SCIENTIFIC ABSTRACT SMOLOV, V.B. - SMOLSKIY, B.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651720010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

s 11 -1,C) U) v ) V. B. ; BA Ll SHO'. , Yc-. . ii .
Electronlc computer for aceLstical I~ogglfnly. IZV. VY3. ucheb.
zav.; prib. F no.2:80-E5 165. ( ~14T :-_A, 1 6 : r, '
1. Leningradskiy elektrotekhnicheskiy institut imeni Ullyanova
Opnina). Rekomendovana kafedroy schetno-reshayushchey tek-l-,n-iki.

JTP( C )
L-8797-60' T ( d EW P ( 1 G-I (3/B B
ACC NR: AP5026965 SOURCE CODE: UR/0103/65 /026/010/1818/1823
AUTHOR: Petrov, B. K. (Leningrad); Smolov, V. B.: Tarasov. Yu. A.; Ugarvumov, Ye. P.:B
(Leningradj
ORG: None
TITLE: A precision transistorized pulse-time multiplication and division unit
SOURCE: Avtomatika I telemekhanika, v. 26, no. 10, 1965, 1818-1823
TOPIC TAGS: computer component, arithmetic unit, computer circuit, analog system,
transistorized circuit /a, ~y
ABSTRACT: The authors describe a four-quandrant multiplier and divider based on the widely
known principle of pulse-time multiplication. A block diagram of the device is shown and its
operation is explained. The device has a maximum relative error of 0. 1% in an ambient
temperature range from 0 to +60C. A schematic diagram is given for the electronic part of
the device together with a detailed description of its operation. The circuit of the device is
divided into two sections. The first section contains a sawtooth voltage generator, common
collector amplifier, Sclunitt trigger circ'uit, and two pulsed voltage dividers. The operation
of the voltage dividers is illustrated by time diagrams. This first section Is used for pdm
and pam of the square-wave voltage. The second section of the multiplier-divider is a d-c
amplifier. This unit has a voltage amplification factor of 20, 000, input impedence of 5 n'
and a maximum zero drift at the output of 0. 4 mv from +20 td +60C. Data are given on error
Card 1/2 UDC: 681.142.642.3/4

L 8797-66
ACC NRt AP5026965
analysis of the device. The unit has a passband of 10 cps In one channel and 8. 5 cps in the
other. Results of experimental tests are given. Orig. art. has: 2 figures and 13 formulas.
SUB CODE: 09 SUBM DATE: 18?&r65 /'ORIG REF: 001 OTH REF: '002
jw

A C C N ik. A?6026 457 SOURCE CODE: UR/0410/66/000/002/0090/0098
AUTHOR: Korshever, I. I. (Novosibirik-Leningrad) ; Smolov, V. B. (Novosibirsk-'
Loningrad); Tverdokhleb, P. Ye.' (Novosibirsk-Leningrad);IFomichev, V. S. (Novosibirsk-
Leningrad)
ORG: none
TITLE: One possibility for construction of digital analog functional converters
SOURCE: Avtometriya,no. 2, 1966, 90-98
TOPIC TAGS: digital analog converter, circuit design, mathematic analysis
ABSTRACT: A method is described for the construction of digital-analog functional
converters based on preliminary expansion of the function into a series by Walsh
functions. It is shown that the elements of the digital-analog converter are in-
terpreted easily by the category of this expansion. Examples are presented of the
realization of some digital-analog functional converters. The limitations within
which the application of this method will give a gain in comparison with known methods!
are determined. The advantages of converters constructed using Walsh function ex-
pansion are simplicity of the analog portion of the circuit and the constant output
of the analog portion of the circuit, which allows them to be used with any
load without disrupting the nature of the dependence reproduced. Orig. art. has:
2 tables, 7 formulas, and 4 figures.
SUB CODE: 09,12/ SUBM DATE: 27Nov65/ ORIG REF: 003
Card 1/1 UDC; 681.142.621

SMOLOV, V.B.; Bj~R,'~,~Hjj~T
i KO-V, V. V.
fbnctional time intenral-to-digit ccriverwr. lzm.ekh. no.6:33-36 Je
164. (MIFA 17:12)

boDUNOV, v"I'- preFc-Li DUBI'Nll'-,,
G.. prepod,~
? v
14, A, prepod, V~3- Pre-,
~,, -: L
prepod., YATSENN), V,,P., prr-,pcd.l. E~'JL
In "ElezLr-jr.11, ana-12TIT
L.aboratou work on a course
-Tab,,rct,crr,, kur-su ,vyciiislitellqye
ye rpboty F.0
s shaia shkola~
I~o kva,, Vys
ll~li S, de 4. s;-,viia . " I)
'965. 211 'P~ ~ mlil 18. r,
lektrr,-.
1, Kaf edre -u-ych4 Sl Le-1 1.11C~y tekhalikf Lenin,,-radskjgc e
A -L
tekhiilchesk~ngn inst-i,tuta ~m. V,I.JJ1*ianc-,ta 'for a" emept
Buriak)

4477_1-o65 En-2/z, WT( /-,,wP( I
ACCESSION HR: AP5011738 'UR/0146/65/008/002/0080/0085
3Y
2
AUTHOR: Smolov, V. B4; Balashov, Ye. P.,
TME; Electronic computer for acoustic core sampling
50,WkWE: IVUZ. Priborostroyeniye, Ve 8, no. 2, 1965,80-85
~TOPIC TAGS: geological surveying, computer design, digital analog computer, mine
core sampling, acoustic core sampling, seismic sampling'
ABSTRACT: In the development of automatic equipment for acoustic,core sampling
in mino shafts, the basic output parameter of which is the velocity of propagation~:-
of elastic oscillations with depth V orM2 it is also advisable to have a computer:-
unit f, z of theelastic os-
or the automatic computation of the sum.transit time t
cillat'tons in depth. The presence of the.second yield parameter tjj permits a
matchin of the data of acoustic-'cor 'derived from
.9 e sampling with information.
seismo-sampling. thus providing a Imore comptp,,te picture of the geological section-P7.,
under study. The problems involved in the.det6rmination of the sum transit time.-
t -are discussed, and it is pointed out that the difficulties of designing highly
stable and sufficiently accurate electronic (vacuum-tube and semiconductor)-DC
Card
.1/3-

_71
L 441773-65
ACCESSION NR: AP5011738
differentiating and integrating amplifiers-an-d electronic dividers operating in
a broad voltage range are such as:to make it impossible to~solve this problem
with an error an the order of several percentage-points of (tg -and that
max . I
consequently, despite high operating-speed,:an electronic version using continuous~,_..
action devices seems hardly feasible.- A variety of reasons point to the advisa.
bility of employing digital-analog computers to provide Vfo and t in the form.
M
of continuously changing voltages of direct or alternating current. In this arti
cle, the authors describe a digital-analog computer for geological survey opera-
tions, designed by the Kafedra schetno-reshayushchey tekhhiki LETI im. V. I.
Ullyanova (Department of Computer Engineering of the Leningrad Institute of
Electrical Engineering) jointly with the Leningradskiy filial N11 geofiziki
(Leningrad Branch of the Scientific Research Institute of Geophxsies) in 1958.
the device is to calculate the velocity of propagation, and it is
The purpose of
based on a method of digital integration according to Euler s formula. Largely
transistorized, tests have shown that this,type of computer may be considered
optimal for the specific purposes for which it was'.designed. -A detailed diagram..
of this sum transit time computer is given in the.article and explained,
r-ird 2/3

