lattice does not change ccnsiderably. Under Aected conditia)s
of deformation, a physical process takes place whichis primarily that @'f chain
molecule regrouping. There is 1 table, 2 figures and 2 Soviet-bloc- references.
ASSOCIATION; Leningradskiy tekhnologicheskly institul im. Mosscveta (Len;'ngrad
Institute of Technology im. Mnssrvet.)
Card 212

DAROVSKIKH, G.T.; KUSOV, A.D.
Investigating the relationnhip botwoon thu fiqui pond eran t. and static
stresses in the stretch elongation and compression of rubbers.
Kauch.'i res. 22 no.5t28-30 MY 163. (KUU 16t7)
1. Leningradskiy takfinologichaskiy institut im. Lensoveta.
(Rubber-Teating) (Strains anA stresses)

DAROVSKIKH, G.T.; KWOVp A.B.; YjqVOKjjjjjA, I.(-,.
S
itudying the affect of the formula on the relaxation properties
of rubber. Kauch. I rez. 22 no.8tl2-14 Ag 163. (MDA 16%10)
1. Leningradakiy tekhnologichf:skly In8titut im. Lensoveta.

v
4E,&MOU 1M.; AP5013735 UR/0139/65/000/005/0035/0036
678,063,01039-4.011-21 A2
IMI 1! 0 PZ :KU3pffL A. R.;' Dnrovakikh, G. T.; Gordoyeva, S. S.1 Filippova, T. 1.
YT11. - In'.q'stigating the proportionality lin; its of etresses during, the atratching
"h1h,.ir
SOME:. Kauchuk I razins, no, 5r -1965, 35-36
Me'"C 7AGSi rubber, streez weasuremont, vulcanizate, rela--mtlon T,--oceqa SKS 30
rub.-sr, 50 rubber, SO rubber,, NK rubberf SKI 30 tlaiirlt rubbar
Static and equilibrim strazmea are generally rolated linoarly b@,' a
,i c proportionality factor, and thu validity of tM5 fa(:tcr cnd thu posaibla
11rits of Ita application wore investigated. Tofit@- voro rvidc on naWral rubber
bj a tachnique previously dovelop?d at HIMP, It Waa fctmd that the linear rela.-
C, in
tion holds only so lonG as phyaicrA relaxation tal-e3 place tha syrAem. ve-via-
tien from M.noarity is duo to chord-cal. relaxation. Thia conclu3loa is attpported
y tho appcarance of destructive proaosso3 In vulcaniz-ates. Gas chamnol black.
b-
and lanapblack had. UtTla efrect on o'hanging the limit of the proportionality

L 570FL-65
A @T,",SIOII 11Rt A1150137;5
-ACC
4
SKI-30, and naomeftXubber, with nimilar results, It was concludod that the ba-
sic factors -affea=ng the limits of proportionality- beti6ean the acting otroases
eptpea f- he the
art, has, 3 ficures atid 2 tablea*
ASSTUATIONt Leningradskiy tekhnologichaskiy infititut im. Lonsovata (LIEtLi @ad
Technological rnatituta)
SUBMTTI,;D.. 00 VIGLi 00-1 SUB GODEt tep 00
IM Ri-F SOV: 005 0).M: 000

L 3904-66 EW(m)/EPF(c)/L?WP(J)/T DJ/Rx
ACCESSION NR: AP5023506 UR/0318A5/000/009/0027/0030
665.521.4.061.54:678.049
AUTHOM Alakperov, K, Atj Kusovj A.B.; Lukashevich, L- $Qchevkos T. It
TITLE: Resin mixture plasticizer made of extracts from selective purification of
petroleum lubricating oils
8, 1965, 27-30
Neftepererabotka i neftekhimiya,
no.
SOURCE:
TOPIC TAGS: plasticizer, butadlene styrene rubber, synthetic rubber
ABSTRACT: Applicability of 340-4000, 40 '0-4500, and 450-SOOOC fractions, of the
prepurified distiLlate extracts their mixturest.Abd their blends with vacuum dis-
tillation residue @,above 5000C) as plast cizerl r resin mixtured based an non-
plasticized SKS-30Pbutadiene-8 ne rubbe 'ii studied. The individual fractions
d ie-re obtained by vactumum di llation of phenol- and furfurol ex-
and the resf ue
tracts from distillate. The distillate extract was a product of the HPZ plant-at
Ontsk. The object of this study was to develop a substitute for the PH-6 residual
extract (vacuum distillation residue--abo" 50000oand to assure a,.compliance of
the substitute with the VTU 71-61 technical stan&N for the PH-610extract. The
base non-plasticized rosin was prepared Rol Ung the followTn-gmixture (in weight
f
Card 1/3

