SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722520012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/179/60/000,tOV018/027
8191/E181
Formulation and Method of Solution of the Contact Pressure Problem
between Elastic Bodies Bounded by Developpable Surfaces
are transformed into non-.dimensional form. To obtain a unique
solution for the equations, it is necessary to add equations whic;h
oxpress the minimum properties of contact pressure stress
distributions, The equations are further transformed for use by
computer techniques. The integral equations are replaced by
algebraio equations with a weak non-linearity and the minimum value
equations are also repla--ed by a system of non--linear algebraic
equations. It follows that several real bTanc:hes of the solution
axist~ A procedure for solving by an iteration process I.s
suggested, in which the desired branc-.h is selected by scanning.
There are 15 Soviet. references,
SUEMITTED-, April 13, 1960
Card "?/2.

XIjtiCUvSKIY. JI.A. [Killehavelkyi, M.0-1
--- - --
aDirectn methods for solving Hertz' contact problem. Dop&A11 URSR
no.8:1031-1034 160* (MIRA 13:9)
1. Kiyevskiy politekhnicheskiy instit"t. Predstivle,,,io akademikom
All USSR G.N. Savinym.
Masticity)

KILICHMKIY, N.As 11,
k , .
Dynamic contact compression and collision of elastic bodies. Dop.
AN UOR no.11:1476-1479 160. (MIRA 13:11)
1. Kiyevskiy politekhnichookiy Institut. Fredstavleno akademikom AN
USSR G.N.Savinym.
(Blasticity)

MUSIUARI, Kh.14.,, red.; ALUNYAB, N.A., red.; BOWTI14, V.V., red.;
VOLIMIR, A.S., red.; GA11IM, , N.S., red.; GOLIDEMYZEilt,
A.L.) red.; IS-MAYEVA, F.S., red.;.
red.; MMUSHIN, Y.S., red.; LURIYE, A.I., red.; SAVIE,
G.N., red.; SACHENKOV, A.V., red.; SVIRSKIY, I.V., red.;
SURK111, R.G., red.; FILIPPOV, A.P., red.; ALEKSAGIII, V.I.,
red.; MOM, Yu.P., tekhn. red.
(Proceedings of the Conference on the Theory of Plates and
Shells] Trudy Konferentsii po teorii plastin i obolochek, Ka-
..sw4 1960. Kazan', Akad. mik SSSR, kaz,"nkii filial, 11,160.
:J.
p. (MBLA 15:7)
1. Konferentaiya po teorii plastin i obolochek, Razani, 1960.
2. Floskovskiy energeticheskiy institut (for Bolotin). 3. Ka--
zanskiy khimiko-,.tekhnologicheskiy institut (for Ganiyev).
4. Institut mekhaniki Ah-ademii nauk USSR (for Kil;chevskiy).
5. hazanskiy gosudarstvonW univorsitot (for Snchonkov).
6. Kazanskiy filial Akademii nauk- S.13SR (for Svirskiy).
(Elastic plates and shells)

1, 1 il M :V)
V-1brCtiOll '.- OL:-- - :. Of sci-,, '.
:1 -1 .~ .I 'l. . 1~ -..)
'i lc. !:- . (; T _:; I ,
1. in - .-i.t '~' .-" *,--.;-,.
%-;-'as-Z.c

KILICHEEVSKIY, N.A. [Killchevs1kyi, M.0.1 (Kiyev); KONSTANTINOV, A. Kh.
,- -- A. Kh. ] (Kiyev); PROTSEITKO, O.P. (Kiyev)
Theory of longitudinal vibrations of 6 system of naterial points
connected with springs. Prykl.mekh. 7 no.3:233-238 161.
(MIRA 14:6)
1. Institut mekhaniki AN USSR.
("Vibration)

KILICHEVSKIY,_N,,k,[Killahevalk7i,, M.0.1 Wyev)j KOMISSAROVAJI G.L.
[6~isarora H.L.] (Kiyev); TKACHUK, G.I. [Tkachuk H.I.]
7 P p
Longtidinal vibrations of systems consisting of similar elements.
Prykl.mekh. 7 no.6*.609-615 161. (MIRA 14:1.1)
1. Institut mokhanDd AN USSR,
(Elastic solids.-Rbration)

HILICHEVSKIY, N.A. [Killchevskiy, M.O.]; PUTrATA, T.V.,- FRADLIN, B.N.
I3-lia Wovlevych Shtaerman (on the occasion of his 70th birthday).
Pryki.mekh. 7 no.6-681-682 161. (MIRA 14:11)
(Shtaerman., Illia Iaka7levich, 1891-)

~, A ez- v 5 k 11/ , k - A
BO~OVSKITI P.IVI. PqASE I BOOK EXPL401TATION SOV16 206
Konferentslya po teor1l plaetin i obolo~hek. Kazan-, 196o.
Trudy Konferentsli po teorii plastin i'oboloch6k; 24-29 oktyabrya
1960. (Transactions of.the Conference.on the Theory oftPlates
and Shells Held in Kazan', 24 to 29 October-196o Kazan
[Izd-vo Kazanskogo goeudarstvannogo universitetai-1961. ~~6'p.~
1000 coplen printed.
Sponsoring Agency: Akademiy& nauk SSSR. Kazanskiy-filial. Kazanskly
gosudarstvennyy universitet!im. V. I. Ullyanova-Lenlna.
Editorlal Board: Kh.'M. Mushtarl, Editor; F. S. 16anbayeva, Secretary;
N. A. Alumyao, V. V. Bolotin, A. S. Vollmik-, N.tS..Ganiyev,
A. L. Golldenveyzer, N. A,. Killchavokiy, M. S. Kornishin-P
A. 1. Lurtye, G. N. Savin, A. V. Sachenkov,* 7 V, SvIrskly,
R. 0. Surkiii, and A. P. Filippov. Ed.% V. I: Aleksagi~m,
Tech. Ed.'3- Yu. P. Semanov.
PURPOSE: The collection of artl6les is in'tended'for idientista'and
engineers who are Interested in the analysis of strength and
stability of shells.
Card 1/14

Transa.~.Ions of the Conference (Qont.) SOV/6206
COVLRAGE: The book In a collection of articles delivered at the
Conference on Plates and Shells hold In Kazan' from 24 to 29
October 1960. The articles deal with the mathcratical theory,
of plates and shells and Ito application to trio solution, in
both linear and nonlinear formulations, of
- problqms of bending,
static and dynamic stability, and vibration of rogular'.a.-id,
sandwich platas mid shellb bf VArioup shapos under varloul
loadings In-tho elastic and plastic regions. An:ijys1v-iU made
of the behavior of plates and shells in fluidsj and the offoc~
of creep of the material *is ccmaidereo. A: humboi, of papers
discuss problems asBociated.with the development of effective
mathematical-Tnothods for solving problems in the theory or-eholli.
Some of the reports propose algorithias for-the solution of.problems
withthe aid of'electronie computers. 'A total of.ono hundred,
reports and notes were presented and discussed during the con-
ference. The reports are arranged alphabetically (Russian ) by
the author's name.
Card 2/14