LUVISHIS, L.A., kand. tekhn. nauk; SMDLOVA, L.N., mladshiy nauchnyy sotrudnik
"Manra" vibroscope for determining the thinness of fibers.
Tekst. prom. 23 no.9:87 S 163. (MIRA 16:10)
1. Rukovoditell kontrollno-ispytatelinoy laboratorii TSentrallnogo
nauchno-issledovatellskogo instituta sherstyanoy promyshlennosti
(TsNIIShersti) (for Luvishis). 2. TSentrallnyy nauchno-issle-
dovatellskiy institut sherstyanoy promyshlennosti (for Smolova).
(Textile fibers-Testing)

s-/191/62/000/006/011/016
B110/B138
-ITHills:
Kreohkov, A. P., Bykova, L. N., Smolova, N. T.
~:-'-1-7: 1~uantitative determination of monomeric unsaturated
carboxylic acids by the titration method in nonaqueous
solutions
?ER1GD1Cz'LL: Plasticheskiye massy, no. 6, 1962, 51-53
4-. simple and cuick method has been develo-oed for the
ouan~4'itative determaination of individual monomeric and dibasic unsaturated
- I
ac-"S maleic and 'umaric ac-d) and their mixtures. They are
.)u~k2n~iome*ricaily titra'ed in isopro-pyi alcohol by me-ang of 0.1 IT
U
",-enze-ne-meth'anoi solution of tetramethyl ammonium hydroxide. -0.3 mg-
-cc:uiv. --cid in -4sopropyl alcohol was mixed with 40 ml isopropyl alcohol,
~--e electrodes inser-
1'ed, stirred, and r.-'-ed with tetramethyl ammonium.
T'-e -fallowing monobasic unsaturated acids were tuitrated: croluonic,-
-,--U -L
*c, and linoleic acids. The
ocylenic, oleic, elaidic, erucie, sorb-
crotonic acid corresponded
'cidz, i-soluble in water viu.-I the exception ot 11
aC4di~y Of ( o,-lo-5).The error Of the
zo the crotonic acid 2
Card 1/3

S/191/62/000/00r"?/O 111016-
antitative de'ermina'4on of 0/ 3 13 S
deternination is 4 1~-'. In addition, the folloaing dibasic -
UnsaI~UraI~ed acids were titrated: maleic, -fumaric, itaconic, and citraconic
acids. L-i iziopropyl alcohol, each carboxyl group of dibasic acids is
individually, which is characterized by two breaks in the
.itration curves. -2he relative error in the quantitative determination
of cl. ibas ic unsa turated acids is In isopropyl alcohol, the
]e~erminat-ion of mnixtures of both dibasic acids alone, and of dibasic
-onobasic acids -;s Dossible. Three breaks in the luitration curve
---re fou-d when a r,-.jX`CUre 07 M
- aleic and -Pumaric acid was ti'rated. The
ba.,eak corresnonds to the first sten of neutralization of maleic
~.L c d, tile seco-d '.o the complete neutralization of fumaric acid, and the
o - e s
.h econd ste-o of neu'ralization of maleic acid. Maleic acid
t
titrated -,.--th Vn
2'11-- V The volume used for the neutralization
..? 1 2-_
of fuma-ric acid is ietarmin-ed 7--o- V,- 2(V - V maleic
3 3 2
-taconilc acid are the f irst break- corresnonds to the first step
o,r neut--alizat-ion of maleic acid, the second to 'he first step of
-ne,utralization of itaconic acid, and 'he third to the combined
neutralization of the second carboxyl groups of both acids. For the
.Iard 21/3

J.
i at 7-ve determination of ... B I 10-,/3 13 8
L
iz--~ion of itaconic acid, , Vit = 2V 2 V,) was used, and for
7.-:c neu~uralization of maleic acid, V, = V 2(v - VI). :~'or mixtures of
1: 3 2
and, monolb-sic acids, the neutralization of dibasic acid requires
V the - vralJzatvion of monobasic acid, V = V 2?v v
), and neut. 11. - k -
2 3 3 2
~-'h~.- rel~-.tive error of the quantitative analysis is here :!5~~2%. There are
'-:~;ures and 2 tables.
Car,;

KBESHKOVY A.P.; BYKOVA, L.N.; _~ ~IOLOVA~N.T.,
Methods of analysis of dicarbpx*4c acids and their mixtures.
Lakokras.mat.i ikh prim. no.1:45-51 163. (MIRA 16:2)
(Acids, Organic) (Resins, Synthetic)
(Chemicsty, Analytica-1)
I

A.P.; ~;YKU-VA, SMOLLVA,
c acids useE '0:-
,trhiid 'or -3~carboxyll
-71~~ u
a1cras. ma-. 4'&. prim. nc.3:50--
1-darlu."ixture of (Ilmbl 16:9)
54 63.
(Acids) analysis)
kiiesills,synt~.,I: tic)

KPY,SHKOV, A.P.; BYKOVA, L.N.; SMOLOVA, N.T.
Differentiating properties of organic solvents toward dizarboxylic
acids. Izv,v- 89 164.
ys.ucheb.zav.; khim. i khim.tekh. 7 no.2:1 -193
(MIRA 18:4)
1. Kafedra analiticheskoy khimil Moskovskogo khimiko-tekhnologi-
cheskogo instituta im. D.I.Mendeleyeva.

KIU~ISHKOVI A.P.; BYKOVA, L.N.; SMOLOVA, N.T.
Analysis of polycomponent mixtures of dicarboxylic acids
by titration in nonaclueous solutions. Zhur. anal. khim.
19 no.2:156-162 164. (AURA 17:9)
1. Moskovskiy khimiko-tekhnologicheskiy institut imeni
Mendeleyeva.

SMOLOVIK. i~.
Need for more precise specifications in the all-Unioa and state
standards for leather. YLozh.-obuv.prom. 2 no.6:38 Je 160.
(MIRA 13:9)
1. ffachal'nik laboratorii Stanislavskogo kozhevenno-obuvnogo
kombLnat-~.
Ueather-Standards)

SMOLOVIK) A.
Means of increasing the labor productivity of analysts in
industrial laboratories. Kozh.-obuv.prom. 3 no-4:37 Ap 161.
(MIRA 14:5)
1. Nachallnik laboratorii Stanislavskogo kozhevenno-obuvnogo
kombinat.u.
(Leather industry)
(Testing laboratories)

124-57- 1 -853D
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 113 (USSR)
AUTHOR: Smolovik, I.I.
TITLE: Application of the Maxwell Stress Functions to the Solution of
Problems of the Three-dimensional Theory of Elasticity (Prime-
neniye funktsiy napryazheniy Maksvella k resheniyu zadach
prostranstvennoy teorii uprugosti)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree
of Candidate of Physical and Mathematical Sciences), presented
to the Tomskiy un-t (Tomsk University), Tomsk, 1956.
ASSOCIATION: Tomskiy un-t (Tomsk University), Tomsk
1. Elasticity--Theory--Bibliography 2. Maxwell stress functions
--Applications
Card 1/1

Sov !,~4-3i-6-9258
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 6, 98 (USSR)
AUTHOR: Smolovik, I. I.
TITLE: On the Solution of the Equations of the Spatial Theory of Elasticity by
Means of Three Maxwell Stress Functions (0 reshenii uravneniy pro-
Stl'.111SLVennOy te0rii UprUgOSti pri pornoshchi trekh funktsiv naprya-
zheniy Maksvella)
PERIODICAL: V sb.: Tr. nauch. konferentsii Slalinskogo ped. in-ta. Nr 1.
Kemerovsk. kn. izd-vo, 1956, pp 296-301
ABSTRACT: 'File eqUations of static equilibrium and the Beltrami relationships
are satisfied if the stresses are expressed by three biharmonic Max-
well stress functions. The author, however, fails to note that the
stress functions so introduced are not independent; therefore,
sections 2 and 3 of the paper under review are erroneous. For
example, a comparison of expression (2-3) and formulae (1.6)
would lead to the (erroneous) conclusion that the deflections in a
spatial problem of the theory of elasticity do not depend upon Poisson' s
Card 1/1 number. A. I- Lur'ye

