SCIENTIFIC ABSTRACT USTINOVA, YE.T. - USTIN-PETROVA, T.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858220011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LEONGHIK, B.I., kand. te kiln. nauk, dotoont; DANILOV, O.L., lnzii., aspirant;
_~SqtjOVA, Ye-.,T., starshiy nauchnyy sotrudnik
Selecting the methods for drying bonded nonwoven fabrics. '116?3t.
prom. 25 no.105-59 Ja 165. (MURA 18:4)
1. Moskovskiy enargeticheskiy institut (for Leonchik, Danilov).
2. TSentrallnyy nauchno-issledovatel'skiy institut khlopchato-
In=zhnoy promyshlennosti (for Ustinova).

VOYUTSKIY, S.S.; KARGIN., V.A., aleariemik; USTINUA, Ye T.; S"HITFI)TI.T1, I.I.N.
'T. -ZS7:~
Viscoelastic prr---ttes of unwcrten te~- :~ materip'll. ...' .1 1.,
160 no.1:178-lel Ja 165. f MIRA 18:2)
1. Moskovskiy institut tankoy khimicheskoy tekhnologii im. M.V. Lomo-
nosova i TSer".rallnyj, nauchno-issle~llcrvatellskiy institut khlopchato-
bumazhnoy pr,myshlennosti.

L ~3724-66 EWT(m)
ACC NRs AP6004992
)/T RM
(A) SOURCE CODE: UR/0342/65/000/010/0050/0054
AUTHOR: Ustinova, Ye. T. (S~enior research associate); Voyutakiyt S. S. (Professor) I",
ORG: [Ustinoval Laboratory of Non-Woven Materials,
TsNIKhBI Laboratorlya netkanykh materialov TsNIKhBI); [Voyutskiy] Noscow
Institute of Fine Chemical Technology - im, M. V. - Loonosoy (Noskovskly Institut tonk6y~
khimicbeskoy tekhnologii)
TITLE: Effect of various factors on the filtration capacity of nonwoven materials
SOURCE: Tekstiltnaya promyshlennost', no. 10, 1965, 50-54
TOPIC TAGS: textile industry, caprone, textile engineering , A'1A ToVP?r-,0 AJ.) rV FX_
led_-JC,1A,1 I FJ 6-
ABSTRACT: This study deals with the effects of the fibrous lap, binder quantity, and
structure compactness on the filtration of hydrocarbon fuels and air by nonwoven mate-
rials. Cottoi0and Rapronepaps were used; the cotton was impregnated with latex and
heat treated. Some materials were calendered. The finished materials were tested for
pore size, total porosity, air permeability, filtration capacity, and particle size
retention. The results are shown in a series of curves. Naximun pore size, porosity,
and air permeability are shown by material with 20-30% caprone. Calendering reduces
these values in all cases. The filtration capacity increases with increasing content
of 16-17 micron caprone fiber; the increase is greater for 24-25 micron fibers. Calen-
UDC: 677.006 : 542.64.001.5

L 33754-66
ACC NRo AP6004992
dering reduces filtration capacity but IMroves particle retention by 5-10 microns.
With increasing content of higher-nunber caprone fibers In the lap, the pore size In-
creases and aerodynamic resistance drops. With decreasing binder content, pore size
and air permeability increase and this, in turn, reduces aerodynamic resistance. Air
filtration tests in a textile mill containing 2.27 ag of dust per M3 show that dust
penetrates the material and compacts it. thus raising its aerodynamic resistance and
its effectiveness. In 60 dayss resistance increased km 7 to 17.8 mm H20 and effec-
tiveness of dust removal from 82 to 95%. Orig. art. host 2 figures.
SUB ODDE: 11905/ SUBM DATE: nme/ ORIG REFt .004

SIIKIDTf Yo.V.1 USTINOVA, Ye.Z.; DRIGO, Ye.F. (Moskva)
Cerebral insultus and coronary circulatory dinannes. Klin. mod.
41 no.9:13-20 S 163. (MIRA 17:3)
1. Iz Instituta --ivrologli (dir. - deystvitalInyy chlen AMN
SSSR prof. N.V.Konovalov) At-01 SSSR.

DRIGO, YeeFe; Evil-'OVA, Yu.Z.
Cardiac Ular-ges in cadavers of insultus patients; clinica.1
and electrocardicgrapi-'ic data. Zhur. nrvr. i psikh. 63 no.9:1361-
1367 163. (MIRA 17:8)
1. Institut nevrolog-li (dir. - pr,,-)f. N.V. Konovalov) ANN SSSII,
Moskva.

IL-1067546. Urr(m)/rLEWP(t)/EWP(b)ZEWA(C)
ACC Nit, AP5020327 SOURCE CODE: UR/0057/65/035/011/2099/2108
ALMIOR: Ustinov, Yu. K.;~Ionov, N.I.
qq, 5 5-
ORG: Physico-technical Institute Im. A.F.1offe, AN SSSR, Leningrad (Flziko-
tekhnicheskly institut AN SSSR) Y'll 5 5-
TITLE: Investigation of chemisorption of nitrogen on polycrystalline tungste wires
by the flash method
SOURCe: Zhurnal tekhnicheskoy fiziki, v. 35, no. 11, 1965, 2099-2108
TOPIC TAGS: gas adsorption, chemisorption, nitrogen)tungsten, Cl ItA
ABSTRACT: The adsorption of nitrogen on 12 cm long 0.025 mm diameter polycrystalline
tungsten wires has been investigated by ths flash method, using a pulsed timo-of-
flight mass spectrometer to measure the gas pressure during the flash. Simultaneous
adsorption of X2, CO, and H2 was also investigated. The apparatus and the experi-
mental and data processing techniques have been described elsewhere bylV.N.Ageyev,
K.I.Ionov, and Yu.K.Ustinov (ZhTF 34, 546, 2056 (1964), 35, 1106 (190)), The a
and p adsorbed phases of T.W.Hickmott and G.Ehrlich (Phys. Chem.Solids, 5, 47, 1958)
were observed, and two p phases were distinguished. The parameters C, n, and E in
the expression Clinexp (-E/kT) for the rate of decrease of the surface concentration
N of adsorbed nitrogen molecules were found to be 10;1 CtM2/90c, 2, and 2.4 oV,
respectively, for one of the f3 phases and 3 x log cm. /see. 2, and 6.5 eV,respectively,
-Card 1/2 SY1.19

