SCIENTIFIC ABSTRACT LUKYANOV, A.A. - LUKYANOV, A.T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001030820009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LUKIYAIIOV, A.A.; ORLOV2 V.V.
[Effect of the resonance structure of cross sections- on
neutron diffusion] Vlii3,nie rezonansnoi struktury se-
chenii na diffuziiu neitronov. Moskva., Glav. upr. po is-
polIzovaniiu atomnoi energii, 1960. 19 p. (1-URA 17:1)
(Neutrons--Capture) (Neutrons-Scattering)

32983
s/641/61/000/000/010/0x,3
B104/B102
AUTHORS: Luklynnov, A. A., Orlov, V. V.
TITLE: Effect of the cross section resonance structure on neutron
diffut3ion
SOURCE: Krupchitskiy, P. A., ed. Neytronnaya fizika; sbornik statey.
Moscowt 19619 105 - 115
TEXT: The authors derive expressions for the cross section and the
diffusion coefficient of a neutron flux for the case of a resonant inter-
action of the neut 539 s with the nuclei of a medium. The resonance charac-
teristics of the U nucleus in the energy range of 200 ev to 50 kev are
determined and the diffusion parameter for different U 238 concentrations.-I'A
different temperatures and energies are averaged. The diffusion cross
section and the diffusion coefficient depend essentially on the U 238 Con.
centration,in the mixture and on the temperature of the medium. For
E< 50 kev the single-level approximation gives sufficiently accurate
values if the effective resonance width does not exceed the mean distance
Card 1/2

32983
S16411611000100010101033
Effect of the cross section ... B104/B102
between the levels. In this range the resonancewidth isA-"efE_/50 (T -
3000K, E in ev). In the energy range above 50 kev self-screening decrea-
ses considerably, and the resonance width exceeds the mean distance bet'Ar;er,
the levels. The maximum resonance cross section is then
_ 4_ 2 0
a(O' 0-(O)j , where a-(O) ILA . At T - 300 KI -0.1. Thus, at
E>?30 kev, a-(0,1) can be compared with the potential scattering cross
0 ),ft, . 2.6-103 2JO
section 17s- 10 barn: CY(O, 2 -E-Fk e 7v 0.1(barn)@kk_ barn. The 'L /I
E evT
authors thank I. I, Bondarenko and I. V. Gordeyev for taking part in the
So- 4 et
discussions, There are 1 figure, 4 tables, and 12 references; 5 'r@
and 7 non-Soviet. The four most recent references to English-lanEUage
publications read as follows: Wigner E., J. Appl. Phys.. 26; 260 (1955)?
Dresner L., Nucl. Sci. and Engng., 1, 68 (1956); Lane A.'M- Lynn J. E@
Proc. Phys. Soc., A70, no. 8, 557 (T�57); Macklin R. L., Pom'erance H, 5@
Progress in Nuclear Energy, .1, no. 1, Pergamon Press, Lond., 1956., 17q,.,
Card 2/2

20180
/oe 61/910/003/010/021
BI 02YB205
AUTHORS: Luklyanov, A. A.x Orlov, V. V.
TITLE: Theory of the-croes sectionsof heavy nuclei within the range
-of partial overlap of neutronlresonanoas
PERIODICAL: Atomnaya energiyap v. 10, no. 3, 1961, 262-264
TEXT: In Ref. 1.("Neytronnaya fizika", Gosatomizdat, Moscow 1961), the
authors presented a universal theory of the calculation of cross sections.
In the present "Letter to the Edit-or.`,. they suggest a simple method of
calculating crosi sections within the *range,*of partial overlap of resonances.
In an infinite homogeneous medium, the cross section is given by
E +6 +
I A
or./cr) d.E (1/a)dEl, where a is the total cross section,
E
and a @he reaction dross section; 6 is a certain energy range, within which,
the cxoilision density varies insignificantly. The cross section in the
Card 1/ 8

,ra
.20180
'Theory of the ... B102/B205
interval (El. :Ej + is given by
E +
d (E (1/.E) dx(EI)dEI. Here, a range of energies is considered, in
which the actual cross section differs only slightly from the mean cross
section: V. if + then
f) @j Cra
By substituting this result in the initial equation, one,obtains a'simple
expression for '[Abstracterfe note: This formula.is incorrec
x t]
The correction to the mean cross'section is calculated next. This correc-
tion determines the dependence of the cross section on both the absorber
concentration in the medium and on the temperature- The cross section for
Card,2/8.

