SCIENTIFIC ABSTRACT SHEVELKOV, V.L. - SHEVENKO, L.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549320004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S~OIEELIHOV, V. L.
"Determination of the Termerature Field in an Isotropic .-edium in Frmt of a 'Mo,,dmg
Source of Heat," Zhur. Tekh. Fiz., 16, No.2, 19405; Mbr., Chair of Physics, Moscm
TechnoloAcall Ins-,',-. Food Industi-1, -1945--

SHEVELIKOV, V.L., DOCENT
DOC TECH SCI
Dissertation: "Methods for Determination of the Thermophysical Properties of Metals
Based on Nonstationary.Thermal Conditions."
26 Mv 49
Moscow ~;hemico-technological Inst of Meat Industx7.
SO Vecheryaya Moskva
Sum 71

~) (~- v :,- L- , A --e', ~/ it/, L
Category USSR/Atomic and Molecula Physics - Heat
Abs Jour Ref Zhur - Fizika, No 2, 1957 No 3503
Author Shevellkov, V.L.
Title Methods of Analytical Determination of the Temperature of Isotropic
Materials
Orig Pub Tr. Mosk. tekhnol. in-ta myas. i moloch. prom-sti, 1956, vyp. 6,
151-155
Abstract No abstract
D-4
Card 1/1

SHEVELIKOV, V.L., doktor takhnichaskikh nauk, professor.
--------- """Mmft~
Drying improves the quality of produce. Hauka i pered.op.v sellkhoz.
? no.7:65-66 J1 '57. (MLRA 10:8)
(Farm produce--Drying)

-- , j . " jj~ - '-,- - ",
% I. -j ! . . -
SHMLIKOV V.L. nuz-z~ - , -
Study of the thermal characteristics of wet instilating materials.
Trudy MTIPP no.8:170-179 157. (MIM 10:12)
(Insulating mnterials)

c I" I.IE C..-
sr.d Technical conferenco t5n Intensification
the quality of materials..in drying.
.7
,7 Y7 51 . ( MT-Rh Ic : 4,; 11
Kc-nitGtp- po sushke pri Tse a c,.vaznom
;--eta obehchestv.
Dryir;,-,-,--Con&re sses)

PHASE I BOOK EXPLOITATION 1095
Shevellkov, Vasiliy Leonelyevich
. ....... .. .
Teplofizipheskiye kharakteristiki izolyatsionnykh materialov (Thermo.-
physical Characteristics of Insulating Materials) Moo'cow, Gos--
energoizdat, 1958. 95 p. 6,450 copies printed.
Ed.: Slnellnikova, L.N.; Tech. Ed.: Voronin, K.P.
PURPOSE: This book is intended for technical workers, heatengi-
neers and heat-engineering students.
COVERAGE: The author examines the most important characteristic's of
heat-insulatin~; materials and methods, for experi~mental determina-
tion of their thermophysical coefficients. The book is based on
the contemporary theory of-heat and mass transfer processes of
bound matter in capillary and porous bodies. No personalities are
mentioned. There are 293 references of which 2.20 are Soviet, 46
English, 19 German,, 5 French, and 3 Italian.
CarAaa~~

SHIFRIN, M.A., kand.talchn.nauk (g.1-loskva); SHAPOVALOV, I.S., inzh.;
KUROGHKIN, M.; YERSHOV, A.V., starshiy nauchnyy sotrudnik;
SEVIELIKOV, V.L., prof., doktor tekhn.nauk
Heat engineering standards and regulations in construction
should be revised. Inzh.-fiz. zhur. 4 no.9:120-126 S 161.
(MIRA 14:8)
1. Issledovatellskiy institut eksperimentallnogo proyektiro-
-vaniya jUmdemii stroitellstva i arkhitektury SSSR (for
Shapovalov). 2. TSentrailnyy institut nauchnoy informatsii
po Btroitellstvu i arkhitekture Akademii stroitel'stva i
arkhitektury SSSR (for Kurochkin). 3. Nauchno-isslodova-
tel'skiy institut po stroitel'stvu Akademii straitellstva i
arkbitektury SSSR, g. Tashkent (for Yershov). 4. MKhTIMP
(for Shevellkc-,).
(Building laws) (Heat engineering)