-16i~ i )
AUTHOR: T-T SOV/1-55-58-3-24/37
TITLE;: Solutior n-f a Fro~lem nf the Spatial Theory of Elasticity for
a Circular '!ylinder (Resheniye odnoy zadachi pros t- rans tuvennoy
teorii upri:g)sti dlya krugovogo tsilindra)
PERIODICAL: Nauchnye doklady vyss-hey shkoly. Fiziko-matematicheskiye nauki,
1958, Nr 3, pp 127-130 (USSR)
ABSTRACT- On the cylinder jacket r=1 let u on the areas
r rZ re
z = + 1 let the tensions u Ir be given by certain very
z rz, rQZ
special boundary conditions, e.g.
U f Cos MTIZ Cos P-9
r 7-?~mn 1 mn 1
� LY2 s 11 (a. r) ,
rZ 1Z=+1 ~ s
where oc are the positive zeros of the Bessel function I(x) and
s
;L =-1 for m = n = 0, for m = 0 or n = 0, = I for m / 0,
Mn 4 2
n / 0. The author determines the displacements according to the
Card 112

21
AUTHOR- Smolovik, I.I. SOV/155-58-4-19/34
TITLE: On the Deformation Problem of a Cylindrical Beam (K zadache o
deformatsii tsilindricheskoy balki)
PERIODICAL: Nauchnyye dok'Lady vysshey shkoly. Fiziko-matematicheskiye
nauki, 1958, Nr 4, PP 119 - 122 (USSR)
ABSTRACT: The author c-onsiders the deformation of a solid or hollow
circular cylinder (R,-:!~ r ~-1::E zi~l) for arbitrary stress
symmetric to z = 0 of the surface. The boundary conditions on
the front walls are satisfied in the sense of Saint-Venant.
For the- displacements the author uses the Galerkin solutions
in cylindrical coordinates. Only the case of a qimple bending
under influence of normal stress is calculated in detail.
There is 1 Soviet reference.
ASSOCIATIONt klookav*kiy goeudaTatve~nnyy universitet imeni Y.V.Lomonosova
(Moscow State University imeni Y.V.Lomonosov)
SUBMITTED: June 20, 1958
Card 1/1

SYIOLOVIK,-_~.I, (g.Novokuznesk, Kevierovskoy oblasti); SHCIIEPE?EV, A.N.
.(g.Novokuznets, Kemarovskoy oblasti)
Problem of an arbitrary compression of a hollow circular cylinder
under arbitrary loading, on the lateral surface. Inzh.zhur. 1 no.3;
176,181 161. (KIRA 15:2)
(Cylinders)

RU-10FIOVY N.B. (Novokuznetsk); SMOLOVIK, I.I. (Novokuznetsk)
Some problems o--F' the deformation of a sector of a finite
shallow cylinder. Izi. MI SSSR. Mekh. i mashinostr. no. 2:
147-149 Mr-AP 164. (MIRA 17:5)

L ol4go-66 &-,'T(d)/0WT- (.-i)/E7VJrF(w) EM
ACCESSION NR: AR5019373 UR/0124/65/000/007/VO07/VO07
SOURCE: Ref. zh. Meldianika. Abs. 7V41
AUTHOR- Smolovik, 1. L; Clitsplyakov, M.N.
a
TITLE, A plane problem of the elasticity tbeory In permutations for flnite eir or sector
and an Infinite sector with a vertex sheared along a circular arc
!CITED SOURCE: Dok-1. 3-y Sibirsk, konferentsit po matem. I mekhan. -.1964. omsk,
Tomskly un-t. 1964, 34f--A-3
TOPIC TAGS: -elasticity theory elastic deformation, Lame equation, wedge body
TRANSLATION: The authors discuss the plane deformation of a circular sector with elastic
series
permutations assigned at its boundary. Employing solutions to Lame equations in
and Integrals, die authors reduce the problem to fully regular Infinite algebraic systems!
It is pointed out that a solution for the case of tui Infinite wed qAtth a vertex sheared along
Me
a circular are can be obtained In the same manner. Ya. S. Uflyand
SUB CODE: ASO MA ENCL: 00
Card VI Alf

SHIRSHOT, N.M.; SMOLOVIK, I.K.
Results of an individual method of treating chronic alcoholism in a
somatic infirmary. Sov. mod. 25 no.11:122-123 N 61. (I-ffRA -15:5)
1. Iz bolfnitsy No.4 Novoshakhtinska Rostovskoy oblasti.
(ALCOHOLISM-TREATMENT)

VOLKOVA, L.V.; jllV'ZTS, V.I.; RY2,11ENKOVA, S.F.; URVARDIA, N.B.; SINCILVIK,
LV.; P1CEOBR:.ZHM.1S1aY. N.A.
Lipides. Part 10: Synthesis of mixed ",/3-diglycerides contairdng
residues of higher acids of the aliphatic series. Zhur.ob.khim.
32 no.6rl764-1768 Je 162. (MIRA 15:6)
1. Moskovskiy institut tonkoy khimicheskoy tekhnolo.-ii im. M.V.
Lomonosova.
(Glycerides) (Acids, Fatty)

1~ 4 sp a rza-lion of -fine I ydispersed mAterials.
T
63
i. Tor-,ull-loye otdelen-ye Cim3lrrogo instituta inzhenerov zheleznodorozhnogo

VOKINYANIN, N.S.; SHVAB, V.A.; GAYNUTDINOV, G.G.; SMOLOVIK, V.A.
Pneumatic conveying of rubber compourd ingredient5, Klauch. i rez.
24 no.10:15-19 165. (MIRA 18:20)
1. Nauchno-issledovateliskiy konstruktorsko-tekhnologicheskiy
institut shinnoy promyshlennosti, g. Omsk, i Tomskiy gosudaratvermyy
universitet.

ACC NRi AP7001390 SOURCE CODE. U11/0413/66/000/r,~-- 10059/005.9
11MMOR: Smolovik, V. S.
ORG: none
TITLE: Quasi-optical attenuator. Clana 21, No. 187851
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarDyye znaki, no. 21, !966, 59
TOPIC TAGS: microwave attenuator# beam waveguidep waveguide element
ilBSTRACT: This Author Certificate presenth a quani-optical attonuator for beam wave-
guides, which consists of quaai-optical lenses spaced by double the focal length. For
fine control of the attenuation, the'attenuator has two short focal length lenses
placed close to the focal surface of the two adjacent beam waveguide lenses and
shifted relative to each other along the beam waveguide axis (see Fig. 1).
z I ' I
R
Fig. 1. 1 - attenuator lenses;
2 - beam waveguide lenses; 3
absorbing cylinder
The short focal length lenses are placed inside an absorbing cylinder. Orig. art. has
1 diagram.
SUB CODE: 091 SUBM DATE: OqDec64
Card uDc: 621.372.852.3

KONOITENKO, V. G., ke-nd. tekhn. nauk; a1OLOVIK.,- V. - V.- -. inzh.
STELIMAKH, V. A., inzh.; inzh.
Explosion briquetting of steel shavings. Mashinostroenie
no.5:19-21 S-0 t62. (MM- A .16: 1-)
1. KharIkovskiy aviatsionnyy institut.
(Briquets)

(k)/EWP(b) Pf-V. ~ASDW-3
ACCESSION NR: AP40.45811 .~,.S/0162/64/ooo/oo9/0030/0033~'
AUTHOR: Kononenko., V. O.~; Smolovik, V-1 V*__
TITLE: Equipment and method.for impact,compacting of metal chips
SOURM, Kutnechoo-shtampovochnoye proizvodetvol no. 9, 1064, 30-33.
TOPIC TAOS: chip compacting* explosive. chip compacting, explosive
forming, high energy rate formin HERY
ABSTRACT: The Kharlkovskiy aviats,ionny*y institut (Kh4ar'lkov Aviation
,]Institute) has developed a method anddesigned. an experimental unit
~for explosive compacting 6f-metal-chips. The unit,.a kind.of,horizon-,
tal hammer (%ee Fig. 1 of the Enclosure.)-, operates as follows: . A por
tion of chips 4 is charged,'into the.container 5 rigidly.conneeted to
the rear plate 8. The explosive~charge,,or ' amixture of gas and air
is fed Into the explosion chamber 1. When.the _charge:*is'exploded, tht._`
lbot explosion products,propel the,~projectiU.3,iilong.tho'barreI 2~ .and
into -the container 5. A .t the same- time the barrel, moves under the
effect of the.,explosion-and pulls the.. container _jn- ~ the -.-opposite ~diree-.
tion through-connecting:kods.;, This increases the force,%rith vhich -the.
cwd 1/3

rd 2
C
.