L 10675--66
ACC NRt AP5028327
for the other. From the fact that n = 2 it to concluded that In the phases nitroge
is adsorbed as atoms and desorbed as molecules. The easily desorbed a phase was
observed only at high surface concentrations, and it never contained more than 5% of
the total number of adatoms. The sticking probability of nitrogen molecules on the
tungsten surface at 3000K was 0.22 for surface concentrations below 3 x 1013 molecule
CM2 and was very small for higher concentrations The equilibrium surface concen-
tration of nitrogen on tungsten at 3000 K and 10_~ mm Hg was 1.2 x 1014 molecule/cm2.
CO and H2 were readily adsorbed even when the tungsten surface was saturated with N2.
From this it is concluded that N2 is easily adsorbed on some crysta f es and
practically not at all on others. The nitrogen adsorbing fa A,
ces f ille 'froughly half
theIsurface area of the tungsten wire. The data are discussed In terms of the theory
of* layered'ondsorption, and it is shown that they are not Inconsistent with this
theory. The possibility of deriving Information concerning the adsorption process
from equilibrium measurements is discussed and some preliminary measurements are
presented. The present experimental technique, however, is not adequate to realize
the full potentialities of the equilibrium method. OrIg. art. has: 4 formulas and
6 figures.
SUB CODE: 20, 07 SUBM DATE: 1OFeb65/ 'ORIG. REP: 003 OTH REF: Oll
L Ccwd

KORFI;IKOV, G.L.; USTINOV~~.~,.IIA-A.; 10JIT, O.Ye., red.
b4in3ral and cherAcal raw materials of foreign countries]
Gornokhimirheskoe ayrIe zarubezhnykh stran. Moskva,
KhAniiap 1965. 342 p. (MIRA 18:11)

USTINOVA. Ye.T., starshiy nauchnyy sotrudnlkl VOYUTSKIY, S.S., prof.
Effect of various factors on the filtering capacity of nomoven
textiles, Tekst, prom. 25 no.1000-54 0 165, (MIRA 18i10)
1. Laboratoriya netkanykh materialov TS--trallnogo nauchno-
issledovatellskogo inatituta khlopchatobumashnoy promyshlennosti
(for Ustinova)o 2, Moskovskiy institut tonkoy khimicheakoy
tekhnologli imeni M.V& Lomonosova (for Voyutakiy).

NATMIDO Udii Romanovich; DOLIN, P.A., kand.takhn.nauk, retsenzent;
USTINOYA, Tu.P., red.; LARIONOT, G.Te., tekhn.red.
(Protective graunding of electric systems] Zashchitnye za-
semleniia v slaktrotakhni ohs skikh ustanovlcakh. Izd.2., perer.
Moskva, Gos.energ.isd-vo, 1939, 214 p, (RIRA 13:5)
Ollectric muTents-Grounding)
(Ilectrie power distribution)

LYUBCHIK, Miklinil Abramovich; VASHURA, B.F., prof., obahchiy red.;
USTIMOVA, Tu.P., red.; LARIONOT, G.Te., tekhn.red.
LCalculation and design of d.c. and a.c. alectroimgnetal
Rasohet i proektirovanie alektromagnitov pontoiannogo i pere-
mannogo toka. Pod obahchei red. B.F.Bachury. MOBkVB, 008.
energ.izd-vo, 1959. 221 p. (MIRA 12:10)
(Electromagnets)

GINZBURG, Samail Aleksandrovich; IMMTKAN, Itraill Yakovlevich; KALOV,
Vladimir Sergeyevich-, 1~- P., red.; LARIONOV, G.Ye.,
tekhn.red.
(Fundamuntals of automatic and remote control] Osnovy avto-
matiki i telemekhaniki. Pod obahchei red. S.A.Ginsburgs. Izd.2.,
parer. Moskva, Goo.energ.izd-vo, 1959. 478 p. (KIRA 12:10)
(Automatic control) (Remote control)

TIKHOKIROV, Pavel Mikheylovich; USTINOVA, Yu.P., red.; BORUNOV9 No,*#
takhn.red. --------
[Design of transformers for electric are furnaces] Raschat
transformatoroy dlia dugovykh elektrichookikh pechei. Moskva.
Goe.energ.izd-vo, 1959. 2o6 p. (MIRA 12:8)
(Electric furnaces) (Electric transformers)

AV=, Oleg Ivanovich; DOKAKITSKIT, SBrgey Kikbaylovich; LMUM, A.Ya.,
doktor takhn.nouke redo; USTINOVAs Tu.Peo red.; VORCNIff, K.P.-
takhn.red.
(Contactless servowchaniss devices for use in the automatic
control in industry] Beekontaktaye ispolnitelInye ustroistva
promyshlennoi avtomatiki. Rod red. A.IA.Lornerao Xookvas Goes
energ.12d-vo, 1960. 343 P. (MIRA 13:9)
(Automatic control) (Servomechanisms)

BASSARSKAYA, T.A.J. nauchnyy sotruanix;. GOLIKOVA, T.N., nauchnyy sotrudnik4
LOMILIKA., L.Ye.., nauchnyy aotrudnik; OKOLOV, V , nauc*Y actrudnik;
TOPORKOVA G.D., nauchW sotradaik; USZIR tip. red.; YEMZRM, V.V.,
tekh.red,
[Climatic data for the calculation of W$bp-voltege power transmission
lines. Vol.2. Wand force on ovorbo&A 11nes lit 00 U.S.S.R.) Raschatr4q.
klWticYpokie usl~viia dlia. vyaokovolftnykh lini.1i elaktroperadachi.
Tom II. Vetrovye nagruzkJ,,vozdushnykh linii elektraperedacbi v SSSR.
Maskva, Goo. energe iad-vo, 1962. 158 p. (Mbscow. soiuznyi
, ~es o
nauebno-issledovatel'skii institut elektroanergetiki.) dyp3no,14)
(MLiA 16
,icheskiy sekt~,-- laboratorii v-
1. Klimatolop rsoko4o1tnykh setey
Vsesoyuznop.,o In:jtit,%ta olektroensr-
getiki (for Bassarskayq, ~'-Dvn,., Lmiltna, Okojov, Toporl~covi.~
(3fe-ArIn*
(Electric lings-POISS anJ towers)