Transactions of the Conference (Cont.) SOV/t2O6
Grigoron1to, Ya. M. On the NontsymmetrIcal State of
Strous of a Conical "'hell of Linearly Variable
Thielmoos 142
Dlugach, M. 1. UniquenoEa Conditions of Displaoomonts
in Multiply Connected Regions and Shells With

,Oponings 149
lllgahoV, M. A., and Kh. M. Mushtari. Some Problems
of Static and Dynamic Stbility of Sandwich Plates 155
Kan, S. N. Thermal Strc3coa in a Circular Conical Shell 164
As APPr.Dximc,6t* Methods for Invest1gat-
N.
Ki1
cbaY;k1
,
--
-
Fqui ibrium and Vibrat"on of Shellsas "Dlsdrot*
i
tr
!g
Continual" Systems ITO
Kovalanko, A., D. Solu'vion in Speclal Functions or
Unsy=motrical-Daformation Problems of Shallow
S~h*rioal and Conical Sh3lla ITT
Card 7/14

SAVIN, G.P., otv.red.; ADADUROV, R.A., red.; ALUNYAE , II.A., red.;
AlaARTSUffAIII S.A., red.; AI'IHO, I.Yu., red.; BIALTB, V.V., red.;
VOLIMBtl A.S., rel.; QOLIDFTVh7ZI;F, A.L., red.; MIGOMUK, E.I.,
red.; KM, S.V., red.; KAYWISHIN, A.V., red.;
red.; KISELEV, V.A., red.; KOVAIENKO, A.D., red.-,- -IJt~11TAR-1, Kh.M.p
red.; VOVOZHILOV, V.V., red.; IJI-WSKIY$A.A., red.; FILIFPOV, A.P.,
red.; LISOVETS, A,,M.,, tekhn. i-od.
[Proceedings of the Second All-Union Conference on the Theory of
Plates and Shells]Trudy Vsesoiuznoi konferentsii po teorii plastin
obolochek.2d,Lvov, 1961.Kiev, Izd-vo Akad.nauk USSR, 1962. 561
(MIRA 15:12)
1. Vsesoyuznr%ya k,-.nferentsiya po toorii plastin i obolochek. 2,
Lvov, 1961.
(Elastic plates and shells)

KILICIgUSKIY,-K.A,[Killehevslkyip M.O.]; SELEZOVp I.T.; NIKULINSKAYAP S.N.
[Nikulinslka., S.M.]; PALIED, L.S.
Water hamer in an elastic pipeline. Dop. AV URSR no.2:165-168 62.
(MMA 15t2)
1. Institut mekhaniki AN USSR. 2. Chlen-korrospondent AN USSR
(for Xillchevskiy, N.A.). (Water hammer)

PHASE I BOOK EXPLOITATION SOV/6571
Kilichevskly, Nikolay Aleksandrovich
Ogn;Dvy analiticheskoy mekhaniki. obolochek (Fundamentals of
Analytical Mechanics of Shells) Part 1. Kiev, Izd-vo AN
USSR, 1963 P. Errata slip inserted. 10,000 cppieB printed.
Sponsoring Agency: Akademiya nauk Ukrainskoy SSR. Institut
mekhaniki.
Resp. Ed.: A. D. Kovalenkoj Academician, Academy of Sciences
of the USSR; Ed.: Yu, A, Lupan; Tech, Ed.: 0. A. Kodashevich.
PURPOSE: This book is intended for scientific workers, aspirants,
and students in schools of higher education working in elastic
shell theory. A univernity-level knowledge is presumed in
matnematical ana,.Lysis, theoretical mechanics, theory of
elasticity, and classical theory of shells.
Card 1/cV
Fundamentals of Analytical Mechanics (Cont.)
SOV/6571
COVERAGE: Analytical methods of setting up elastostatic and
elastodynamic systems of differential and Integral equations
of the theory of shells ere discussed without utilizing any
aux1liary assumptions concerning shell strains, including
th, Kirchhoff-Love hypothesis. Methods of solving systems
of integral equations by reduction to systems of ordinary
differential and algebraic equations are also presented.
The familiar hypotheses of the classical theory of shells
are not applied since the author proceeds from general
principles In the theory of elasticity and receives more
exact differential equations which are of higher order
than the equations of the classical theory of shells.
The tensor analysis methods are widely used because of
their utmost suitability for building up the analytical
mechanics of shells. TheBemethodo are used to prepare a
base for programming the numerical solution of shell-theory
problems on computers. The book is the first part of&n
investigation of sheU. theory; In the second part,
application of the theory to particular problems will be
Card 2/13

SAVIN, Guriy Nikolayevich) doktor fiz.-matem. nauk, akademik;
KILICHEVSKIY,,Nikolay Aleksandrovich, doktor fiz.-
z~stem.nauk; PUTYATA, Tatlyana Vasillyevna, kand. fiz.
matem.nauk; LAVRINENKO, P.P., kand. fiz.-mat. nauk,
retsenzent; BONDARMO, O.P., inzh., red.izd-va,-
STPLRODUB.. P.A.p tekhn. red.
[Theoretical mochar-ics] Tooreticheskaia mekhanika. Pod
obshchei red, G.N.Savina. Izd.2., dop. i perer. Kiev,
Gostekhizdat USSR, 1963. 610 p. WAIU 17:2)
1, Akademiya nauk Ukr,SSR (for Savin).

- --MTT 2 r - yj &qx;& NO'k. [XIl' chevis Ikyi, M. 0.] (Kiyev)j KILICHINSKAYA,
G. A. (Kill eignalk, . H.-0.1 (Kiyev); rMIZOVA, N. I. (Kiyev)
Anal,ytical tb3ory of shelln. Piyk:L. makh. 9 no.l'-3-10 163.
(MIRA 16-4)
1. Institut makhaniki AN UkrSSR i Kiybvekiy politekhnicheskiy
institut,
(Elastic p3ates and shells)

KILICHEVSK171 N. A. [Kill above lkyi, M1.16k] wy.v)
Gsomtry of the dynamloe of tonholonomic Byatems and ito
appiications. Prykl. mkh. 9'no.3t233-237 163.
(MIRA 16:4)
1. Institut makhaniki AN UkrSSR.
(Relativity(Physics))
(Field theory)

KILtCHEVSKIY N.A. [Xillehevslkyl, M.O.] (Kiyev); PETRENKO, M.P. (Kiyev);
(Babych, D.V.] (Kiyev)
Longitudinally radial vibrations of a system of cylindrical
shells with concentrated masses in Joints. Prykl. mekh. 9
no.6:677-683 163. (MIRA 16:12)
1. Inntitut mekhaniki AN Uki6SR.