AKULOV,- N.5., akademik; GDMURG, A.S-p doktor tekhnniuk., prof.;
KOSTERIN, S.I., d6ktor tekhn.nauk, prof.; LMKOV, A.V.,
akademik; POK&RANTSEV, A.A., doktor fiziko-matematichaskikh
nauk, prof.; SIROTA, N.N., akademik; SHEVELIKOV, V.t., doktor
teldmnpak, prof
Aleksandr Savvich Predvoditelev; on his 70th birt-b&y. Inz.-fiz.
zhur. 4 no.12:106IW8 D 161. (KIRA 14:11)
1. Akademiya nauk BSSR (for Akulov., Lykov, Sirota).
(Predvoditelevp Alekpandr Savvich.. 1893,-)

SHEVELIKOV, V.L., doktor tekhn.nauk
Theory of the heat resistance of exterior walls of bvildings.
Izv.ASiA no.3:92-96 162. (MMA 15111)
(Walls-Thermal properties)

SHEVELIKOVY V. L.
All-Union Conference on the Automation of Drying Processes
in fndustry and Agriculture. Inzh.-fiz.-zhur. 6 no.1:222-128
Ja 163. (MIRA 16:1)
(Dr7ing-Goq~resses) (Automation)

T~ M.V,- SIFEVEL'KOV, V.1w.
LYK04
~'utoma-Ic di-fing in indu y and agriculture. Inzh, `z. zhur.
T a tr-
7 no.6,1311-139 164. I'MIPA 17-12)

LYKOV, A.V.; SHEVEL'OV, V.L.; NEST-ERENKO,, A.V.; LEBEEEV, P.D.; MAKSIMOV,
GcA,.; 111KITINA, L.M.
Iliri4 Leonidovich Ka7kazov- cn his 7"ith birt-hday. Inz~.-fiz.
zhur. F no.1:124-125 Ja '64~o (MIRA 18:3)

SH-11WELIKOV, V.L.
Thernal properties of the outside walls of buildin.crG. irizi,..-fiz.
z'-.,ur, 8 no.2:2'5C-254 F t65. (,'41RA IF: 5)
1
1. Vse3oyuznyy zacchn.,ry inzhen-erno-Stroiteltnyy institut, ',!osk,/a.

KUZMSOV, S.M.; SHEVELIKOVA, L.I.
Effect of deformations in grinding and polishing tools on the
precision of surface configurations of machined optical parts.
Opt.-mekh.prom. 25 no.6-.33-37 Je '58. (MIRA 11:10)
(Grinding and polishing)

83903
S/020/60/134/003/017/020
/..2j 0 B004/BO67
,S52-2 0 o
AUTHORS: Antonovskiy, V. L., Berezin, I. V., and Shevel ov;i, T,
- LLkQ ,
TITLE. The Relative Reactivity of the C-H and C-T Bonds of
n-HeptaneMenzenj Toluene,qEthylbenzene, and Cyolohexane
in the Intdraction With CH 3' in the Liqui~%hase
PERIODICAL: Doklady Akademii nauk SSSR, 19609 Vol. 134, No. 3,
pp. 621-624
TEXT: The authors determined the rate constants k of the reactions of the
C-H and C-T bonds on the following assumptions: In a system consisting
of two organic compounds A and B, A has the number r of types of reactive
C-H bonds, the bond of type j being tagged with tritium. Compound B is
not tagged and has p types of C-H bonds. The total number of C-H bonds
is assumed to be n. In this system, free methyl radicals9are Droduced
by thermal decomposition of benzoyl peroxide at 550 or 850C. iquation (1)
is written down for the composition EdH4]/ICH3T]of methane which was
formed according to the reaction equation RH(T) + CH---->R' + CH (CH T).
3 4 3
Card 1/4