-V
KONONFNKC, V,lrj, , ki-ind, telchn, Ct, , 'r --
V.Vl
Nev m-thod of lor-4q!-!e-~',~-ng metal cl-llpa~ Met. i go-:r-orlid.
prom, no.3-31-34 MY-Je '64. ( Im 7 F A. 1 7, , I %nj i

SOV/153-59-5-17/31
AUTHORS: Sniolovikov, B.D. and Shevcienko, L.
TITLE: A ilechamism for Feeding Metal 4n Rolls of a Rolling Mill
(Mekhan-i-zm dlya zadachi me"alla v valki prokatnogo stana)
PERIODICAL: Stall, 1959, Nr 5, pp 44! - 443 (USSR)
ABSTRACT: A mechanism for feeding metal into rolls (proposed by
B.D. Smolovikov) oper-nting on a th-rea-high mill rolling
strip for the manufactur-? of tu--)es is described and
illustrated (Figures 1,2). The use of the forced feeding
of the tuill increased --'-ts oc-tput by 50"0.
There are 2 figures.
ASSOCIATION: Dnepropetz-ovskiy tx-u1:;opro1---atmyy zavod i-m. Len�na
(Diiepropetrovs1i Tube Ro'-14-n.2; Wox-Rs imen-4 Lenin)
Card 1/1

6r~

SMOLSKA, Anna
Disintegration image of mining lumber relics as well as the
character of resins and their role in the disintegration.
Kwartalnik geol 6 no.2:410-411 162. -
1. Zaklad Zloz Wegli, Instytut Geologicany, Warszawa.

PROCHACKI, Henrytj SMOLS1,11% Brotlialawa DOBOSIEWICZ, Ewa; MW111'LUK, Lidia;
TARCHALSKA,Iiw~a
Remote resW ts of the treatment of early symptomatic syphilis with
peni 'cillin and 1 or 2 arsenobismuth cures in 1947-1957. Przegl.
derm. 49:303-305 162.
1. Z Kliniki Dermatologicznej PAM w Szczecinie Kierownik: prof. dr
H. Proc]3,qcki i z W.P.S.W. w Szczecinie Dyrektor: dr B. Smolska.
(SYPHILIS) (BISMUTH ARSENIC COMPOUNDS) (PENICILLIN)

11 A
SMG Ljo-rIA, T=n-a
SMOLSKA. Irana, (Warszawa, Szarotski 10 m.8)
Types of intestinal obstruction in children and their treatment.
Pediat. Polska 29 no.4:385-395 AP 154.
1. Z Kliniki Chirurgii Dzieciacej Akademii Medycznej w Warszawle.
Kierownik: Prof. dr mad. J.Koseakowski.
(INTESTINAL OBSTRUCTION, In Infant and child,
*types & ther.)

SMOLSKA, Irena
Late surgery of intussusception in an infant. Polski przegl.chir.
27 no.2:155-158 Feb 55-
1. Z Kliniki Chirurgii Dzieciecej A. M. w Warazawie. Kierown1kc:
prof. dr med. JT.Kosealcol~ski.
(INTUSISUSOMIT1011, in infant aud child,
suxg. in late state)

S',MLSKA, Trena
A case of congenital intestinal obstruction. Polski przegl.
chir. 27 no.3:259-2?1 Mar 155.
1. Z Kliniki Chirargii Czieciecej A X w Warszawie. Kierownik:
prof. dr J. Kossakowski. Warszawa, ul.Litevska 16.
(INTESTINAL OBSTRUCTION, in infant and child
congen.,surg.)

SMOUSKA, Irnna
Case of cholecystactasia In an Want. Pediat.polska 30
no.11:108.5-1086 Nov. '55.
1. Z niniki Chirurgii Dzieciecej A.M. w Warazawie.
Kierownik: prof. dr med. J. Kossakowski. Warszawa,
Szarotki 10 m. 8.
(GALLBLADDER, diseases,
cholacystactasia in inf.)

SHOLSKA, Irena
Cysts of the sacrococcygeal region in children. Pediat. polska
31 no-7:755-763 July 56.
1. Z Kliniki Chirurgil Dzinclacej A.M. w Warazawie, Kierownik:
prnf. dr. med. J. Kossakowski, W"szawa, ul. Litewska 16.
(SACR9COCCY(',L?AL REGION, cysts,
In child. (Pol))

SMOLSKA, Irena (Warszawa, u1. Litewska 16.)
Data on mediastinal tumors in children. Pediat. polska 34 no.l:
25-36 Jan 59.
1. Z Kliniki Chirurgii Dzieciecej A. M. w Warszawie Kierownik: prof.
dr med. J. Kossakowski.
(MIDIASTIMUM, neoplasms,
in child. (iol))

626.91.001.24
SmMska K_Compufat[On Of Water Reqn1rements and Dosc3 for IrrICa-
--UM-My ~Inunstatluu'nnd Infiltration;
,Obliczenle potrzeb woduyefi I . duwck nawocintenta zatewowago
i podslqkowego". Gospodarka Wodna. No. S. 1954, pp. 18CI-1116. 4 figs.,
i I tabs?
The. author explains, In a thorough and methodical form, and
with a practical example, the correct - procedtire for computing the
wintiLY of water required for IrrignUon systems and.the means of
meeting the demand. She also gives a 'number of tab)es necessary for
such compiautions.

AL '~';.)A. Atlie.' ii o.-:i I, Lon, Ero~; ioil J_It
A~,S Jo,~r Ref - Diol , I-Io 2, 119~_5, 5822
AlAhor Birecki, M___Sf1olska. K., Gabriel, W~
I ---------- L_1
Inst Distitute of AL-wic-Liltural Engineering, Fertilizers, and
Soil Science of the Polish People's Republic.
Ti'Ule Surface Watering of Field Crops.
Orig Pub Roc7m;, mmik- rclnicz~~ch, 1956, A72, No 4, 589-6ig
Abstra,zt This is a description of the results of an investigation
of '.,he oDtimal times and the various norm of watering
potatoes, beets, and several grains crops on turf-podzo-
lic soil's of the regions near Warsaw. The investig%tion
was conducted by t-',ie Instit-Lrte of Agricult-aral Enginee-
ring, Fertilizers, and Soil Science of the Polish People's
Repi,folic.
Card 1/1

A. ~-.
It Invest igation of the Combined Work of Floor, Longitudinal Ribs and ~iain Beams
Within the Limits of Elasticity." Sub 16 Jan 51, Moscow Order of tho labor Red Banner
Construction Engineerint_, Inst imeni V. V. Kuybyshev
Dissertationg presented for science and er4,,in-ering de!-re,3s in 1',Oscow dlarine-- 1951.
1
SO: Sui,l. No. 4t3C,, '14 b"Y 55

SKOLISX&YA. A.%.; IJ04BERG, A.Ye.; KUCH&ROV, A.I., inzhener. nauchnvy redBktor;
BEGANO B-.A.. redaktor izdatellstva; GUSEVA, S.S., tekhnicheskiy
redaktor
[Assembling precast reinforced concrete appartment houses and industrial
buildings; design and construction in the U.S.S.R. and in foreign
countries] Nontaxh abornykh zhelezobetonnykh konstruktaii zhilykh i
prmyshlennykh zdanii; opyt proektirovaniia i stroltel'stva v SSSR i
za rubezhom. Moskva, Gos. lzd-vo lit-ry po stroit. i arkhitekture.
1956. 117 p. (MLRA 10-.1)
(Precast concrete construction)

L914BERG, A.Ye.- SMOLISKAYA A- Zwh;"VKUCRXROV, A.I., inzhener, nauchnyy
.3KGAK.- BA-- redbktor izdatelletva; GUSEVA, S.S.,
redaktor
tekhnicheskiy redaktor
[cranes for erecting bUildings of precast concrete elements] Krany
dlia montazha zdanii iz sbornykh zhelezobetonVkh elementov. Moskva,
Gos. izd-vo lit-ry po strott. i arkhit., 1957. 191 p. (MLRA 10:9)
(Precast concrete construction)
(Cranes, derricks, etc.)