K ILI "HE V A. (Mev)
"Continuum problems of analytic mechgnies"
re-cort Dresented at the 2nd All-Union Con6ress on 1heoretical.
and Appiied Mechanlest Moscowl 29 Jan - 5 Feb 6)j.

I
K I LO C H TM~W N A.; INCINISTA It' TIN OV A K 'S. ;RE X, I ZjCVA ON I. (Kiev)
"Solutions of dynamic boundary value problems of the tbecry
of shells ensuing from the integrodifferential. equations of motion".
rerort rresented at the 2nd All-Union Congress on Theoretical
and Applied Mechanicso Flosco-wo 20, Jan - 5 Fet, 64.

KILIGHEVSKIY, N.A, [X11'chevstkyi, M.O.); KON3TANTINOV, XKh. [Kcn:;t,n--
tynov, A.Kh.]
Forced vibrations of a thick conic panel in the noncl.Rs.3icn1
mulation . Dop. AN URSR no.2:194-197 164. (MIRA 17~5)
1. Institut makhaniki AN UkrSSR. 2. Chlon-korrespondmnt AN
(for Killchevskiy),

IZDEBSKAYA, G.A. [Izdebslka, H.A.1; KILICHEVSKIY, N.A. [Killchevslkyi, M.O.)
Convergence of the collocation method and optimal selection of the
collocation points as applied to the integrodifferential equations
of equilibri= in the theory of plates. Dop. AN URSR no-4:4694,72
164. (MIRA 1735)
1. Institut mekhaniki AN UkrSSR i Klyevskiy politeklinicheskiy in-
stitut. 2. Chlen-korrespondent AN UkrSSR (for Killchevskiy).
-21P

MIM
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COD
SOURCE Ui/0198/6510011011/0001/6006
AUTHOR: Kil'chevckiy, N. A. (Kiev); Mikulin'skaya, S. N. (Kiev)
~ORG: Institute of-Mechanics', AN SSSR (Institut atkhaniki AN SSSR)
TITLE: On the-axisymmetric mode of buedLling of a circular cylindrical shell
SOURCE: Prikladnaya mekhanika, v. 1, no. 11, 196, 1-6
TOPIC TAGS: cylindrical shell, shell buckling, axisymmetric buckling, axially com-
pressed cylindrical shAll
'ABSTRACT: A critical.analysis of the existing methods used in solving the problem
of axisymmetric buckling of circular cylindrical shells is presented. The classical
solution (by R. Lorenz, S. P. Timoshenko, and R. Southwell about 50 years ago) of the
problem of static buckling of a circular cylindrical shell under longitudinal com-
pression forces uniformly distributed along its face edges was analyzed by N. A.
Kil'chevskiy (PHH, vol, 6. 1942) who Introduced essential corrections to it. The
results of this analysLs are now repeated and an additional discussion on this subject
is given. It is proven that-the set of quasi-linear boundary conditions developed
in this analysis stipulates the lowest possible critical (buckling) Mf the sys-
tem of longitudinal compressive forces acting up7on the shell. The strong dependence
of the buckling forces on the boundary conditions is discussed in detail and the ef-
feet of nonlinearities associated with boundary conditions is pointed out. The weak
Carj 1/2

ACC NRt Ap6001240
,effect of boundary conditions on the buckling process which were observed during
experimental Investigations is mentioned, and hopps are expressed that the develop-
.ment of the dynamic theory,of stability will.lead to removal of such contradictions.
Orig. art. has: I figure# 22 formulas,and.l. table*. JVKJ
SUB CODE: 20/ SUBM DATE: MayO/ ORIG, REFI: -,"03/ OTH REF: 0011 ATD PPISS.A116
2/23~&

L 14433-& EWT(d)/EWT(M)/Eiq(w)/EWP(v)/EWP(k)/.EWA(h)/FTC(m)-6 lip(c) wIWlEt4
ACC NR: AP6002644 SOURCE CODE: UR/0021/65/000/011/1438/1443
AUTHOR: -Killchevalkyy. M. 0. Killchevskiy. N. A. (corresponding member AN UkrSSR);
Komisarova,, H;. L. K'omjss&rova,__0_;M-j- -MRM-dewfov V. So
ORG: Institute of Mechanics, AN UkrNR (Instybit mekhaniky AN URSR)
TITLE: Nonstationary motion of a viscous liquid in a thin elastic cylindrical tube
SOURCE: AN UkrRSR. Dopovidi, no. 110 1965. 1438-1443
TOPIC TAGS: hydrodynamics, viscous flow, unsteady flow
ABSTRACT: The authors investigated theoretically the! nonstationary motion of viscous
incompressible liquids through deformable cylindrical tubes with the law of motion pro-
Beribed at the end cross sections of the tube. Tubes wider consideration have large critical
Reynolds numbers and the wall thickness-to-diameter ratio of the tube is small. It is
,assumed that at each point under consi'deration thevelocity of the liquid is parallel to the
axis ef the tube. The solution is In the form of -an approximate expression through special
kinds of polynomials the coefficients of, which are found by means of the least square method.
Orig. art. has: 35 formulas.
SUB CODE: 20 / SUBM DATE: 1'2Feb65* ORIG REF: 001
,Card 1/1 t~ 1~. e

lot' AR6019264 E/6li4)V-"~,0/002/V022/VO22
(N)_
OKI: kiy, N. A.; Konstantinoi zova It.
X.i Solutions of dynamic boundary value problems oi shell theory leveloped from
%M-di ntial equations of motion
WX: -Ref; zh. Mekhan, Abs. 2V152
A't.~ ..I
SP.-SOURCE: 'Sb. Din'amika sistem tverdykh i zhidkikh tel. Kiyev, 1965, 3-20
'--rrOPM TAGS:- shell theory, boundary value problem, integral equation, partial dif
!tial equation
ANSLATION: An analysis is made of works dealing with various methods for deriving
d-using integral and integro-differential equations of shell dynamics. Three ways of
)Kving the equations are distinguished: the method of directly applying three-diren-
Mal boundary value problems of the theory of elasticity to two-dimensional problems
shell theory without introducing auxiliary Kirchhoff-Liav hypotheses; a method-bas-
on the application of the theorem on mutuality of work in the two-dimensional yari-
t in combination with the Kirchhoff-Liav hypotheses; and the method of equivalent
vers'on of the systems of equations of classical shell theory. Attent'
A. ion is concen-
ated mainly on solutions of concrete boundary value problems. An example is given of
* dynamics of a thick plate, rectangular in plan, supported at the corners on smooth
ALL NKt AKbUIV2b&f
absolutely rigid supports, under the effect of a concentrated force variable in time
applied at an arbitrary point and directed along the normal to the mean surface of the
plate. Also considered is the analogous problem for a thick conic panel. Numerical
methods are discussed for the solution of systems of integro-differential equations,
in particular, methods based on the introduction of focused nuclei and on the method
of collocation, allowing the application of high-speed calculating machines. 34ref-
CODE: 12
Ccwd