------- --- - - -
V A
USSR/Physical rhomistry - Tlier-odyumics. Thermochmistry,
Equilibrimi. Mysicochemical Analysis. Phase Transitims
t,bs jour Refuzat Zhur - Kilrnayaj No 2., 19577) 3748
Author Kiriilov I.P,, Ustinova Z,A,
Inrit 1vanovo CherLico-TecriT=oo(,,- cal. Tnstitutf.-
Tit1a Solubility of Ferric Nitrate in Solution of Nitric Acid.
Orig Pub Tr, Iv-tnovsk. kh1i:i,-teldmol., inta, 2956, No 5) 59-60
.Ibstract Study of the solubility, at 200j of Fo(NO k I
solutions containing from 0 to 1,79.9% by 3)3-9H20-'1~-'n
wc'~)`t 'M03' It was found that with incruasQ in concen-
tration of' 00- within the above stated range, solubili-
-11
ty of I docreases sharp'LY, drcppinp, from 76-3-83,3 to
13;0 g per 100 g solutions Thu great tendency of 1 to
undergo hy0rolysis is noted.
Card 1/1. - 94 -

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I . . . I - 4 i rV to. i .' !- f; -.7 1 yj V, ~J'e-u -.,I .. . I r ~1. -, ,J, . -1 -
, II - r~21~ 11 - I
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-C.", -, f. - ,- I

,s-.- j P j /
2900 68890
S/051/6o/oo8/o2/0l7/036
MENE14d E6 OMO
AUTHORS: Slonim, I.Ya Fodiman, N. Hinova. Z
TITLE: Determination of Particle Size from Scattering of Light
II. Determination of Dimensions of Polychloroprene Latex'
Using Optical and Electron Microscopic Methods
PERIODICAL; Optika I apektroskopiya, 1960, Vol 8, Nr 2,
pp 243 - 246 (USSR)
ABSTRACT: In Part I (Ref 1) Slonin deduced formulae for calculation
of particle radii from the results of light scattering
in a monod1sperse system (all particles are of the same
size). If these formulae are plotted to a polydisperse
system (part:Lcles of d�ffevent s1zes) a cevtaln effecti-ve
mean value of the radius (a) is obtained; it represent:-
a mono-disperse system scattering the light in the same
way as the polydisperse system under investigation. Two
forms of the mean radius are employed: a mean-number
radius a n and a meanxight radius aw
ZV a3
an W
Cardl/6 q1

68890
S/051/6o/oWWO17/036
Determination of Particle Size from Seat f20jKE3 91 Light II.
or 9
Determination of Dimensions of Polychloroprone Latex Using Optical
and Electron Microscopic Methods
and 6 1./3
a = i 1 (2)
a3
where is a number of particles with a radius a
For particles whose dimensions are small compared with the
wavelength of mattered light, the Rayleigh equation holds
and measurements of scattering of light yield the value
a If the particle dimensions exceed 0.1 X the mean
particle radius, found from measurements of the optical
density (turbidity), is given by:
Card

68890
S/051Ao/oWo2/017/036
Determination of Particle Size from ScalnleOIRR'of Light II.
Determination of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
Z-V nq -t-3 (10)
i
a3
The mean particle radius found from tge intensity of
scattering of light at an angle of 45 is!
F--i anf + 3
a i-i
a3
Card 3/6

68890
s/o5i/6o/oo8/O2/Ol7/O36
Determimation of Particle Size from SEHROIR19 of Light II.
Determination of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
For small particles n,, = n 4) =- 3 and Eqs (10) and (11)
become identical with Eq (2) (a TI = aI= aw For large
particles n (P and ny are both less than 3 To
calculate them we can use the expressions:
n ARg (P(Z)l (12)
Ig Z
and
n (Z~ (13)
IV 1g Z
The values of n and N 4ecrease with increase of
Card4/6 z (z, = 8Wa/%) : for 'example, when z = 2 , np = 2.81

68890
s/o5iAo/oWo2/017/036
E201/E391
Determination of Particle Size from Scattering of Light II.
Determination of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
and n. = 2.95 and when z = 8 , ji~ = 1*33 and ny = 2*04.
0
Throughout the range _z = 2-8, nW N n (P . The formulae
quoted above were used to measure the dimensions of
globules of polychoroprene latex. To measure scattering
of light the latex (with dry residue of 43.5%) was diluted
and a 1% solution of ammonia was added to avoid coagulation.
Optical density was measured for dilutions from 1:3333
to 1:10000 using a photoolectrocalorimeter-nephelometer
FEK-N-54 with 5 cm long cells, employing light of four
wavelengths. To determine the intensity of light scattered
at an angle of 5 0 a nephelometer NFM was used on solutions
diluted in the ratios from 1:5000 to 1:40000. Electron
micrographs of the latex were obtained with an electro-
static Zeiss microscope D-2, with a magnification of 8000.
Dimensions of the globules in the electron micrographs
Card5/6 were measured with a special microscope, MIR-12. The results
V~

68890
S/051/60/008/02/017/036
�22J~E~?l
DeterminaLion of Particle Size from c e ng of Light II.
Determituition of Dimensions of Polychloroprene Latex Using Optical
and Electron Microscopic Methods
are summarized in Figure 2, where the four arrows
represent the mean radii a n and a w obtained with an
electron microscopes and the values ar and a found
optically. In agreement with theory, a n /, a aI < aV;
The results show that determination of the particle size
of latex from light scattering, using formulae deduced for
particles with optical properties differing only slightly
from those of the surrounding medium, gives results which
agree satisfactorily with electron microscopic measure-
ments. There are 2 figures, 1 table and 5 references,
2 of which are Soviet, 1 French and 2 translations.
SUBMITTED., April 28, 1959
ctird' G/~)

VOYUTSZIY, S.S.1 SANDOHIP,'XIY, D-X-j FUDIM0, N.M., PANICH. LM.;
YA.-2-M- -- -
USLINO
Mechanism of formation of films from vulcanized latex. Part 2:
Formation of film from the butadiene - styrene latex SKS-30-
Xo1la 0mr. 22 no.2:143-147 Mr-Ap 160. (MIU 13:8)
1. Hoekovskly institut tonkoy kIdmicheskoy tekhnologii im.
N.V. Lomonosova, laboratoriya elastomerov.
(Films (Chemistry)) (Butadiene) (Styrene)