SKOLISKAYA, A.Z.; GURMOV, A.V.; TUBYANSKIY, G.K.. inzh., nauchnyy
red.: SIVORTSOVA, I.F.. red.izd-va; TINKINA, Ye.L., tekhn.red.
(Efficient methods for assembling precast and preCaBt-monolithic
shall roofs) Ratsionalloye matody montazha sbornykh i aborno-
monolitnykh svodov-obolochak. Moskva, Gos.izd-vo lit-ry po stroit.,
arkhit. i stroit.materialam. 1960. 72 p. (KIRA 13:6)
(Roofs, Shell)

IVYANSKIY, G.B., kand.tekhn.nauk; %IOLISKAYA, A.Z., kand.tekhn.nauk
Some problems of over-all mechanization in assembling elements
made of precast reinforced concrete. Prom. stroi. 39 no.7:
5-8 161, (MIU 14.7)
1. Nauchno-issledovateltskiy institut organizatsiis
mekhanizatsii i tekhnicheskoy pomoshchi stroitellstvu
Akademii stroitel'stva. i arkhitektury SSSSR.
(Precast concrete construction)

31,IDLISKAY-A A.Z kand.tekhn.nauk; RUWANTSEV, V.I. . inz-h.
. -
"Instructions SIT180-61 for the assembly and inspection of precast
reinforced concrete elements." Prom.stroi. 40 no.8:61-62 162.
- - (MMA 15 :11)
(Precast concrete construction-Standards)

i.3- j ~
~STINCV,
T7_
.g remelt-
bm re
-.~gnes-IM metal an-a 5 Irl -ide.
conde ns Q%1RA 13-4)
1. 1: N lo4.
TS-:et~ "'j,- /I-

AND"YEValY, A.K., dotsent, kand-tekhn-nauk; IM'CHIK, L.T.,
SMOLI-SKAYA.-T.-M.-
Investigating the performance of heating syBtems with natural
reversed circulation. Sbor. nauch. trud. Bel. politekh. inst.
no.74:3-9 '59. (KIRA 13:8)
(Hot-water heating)

NESTEROVIGH, N.D., skademik; IVITOV, A.F.; IVANOVA, Ye.V.; KRASNIK, A.I.;
LYUBENKOV, A.A.; PONOKAREVA, A.V.; SIROTKINA. H.G.; SHOLISKAYA,
Ye.N.; TRUKHANOVSKIY, D.S.; GFUMATINSKAYA, N.I.; BULAT, 0.,
r'ed.izd-va; VOLOKHANOVICH, I., tekhred.
[Introduction of trees and shrubs into White Russia] Introdutsiro-
vankye derevIia i kustarniki v Belorusskoi SSR. Minsk. Ho.l.
[Introduction of wooly plants from the flora of the Par-East and
countries of 11astern Asia] Introdutairovannys drevsanye rasteniia
flory Dallnego Vostoka i atran Vostochnoi Azii. 1959. 351 P.
WRA 12:6)
1. AkademJya navuk BSSR. Minsk. Instytut biyalq4l. 2. Akademiya
n.auk BSSR (for' liestatJovich).
(White Russia--Trees)

NESTEROVICH, N.D., akademik; IVAKOY, A.F.'; IVANOVA, Ye.V.; MARGAYLIK, G.I.;
FONMMVA, A.V.; SIROTUNA, R.G.; SMIRNOVA9 V.A.; SMOL-'SKAIAq--A.--kj
CHEKALIFSKAYA,-F.I.; BULATt 0., red. izd--va; SIDMKO, N., takhn. red.
[Treea and shrubbery introduceA to the White Russian S.S.R.] Intro-
dutsirovannye derevIia i kustp-miki v Belorusakoi SSR. Minsk.
No.3.[Introduced woods plants of Siberia' &=ope, the Mediterranean,
the Crimea, the Ca cas--.s, and Central Asia] Introdutsirovannye dre-
vesnye rasteniia flory Sibiri, Evropy, S F-di-minomorlia, Kryma-, Kav-
kaza i Srednei Azii. 1961. 333 P. (MERA 14tO
.1. Akademiya nauk BSSR, Kinsk. Inartitut-biologii. 2.,Akademiya
nauk BSSR (for Nesterovich)
(White Ruseia-Plant introduction)

I I -
. I- - I-

SMOLSKI, Stufan, Inz.
Delivery of a standard to geodeaists-technicians in Bialystok. Przegl
geod 33 no.12:474-475 161.

.. 1. ~ ; ~ , Z , -. " '.. r - - , - , *.~ - , '. .7 ~ - - ., - -,- : ~. ~. ~ ~ ~ -. , :: - - :, -, ?
~ 1 1 . , - r - - - - -.-
: 1. _- .a :, . I - k~~ 17 ~ ~'. .

24OLSKI, S.
The protection of ecotypes of forest trees. p. 25.
CRRONq4Y PPZYiODE OJCZYSTA. (Panstwowa Rada Ochrony Przyrod-y) Krakow, Poland.
Vol. 15, no. 5, Sept./Oct. 1959.
Monthly List of East European Accession (EEAI) LC, Vol. 9, no. 1, Jan. 1960.
Uncl.

P/008/62/000/001/002/005
D269/D303
AUTHOR: Smolski, Zbigniewg Master of Engineering
TITLE: A strobophotographic method of determining -the cali-
brated velocities of flow of fluids
PERIODICAL: Technika lotnicza, no. 1, 1962, 21
TEXT: Polish patent no. 40055, Class 42 o, 19, July 10, 1957; an
extension to patent no. 55903 by the same inventor. Into a stream
of fluid a solid, spherical and luminous body is introduced, its
weight being low, so that it may acquire the velocity of the stream
in a short time and distance. The indicating body is illuminated
with a flashing light of known frequency and photographed on a sin-
gle plate to allow an estimation of the velocity. In another ver-
sion of tfte patent, the indicating body is allowed to fall freely
in a stationary fluid. When the forces of gravity and resistance
become equal the limiting velocity of the body is estimated as be-
fore. Knowing this limiting velocity the body can be introduced in-
-to a stream of fluid moving vertically upwards and the flow regu-
Card 1/2

-EL I D IN,
L :r B.F., kand.
V77 r*e-enzenl-
kand. tekhn.
FT
teklan. Zen--.
T_
boiler s-f-,alms!
!-oiel nil"

AYZENVARG, Yefim. Vladimiroviah, GAYDENKOV, Vladimir Matvayevich;
SMQL~,SKIY,-A-S-, red.; LOBANOV, Ye.M., red.izd-va;
RIDNAYA, I.V., tekhn. red, -
(Manual for the driver of loader trucks and electric trucks]
Posobie voditeliu av-topogruzchikov i elektrotelezhek. Mo-
skva, Izd-vo "Rechnol transport," 1963. 151 p. (MIRA 16:6)
(Induste&al power trucks)
(Loft'ding and unloading)

SIAOLIS.KIY-,-JB.-, mayor
Control of service units in the attack, Tyl
21 no*3:42-45 W 161*
(Attack
and defense (Alitary science))
snab.Sov.Voor.Si.1
(MM 14:6)

LYUBOSHITS, I.L.; MURASHKO, M.G.; SMOLISKIY, B.I.; SHULIMAN, Z.P.
Illia Isaakovich Paleev; on his 60th birthday. Inzh.-fiz. zhur.
4 no. 5;125-U6 My 161. (MIRA 14:5)
(Paleavp Illia Isaakovich, 1901-)

yj y
r in sublimatiOn dryinc
icis Dsychronete
Ing
~,v,Jnst,
ite
Sbo r. suc.-~I. ravi . - (,H:,r g
(IDTYing nr-Daratus i rometry