L 39oh-66
ACCESSION MR: AP5023506
units): SKS-30 rubber--100, stearic acid--2.0, zinc oxide--5.0, channel gas black--
50, Altax--0.6, dlphanylquanidlne--0.75, and gulfur--2.0. After rolling the odx-
ture was vulcanized for 10-80 min at 143 2 10C. It was found that mixtures of
narrow fractions of diatillate extract with distillation residue car. be used as
plasticizer substitute fo-. butadi*ne-styrene rubber. The effect of plasticizer
substitute viscosity on tansile strength of SKS-30 vulcanized rubber (content of
the channel gas black is So wt S, content of the softener is 20 wt %) is shown lu i
fig. 1 of the Enclosura# Thq strength of the vulcanized rubber increases with In-
creasing content of heavy armtka and tar In the plasticizer, Orig. art. has:
I figurv, 2 tables.
ASSOCIATION: , LTI in., tAnsovsta; NINKh I GP Lm. 1. H. GubkIna 4@
SUBMITTED: 00 EUCL: 01 SUB CODE: HT,, FP!
NO REF SOV: 007 OTHER: 005
Card 2/3

L 39o4-66
ACCESSION MR: AP5023506
ENCLOSURE: 01
JLV
viscosity at 1000C, centistokes
Fig, Is
Ca@d 3/3 t

L A309-56 EW, (1)/EVl'(M)/E-WP(j) 1JP (c) GG/R11
ACt-NR7R-.
AP5026429 SOURCE CODE: UR/0153/65/008/00-1/0655/0658
'14,
MITIIOR: Abramova, Ye. I.; MIGOV A. B
ORG: Department of Chemistry and Physics, Kazan Structural Engineering Institute (Kafedra
khimii i fiziki, Kazanskiy inzhonemo-stroitellnyy institut)
TITLE; Some re"larities in the variation of the gle@.trlc propertt@g of plasticized polyvinyl
, @, 4 4N-Y
chloride
SOURCE: IVUZ. KhImiya I khimicheskaya tekhnologlya, v. 8, no. 4, 1965, 655-658
TOPIC TAGS: polyvinyl chloride, dielectric loss, plasticizer
ABSTRACT: The diss!pation factor tan 6 of plasticized polyvinyl chloride was studied as a
function of kja2j!2@ype, dibutyl phthalate concuntration, and temperature. Various
plasticizers were employed: diethyl phthalate, dibutyl phthalatc, dioctyl phthalate,
triphenyl phosphate, dibutyl sebacate, dibutyl adipate. The change in tan 6 with the plasti-
cizer t)W at room temperature was found to be similar in all cases. The change in tan 6 w!th
the concentration of dibutyl phthalate at different temperatures (5 - 65C) was complex. At
plasticizer concentrationa of 4 - 6 pts. by wt. per 100 pts. by wt- of poly-mer, a small
minimum of tan 6 is observed. It is shown that the shift of tan 6 curves far phthalates rela-
tive to the curve for pure polyvinyl chloride Is not a linear function of the molar concentration
1/2 UDC: 678.01:53

L 9309-66
ACC-N-Rs-A
of plasticizers In polyvinyl chloride. Orig. art. has: 4 figures and I table.
SUB CODE: 11 / SU13M DATE: 06Sep63 / ORIG REF: 004 / 9TH REF: 003
Cv.rd 2/2

ww_ 4Wj-4)__ -sit
@Agi@@A@5026430 SOURCE CODE: UR/0163/65/008/004/0659/0662
AUTHOR: Alekperovp K. A p GOV$ A* Beyof
J:
ORG: Department of Rubber Technology Maingrad Technol%ical Institute Im. Lensoveta
(Kafedra tekhnotogil reMny, Leningradskiy teklmologicheakiy inatitutT
TITLE: Use of petroleum refining waste as a raw material for the rubber industry
SOURCE: IVUZ. Khimiya I khtmicheskal tekhaologiya, v. 8, no. 4, 1965, 659-662
TOPIC TAGS: filler, Lmibber chemici0petroleum product
ABSTRACT: One of the wastes of peuoteum refin is the s)rcalled "plase', a by-product
from the unit preparing the multifundlowd additi4r,%eMI-4. The "plasVI Is a brown plastic
mass containing vakdble nutgents: unrftcte_d_a_uTur @ca MAum chloride, sulfo salts, and
a largo quantity (35 - 50%) of petrojeum oils (motor oil The authors found that the "plast
can be usqd as a softener, (illpy@,=Wyuleantzatton activator in filled rubber mixtures based
on SKS-36-%utadiene-styi-eAe'iii6ber.lstt aloo, fitcreases the resistance of vvjcaalzates to
thermomk-aUve Ming. 'With Mir-rubbers, the llplast!l can be uved as a softener and extendet
In addition to imprdVing the physloomechanied characteristics of rubbers, it Is very economi-
cal to use, since It amount& to 50% of the tirget product of ft refinery, and had to be wasted
UDC: 676.004. 8
Card 1/0