-9/138/63/CW/002/OW007
A051/A126
AUTHORS: Ustinova, Z.M., Fodiman, N.M., Panich, R.M., Voyutskiy, S.S.
tITLE: Development of the composition and rational conditions for natural
latex vulcanization
PERIODICAL* Kauchuk i rezina, no. 2, 1963, 4 - 8
TEXT: General results in the development of the composition and rational
means for vulcanizing natural latex, which has not been subjected to concentra-
tion, are outlined. The following ultra-accelerators produced in the Soviet
Union were tested as accelerators: sodium diethyldithiocarbamate (S.DEDTC),
K-45 (dimethyldithiocarbamate diethylamine), sodium triethanolamine salt of cap-
tax (S.TEA of captax), AMACK (DMASK) (dimethylamlne salt of captax), zinc di-
methy1dithiocarbamate (Z.DMDTC) and zinc diethyldit-hiocarbamate. Certain im-
ported ultra-accelerators were tested for comparison. Best results were ob-
tained with: S.DEDTC, Z.DEDTC, K-45, vuleacite 774, vulcacite P (R) and vulca-
cite R of N extract. An increase in the S.DEDTC content in the latex first in!
creases the tear resistance of the latex film; after optimum quantity is reached
Card 1/2

S/138/63/000/002/002/007
Development of the composition and rational .... A051/A126
(I w.p. to 100 w.p. rubber), the tear resistance drops. The relative and resi-
dual elongation of the film is comparatively little influenced by the ultra-ac-
celerator dosage. Maximuntensility of the unheated film during the mix vulcani-
zation over a period of 30 min is noted at 70 C vulcanization temperature. At
60 min vulcanization periods~jhe highest tensile strength was noted at lower
vulcanization temperatures C ). On the basis of experimental data obtained
the following optimum composition for vulcanizing natural latex, using S.DEDTC.
as the ultra-accelerator is recommended: rubber (as the latex)- 100, sulfur
S.DEDTC -.1, zinc oxide - 1, stabilizer - 0.5; when vulcanizing for 30 min at
70*C, or for 60 min at 60'C. The resulting indices of the vulcanized latex are
close in value to those of vultex. and revultex. The storage of latexes over a
period of two months has little effect on the tensile properties of films, but
considerably increases the viscosity of the latexes, indicating that the vulca-
nized latexes intended for lengthy storage periods should be produced without
containing an excess of the vulcanizing group. There are 4 figures and 1 table.
ASSOCIATION: Moskovskiy institut tonkoy khimicheskoy tekhnologii im. M.V. Lomo-
nosova. (Moscow Institute of Fine Chemical Technology im. M.V. Lo-
onosov)
M
Card 2/2

USTINOVA, Zim-.-I FORM, N.M.; PANICH, R.M.; VOYUTSKIY, S.S.
Development of for=ilds and efficient systems for the
vulcanization of natural latex. Kauch.i rez. 22 no.2:4-8
F 163. (MIRk 16:2)
1. Moskovskiy institut tordkoy khimicheskoy tokhnologii imeni
Lomonosova.
(Latex)
(Vulcanization)

S/069/63/025/001/007/OC8
B101/B186
AUTHORS: Fodiman, 11. M., Panich, R. M.p ypli~ovap k- M_
TITLE: Stud~r on the mechanism of film formation from
vulcanized latexes- 3. Effect of time and storage
on the structure of latex films
PERIODICAL; Kolloidnyy zhurnal, V.-25, no- 1, 1963, 92-96
TE(T: The nature of interglobular bonds a fecting the strength of latex
films was, studied. Films of CKC-30-07r fSJKS-30-ShKhP) butadiene
styrene latex (35-5,'0 dry content) and Revertax. 13 (V) films (60/, dry content)
2.-i-oduced by centrifuSing natural latex were used. Vulcanization was
ekther conducted in a liquid mixture containing (parts by weight)-
100 latex, 2 sulfur, 2 tin oxide, 1 sodium diethyl dithiocarbamate at
700C, or these latex mixtures were first dried and then cured in dry state
at 1250C. The films were stored in air or nitrogen. The authors deter-
mined the tensile strength of new films, films stored for three or nine
months (unswollen or swollen in vaseline oil) at 200C, and of unswollen
films at 1OOoC. Results; The tensile strength,of films stored in
Card 1/3

Study on the mechanism of
S/069/63/025/001/007/008
B101/B186
-nitrogen was equal to that of films stored in air for the same period.
After three months' storagei tensile ztrength increased owing to
coalescence of the surface layer of the Slobule3- After nine months,
tensile streneth was lower than that of the initial films. This is
attributed to the destruative action of oxygen dissolved in the films.
Films that were allowed to swell in vaseline oil and tented at 200 C
displayed low tensile strength, as did unswollen films tested at 10OPC.
At 200C, howev--,r, unswollen d~y-cured Revertex films wore stronger than
samples cured in the latex. Butadione styrene latex showed opposite
behavior. At 10000, dry-cured films of either rubber were stronger than
those cured in the latex. At 200C, swollen SKS-30-9hr:hP film stored for
nine months showed a lower relative loss in tensile strength than did
unswollen material at the same temDerature.' This was true also for
un6wollen films of the same type ai 1000C. In the-case of Revertex films
the loss in tensile strength was hardly affected bj swelling or by an
increase in temperature. Conclusions; The small amount of protective
agent in SKS-30-ShKhP films does not completely isolate the globules from
one another, nor does inhibit the formation of chemical interglobular
bonds. Vulcanization, therefore, continues during storage. In the case
of Revertex films, however, there occurs only a slight additional
.Card 2/3

N069/63/025/001/007/008.1
-B1OI/B186
-.Study oh the mechanism of ...
vulcanization during storage. There are 3 tables
ASSOCIATION: Moskovskiy institut tonk6y khimicheskoy tekhnologii. im..
--M. V. LomonosovA (Yoscow anstitute of.Fine',Chemical
Technology-imeni M. V. t6monosov)
SUBMITTED: Se~tember 23, 1961
Card 3/3

Dogadkin, B. A.
T'TI,E: 'e a rf: a e x fo rr,,
A VIVAOR Sand c-,mimkiy, D. H. ; U-
SOURCL-. Kolloid-.1yy xhurnal, v. 25, 3. 1'~',3, 2~j!-296
--T TOPIC L~Lfl~ rujher -vulcaniZation, latex, rubber rt~search, tmixture
b
ABSTRACT~ Since thc, addit1r)-n of sulfur to rubbe-'r -6 _1_nttex ftl~iv ncr_-ur as a rclul,~
a the S" -F T- 1~ c- 1 L, 111 f7~ S D C1. 11 ur p,1r .714z 1'. o-~, ~7
Were introducediato Uie In luri-
was carried out in a clised' flast- In 71)* -.,:ater baflh. it was found that wit".
C,j, d ill 2