83903
The Relative Reactivity of the C-H and C-T Bonds 5/020/60/134/003/017/020
of n-Heptane, Benzene, Toluene, Ethylbenzene, and B004/BO67
Cyclohexane in the Interaction With CH 3* in the
Liquid Phase
The equation I H T :H /k T ).([Bj/[Aj) (2) served for an
A/Itl = k~A/kjA + (k6B jA
experimental determination of the rate constant k, where IA9 Im denote
H H
the activities of substance A and methane; H =:t n,k 0 =gn k
T k~A I
The authors determined (1) kH /k , where CH~ was generated only in A;
H H 6k jA H T
(2) k /k by generating CH3 in a mixture of A and B; 0 k /k I
6B 6A 6B jA
where a concentration ratio LA1,(- 7C - 0 p(t0 + T) or e(t 0 + T ) -,- - V + 811
(t + T) is called the rotational motion. The set of conditions
for () 00 ; 0 which guarantee the oscillating motion are then called
the regifa of oscillation. The region of rotation could be defined
in the same way. The author then Mnsiders the case e = 01 u = 0.
ASSOCIATION: Instytut matematyky AN USSR (Institute offPMApthematics
AS UkrSSR)
PRESENTED: by Y.Z. Shtokalo, Academician AS UkrSSR
SUBMITTED: July 179 1959
CARD go

S10211601000100810011011
D210/D30.5
AUTHORS: Shevelo, V.M., and Shtelik, V.H.
TITLE: On the condition of osci'llation (non-oscil-lation) of
solutions of non-linertr equations of the second order
with variable coeffi(d.ents
PERIODICAL: Akade miya nauk Ukrayinalkoji RSR. Dopovidi, noo 8p
-1960, 1007 - 1010
TEXT: The aim of the paper is to find the regions of oscillation
and non-oscillations for solving tho lecond order differential
equation
+ s(t) + r(t) f(y) (1)
where s(t), r(t) > 0 are coritinuotxr3 ~`i.-,nctions in the interval
to t !,~ to + T; f (0) 0 and f (y) -tintief ies the Lipshits condi-
r
tions arid is such that j.C(y)dy F(Y) < F, F ::-0 for all y. The
in the Interval t < t _~_ t +T is
oscillating solution of Eq. (1)
0 0
Card 1/5

S/021/60/000/008/001/011
On the condition of oscillation ... D210/D305
such a solution y(t) for which ~(t) for t E[bo, to + Tj has not
less than one zerot i.e. where 1) ie a constant [,,.(t 0, j = 1,
a p 3 ;;:- 11 and ly ( t b, ly -::::7 b. The solution of (1) is
0
a non-oscillating solution in the interval t --- t A~:, t + T, if
0 0
k(t).has no z'eros and ly(t + T)/_>- b. The region of oscillation
0
of the solutions of the equation in the set of initial conditions
Yo, ~o which in the Ci,,-en interial (t 0p t0 + T) secure-the exis-
tence of oscillating solutions. The author shows next how to chan-
ge Eq. (1) into a new form
2 2
y [1 - k (t) G(t)] (4)
-altere
Q (1) - exp(-2.~sdt) 1~~'+ 2 (R.F,.+ ct +
(5)
4((, +
k'(1)
2 (R.F. +
Card 2/5

S/021/60/000/008/001/011
On the condition of oscillation ... D210/D305
.(,RF 4 u) + (A -
o:r= G y). (5)
Ro F. F
2
Ro R(t 0), Fo F(y 0 R(t) r(t) exp(2 edt)>- 0 and a(t), p (t)
t
1
functions for which
R W F (Y) :=' a (1), R'(t) F (y) di!6 (1). a (t) + 0 (t) > 0. (3)
The function a(t)v P(t) would be found as follows: a) If Rl,~~.O
Card 3/5

S/021/60/000/008/001/011
On the condition of oscillation D210/11305
t t
then u = RT, P RIFdt; b) If R 0 then a RFI, R I Yd t;
t0 0
C) If RI changes the sign then a = Ryt (t t0)RIF. Theorems
t
If K2-et0>/O; (2) m(t) and 1(t) are either limited and positive or
0 < 11 41(t) '