L 8 - - -- I -
A NP- AP502"30 /I I
previously. Orig. art. has: 3 figures and 2 tables.
SUB CODE- 11 / SUBM DATEt 18J4164 / ORIG REF: 004 ,
6,C)
--; . . @- -- - ,
.-- -.1 - - . . - - 1 - -

r o

xujo' '.'. T;.
I'inwsUgal on of Oie ;),@,oino-iachanical Fro@-crl'.Ias, -f Rubb,@r."
r,r fech Sci, Leningrad U.-clor of thle. R,3,1 II-or-ol. inst
bioni 1-m,;or-)La, lia@r of 9io 1'ovhnolr):-
y of !@iibt,-r, 'In
.'.duca@ioyi I"J31t, 195L. (FL, ';o 8, F@.b 55)
:iJ: Sm. 'lo. 631, 2' At,-, 55-S,.Tv,3,,, of Sc7l@unt,l.@'Ic i,,.d TOC-h-ii.c.-Il
Dlssurta-.iwis Defemdod at,
(IQ

KUSOV, B., predsedatel'.
" 11
Racroation room in the shop. Soy. p:rofsoiuzy 1 no.2:60-63
0 '53. (KLaA 6:12)
1. Sovet krasnogo ugolka instrumentallnogo teekha Molotovskogo
savoda imcai Dserzhinskogo. (Industrial recreation)

lusova 3
'4M.MP.4, WAl"k
0
In ayouthe dormitory. Sov.profooluzy If no-10:79 0 '56. (XLRA 9:11)
1. Zalestitall predoodatelya proizvodetvanno-massovoy kom!vali
zavkona zavoda Iment Dzerzhinakogo.
(Dormitories)

.-jjw-9*mHwt -,
ltxcollfint brand. Sov. profeniuzy 6 no.3:38--39 Mr 158. (MIRA llt3)
1. Stizebly Inshoner po rasprostranonlyu porodovykh motodov trada
Pormokogo zavoda lueni Dzerthinskogo.
(Nrm--Vachinery industry)

Cenriy I=ai ovich; UNMAN, A.I.I., red.
@'Jhrough tho city of Ordzhonikirize; touri@.t guide) i-o
i,,Pr(-Iu Ordzhonikidze; sputnik turlsta. Ordzhonlki@ize,
@overo--tj3etinskoe knlzhnoe izd-vo, 1963. 54 p.
17:7)

ACC NRs It.@R7001737 SOURCE CODE: UR/0274/66/000/010/B099/B100
AUTHOR: Taran, V. A. ; Brudnik, S. S. ; _Kusoy,___ _ F.
Ll,rLE,- Optimization of tolerances for parameters of a device on condition that
the assigned reliability, accuracy and minimum production and operation costs
0
-ire maintained
SOURCE: Ref. zh. Radioteklinika i clektrosvyazl, Abs. 1OB695
REF SOURCE: Tr. Mosk. in-ta elektron. mashinostr. , vyp. 1, 1965(1966),
184-192
TOPIC TAGS: System reliability, industrial production, tolerance optimization,
production cost, operation cost, parameter
ABSTRACT: Experience in the development of instruments and various devices
has shown that, from the standpoint of reliability and cost, the use of high-
precision elements is not justified. Therefore, there arises the problem of the
optimization of tolerances for changes in the functional parameters of devices,
on condition that the assigned relial-ility and minimal costs are maintained. The
optimization of tolerances for the alternation of the parameters of a closed control
CIrc.
c 3
-UDC:-Q21Jv6A.-0-19-