L 25739-65
ACCESSION N'R: AP3001567
an increase in the concentration of suifur and ZnO In the Icitey mix~--uru the r-ate
of vulcanizati,)n increases. An ncreas,~- *he ccncen-rat, I(-n of wa-er
accelerator (s,Ddi ur, di~~ I
or vuicaniLdtiDn. A :1 C 7~ V -i r1-4 ,1 j
leads to accelzr--tion -,f A in-e~i~ve ii

ACCESSION NR: AP4045695 S/0138/64/000/009/0005/0007
AUTHOR: UstInova, Z. M.; Fodiman, N. M.; Panich,.R. M.; VOYUt3kly, S, S.
TITLE: Methods for the preparation of concentrated vulcanized latex
SOURCE: Kauchuk I rezIna, no. 9, 1964, 5-7
TOPIC TAGS: latex, rubber, creaming, vulcanized latex, tragacanth, methylcarboxy-i
cellulose, concentrated latex, natural rubber, zinc oxide, latex coagulation,
-zinc diethyidithlocarbamate
ABSTRACT: The concentration of vulcanized and unvulcanized natural latex by the
methods of creaming and centrifuging was studied on a latex containing 34.3% rub-i
ber, stabilized with ammonia, and having a pH of 9.3. The experimentol results
of the creaming,of natural unvulcanized latex, containing different amounts of
tragacanth and methylcarboxycellulose at tem'peraturesof 16, 35 and 50C, showed
that the rate of creaming Increases with the concentration of the creaming sub-
stance to-a certain extent, and then begins to decrease. The optimum concentra- I
tion for tragacanth Is 0.5% (based on the aqueous phase of the latex) and that forl
methylearboxycellulose -is 0-3%. An Increase In temperature promotes creaming i
concentrations. To evaluate the effectiveness of the process and
slightly at all rm
the loss In rubber during creaming, the rubber and solids contents were dete Ined;
Card 1/3

ACCESSION NR; AP045695
In the serum and creams. According to tabulated data, the rubber loss Is about
5%, and the nonrubber content of the serum Increases. The rubber content of
creams obtained by creaming amounts to 60.6%. The kinetic curves of the concen-
tration of vulcanized latex at room temperature In the presence of different
amounts of creaming agents show that the concentration of vulcanized latex pro-
ceeds more slowly than that of unvulcanized latex. Three methodsc:re'lescribed
for obtaining vulcanized latex concentrates. The physico-mechani I p opertles
of films made from vulcanized latex concentrates, obtained by different methods,
were determined before and after thermal aging at 70C for 24 and 120 hours. The
films had a tensile strength of 250 kg/cm2, relative elongation of.80%, residual
elongation of 10% and a good resistance to thermal aging, The concentration of
latex by centrifuging was studied on a de Laval type centrifuge with 600-650 ml
of mixture. It was found that the stability of unvulcanized latex Is not destroy-
ed by centrifuging, but that vulcanized latex undergoes-coagulation due to the
presence of Zinc oxide. Experiments were then carried out with latex without
zinc oxide; vulcantzed latex from which the excess zinc oxide has been removed
was found to be stable and no coagulation appeared. Since zinc oxide has this
unfavorable effect on the concentration of latex by centrifuging, zinc dlethyldl-
thlocarbamate was added to the latex Instead of sodium dlethyldlthlocarbamate#
Zinc dlethy1dithlocarbamate does not labl.lize the latex and permits vulcanized
CAwd 2/3

ACCESSION NR: AP045695
latex to be concentrated without the preliminary removal-of powdery Ingredients.
At was found that latex containing 55% dry matter can be concentrated advantage-
ously with tragacanth and methylcarboxycellulo5e In amounts of 0.5% based on the
aqueous latex phasq. For concentration by centrifuging, the vulcanized latexes
require different technical coridItIons according to the formulas used. OrIge art#
has: 3 figures and I table.
ASSOCIATION: Moskovskly InstItut tonkoy khImIcheskoy tekhnologil Im. M. V.
Lamonosova (Moscow institute of Fine Chemical Technology)
U81 SUB CODE. MT
4ITT ED: 00 ENCLs 00
S
NO REF SOV: 001 OTHERI 001
lCwd '3/3

GRITSKOVA, I.A.; USTINOVA, Z.M.0- FODR4AN, N.M.
Polymerization of styrene in the presence of nonionogenic
emulsifiers. Part 2: Dopendence of the particle nize of
polystyrene latexes on the conditions of polymerization
and nature of nonionic emulsifiers. Koll,zhur, 27 no,3038-
340 My-Je 165. (MIRA 18:12)
1. MoBkovskiy institut tonkoy khImicheskoy tekhnologii iment
Lomonosova. Submitted Sept. 13, 1963.

USTI.IjOVA,,-7 $,, NDOMIRSKIY, D.M.; DOGADKIN, B.A.
-.-P.- ..6 '_;,FODIMAN, N.M.; GELLER, T.I.; SA
Same particular features of the vulcanization of rubbers as latexes.
Part 2: Part played bry zinc oxide and by protective substances. Koll.
zhur. 27 no.5:773-779 S-0 165, (MIRA 18:10)
1. Moskovskiy institut tonkoy khimicheskoy tekhr-ologii imeni
Lomonosova.

BukawITSEV P V.P. j SIC WROSPELOVA, T.11'.; STROYLIVA , Ye.A.; ST1NOVA . Z--)
Morphology of lithufacies replace=-ei3t in the r-diddle Dervoniazr of
the ea3t,~:rn part of V -i Russian 1-latform.. Dokl. All SSSR
139 no-5:1177-1-160 Aa,,161. (14IR&. 14:8)
1. Institut geologii i razrabotki goryuchikh iskopayemykh
AN SSSR. Predst,-vleno akademikom A.A. Trofimukom.
(Russian Platform--Geology.. Structural)

24M
05299
SOV/170-59-8-10/18
AUTHORS- Oveahkin, G.V., Ustinovich, A.B., Shaforostova, V.D.
TITLE: The Effeot of Sodium on the Relative Intensity of an Analytical Pair of
Lines of Magnesium and Copper
PERIODICAL: Inzhenermo-fizicheskiy zhurnal, 1959, Nr 8, pp 78 - 83 (USSR)
ABSTRACT: One of the authors, Ovechkin, expounded ZR-ef 1,7 a method of theoretical
determination of graph shifts following a change in the concentration of
a third component in an alloy. The present paper contains the results of
an experimental investigation undertaken to check theoretical conclusions
deduced. As a sample was taken a solution of magnesium and copper, and
sodium served as a third component. An alternating current are fed from
a PS-39 generator at a current intensity of 5 A served as a source of
emission and the substance to be Investigated was introduced into the
Interelectrode gap by two methods. Electrodes employed were nickel and
carbon ones. The spectral lines of the samples were studied by two
different methods with two spectrographs of the ISP-22 type. It was con-
firmed that the rate of magnesium evaporation relative to that of copper
Card 1/2 increased with an Increase In sodium concentration, i.e. with a decrease