~S !.-.u L, 6 *K I Y , 13 11 1 .
I
.t:xterna' ';-eat nnd mass exchange of zhe medium and bakiW, yeast
In T,~-~, -rocesi of drying --n driers of the "SPD" Pystem, Sbor.
n0.55-122-135 '56, (1,!,LPA 10:7)
(Yeast-Drying-)

S14)LISKIY, B.M.
- - --- -mm"Weemm
Heat and mass transfer of variously shaped bodies in a forces gas
flow. Inzh.-fiz.zbur. no.5:104-113 MY '58- (MIELA 12:1)
1. Institut anorgetiki AN BSSR, g. Minsk.
(11nat-Transmission) (Mass transfer)

8HOLIAlY, B.M., dotsent, doktor tekhn-nauk; FAYNGOVD, L.A., KUSOV, R.M.
Using electric hygrometers in systems for the automatic control
of moisture in gas. Sbor. ziauch. trud. Bel. politekh. Inst.
no.74:48-54 159. (MIRA 13:8)
(Moisture--Measurement) (Automatic control)

SMOLISKIY, B.M., doktor tokhn-nailk
Brief news. Inzh.-fiz.zhur. no-7:139-140 Jl '60. (MIRA 13:7)
(Heat--Transmission) (Mass transfer)

SMOL'SKIY, B. M.
"On Peculiarities of Heat and MAss Transfer in Vacuum at
Sublimation Process."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, June 1961.

S/17 61/00.1/0021/016/0- 18
BO 1 QIYB060
AUTHORS: Zabrodskiy, S. S., Smollskiy, B. M., Shuliman, Z. P.
TITLE: Lev Gerasimovich Loytsyantskiy~ On His 60th Birthday and
His zjOth Year of Scientific and Pedagogical Activity
PERIODICAL: Inzhenerno.-fizicheskiy zhurnal, 1961, Vol~ 4, No. 2,
pp. 116-118
TEXT: Professor L. G. Loytsyantskiy, Doctor of Physical and Mathematical
Sciences, Stalin Prize winner, is an authority in the field of the
boundary layer theory. Since 1922 he has been working at the Institut 1m.
M. I. Kalinina (Institute imeni M. I. Kalinin) and was appointed
professor in 1928. The Kafedra aerogidrodinamiki (Department of Aero--
hydrodynamics) created by him in 1934 has a very successful activity on
record and under his guidance has developed novel methods of calculating
the boundary layer of compressible and incompressible liquids. Some
speoial fields of aerohydrodynamics with which L. G. LoytsyantGkiy has
been concerned are enumerated and his merits are pointed out. Special
Card 1/3

Lev Gerasimovich Loytsyantskiy. On His 60th S/1170/61/004/002/016/018
Bir-thday and His 40th Year of Scientific B019/Bo6o
and Pedagogical Activity
mention is made of his contribution to the construction cf the Dneprcvea
(Dnepr Hydroelectric Power Plant), Volzhskiy kaskad (Volga Cascade), ard
Bratskaya gidrostantsiya (Bratsk Hydroelectric Power Fiant). Fus best
known pupils are G. N. Kruzhilin,, Cerresponding Membez, of the AS U33Rc
Prof-~sscr E. L. Blckh, I. L. Povkh, and others. In cooperation with A. 1.
Lur;ye he has published a textbook on theoretical mechanicg and a number
of monographs. In the years of World War II he developed partly alons and
partly in cooperation with Academicians N. Ye. Koohin and A. A~
Dorodnitsyn at the Tsentrallnyy aerogidrodinamichesk-.y institut im. N. Y6.
Zhukc,,-skogo (Central Institute of Aerchydrodynamics Imeni N. Ye.
Zhukc,u*skiy) several technical calculation methods of the boundary
cf variously shaped bodies. The impcrtance of several publications on the
mechanics of viscous liquids and gases, on the boundary layer theory,. rl-a
the jet theory, etc-, is pointed out, and next. hhe idza put for"h by h-im
in 1933 regarding the "internal simiiarjAyll of the turbulent transport
mechanism is discussed. This idea made it possible to take a,~ccunt of the
effect cf viscosity upon the friction and the heal', exohang-~ in arbitrary
Card 2/3

-.SMOLISKIY X-B-.M~. --
Concerning a monograph on high-efficiency utilization of fuel.
Inzh.-fiz.zhur. 5 no.3:134-136 mr t62. (MIRA 15.3)
(Fuel-Research)

SMDLISKIY, B.M.; ELIMRIN, I.T.
Special issue of the international journal "Heat and Mass Transfer"
in comm moration of the 70th birthday of Ernst Heinrich Schmidt.
Inzh.-fiz.zhur. 5 no.9:127-131 S 162. OUFA 15:8)
(Schmidt., Ernst Heinrich., 1892-) (Heat--Transmission)
(YAss transfer)

LYKOV, A.V., akademik, red.; SMOLISKIY B M prof., red.; KUTATELADZE,
S.S., prof., red.; PJ~YEV, I.I., prof., red.; ELIPERIN, I.T.,
kand. tekhn. nauk, red.; TIMOFFEYEV, L., red. izd-va; VOLOKHANOVICH,I.,
tekhn. red.
[Heat and mass transfer)Teplo- i massoperenos; doklady. Pod ob-
shchei red. A.V.Lykova i B.M.Smollskogo. Minsk, Izd-vo Akad.
nauk BSSR. Vol.2.[Heat and mass transfer during phase transitions
and chemical transformations]Teplo- i massoperenos pri fazovykh i
khimicheskikh prevrashcheniiakh. 1962. 377 p. (MIRA 16:3)
1. Vsesoyuznoye soveshchaniye po teplo- i massoobmenu. lst.
Minsk, 1961. 2. Akademiya nauk Belorusskoy SSR (for Lykov).
(Heat--Transmission) (Mass transfer)
(Phase rule and equilibrium)

AUTHORS:
TITLE:
11.~- Vi
0
S/170/62/005/011/002/008
B104/BI02
,imollskiy, B. 74., Novikov, P. A.
:4echanism of beat and mass transfer with sublimation of
substances in a rarefied medium
P-~~'RIODICAL: inzhenerno- fiZ4 cheskiy zhurnal, v. 5, no. 11, 196z, 41 - 47
T
L-".,~T: in a previous paper A. Novikov, IFZh, no. 10, 1961) a study was
made of heat and mase transfer in the sublimation of naphthalene under
sta t4C conditions(O.07 mm hg up to atmospheric pressure) and with either
-free or forced convection. The data resulting from these studies are ana-
lyzed in detail. Four dif-ferent transfer.mechanisms are distinguished as
.unctions of pressure- (1) in the range of atmospheric pressure doArn to
40 mri Hg the sublimation intensity is weak, the substance is transferred
by molecular diffusion and convection. The experimental results for free
0.33 0.36
convection can be viell described by NU - 0-373 Gr and Nul 2.5 Gr
for the case of forced convection Nu - 2-7-10- 3 0-17-
ReGu and
E'a'r'd-1/'5 56-10-1 ReGUO-57 + 1-4-10-1Gu-0*73. (2) Between 40 and 0.1 mm Hg

S/170/0'2/005/011/002/008
Mechanism of heat and mass ... B104/B102
the sublimation intensity rapidly increases as pressure decreases. At
0.5 - 1 mm H- it attains a maximum. Heat and mass transfer-are character-
ized by a special t.,,,pe of mass exchange, the hydrodynamics of which
depends an the pressure and the rate at which the state of aggregation of
the substance changes. Wfith free convection He* - AGur1(P1p/p)mexp(-k4p/p),
with forced convection Re* - BGu,(-!'WP)(w/Va) cexp(-d6p/p). (3) In the
pressure range between 0.1 and 0.07 mm H9 the transfer i's characterized by-
molecular-viscous conditions where the discrete structure of the substance
becomes manifest. In a layer on the solid substance whose thickness
corresponds to the mean free path, the mass is exclusively tranferred by
molecular processes. "Vith Knudsen numbers of Xn> 0.04 the gas velocity
has no effect on the intensity of heat and mass tranfer. For free convec-
5-96-10-4 -5.23 2.76 2 1.66 1.02.
tion Nu - 0 Gu Kn and Nul - 3.61-10- Gu_ Kn
The fourth variety of heat and mass tranfer is a process of free molecules
in which the motion of the molecules toward a solid substance is not dis-
turbed by collisions with molecules emitted from the surface of the solid.
There are 2 figiiz-s.
Card 213