ACC NR- AR7001757
systern consisting of three units (amplifier, actuating mechanism, and feedback
element) is investigated. The problem is solved on the basis of the method of
linear programming and presuposes the determination of values of industrial
tolerances for fluctuations in amplification and transmission factors at which
the alternation of these parameters in time under the given operational conditions
of the device makes it possible to ensure the required reliability of its operation
and, at the same time, mininial production and operational costs. Six illustra-
tions and a bibliography of 2 titles are included. [Translation of abstract]
SUB CODE: 09/
[DW]
Card 2 2

1. t G L iii) i Il' t11 ud t r, o f cct ic o r, u'l t
0: uters
r, in-ta clektron. mushinustr. , %yr-. I , !@Ur4
mulot" oomput(r, coi'.i; rol.
ABST It is proposed to use the RoiAth-Hurwitz 3t,ability criterion to construct
r
I o
'c 51.ability of linear automatic control syGtc= in the Plane of two
paramuterr- The advantagea of the proposed method oxe itu clai-ity @@Ad tho rraal vc,-'-
-,.;=a of complitctional work- 5 illuntrations. V. L. j7ranslation o;' abstract@
su 3);
C."i UDC: 62-5-001.5

BITI-INTY, S.S., ir)zh,; KOSOVo I.F., inzh.; TAFj'0;, V.A., kand. +Ipkhn. nauk
Usinj: computern for calculatIng optimum allowances for the Para-
meters of an executive component in securing given reliability and
minimum coot of production and operation. Priborostroenie no.4:
16-19 Ap 165. (X I Pk 18: 5 )

KUSOV, N.D., zootekhnik
Duck-broading farm. Ptitneyodetvo 9 no.4:22 Ap '59.
(MIRA 12:6)
l.Stepanovo)dy sovkhoz, BASSR.
(Duck breading)

F.
11o -i r(A - 1.2 t, I v jtv
A n W-rO nc- lrr' I rlf@,,i 1. in
In
I ri L9@5 (Dig itn.-rtatIon f'-)r

,MINDIMI, E.O., @mnd.tmkhn.nauk; MOV, N.Y., kanrl.tekhn.muk
Xffnct of basic factors on tho ratm of borin,,, U901' 34 no.71
11-16 ji 1 19. (MMA 12:10)
(Boring)

MINDELIf S.O.p kand.tokhn.nauk; KUSOV, N.F., kand.takhn.nauk; UNCYOZOV,
Z.A.9 gornyy inzhener; RABICiIEV, A.R., Cornyy inzhener; I'MONOV, V.V.0
gornyy Inzhener; GROZIN, V.111., gornyy inzhonor; 00"INOVSKIY, P.11.,
pornyy inzhener; VORONIN, V.S., in7.iit,,rcir-.glilk?itc)otroitoll;
HUY11111) L.V.) gornyy inzhener
Discussion on N.V. Stadnichenko, V.T. Nazarov's article
"Advantageous diameter 81-ze for boreholos." Ugoll 35 no. 4:31-35
Ap 160. ("Il,A 14-4)
1. Kcmbinat Hostovugoll (for Rabichav, Manonov & Grozin). 2.
Roatovskiy awnarkhoz (for 09novskiy & Voronin).
(Blasting) (Boring) (Stadnichenko, N.V.) (Nazarov, V.T.)

1"USOV, kirid. teklin. nauk; V.F., inzh.
Studying the hydrodynamic gas flow fron airbr-.!akers in
coal mJning with high-pressure. coml)r(-.ss(-,,d air. "W'zi-jv.
delo no-57/14:292-290 165. (ka@A 1P:11)

BA-EMARMICH, L.D.; ANTROPOV, A.N.; KUSOV, N.I.; DYUKOV. A.I.; SPZRANSKIY.
M.A.; KRZTTMI, B.H., glavnr/ reid-.J, SNATALOV, Ye.T., zamestitell
glarnogo red.; UROINUT, D.N., red.; Z32DCOV, D,A., re4.; KRAMINY,
V.I., red.; 11IFORTOT, R.V., red.; SXWOV, V.I., red.; 1111" 1 NOT,
NsAo, red,j TAKZHDij A*Ae, red.; MMIFELOVj V*Te., red.; BEMOTSUTA,
L.I., red. izdva; MIKOVA, S.L., tokhn. red.
(Pro"cting for coal and oil shale deposits] Razyedka mostoranhads-
nii uglei I goriuchikh slantsev. Mook7a, Goo. rauchn.-takhn. lzd-vo
lit-ry po geoloCH i okhrane nedr, 1957. 61 p. (Retodichosicie ukazom
niia po proin-yodetyu goologo-razvedochnykh rabot, no.9).
(Coal--4eology) (Oil shales) (KM 11W