05299
SrJV1170-59-8-10118
The Effect of Sodium on the Relative Intensity of an Analytical Pair of Lines of
Magnesium and Copper
of plasma temperature. Using the experimental data obtained the authors
constructed a graph showing the dependence of relative rate of magnesium
and copper evaporation on plasma temperature or the sodium concentration
In the sample, Figure 3.
There are; 3 graphs and 8 Soviet refer,,nces,
ASSOCIATION~ Belorusskly gosudarstvennyy universitet im. V.1. Lentna (Belorussian
State University imeni V.I, Lenin), Minsk.
Card 2/2

1. V
USTINOVIGH A
i9at. i
Pneumonia in children during the lst year of life. Vop. o
dot. 6 no.7:77-78 J3. t6l. (MM 1~:S)
1.,Zameatitall g3Avnogo vracba detskoy bollnitsy Norillska,
Krasnoyarskiy _]wW.

LEONOVO V.A.P. U A,Y.
a r: f, A ~r, ty r f
A3]mlinfj phosrhatasp IL ~ th t b! r, ---I fin. d tr- ne ZA -.- e -,; , -~
children with lAuktinla. Dnkl. 114 briSTI ~4 JS 1~,~
(milt; Is'lc)
1. Kafedra detekikh lbolezriey ~Lnskogc msr-i:'.tsins'krg,.)

USTINOVICII, A.K.
Manganese content in the blood of children with leukemia
and lymphogranulowitorAs. Vestai VI BSSR. Sor. bLial. nav.
no.3:133-135 165. (mi'RA 18:11)

USTINOVICHII A.K.
I. .... .~ 1 -.1-4- -.
Zinc participation in the activation cf alka21ne phosphatane c.f
the blood serum in children with leukemia and lymphogranulomatosis.
Dokl. AN BSSR 9 no.12:920-821 D 165. (MIFA 19:1)
1. Minskiy meditsinskiy institut, kafedra detskikh bolezzicy.

1. USTINUTCH, A. V.
2. USSR (600)
4. Wheat
7. Effect of rolling after seeding on the yield of spring wheat. Sov. agron.
11, No. 4, 1953.
9. Monthly List of Russian Accessions, Library of Congress, April -1953. Unclassified.

TOLKAGHIT, Andrey Kirillovich, SINSLOBOV, Mikhail ilekseyevich; TMTTAQUGA.
B.F., redaktor; SAMUTSIATA, G.I., redaktor izdatelletva; SHITS, V.P.,
tekhnicheakiy redaktor
[Innovations in the tapping of pine and spruce] Novoe v podsochke
soBn.v i eli. Moskva, Goslesbumizdat, 1956. 61 p. (HLRA 9:11)
(Pine) (Spmce) (Tree tapping)

USTIVDVICH B,P.; IUMTANDV, I.G.
I .IzLZ-
Tarpeatiming in pine plantations in Poland. Gidrolls. i lesokhIm.prow.
9 w.2:29-32 156. (MLHA 9--7)
l.Glavkhimlenzag (for Ustizovich).2.TSentrokhImles (for Kupriyanov).
(Polamd--Tres tapping)

TCUACHRY, Audrey Kirilio~ich,- kand. se1'9kckhozyaystvennykh nauk;
S OT, Mikhail Alekseyevich; USTINOVICHO B.P., red.;
SARWWATA, GoIo# red. Izd-va; lmd jOG-leits-, takhn. red.
[Now developments in the tappine, of pine and spruce] Novoe v pod,
sochke soorq i eli. Izd.2 K3skvaO Goolosbumisdat, 1957 66 p
(Tree ;apping) (;IRA 11:7)

USTIMVICH. B.P.
ntroduce progressive methods of tree tapping In the industry.
Gidroliz. I lesokhts. prom. 10 no.2.25-27 157. (NUA 10:5)
1. GlavkhIslessag.
(Tree tapping)

USTINOVICH, B.P.
Include larch in tree tapping, Gidroliz. i lesokhim prom. 12 no-7:
13-14 159 (MIRA 13:3)
(Tree tapping) (Iorch)

VCLKOVA, L.N.; DOROGUTIN, B.S.; SHMIGIN, V.A.; USTINOVICH,_,P--,,P-,, red.;
KUMMSOV, G.A., red.; ZOGMa, AsPep to-khi.-red,
(Tapping and turpentining pins] Podsochka i onnolopodsochka
soany. Pod obehobei red. B.P.Ustinovichn. Mookva, Vses.koop.
izd-vo, 1959. 182 p. (KIRA 13:8)
(Pins) (Turpentining)

SINITSKIY, Vitaliy Petrovich;(WR=H, Isay Markovich; VYSOTSKIY, A.A.,
retsenzent;-jMTJSOY1CR,-B-P., retsenzent; SINELOBOV, M.A.,
red.; GRECHISHCHEVA, V.I., tekhn. red.
(Biological foundations and technology of the tapping]Biolo-
gicheskie osnovy i tekhnologiia podsochki. Moskva.. Goalesbum-
izdat, 1961. 251 P. (MIRA 16:2)
(Tu-rpentining)

KASHEKHLEBOV, I.F.; LOTSMANOVA, P.N.; NIKONOV, A-A-; OLOVENIKOV, G.B.;
PESTOV, G.S.; SINELOBOV, M.A.; TREYNIS, A.M.; TULYAKOV, B.V.,
inzh.; USTINOgqH,_-Pj-; JUMUMV, A.V., retsenzent; NIKIFOROV,
N.S., f6_d_._';___tARMATSKAYA, G.I., red.izd-va; GRECHISHCHEVA, V.I.,
tekhn. red.
[Manual on turpentining] Spravochnik: podsochka less. Pod ob-
shchei red. B.V.Tuliakova. Moskva, Goslesbumizdat, 1962. 334 p.
(KIRA 16:3)
(Turpentining)

OLOVENIKOV, Georgiy Borisovich; USTINOVICH, Dolealav Petrovich;
ITLYAKOV, B,V,, red. ~
[Instruments and equipment for turpentining) Instrumenty
i oborudovanie dlia podsochki lesa. Moskva, Izd-vo
"Lesnaia promyshlennostl," 1964. 198 p. (MIRA 17t6)
,I:,
-I