ACC N,~: A-16036453
is dez4ved
- I ~ -
ll C! C L !; C, 10 v r e s 41.:e m(~ oF i*LL;
acccunL. 1~ is ~;;iown that for anisotroplic plaLCS, ClICSC effects and t',,,us Z:nc impact
duration also (~c~ornl on thu ;i,~o ratio Of -:110 pliltC (the dural-lon increases with
ank! this depcn~ence is. in a liia~-,ram. Orig. art.
nz,13 :1 figure and 16 formulas.
SU-3 CODE: -20/ SUBM MICE: 2'.'Fcl)66/ ORIG REF: 007/ ATI) PRESS' 5105

KjL1CiC-1VSY1Y, Vj
Give mcre c.-msiderntion to sDeci.'ic couditione or- collective frime
in Introdx-ing and putting crop rr;tnt1om,3 Into ortictice. Zenledelib
(Whito Pusain-tot,"tion of* crops)

ACCESSION NR: AT 4010242 S/3052/63/000/003/0132/0141
AUTHOR: Killchinskaya, G. A. (Kiev)
TI'A"LE: The thermal resonance of plastic shells in a variable tomperature field
SOURCE: AN UkrSSR. Institut mekhaniki. Teplovy*ye napryazhenlya v elementakh
konstruktsiy; nauchnoye soveshchaniye. Doklady*, no. 3, 1063, 132-141
TOPIC TAGS; thermal resonance, plastic shell, plastiob shell thermal resonance, super-
sonic flow
ABSTRACT: The aim of the investigation was to -determine the influence of a variable
temperature field on the stability of flexible shells, showing how it changes the modulus of
elasticity and the temperature coefficient of expansion and defines the conditions for thermal
resonance under dynamic loads. The following limitations were included in the investiga-
tion: 1. The reverse thermoelastio -effect was not considered. 2. Temperature variation
was linear with depth and periodic with time. 3. Poisson's ratio was assumed constant for
all temperatures. 4. The linear coefficient of expansion and the modulus of elasticity were
linearly dependent on the temperature. The differential equations for flexible shells evolved
Card '1/2

ACCESSION NR: AT4010242
by means of the Kirchoff theory served as a basis for the calculations. Solution of these
equations showed the influence of'Lnertiu. Or1g. art. has: 30 formulas and 1 table.
ASSOCIATION: Institut mekhaaW AN UkrSSR (Mechanics Institute)
SUBAIrrTFD: 00 DATE ACQ: 17Jan64 ENCL: 00
SUB CODE: AP NO REF SOV.- 008 OTHER: 002
Cmd 2/2

KILICHEVSKIY N. A. (Kill eheva fk7i,,.M. 0. (Kiyev)j.J"!fBINSKAYA
G. AjKil'aIVns'ka, H. 0.] Kiyevl; REMIZOVA,
WWWOM-0
Analytical. theory of shelle. Prykl. r*kh. 9 no.11~3-10 163.
(MIlk 16~4)
1. Institut makhaniki AN UkrSSR i Kiyevskiy poLttelchnicheskiy
institut.
(Elastic plates and shells)

ACCESSION NR: AT4039434 0/2879/WOOO/00010521/0528
AUTHOR: Killchinaltaya, 0. A. (10ev)
TITLE: The dynamic instability of circular cylindrical shells under the influence of
longitudinal forces of compression with th6rmoparametric resonance
SOURCE: Voesoyuznaya konferentslya po teorli. obolochek I plastin. 4th, ~Yerovan, 1062,
Teoriya. obolochek t plastin (Theory of plates and fillus); trudy* konferentsli, 1964. 521-628
TOPIC TAGS: shell, cylindrical shell, shell stability, thermal expansion, dynamic
instability, compression, longitudinal compression, resonance, thermop"ametrid
reorance, linearexpansion, elasticity
ABSTRACT: The purpose of the present article was to shidy the stability of cylindrical
shells subjected to the joint action of periodic (in time) longitudinal compressive forcea
and temperature fields with the coeMcient of linear thermal expansion and tM elasticity
1/5
OW
N

ACCESSION NR: AT4039434
modulus dependent on the temperature. The following simplifying assumptions wore made:
1) the reverse thermo-elastic effect was not considered: 2) the elasticity modulus E and
the linear thermal expansion coefficient a< are assumed to be linear functions of the
temperature E 2= Ea - E,, r; * -'a ~jwo + ce r-, W
where T is the current temperature coordinatepe and E are the Isothermal values of the
corresponding magnitudes; 3) the dependence of & Polsson coefficient -1/on temperature
has been disregarded; 4) it has been assumed that the temperature varles linearly
throughout the thickness of the shell and periodically in time; t) the investigation is based
on the differential equations for the movement of fleidble shells using the Kirchhoff - Lyan.
hypothesis (A. S. Vollmir. Doklady* AN SSSR, 123, no. 5, 1958); G) the problem has
been considered in a linear formulation only. If a circidar, cylindrical shell of radius R
and length is compressed by loi)gitudinal forces P,.periodically changing in time
tP:.,P4 +P, (11
(2)
2/6
Card

ACCESSION -NR: AT4039434
then, on the basis of assumptions 1 through 6 above, the equations for the perturbed move-
ment of the shell are reduced to the following differential equation (with the coordinate
system chosen as follows: the z aids is directed along the normal to the midrurf"-e of the!.
shell, with the x and y.a*ek ~Uj~ectvd along the lines of its major curvatures; t Is the Ume
coordinate): 2W +
&W, I 2W mo,
R1 a,~r + P +.ph V V
'where w(x, y, t) is the buckling function; to the density of the material; h Is the thickness
of the shell; and E I E . and E are the elasticity moduli of, respectively, the first,
second and third omer~ as deUQnedby the followinx formulas
7 V
Ezdz; 60dr. (4)
Xz~ ..E.
The solution to the problem Iijootight k accordance *Itli the7 Gal irldn method In tho form of-
a series

where wmn are assigned functions which satisfy the homogeneous boundary conditions
which flow from the method of fastening the shell, while f are the functions to be
determined., From the results obtained in the article it iorwolws that a temperature field,
periodically changing in time, exerts ihe same effect on a shell as a parametric load - it
.may cause the appearance of regions of dynamic instability under given (specific) ratios
of the temperature field parameters and of the shell with constant Initial forces in the
midsurface. H the shell Is acted upon by a longitudinal parametric compressive load,
the effect of the periodically changing temperature field is to expand the regions of dynamic
instability. Severul particular cases illustrating thii position are analyzed. Tht examples
considered indicate the presence of qualitatively new dynamic processes, dependent on the-
inertia terms in the shell thermoelasticity equations aj~d on the temperature variation of
the elasticity modulus and linear thermal expansion coefficient. Taking into consideration'
the dependence of the elasticity modulus and the linear thermal oxpansion coefficient on i
temperatare, It becomes possible not only to make allowance In the dynamic equatjonB for:
the parametric effect of the temperature field, but also to extend the results 6btained to
cases of high heating temperatures (albeit not outside the limitsof a definite intarval
where linear differential equations can describe the processes taking place). Orig. art.
ACCItSSION NR: AT4039434