TASHCHMO. I.I.; JCUSOV, MAIO-
P; A" qW,
"Nnthodo of geological survoyine, In prospecting for foooll deposits."
Reviewed by 1.1. Vashohenko, N.I. Kusov. Razved. i okh. nedr 23 no.6:
59-62 Ja 157. (KIRA 11t2)
1. Mookovskly gosudaretvenny7 universitat (for Vashchenko). 2. Glay-
aevmorpatl (for Kusov).
(Coal geology)

SHOLI SKIY, B. N. , dotsent, doktor takha. nauk; FATNGOL'D, L. A. _ WSD V, R.M.
Electric methods for measuring moisture in gas. Sbor. nauch. trud.
Bel. politekh. inat. no.74:48-54 159. (MIRA 13:8)
(Moisture-Heanurement) (Gases-Analysis)

XUSUV, T.T., kandidat tekhnicheskikh nauk.
Slorminta of pulling the tops of different crops. Sel'ichomnshirib
no.2:19-21 7 154. (MIRA 7:2)
(Root crops-Harvesting)

KUSCII, T-2.. i7'AT'.-,ditt -.i',r ::a-,' .
W" ..@77, .7 0
4 , -@ vll4rator T @'.Flt - -,"vestnr. @ml'khor-ns-lna no.'/:l -1 Jl '5?.
(rlu 10:A)
-'e'luto- digrjru)

-
Alemantn of the theory ani testing of KV-2
vnetm. Trakt.1 sellkhosrAah. no.6!30-34
vibrntor pot-ato har-
Je ,59
Z, 1219)
(Potato dij-4;ar(l4xchtna))

KUSOV, T.T.. kand.takhn.nauk
Inventigating the breaking of sail clociri roll.ir:i. Trakt.i
sellkhnsmash. no.8:22-23 Ag '59. 041PA 12.-ll)
1. Ynonayustgry naucbno-IonIf)dovetteI'sv.%- , .)LIO-m-
klinzyaystvannogo mash inns troyonlya (VISKh,)'i).
(Agricultural machinory)

KUSOV, T.T.
The KVII-2 mounted vibrittory pot.-jtn-dlej,,inf, mchinn. Blul.
tokh.-okon.inform. no.8:69-70 159. (141RA 1391)
(Pota@o digger(Machine))

KUSOV. T.T., kand.tekhn.nauk
Mounted KV11-2 vibrator potato harvn9ter. Trakt.i anl'ldjr)zh-
mash. no.10:29-30 0 '.59. (MIRA 13:2)
1. VananyustWy much no-i n elfidovat al's kiy Inntitut sollskokh,);yay-
atvnnnogo mashinnstroyanlya.
(Potato dirXer (machine))

KUSOV, Ir.T., kand.takhn.nauk
Investigating the performance of vibrating plowsbares of
potato harvesters. TraktA sallkholmnah. 30 no.2:23-25
7 '60. OURA 13:5)
1. Vessoyusnyy nauchno-iseledovatellakiy institut sel'skokhozygrut-
vannogo mrshinnstroynniya.
(Potato digg"r (Machine))

KUSCFV, T.T., kand.tekhn.nauk
Harvesting Votatoes at Increased spneds with the KVN-2 machine.
TraktA eel khozmash. 30 no.10:19-21 0 160. 011RA 13:8)
1. Voesoyuzrqy nanchno-iseledovatellskiy Institut sel'skokhc-
zyayatvennogo mashinostroyeniya.
(Potato digger (Machine))

MS(N. T.T.j.AGGLhT, B.A.; DUDKO, V.I.
Results of tasting potato diggers. Trakt. i selikhozmash. 32 noo:L2:26-27
D 162. (MDU 1611)
1. Vsesoyuznyy nauchno-isoledovateliskiy institut sellskokhowaystvonnogo
-shinostroyeniya (for Kusov).2. Konstruktarskoye byuro "a
"Belinsksollmash" (for Dudko).
(Potato digger (Machine)-Testing)
0!

KLUOV, T.T. , kand. tokhn. nauk
Flements of the theory and thf,. study of the process olf
separating potato tubers from clvds and stones. Trakt. i
sellkhozmash. no.501-34 MY '64. (KRA 17:6)
1. Vsoooy-uznyy nauchno-laslodovatellskiy !ngtitut sellskokhozyny-
stvennogo mashinostroyenlyR.

KUSOV, T.T., kand. tekhti. nauk
Multipurpose combine for harvWing roo'.