LIKOVi, A.V., akademik, red.; �Mg_L!,OjKjY,_3~M., doktor tekhn. nauk,
prof., red.; GINZBURG, I.P., doktor fiz.-matem. nauk, prof.,
red.; ZABRODSKIY, S.S., doktor tekhn. nauk, red.; KONAKOV,
P.K., doktor tekhn. nauk, prof., red.;,KC)STERIN, S.I.,doktor
tekhn. nauk, prof., red.; SHULIMAN, Z.P., inzh., otv. za.
vypusk; KORIKOVSKIY, I.K., red.; URIONOV,.G.Ye., tekhn. red.
(Heat and mass transfer] Teplo- i massoperenos. Moskva, Gos-
energoizdat. Vol.3.[General problems of heat transfer] Obshchie
voprosy teploobmena. 1963. 686 p. (MIRA 16:6)
1. Akademiya nauk Belorusskoy SSR (for Lykov).
(Heat--Transmission) (Mass transfer)

LYKOV,- A.V.J. nkademik., red.; 514OLt4~y, B.M.., doktor tekhn. nauk,
prof., red.; KORIKOVSKIY, I.K., red.; LARIONOV, G.Ye.,
tekhn. red.
(Heat and mass transfer] Teplo- i massoperews; [doklady]
Pod obshchei red. A.V.Lykova i B.M.Smollskogo. Moskva, GoB-
energoizdat. Vol.4. [Heat and mass transfer in drying
processes] Teplo- i massoperenos v protsessakh sushki. 1963.
271 p. (MIRA 16:7)
1. Vsesoyuznoye soveshchaniye po teplo- i massoobmenu. lst.
Moscow. 2. AN Belorusakoy SSR (for Lykoll.
(Mass transf4~) (Heat--Transmission) (Drying)
-1-4

LYKOV A. V. . akademik, red. ; prof. , red. ;
SHASHKOV, A.G., kan~'. tekhn. nauk,, red.; PLYAT, SH.N.,
kand. tekhn. nauk, red.; POISRANTSEV, A.A., prof., red.;
ROMANTENKO, P.N., prof., red.; PERELI'MAN, T.L., kand. fiz.-
mat. nauk, red.; YARCSHEVICH, 0.1., kand. tekhn. nauk, red.;
BELIZATSKAYA, L., red. izd.-va; TDCFEYEV, L., red.izd-va;
SIDERKO, N.Y tekhn. red.; VOLOKHANOVICH, I., tekhn. red.
(Heat and mass transfer] Teplo i massoperenos. Minsk, Izd-
vo AN BSSR. Vol.l.[Thermophysical oharacteriatics of materials
and methods for their determination] Teplofizicheskie khaiakte-
ristiki materialov i metody opredelentia. Pad obshchei red. A.V.
Lykova I B.M.Smollskogo. 1962. 216 p. Vol-5. (Methods for
calculating and modeling heat-and masa-transfer processes] Mato-
dy rascheta i modelirovaniia protsessov teplo- i massoobmena.
1963. 471 p. (MIRA 16:10)
1. Vsesoyuznoye soveshchaniye po teplo- i massoobmenu. lst,
Minsk, 1961. Akademiya nauk Bel.SSR (for Lykov).
(Materials--Thermodynamic properties)
(Heat--Transmission) (Mass transfer)

S).,r
,C)LISYIY, B.M.
Heat treatment of materials using coamercial-frequency current.
Inzh.-fiz. zhur. 6 no.8:120-124 Ag 163. (MIRA 16:10)
1. Institut teplo- i massoobmena Ali BSSR, Minsk.

OAW-JZQ.~ mmu lloiseyevna; SNOLISKIY, B.M., prof., red.
(G-em-~:x.-Russian dictionary on heat and -ss transfer]
Nemetskc-r-usskii slovarl po teplo- i massoobmenu. I-Linsk,
In-t teplo-i massoobmena AN BSSR, 1964. 182 p.
(MIRA 18:7)

SI,',OE!SKIY.7 Ili. 114. ; S7;~T!L'L',L-'d,, -7. .13.
"Results; of an exreriir,~ental investi~~ation of 'reat and . ss tran-cfer
liquid evaporation into a bourdary lalyer."
Recort sulomitted for 2nd All-Union Co~Lf on Heat &. Transfer, Minsk, 4-12 May
Institute of Heat ',- Mass Transfer, AS BSSR.

LYKOV A.,,,,. n,(:.; B.t-!
.1 .1 A - . .. I , . - - . I I-eti .
[Heat, and mass transfer in bcdie3j' '-e~-LO-
i massoobiren v kapilliafnoporistykh telarkh. Elinsk, Nauka
i -Lekhnika, 1965. 152 p. (VII-A 19:10)
1. AN Belorusskoy SSR (for Lykov).

EWT(1)/E1.'1P
_22 (Lh)/EV1P(1n1/E19(m)/FTC/F:R
FCS (Q/ 00 85
ACC NRs AT5027195 EWP(b)AWA(_1) UR/0000/65/000/0' '/o*/66__
JD/11Ai/GS
Y 14
AUTHOR: Smol'skijv,~B. K.; Shul'man, Z. P.; FAdorovL B_ I
ORG? Institute of He'at and Mass Transfer AN BSSR, Minsk (Institut
teplo- I massoobmena AN BSWT
TITLE: Heat and mass transfer in a boundary layer on a orous -wall
SOURCE: AN BSSR. Institut teplo- i massoobmena. Teplo- i mqssoobmen
tel s okruzhayushchey gazovoy sredoy (Heat and mass exchange of
bodies with the surrounding gaseous medium). Minsk, Nauka i Tekhnika,
1965, 70-85
I 1-1~_ 21)
I zi 72 /1 Vy S_
TOPIC TAGS: boundary layer theory, heat transfer, mass transfer
turbulent boundary layer, vaporizatlan-,--dur?a-ce~pfope-rty
ABSTRACT: The article considers the thermodynamic and hydromechanical
characteristics of the process.of evaporation of a drop-form liquid
from a porous wall. The experimental sample (illustrated in a
figure) was a glass with a diameter of 0.054 meters and a length of
0.25 meters, equipped with an ice calorimeter insulated from the
rest of the internal space. The experiments were carried out in an
aerodynamic tube with a sealed working section. The velocity of the

ACC NR: AT5027195
air flow could be varied smoothly from 2 to 18 meters/sea, and the
temperature of the flow was measured from 15 to 15000. The experiMS12-
tal conditions were the following: flow temperature--70, 100, 13000;
moisture content of the medium and 4p---4.1 and 0.5%, respectively;
flow velocity--6, 10, 12, and 15 meteis/sec. The range of Reynolds
numbers, consequently, was (2-7) x 10 . The generalized relationship
found for the whole range of experimental parameters for the front
end of the surface of the cylinder had the form:
:'Nu,,'= 1,48 (e -2.467 (2)'
The coefficients and the power exponents in the above formula were
found by the method of least squares. The article proceeds to con-
sider the question of developed turbulent flow in tie boundarklayer.
The experiments on heat and~-mass transfer were carried out on the
evaporation of water in a turbulent boundary layer from a flat cer-
amic fireclay plate, in a flow of heated air with a gradient. The
velocity of the'air flow in the working column of the aerodynamic
tube was varied from 2 to 50 meters/see. The experimental body was a
single porous plate, mounted in a box divided into 8 subchambers by
partitionsi Measurements were made of the velocity and the tempera-
ture of the fi6 "'the degree of its turbulence under each set 'of
2/3