-Mkii!- ~Vl
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ACC As AR6019266 SOURCE CODE; UR/0124/66/000/002/VO29/VO29
Maim: Killcbinskaya, G. A.
TITLE: Dynamic stability of a nonuniformly heated rod
SOURCE: Ref. =h. Hekhan, Abs. 2V209
REF SOURCE: Sb. Dinamika sistem tverdykh i zhidkikh tel. Kiyev, 1965, 49-55
TOPIC TAGS: dynamic stability, heat equation, elasticity
TRANSLATION: The influence of the interconnection of temperature and force effects
periodic in time, on the stability of an elastic rod is studied. The modulus of elas-
tiF.ity in its relation to temperature is used to calculate the parametric effect of
temperature on oscillations of the heated rod. The law of temperature field change is
obtained on the basis of an exact solution of the Fourier heat equation under the fol-
lowing conditions: convection heat exchange between the lateral surface of the rod
andithe surrounding medium, and temperature change periodic in time at one end of the
rod*and thermal isolation at the other. A "quasi-stationaryll heat process which does
n
'depend on the initial t%ermal state of the system and is defined by a periodic
ot
function of time is studied. The variation method of Bubno%r-Galerkin is used to solve
the problem of heated rod oscillations. On the basis of the research, the following
conclusions are drawn: the temperature field periodic in time increases the total co-
Card 1/2
Icient of excitation in the presence cf a parametric force load, and it also may be.
energizer of parametric oscillations in its absence, but it cannot extinguish pa-ra-
~ric oscillations even under maximum pbase displacement of the force load and tem-
-ature field. 5 references.
CODE. 12,20

ACCESSION NR: AP4041047 s/oizo/64/000/003/0177/0180
,AUTHOR: Strikha., V. I..,Kil'chitakaya, S. S.
TITLE: Measuring thin oxide films an germanium and silicon
q
SOURCE: Pribory* i tekhnika eksperimenta" -o. 3, 1964, 177-180
n
TOPIC TAGS: semiconductor, germanium, silicon, oxide film on Go, oxide film
:1, an Si
i:, ABSTRACT: Two parameters 66 and M that enter into R. G. Archer's formulas
(J. Electrochem. Soc. , 1957, 104, 10, 619) were experimentally determined and
are reported on in the present article. Determining these parameters opened the
way for finding absolute valuee of the thickness of oxide filmo on semiconductors
by a well-known optical method (ellipticity of polarization of the reflected ray),
IThe method is found to be applicable ior measuring films up to ZOOk thick. The
preliminary results of measuring oxide films on Go and Si after their surfaces
&d

!ACCESSION NR: AP4041047
ji were etched with CP-8, HF, or H.,O,, or mechanically polished, or obtained
!,by spallation of the crystal in air, are reported. Orig. art. hast 3 figures',-
117 fomulas, and 2 tables.
I ASSOCIATIOM. Kiyevskiy gosudaretvenny*y universitet (Kiev State University).
SUBNUTTED: 283un63- ENCLs 00
SUB CODE: BG NO REF SOVt 002 OTHER*: OOZ
:Card 7. z
7. ........

L-ol284-66 wr(l)/T/3iA(h) VP(c) A TIG S
ACCESSION NR-.i 4TS020447 UR/0000/64/000/000/004/0038
It
!AUTHORt Rtr1hhA. V.- L't Killehitakaya. S'~S.
!TITLE: Surface recombination vel ity in oncentg;io~
PC _gilicon as,a function of the c
of majority charge carriers.
iS0URCE;*1'"*zhvuzovskaya nauchno'-tekhn -Icheskava onferent~Llya_po Mike poluprovodni
kpy Vkontaktnyye'yavleniya). Tomsk-, I - - __W - __ -
. _Jeoverkhnostgyye 9621A overkhnostnyye I on-
taktnyye yavleniya v poluprovodnikekh (Surface and contact phenomena in semiconduc-
tors). Tomsko Izd-vo T6mskOgo qnivto 19#4, 34-38
TOPIC TAGS: silicon semiconductor, carrier lifetime, electron recombination, sur-
face property, crystal surface, semiconducter resegrch, etched crystal
ABSTRACT: Since the silicon used for semiconductor devices often varies in resis-
tivity, the authors studied the effect of majority carrier concentration on surface
--raombination velocity for various methods of treating the surface of silicon. The
conductivity modulation method (K. D, Glincliuk, Ye. 0. Hiselyuk, E. 1. Rashba, ZhTF,
26, 12, 1956) was used for measuring the surface recombination velocity. The effec-
tive lifetime of the carriers during fliuminatloh off thd saMle Is determined by
Card 1/4

L 01284-66
!ACCESSION NR: ATS020447
ivolumetric and surface recombination.- The diffusion length L and the surface re-
I
I icombination velocity may be determined by measuring t ff in t9o specimens of differ-
.ent thicknesses d from the foriwala Teff 2 M 6
L kt d > A or Teff 2 d at d < L
S 9 2S 9
iwhere S.Is the surface recombination velocityo TI)e experimental apparatus is des-
cribed. Samples of B-doped p-silicon were studie-d with resistivities in the 27o-O
A-cm range. Two surface treatments were usedt pilishing with M-7 powder and etch:J
ing in SR-8. Satisfactory ohmic contacts were made by electrolytic deposition of
nickel on the ends of the specimens. Since the v6i'ocity of surface recombination
depends on the intensity of illumination, the authors made a preliminary study of
surface recombination velocity as a function of injection level ~P_ it was found
." I (P0
that the surface recombination velocity decmases with a reduction In the injection
Ilevel, and is independent of the intensity of illumination at low levels of injec-
ition. All measurements~of surface recombination velocity were made at illumination
3levels low enough for the recombination Velocity to be constant. Surface recombina
!tion velocity is shown as a function of majority carrier contentration in fig. 1 oP
~the Enclosure for the two surface.treatments,- This relationship between recombine.;.
tion velocity and carrier concentration should be taken Into account In the
Curd~ 2/4