C
HDA~.; TYDELISKAYA, R.C.; BELOGUROVA, R.A.; DOLGANOV, L.V.J,
~
kan . geogr. nauk, red.; ZHDANOVA, T.A., red.; STULICHIKOVA,N.P.,
takhn.red.
[TrRTA&Ctiong Of the Soviet Antarctid Expedition]Trudy Sovet-
skoi antarkticheskoi ekspeditsii, 1955-. Leningrad, Izd-vo
."Morskoi transport." Vol.27.(Observatio" from the Third Sea
Expedition, 1957-1958]Tretlia morskaia ekspeditsiia, 1957-
1958 gg.; materialy nabliudenii. Pod red. L.V.Dolganova. 1962.
235 p. (MIRA 16:4)
1. Sovetskaya antarkticheskaya ekspeditsiya, 1955-.
(Antarctic regions--Meteorology--Observations)

USTINOVICH, I.
This is what the key-workers attained. Sov.profsoiuzy 7 no-9:50
my 15 9. (AIRA 12: 8)
1. Predeadatell komissit obehebastvennogo kontrol7a za rabotoy
organizateli raboebego unabzhonlya, Vitebsk.
(Vitebsk--4tail trade)

USTINOVIGH, M.A., inzh.
Yault finder for overhead cables. Avtom., telem. i sviaz' 3
no.3:30-31 Kr- '59. .(KIRA 12 1:5)
(Ilectric cablbs--Testing)

F---- ----
1. . PrANOVA., K.S., red.; BHLJSI14VSKAYA, S.I.,
MOO
, _Llq
tekhn. red.
[Northern encauiters; travel notes] Severnye vatrechi; Putev7O
zapiski, Moskva, Sovetskii. pisatell, 1958. 207 p. (XIU 11:8)
(Siberia-Description and travol)

-USTI~jQVIlCR,--N.S,[Ustynovych., N.S. I
Presence of Triassic riarine sediments in the southwestern margin of
the Donets Basin. -1-~oll.zhure 23 no.l.-78,-79 163o 1.6z4'j
1. Treat "Artemgeologiya".
(Donets Basix)--Deep-sea deposits)

USTINOVICH, 0.; DINERSHMN, A., avtolyubitell; RAZIN, V.
Potentials of an area. Za rul. 17 no,5:20-21 H7 '59.
OURA 12 ' 8)
1. Reidovays, brigade, zburnala "Zf rulem.". 2. Starshiy goaavtoin-
spektor Gosudaretvennoy avtomobit'noy inspektail g.Xoskvy (for
Ustinovich). 3- Korrespondent zhurnala nZa rules." (for Razin).
(Xoscow-Garages)

--- - - -,;-PTK.'--'VT-TX`TT T, ---T. -A . j. -r ~ I I,, ,, 1 r I'n'Irl -r-i
Dissertation: "Investigation of the Hackling r-lachine with All-Netal
I Fittings."
1/6/50
Moscow Textile Inst
so Vecheryaya Mosk'~,'!
Sum 71

v,rinoviv, T,A knndidat takhrtichfiskikh nituk.
Now carding machine. Tekst.,orom. 17 no.6:2?-30 Jo '57. (Y"i- .):7)
(Carding machines)

USTIWVICII, T.A.. Itand.takhn.nauk
~
Selecting cotton cleaning equipment for use in auseibly lines.
Tekst.prom. 19 no.4:34-36 Ap '59. WMA 12:6)
(Cotton-Cleaning) (Cotton machinery)

USTINOVICIL T.A., kand.tekhn.nauk
Automatic production line at a cotton-spinning mill. Nekh.i avtom.
proizv. 14 no.8:10-14 Ag 16o. (MMA 13:8)
(Cotton spinning) (Automatic control)

M -- --- - - - : -
,~r--JJ$TINOVIGH~ T.A.
The APK-250 automatic foeder and bale breaker. Biul.tekh.-ekon.
inform. no,6:50-52 161. (KIPA 24:6)
(Cotton machinery)

USTINOVICH, T.A.t kand.takhn.mmik
New carding machines at the Milan Exhibition. Toket. prom. 21
no. 1:81-82 J*a 161. (MIRA 14:3)
(Carding machines-Exhibitions)(Milan-161bitions)

mvrINOVICII, T,.A., ktkn(l.takhn.nauk
Automatic distribution of cotton in carding machines. Yekh.1
avtom.proizv. 18 no.2:14-15 F 164. (MIRA 17:4)

USTIMOVIG
A Meessarr book(wNrachuto jumps from ballsonew by G,Pezharov, Be-
vlowe4 by, To Ustinevicb), Kryl. red. 8 ne.4-.31 Ap 157. (JMU IOW
(Parach,Atiets) (Pozharov, a)

USTINOVlCll, V., inzhoner-polkovnik, master parashyutnogo sporta SSSII
Guarantee of smooth work. Takh. i vooruzh. no.5;20-23 My- '64.
.W
(141RA' 17,9)

USTINOVICH.J. A, ~~apitan
Orienting reconnaissance theodolites in the absence of
mutual visibility. Voen. vest. 43 no.2:74-75 F 164.
(MIRA 17:1)

Lk 06 It a it 1:1 a 14 In 't If
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A mal"Matw log S. T.11gualch-- $1
A l 1,441, UCIO. VS, IIKI 1JIM, I
00 f nr leg "Is U-tubel'ortlyfiltrdwil it lit in 11.11 (,* Admit-
I lictliwitarte
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.YPTINOVICH, Ye.
Machinery makers help collective farms. Mashinostroitell no-5:
6 MY,161. (MIRA 14:5)
(Pyatigorsk-Agricultural machinery industry)

USTINOVICH, Yo.F.
V~l-u-nt6ft-de*igners. Mashinostroitall no.1:8 Ja 162. (MIRA 15:1)
(Piatigorsk-Machinery industry)

U.STINOVSKMA, L.T. [Ustynovalka, L.T.3
Monuments of steppe forestry in the Ukraine. Hat.proookhor.
Pryr,na Ukr. no.1:63-71 '58- (HIRA 130)
(Ukraine-Foreste and forestr7)

I-
IUgTlqqy~ ~ L.T.
Monuments of steppe forestry In tha Uc-aine. Cqchr. .=ir. i zaL.,:7v.
delo, v SSSR no.5;45-54 160. C::--A 14:2)
(Mcraine-Yorests, and fares -U-ry,)