L 8927-60"
ACC NRI AT5027195
temperature and velocity conditions, and the temperatures of the
surface of the plate (at 16 points), the side walls of the box, the
water in each chamber, and the walls of the working column.- In this
case, the following relationship was established:
Nu,=0,036Re0-8(1-b,)2, gu-.=0,03ke*-(1~-b,)'-,*'.,(5)!
Orig. art. has: 6 formulas and 10-figures.
SUB CODE: ME, G09 TD/ SUBM DATE: 02Jul65/ ORIG REP: 014
OTH REF': 005

t 12U6-66 EWT(I)/EWP(e)/EWP(m)/ETC(F)APF(n)-2/F.WG(m)/FTC(m)/EiIA(l)
AT600176%W/GS/R,4 SOURCE CODE: UR/OOOO/65/OOO/OOO/O1O5;/Oll1
AUTHOR: Novikov, P. Ae; Smol'skiys Be Me
ORG: None 6-5
TITLE: The meebanism of beat and mass transfer witb vibration of a
subliming body under conditions of free convection in a rarefied gaseous
medium
SOURCE: AN BSSR. Insti.u tepIg- I masoobmene. Voprosy nestatsion-
arnogo perenosa tepla i massy (Problems of nonstationary beat end mass
transfer)e Minsk, Nauka i tekbnikes 19651, 105-111
TOPIC TAGS., hea.t transfer, mass transfer, convective beat transfer;
vibration effect
ABSTRACT: The experiments described in t'le article were carried out
under steady sta.te conditions witb free convection, The total pressure
of the surrounding medium was varied witbLn wide limits ~,F
,Pm 7-45 t 0
L
0.1 mm Hge A figure sbows tbedgnd nee of the beat trans?'~; rate on
the vibration rate of the subl dy for different pressures of the
surrounding medium, The figure reFiesents a 1 t of the Fusselt numbers
(Nu) against the vibrational Reynolds nuinber TRo,). At total pressures
V
-Card 143

L 123.16-66
ACIC NR- AT6001768
of the surrounding medium from atmospheric to 5;0 mm Hgo the sections of
the Nu f(Rev) curves for values of Re. abcve the critical value lie par-
v
allel to each other. This means that., in this pressure.interval at
small sublimation rates, mass transfer does not exert any.considerable
effect on transfer of matter in the boundary layer* With a decrease In..
the total pressure below 50 mm Hg, the angle of the slope of the curves
to the abscissa decreases, approaching zero at a pressure of 0,1 =0 Hgq~
At this pressure of the surrounding mediuu,,.,, the beat transfer rate no
longer depends on the rate of vibration of the body# At values of the
vibrational Reynolds number below the critical, the Nusselt number prac-
tically does not depend on the Reynolds numbere With an increase in the
vibrational Reynolds number above the critical value, the beat transfer
rate increases sharply* With a decrease in the average rate of vibra-
tion of the body below the critical value, the beat transfer rate
approaches that for conditions of free convections The results also
Indicate that the rate 'of beat end mass transfer processes accompanied
by vibration depends also on the direction of the vibrations with res-
pect to the direction of movement of the gas. If the vibrating surface
is perpendicular to the direction of movement of the gas, the boundary
layer may be destroyed, which leads to an Increase in beat and mass
transfer rates, If the direction of the vibration coincides witb the
direction of the movement of the gas flow, the boundary layer may not be,--
Card 2/3

ACC NR- AT6001768
destroyed but merely reduced.in thickness; in this case such a strong
increase in the heat and mass transfer rates will not followv Orig.
art- has: 3 figures.
SUB CODE: 20/ SUBM DATE: 02Sep65/ ORIG REF: 000/ OTH REP: 001
ard

L 8837-66
EVIT dVEWT(fl/EVjPCej/EW
ACC NRI AT5027197 UR/0000/65/
W1, -3- y 11
AUTHOR: Novikoy, P. A.; Smol'skiy, B. K. (Professor)
Mle .....
ORG: Institute of Hea,V~7d Mass Transfer, AN BSSR,
teplo- i massoobmena AN BSSTU
b00/0118/0122
sk (Institut
TITLE: Investigation of the distribution of the temperature field
between parallel walls duriftg sublimation under vacuum conditions
SOURCE: AN BSSR. Institut teplo- i massoobmena. Teplo- i massoobmen
tel s okruzhayushchey gazovoy sredoy (Heat and mass exchange of .
bodies with the surrounding gaseous medium). Minsk, Nauka I Tekhnika,
1965, 118-122
TOPIC TAGS: heat transfer, temperature distribution,'sublimation
ABSTRACT: The temperature field was investigated for three cases of
heat and mass transfer: 1) horizontal arrangement of plates (upper
position of the heating plate); 2) horizontal arrangement of the
plates (lower position of the heating plate); and 3) vertical
arrangement of the plates. A figure, based on experimental data,
shows the distribution of the temperature between parallel plates for
11pure" heat transfer, at total pressures of the surrounding medium
Card l/ 5

L 8837-66
ACC NR: AT5027197
from 30.6 to 533 newtons/m2. The distance from the heating surface,
y, was 0.02 meters between plates. When the surface temperature of
the heating plate was 3200K, the thickness of the thermal boundary
layer was 0.015 meters. With an increase in the temperature of the
heating surface to 3370K. sigmat increased to approximately 0.017
meters. With a further increase in temperature UP to 360 and 3730K,
the thickness of the thermal boundary layer bridges over the distance
between the plates, and exceeds a value of 0.02 meters. Thus, in the
Given pressure interval, the thickness of the thermal boundary layer
Is a function only of the temperature Qt the heating surface. Another
figure, also based on experimental data, shows the temperature dis-
tribution between parallel plates when a phase transformation (sub-
limation) Is taking place on the surface of one of the plates. The
subliming material was ice (H20). The total pressure of the sur-
rounding medium was 30.6 newtons/M2. The subliming plate was at a
distance of 0.02 meters from the heating plate. The temperature of
the heating surface was varied from 315 to 3630K. Analysis.of the
curves shows that with sublimation of a substance under vacuum con-
ditions, the curves for the temperature change between the objects
being investigated obeys a more complicated relationship than in the
case of "pure' heat transfer. Orig. art. has: 3 figures.
2/3

t 8837-66
ACC NRt AT5027197
SUB OODE: ME, GO, TD/
OTH REF: 000
6D (S,-2

L 8-836--66 Erir(i)/Evip(m)/E?tr(m)/ETC/~,-PF(il)-2/E-V!6--A
(m)jE!VA(d)/T 7CW/EV,1A(
ACC NRt AT5027199 vAI/Dj. UR/0000/65/000/000/0-13t)(0137
- . q u, ~5 t~-- Y V 1 .5- 'i- 96
AUTHOR: Smol'skiy. B.I.T. (PrOfer-sor); El'"perin, I. T.
. ............
I ~ - -
ORG: Heat and Mass Transfer Institute,AN BSSR, Minsk (Institut teplo- I
massoobmena IM MR)
~1~roperty of a surface on the transfer
TITLE: Effect of the lubricat~n
process in systems consisting of a drop-form liquid and a solid body
SOURCE: AN BSSR. Institut teplo- I massoobmena. I mausoobmen tel s
okruzhayushchey gazovoy sredoy (Heat and mass exchange of bodies with
the surrounding gaseous medium). Minsk, Nauka I Tekhnika, 1965, 130~-137
TOPIC TAGS: surface active agent, heat transfer. Reynolds number.
FOICT'aivj FLUID FI-DW, 117YPA99VA1.4mics, LwAri(*r1oV - /' Y-S
ABSTRLCT:"5yA determination was made of the hydrodnamic friction resis-
tance In the flow of a fluid In tubes. The surface of the tuS-es was
carefully cleaned to avoid the presence of adsorbed films of foreign ma-
terial. On the basis of experimental data obtalned on the flow time of
the fluid, determinations were made of the friction coefficients of tube
imade of various materials. The walls of the tubes were rubbed previous-
;ly with distilled water and with various surface active age s.1 The
effect of the surface active agents appears gradually and teaches a max-
imum after a period of from I to 10 minutes, after which it remains con-
l
Card 112