, I
I Card -
I
V4

I-q8337-6Z EWT M/ E14T(m)/EWP(t)/ETI IJP(a) JD/AT
ACC NRt ARGO17146 ___SOURCE COM UR/0275/66/6'00-/66-fiB-0-6~~ioc.-6-
AUTHOR: Strikha. V. I.. Killchitake S~'
ya, S. S.
TITLE: The dependence of "surface recombination speed" of silicon on the concentral
of the basic charge carriers
1SOURCE: Ref. zh. Elektronika i yeye primeneniye, Abs. 1B38
REF SOURCE- Sb. Poverkhnosti. i kontaktn. yavleniya v poluprovodnikakh. Tomsk.
kLy un-tj 1904, 34-38
TOPIC TAGS: silicon, silicon semiconductor, semiconductor carrier, carrier density,
mcombination
TRANSLATION: The speed (S) of surface recombinations in silicon in relation to concelf-
tration of basic charge carriers pu was investigated. The subject of the study was
p-type silicon with boron impurity and specific resistivity in the range of 270 to 0.1
ohm/cm. The surface was finished either by polishing with M7 powder or etched with
CP-8. Recombination speed wa3 determined by the method of conductivity modulation; the
1,r measurements were carried out at low injection levels and without capture of the gene-
rated carriers Iny the electrodes. For the polished surface, the speed changed insig-
nificantly up to a concentration of the basic carriers of 5-1016 cm-3, then remained
constant and approximately equal to the therml (recombination) speed of the carriers.
Card
UDC: 539.293:546.28

o8337-67
017146 0
For the CP-8 etched surface he recombination speed is lower and for the change of Pu
from 4.6-103 cm-3 to 6.6-1017tcm-3 the recombination speed increased from 2,klO4 cm/sea
to 2.5-106 cm/sec. For the experimental line Slyu*5-
SUB CODE: 11,07,20
t, ;i Card 2

KILICHINSKIY, A.A. (Kiyov)
v ~ -
A model for deterudning the thermoelaotic character4stics of
fiber reinforced naterials. PrikI. makh. 1 no.12:65-74 165.
(11MVI 19: 1)
1. Institut mckhaniki fill UkrSSR. Suhm-;tLed Aug. 30, 1-965.

ZHELTONOZHKO, Yu.V., gornyy inzh.; gornyy inzh.;
LESNYKH, V.A., gornyy inzh.; OPYTOV, V.P., gDrny-y inzh.;
TAILARYKO, P.M., gornyy inzh.; YURILIN, G.M., gornyy Inzh.
Mine filling 711-1 units in mines oC the "Kirovugoll" Trust.
Ugoll Ukr. 9 no.12:35-36 D 165. ("LIP"I 19: 1)
1. Kadiyevskiy obshchestvonny-y nauchno-losledovatol 'skiy gornyy
Institut.

KILICHITSKIY, G.G., Irah.
Automatic system for the cooling of soils. Put' i put.khoz. 9
no.8:25 165. (MIRA 18.8)
1. Stantolya Yeletakaya, Severnoy doragi.

KILCZER, GyuU
Companaation of transformed observation data, Goofiz kozl 4 no*2:
65-70 155.

KILCZER, Gyula
Possibility for detbctin~, Alt0- :-,,id ~nvarse strata by seismic refraction
meaauroments. Geofiz kozi 4 nu.2:57-64 155o

K-TWZER, Gyu-1a
Error in detorairUY4, the thickness and depth rf the earth' 1 ~:ruut,
which occurs when lour-vel.)city layer is neglectod at the scismic
refraction measurement. Geofiz kozl 8 no.4~197-200 160.
le-7 -, a IlGeofizikal Kozlmenyek" s:.-,erkev-.to bizottoag.i. '~,,gjv,
16

KIIZZERJ, Gyula,- FIEK, Ilona
Correction of aoiomic refraction measurements performed on
hilly terrains. Geofiz kozl 8 no.4.-201-207 160.
1. uGeofjzikai Kozlemenyek" szerkeszto bizottsagi tagja (for
Mozer).

ft#MIN, Bogdan; MALYSZKO, Edward; KILCZEWSKIp Waldemar
Aminitrozol sensitivity of Trichomonas vaginalis. Przegl.
derm. 50 no-4:210-300 163.
1. Z Kliniki Dermatologicznej AM w Bialy*'ntoku Kierownik:
prof. dr J. Lesinski Z Zakladu Higieny AM w Bialymstok-u
Kierownik.- doc. dr B. Hoffrann.
(THIAZOLES) (TRIGHCMONAS) (DRUG RESISTANCE, MICROBIAL)
(PHARMACOLOGY)

HOFFRON, Bogdan; KILCZEWSKI, Waldemar
Some epidemiological problems of trichomoniasis in males. Wiad.
parazyt. 8 no.2:235-242 162.
1. Klinika Dermatol iczna Akademii Medycznej, Bialystok.
(TI-CHOMMUS INFECTIONS epidemiol)

HOFFMAN, Bogdan; KILCZEWSKI, Waldemar; MILYSZKO, Edward
Studies on trichomoniasis in males. Polski tygod . lek. 16 no-50:
193(2--1939 11 D 161.
1. Z Kliniki Dermatolcigcznej A.M. w Bialymstoku; kierownik: prof.
6r Janusz Lesinski.
(TRICHOMONAS INFECTIONS statist) (GENITALIA 1-LU-v dis)

HOFFMANN, Bogdan; KAZANOWSKA, Wanda; KILCZEWSKI, Waldemar; KRACH, Jadwiga
Serological diagnosis of Trichomonas infection. Had. dosw. mikrobiol.
15 no.1:91-99 163.
1. z Kliniki Derma logicznej, z Kliniki Poloznictwa i Chorob
Kobiecych i i Zaklllu Higieny AM w Bia3.48tDku.
(TRICHOMOPAS INFECTIONS) (SE'RODIAGNOSIS)
(TRICHOMONAS VAGINITIS) (STATISTICS)

MANIKOWSKA-LESINSKA, Wanda; KILCZEWSKI, W-&-lde-mar
Modern criteria for the evaluation of the treatment of syphilis.
Frzegl. dorm. 49:261-267 162.
1. Z Kliniki Derrnatologicznej AM w Bilaymstaku Kierownik: prof. dr
J. Lesinski.
(SYPHILIS)

J. I,. I r, I c a f -3 1 L C~Y
T; (xv
~i n
Vila
13; T.
-t i, t he ~,k I t In
I c f: r a vs d n r v f% t~ i,;
f C o T".11 (7, ..1 t rr. d s. In 44 ~-z n i, s o
th i , tv", ~I pro e, -C.r -:..i e, .4
Olin .1; 1 r c rr., n-i , a r-i ", r

KILCZEWSKIJ, N.A. (Kiiw)
Somo generalizations concerning the formaation and wthods
of solving, problems of atatic and dynamic contacts. Mechanika
Glivice no.13:3.-22 162.