ROMANENKO~ I.N.p prof.; CRAYKOVSKIY, A.F.[Chaikovslkyi, A.F.19 kand.
ekon. nauk; MELINIK, O.K.[MelInyk, O.K.], st. nauehayy sotr.;
USTINOKMU, L-T,[UstYnovslka, L.T.), kand. sailkhoz. nauk;
SE-RIDKO, A.M.", kand. biol. nauk; ZRADAN, I.I., kand. sellkhoz.
nauk; SEFEDENKO, B.M., kand. tekhn.nauk; NIZHNIY, M.I., kand.
ekon. nauk; OBZHELYANSKIY S.Ya.[Obzhelians1kyi, S,IA.], kand.
ekon. nauk; PUDENKO, G.I.tPudenko, H.I ); LYVY, ICB.
(Lysyi, IU.B.], red.; POTOTSKAYA, L.A.iPototska, L.A.], tekhn.
red.
(Intensified specialization of farm production within a district
as xemplified by Khorol District, Poltava Province] Ukrainslkyi
najovo-doslidnyi insty-tut ekonomiky i organizatsii sills1koho
hosp6darstva. Vnutriraionna pohlyblena spetsializatsiia sills'-
kohospodars1koho vymbnytstva; na prykladi Khorollslkoho raionu,
Poltavslkoi oblasti. Kyiv, Vyd-vo UASHN, 1962. 222 p.
~MJRA 16 - 5)
1. Kiev. Ukrains'ka Akademi~a pillskohos~pdarsl yxh naU.
2. Chlen-korrespondent Vaes6yuznoy akademii sellskokhozyaystven-
nykh nauk i,m. V.I.Lenina (for Romanenko). 3. Nachallnik
Khorol'skogo tpritoriallnogo proizvodstvennogo kolkhozno-
sovkhoznoeo upravlwniya, Poltavskaya oblast' (for Pudenko).
(Khorol District--Agriculture)

749. U98 of Chromaia;;r-.017 in the WCCUOU Of
U s
'tavy a;;7'w4. -.1 V L
R1- L
d p I
19.113 15-V 1P. Pele'di't il~f ;1)". Rhim, IRS4,
-%Litr N" 10 ubtl: Thv ~'i
tn al-II-I ;I
Al !-vi'q and d Ind
I'll; CU af-A Ni; Zn, 01 andl,t-J", ;I)Ttf, jjIj Zrt:~
(with dwl
C,~ 1-*--d Cu. !;I and 4-o; F,01 and FrIll; if,[
'
"1l
"
t
ri
. !-
and Ma
mJ li;~Il; (:III and Cul
; Mn
rnujt be c,xL~Iii;ed with NaOl3r or bromiat w;Ltu.
uilablc fu
The Lnethcds are , r the letection of small
~m,mnts rl impijn',Et~n in Lechnical rca~ents and In

USTINOVSKIY, A,V*, saelushomW vrach RSFU kandidat maditainskikh nauk.
Caloinosis of the skin and atropby of the shoulder girdle. Test.,ven.i
darn. no-5:48 S-0 153. MBA 6:12)
(Shoulder girdle) (Skin-Diseases)

CHIZHIKOV, David Mikhaylovich; GULYANITSKAYA, Zoya Foodoalyevna;
GUROVICH, Natallya Aleksondrovna; KITLER, Igor' Nikolayevich;
KPMNGAUZ., Bella Pavlovna; NOVOSEIDVA, Valentina r4ikolayevna;
PLIGINSKAYA, Lyubovl Vladimirovm; USTRIOVSKIY, Boris
Zinovlyevich; KLIMOV, V.A.., red. tbkhn. red.
electrometallurgy of sulfide alloys and mattos]
Gidroelektrometallurgiia sullfidrykh splavov i shteinov. Mo-
skva) Izd-vo Akad. nauk SSSRf 1962. 204 p. (MIRA 15:9)
1. Chlen-korrespondent Akademii nauk SSSR (for Chizhikov).
(Sulfides-Metallurgy) (Hydrometallurgy)
(Electrometallurgy)

USTINOVSKly, m. B.
PHASE I BOOK EXPLOITATION SOV/6086
Nauchnoye soveshchanlye po teplovym napryazhenlyam v elementakh turbomashin.
2d, Kiyev, 1961.
Teplovy ye napryazheniya v elementakh turbomashin; dbk1aaj,- nauchnogo soveshch-
aniya., vyp. 2 Mermai Stresses in Turbomachine Parts; Reports of the Sci-
entific Conference, no. 2). Kiyev, lzd-vo AN UkrSSR, 1962. 174 p. 1800
copies printed.
Sponsoring Agency: Akademiya nauk Ukrainskoy SSR. Institut rnekhaniki.
Resp. Ed.: A. D. Kovalenko. Academician. Academy of Sciences UkrSSR; Ed.:
T. K. Remennik; Tech. Ed.: A. M. Lisovets.
PURPOSE: This collection of articles is Intended for scientific workers and tur-
bine designers.
Card 1/6

Thermal Stresses (Cont. SOV/6086
COVERAGE: The book contains 18 articles dealing with investigations connected
with thermal stresses In turbine components. Individual articles discuss ther-
moelasticity, thermoplasticity, thermal conductivity, and temperature fields.
No personalities are mebtioned. References accompany 17 articles. The con-
ference recommended broadening the theoretical and experimental investigations
of aerothermoelastic and aerothermoplastic problems. the development of invesm-
tigations of general problems of the theory of thermoelastIcIty and thermoplas-
ticity based on the thermodynamic principles of reversible and nonreversible
processes, the development of effective calculation methods for thermal stresses
taking into account phatic deformations and creep in thin- and thick-walled struc-
tural members under stationary and nonstationary operating Conditions, the de-
velopment of experimental-research. methods for thermometry and tensiametry in
co.nnection with modern operational conditions of mechanical structures, and the
broadening of Investigations of problems In the thermostrength of structures,
nt and sharp, temper. ature
especially of those operating under conditions of freque
changes.
Card 2/6

Thermal Stresses (Cont.) SOV/6086
Shevchenko, Yu. N. [Kiyev J. Application of the Theorem of Reciprocity
of Work to the Investigation of Elastic-Plastic Problems 62
Shevchenko. Yu. N. [Kiyev). State of Stress of Rapidly-Rotating Non-
uniformly Heated Disks Under Power-Law Plasticity Conditions With
Strairi Hardening 75
Voilmir, A. S., and P. G. Zykin'(Moscowl. Stability "in the Large" of
Shells Under Creep Conditions 61
Lfl
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