MVIK, K., kand. telchn. nauk; KALMIAE, H., inzh. gidrotel.1m.;
KASK, R., kand. sellkboz. nauk; KATUS, A., inzh. lesnogo klioz.;
geogr, nauk; KURhIJS, V'.~ agronor,; LIFFW,A.~
Ih-ih. gidroteklm.; PAITT, R., prepodavatelt, agroiiom; RAIG, V..,
inzh. gidrotekhn.; RMIEL, A., inzh.nolior.; TALPSEPP,E., kand.
vellkhoz. nauk; SOOSAAR, V., inzh., lesnogo khoz.; SIVUIFFID,11.,
inzh. stroit.; TUVINGAS, E., inzh. wolior.; KARUS, G., red.;
RAUDI M., red.; MITRE, L, tekhn. red.
[Handbook for soil improvement] Nanparanduric kiisiraar~at. Tal-
linn, Eesti riiklik kii-justus. Vol.l. (Pundpmentals of --oil
improvement] Maaparanduse alused. 1962. 473 p. (MBIA 15:5)
(soils)

.-KILIDDIA, Kallio.Jynisovich; GOI4X.T,,cXN, F,S., red.; BARLNOVA, L.G.,
tekhn, red.--
[ImprovinU the utilization of stony lands]Olb uluchnhonii is-
poll-,ovaniia knrenistykh zemall. Leningrad, Sollkhozzizdnt,
1962. 116 p. (MM 15: 10)
(Clearing of land) (stone)

KIL I DEMA 9 K. T.
Survov of atudies of omall geographical complexes in the Estonian
S.S.R. Izv. Vses. geog. ob-va 94 no.3-,202-208 I~r64e 162. (MIRk 15:7)
(Sstonia-Geographical, research)
(Estonia-landforras)

X,m,
t Of r--o- t lssr~;ne and .n ~-.r; i 7.
C) D`h

DANILOV, B.P., inzb.; BORODITSKAYA, R.M., inzh.; ZHMOV, V.F., inzh.;
BORISOVAY N.S., inzh,j 14YASNYANKINA, T.V., inzh.; KILIDEYEVA. V.Ye.,
inzh. -
Shrinkage of air-entrained concrete without autoclave troatmont.
Stroi.mat. 8 no.1:38-40 ja 162. (MIRA 15:5)
(Air-entrainod concreto)

8(6). S OV/91 -5 9-10--12/2 9
AUTHOR: Kil'dibekov A., Engineer
TITLE: Direct Regulation of Generator Excitation by its Tension
PERIODICAL: Energetik, 1959, Nr. 10, pp 21-22, (USSR)
ABSTRACT: The article describes one of the possible layouts for
the regulation of excitation in small efficiency genera-
tors (Fig. 1). The tension of the generator stator, re-
duced by the transformer (TN) and rectified by the basic
rectifier (BI) is led through the dividing rectifier (B2)
to the rheos at (rm). A regulating resistance (rD) is
connected at the output (Bl). The device can be laid out
not only by single-phase, but also by a three-phase
scheme. Changing of tension applied to resistance (r
causes corresponding alteration in conductivity of Re
arallel with rheostat (rm) branch consisting of (r ) and
B2), through which a par-L-1 of excitation current paRses.
F
This leads, in its turn, to an increase in electromotive
force in the exciter armature and of current intensity
in generator rotor. When tension at the resistance r is
Card 112 increased, that is, when the generator is unloaded, ~he

SOV/91-59-10-12/29
Direct Regulation of Generator Excitation by its Tension
process of regulation passes with the sign inverted to
that which takes place in the first case. In adjustment
'j
of the layout, the regulating resistance r. plays the
basic role. The regulation device was assembled and tes-
ted at the electric laboratory of the Power Insti-
tute of the Academy of Sciences of the Kazakh SSR, with
a synchronized generator of 25 kw capacity, Type SG-25//6.
It was also tested at the Inter-kolkhoz Second Kamens--
kaya GES (near Alma-Ata), with a generator, Type S-1-54/8,
of 150 kw capacity. The device can be used for exciters
which under normal conditions are not excessively satu.
rated. There are 1 graph and 1 diagram,
Card 212

KIL-,DM-I'KC,V, A,,A,
I,- - -
Sc;me reoults of a so-mi-Industrial tosting of an excItation
contr-%Ilar vith di-rect aation. Izv, Al. Kamddi,SSh. Ser.energ,
ric ~ 1,- 59-61 z ( 50. (MIRA 15-5)
(Electric manhinery~ -Testing)
.xw-~

=ESSION NR: AP4037099 S/0258/0%/004/002/0263/0265
AUTHORS: Vollmir -a) -w
p A. S. (Mosco Kilidibekov, 1. G. (Mosco
..TITLE.- Linear theory of stability w: cylindrical sholls
SOURCE: Inzhe-nerny*y zhurnal., v- 4., no. 2. 196h., 263-265
TOPIC TAGSt cylindrical shell, shoLL stabilityo critical stroosp combined stressesj
radius of curvature
ABSTRACT: The authors show that. computational formulas for ~he basiu cases of
.stressed shells of average and groat length can be obtained ijith t help of
,the so-called moinontleas theory of shells. This a,)proach diff era from that of
14. Darevskiy,~aho prpposod a variant of the original system of equations.,
introducing terms which' 'ol-taraotorize tension of the averaged surface. The authors
also derive some simple approximations for the parameter of upper critical stresso&
.They mention that in the case of combined stresses those methods may also be
4plicable, Origo art* hast 9 formaas,
Cofd

ggg IN' T"N'

V,;,; t ttr v
4TI'lf-IT-~111,~77%-1 , WTI'
z CIA
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17

~,J. P-
-----------
ACCESSION NRt AP4042536 S/0022/6 4/017 /003/0065/ 0070
AUTHOR: Vol9mir, A. S.; Killdibekovg I* Go
TITLE: Nonlinear acoustic vibration of a cylindrical shell
[SOURCE: AN ArmSSR. Izvestiya. Seriy'a fixiko-matematichookikh
nauk, vo 17,-noe 3, 1964, 65-70
,J! TOPIC TAGS% acoustic vibrationp nonlinear acoustic vibration, forced
nonlinear vLbr&tLool shallow poneig cylindrical panel. shallow
cylindrical panel, panel vibration# free acoustic vibration, forced
acoustic vibration
ABSTRACT: Natural &nJ forced nonlinear vibrations of circular
cylindrical panels induced by pulsation of the acoustic pressure
re investigated. Tise dynamic behavior of panels having a "perfect"
hape of and those with initial imperfections in the form of the middle
:
,surface is analyzed by applying E. Is Griglyuk's method of determining
I uplitude-frequency characteristics* The agreement between the results
i:f this investigation and data obtained by the "harsonic-balance"
method by Go Vo Mishenkov is mentionedo, The panel is subjected to
IL 2

iCCESSION HRI AP4042536
'compression along the generatrix and to acoustic uniform time-
I i
Aependent pressure varying in accordance with the cosine law, Using
11regular initial differential equations of ela~tLc-shallow-sholl
'theory describing the stress-straLn relationships in a simply sup-
ported shell with aLddle-surface irregularities, an ordinary differ-
,entL&l equation which describes (in the first approximation) the non-ji
.linear acoustic vibrations of the panel is obtained by applying the
~
Pubnov-Galerkin methods Expressions for a "perfec.t" panel and for
!free vibrati6ns can be deduced from this equation by equating to
,zero correspon,dLng nondimensional parameters. The static equilibrLauhl''
and the ampILtude-frequency relationships of the panel are analyzed 11
jor various curvature and surface-Lrregularity parameters, and are 11
iillustrated by diagrams. OrLg. art. hasi 4 figures and 16 formulas6ii
,ASSOCIATIONs Moskovskiy Aviat~Lonny*y Institut (Moscow Aviation
11natitute)
SUBMITTED: 22Feb64 ATD PRESS 1 3076, ENCLI 00
SUB CODHI As NO REP GOVI 005 OTHERI 004
212

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7A
t

SMIRNOVY Vasiliy Ivanovich; KHUDYAKOV, Ivan Fedorovich; TIKFONIOV,
knatoliy Ivanovich; XJL2,PI~EKOV, R.G.P retsenzent; MISHIN,
V.D., red.; KRYZHOVA, M..L,, reA.-fia-va; MATLYUK, R.M.,
tekhn. red.
(Obtaining cobdlt from converter slags) Izvlechenlye kobal'ta.
iz konverternykh shlakov. Sverdlovsk, Metallurgizdat, 1963.
150 p. 04IRA 16:5)
(Cobalt) (Slag)

KILIDIIEKOV, V. (g.Slobodskoy, Kirovskoy oblasti)
Women workois of A small shop. Most.prom.i khud.pro-iy,.3.
3 no.5:11 14Y 162. (1,IR;, 15:6)
(Kirov Prcv:Lnca--Slioe indbstry"Labor productivity)

GORSHKOV, G., tekhnik (Sverdlovsk); GRISHCHENKO., E. (Aktyubinsk);
GRANOVSKIY, L.., instruktor; IVANNIKOV, A.; BERDYUGIN, V., gornyy
inzh.; KILDIPN&QY.-Y,.,LGORELIK, 14., inzh.; ATYOCHAYTD;, Ye.
[Atko~~s.,-E.] (Vilghyus); CRERTILIN, V. (Bavly, Tatarskaya ASSR);
DZHURAYEV, U.(Fergana) -
Exchange of news and practice. Izobr.i rats. no.2:18-19 F 162.
(MIRA 150)
1. Urallskiy zavod tyazhelogo mashincstroyeniya (for Gorshkov).
2. Predsedatell soveta Vaesoyuznogo obshchestva izobretateley i
ratsionaliiatorov remontno-mekhanicheskogo zavoda "Bol'shevik",
Aktyub~insk (for Grishchenko). 3. TSentralInyy Sovet Vseso)uznogo
obshchestva izobretateley i ratsionalizatorov (for Granovskiy).
4. Predsedatell ob2.--3tnogo soveta Vsesoyuznogo obshchestva izolxetateley
i ratsionalizatorov (for ivannikov). 5. Vneshta'Llnyy konsulltant o1olastnogo
konsulltatsionnogo punkta Vsesoyuznogo obshchostva izobretateley
i ratsionalizatorov, g. Kemerovo (for Berdyugin). 6. Zaveduyushchiy
otdelom promyshlennosti gazoty tLeninskiy'putt", g. Slob6dskoy
Kirovskoy obl. (for KU'dibekov). 7. Otdel kapitalinogo stroitell-
stiva predpriyatya teplovykh'setey upravleniya energetiki Soveta
narodnogo khozyaystva BSSR, g. Hinsk (for Gorelik).
(Technological innovations)

VXNIITSXI'f, Illya Grigorlyevich; KILIDISHRV, Grigorly Semenovich; BOYARSXIY,
A.Ya., professor,
6
YINOGRADOVA. V.A., takhnicheskiy redaktor
[Manuel of mathematical statistical Posobie po matematicheskoi stati-
stike. Moskva, Uos. statistichaskoe izd-vo, 1956. 201 p. (HLU 10:3)
(Mathematical statistics)

VZ.NETSK 111ya Grigorlyevich;,KILtDISHEM,-Gtiggliy Semep,~_qghj
t-,YARSKIY, A.Ya., nalchnry red.; PREVEZENTSEVA,, A.G., red.~
IL'TU5HENKOVA, T.P., tekhn. red.
[Basic principles of mathematical statistics] Osnovy matema-
tichex.koi statistiki. Moskva, Goastatizdat, 1963. 307 p.
(MIRA 16:6)
(Mathematical statistics)

AUTHORSs Killdishev, G. and Venetskiy, 2-56-5-13/17
TITLEs The Selective blethod in Statistics (Vyborochnyy metod v
statistike)
PERIODICAL: Vestnik zitatistiki, 1956, IN"r ~, vp 79-,,w (n;S1(
ABSTRACTi The authors review a book by V.N. Kry-'ov, named "The Selective
Method in Statistics" and publiShed by Gosstatizdat, in 1957.
.j
AVAILABLE: Library of Congress
Card 1/1
jilldishLV,
TIT11: On the Economizing On 7OlYL;1n_Ph1-0 (0b ekollolllii
rolit:1-afichenlrikh 111aterialov)
5
J-i~RICDICAL- Geodcziy., i KartografiYa, 195f f 1r 1" 1","
, of matcrial at the
ABSTWWT: This is a short report co"001-11i'18 tile, 3:1vilig
Tashkent Cartographical Institute. From 1953 011, _;onsunption
vras systematically reduced. The best rasults -.,;ere obtained bctween
1955 and 1957. The consumption of printing ink *;as reduced from
4.8 kg in 1953 to 2.7 kg in 1957. The consamption of alcohol is
reduced by changing the composition of the mixture. Saving of
offset rubber canvas is brought about by protecting it fr=. being
damaged by punctures or by prassure. A table containing a survey
of the total saving of iraterial Is given. The best woer, -~,-as per-
formed by the brigades of the printers S.I. Khramov. V.1'.Bararov,
Ye.A.Mazurin, by the colorist G.N.Neklyudov, and the controller
R.G.Rozenblyurn. There is I taLle.
AVALUU31,E: Libmry of Congress
Cara 1/1 1. Cartography 20 Materials-Consimption

BELOSELOSEATA, V.S.
rIL'DISLUIIAu&.' ,
~ A.,
Microbiological characteristics of bacteria causing bacillar7
dyeentery In 1949-1950. Zhur. mikrobiol. epid. i Iv=un. no.10-
99 0 '54. (MLRA 9:1)
1. rz Kyubyehevskogo inatituts. epidemiologli i mikrobiol(kgii.
(SHIGIELLA DTS31"NRIAE)