S/089/61/010/003/010/021
Theory of t he B102/B205
the energy Eis-represented'in the form of a sum of the contributions of the,
CO
various resonances: 6 (E) am F -th
x E m), where m denotes the m
zoo
re Isonance. The total cross sectionIs given by
a m (E + a + d The subscript y refers
7 M-CO @'Spot r, spot
to a certain system of resonance'levels which are characterized by the
total spin J and the parity. The ordinary formula
E E
m (E) IOm m 2; PA) , where (I Om and are the cross-section in .the
X7 xy xy
maximum and the Doppler function, respectively. Next, the case is discussed,
in which the Doppler function is greater than the total resonance width,
which is characteristic of heavy nuclei. Here, the form of resonance is
satisfactorily described by
Card 3/8

20180
S/069161/010/003/010/021
Theory of the B102/B205
r
M r exp Supposing that'D is mean
r 2; T "ml the
2 [ L _62 i
distance between levels with-given J and given parity in the energy inter-
Val concerned, and that the levels are equally distant from one andther, it,
can'be shown that-taking account of the spread of DM_ leads to a deviation
of 4-50i@ from the mean cross section. Consideration of the distribution of
reduced resonance widths has a much'greater influence. For nearly
'equidistant levels one has
(V+Mbj)l.
Y 10).
r
T,
Now, the mean value of the product
xme-(y + mb 2 + mb 2
a ZT e- JI) is calculated:
x r
7YI DWI
Card.4/8
.1 J J

5/08,0/61/010/00'x/010/021
.W
Theory of the ... B102/B205
el 1j, d +
9 bj . Y
61)
(12).
62- ar) jr b, (12)
Y Y V
00 2(z M)2
9(u, Z) > e- is a periodic function wi.th the period z
M=-00
Tt 4-c expanded in a Fourier series which converges rapidly for ulkev. 'If the expansion is discontinued
after the second term. one has
-n2 U2
U (1 + 2e cos 2nz). Substitution of this expression leads to'
2exp +
Yt
bj (D.
+ 72K. 9.
Card 5/8

W
20180
S/08,0/61/010/003/010/021
Theory of the Bl02/.B205
S and @x account-for the effect of the distribution of reduced widths upon,
the cross section. The function
;)./ 2r,,\ (r,)3(r.)
(r)
(17)
vta2-calculated for one (i$l) and tvio 42., @',)--channels of the reaction
02
p rxl-
Card, 61 a

s/089/61/010/003/010/021
Theor- of the ... B102/3205
L
IB oc,
O'l
(cf. Fig.),with cc ) and < r > f calcula-
< ry:/I n 'Y /< Results Io
tion of the cross sections, in which the resonance blocking for.an infinite
U235lump (a .8 10 barns) at 3000K has been taken into account),
pot
are su@mmari@ed in's, tabfe. --The bloc'kin'g effect of resonances is significant
only at energies of up to 10 kev. At higher energies, the resonances over-
lap. The method is particularly suited for the'calculatIon of heavy nuclei,
and for estimating-thermal effects in systems with fast and intermediary
neutrons. Thus, the authors.used this method to calculate the concentration.
ratio of U 238 to U 235.in an infinite medium at 3000K and obtained
tq

1 12,75 8,46 6,88 4,51
2 .9 66 :0,08 0,45 4;47
5 8:43 3,70 5,5t 3,24
7 5, 94 3,27 .5,39, 2,97
10 5,05 2.67 4.82 2.51
50 2.30 0.07 2,29 0,67

Card.8/8

_1 I LI 1.1 J-1
ADRES513GRA;

45141
S/68'9/63/014/002/012/019.-
-82 6. r19-2 B102/Bls6
AUTHORS Kremnev, V.. A.
TITLE: Spatial distribution of neutron resonance absorption
in a-lump
PERIODICAL: Atomnaya energiya, y. 14, no. 2, 19639 216-217'
TEXT: For a lump imbedded in moderator material, thi! resonance absorption
in a unit volume dv around a point with the coordinate r is characterized.
by the effective resonance absorption integr@.l
(.),p (u, r) da do -cyc_(u) 4p (u. r) du.M
Qdu
representing the ratio of resuonance neutronsoaboorbed in dv,to the total
+ -4 /
of absorber nuclei; r eutron flux at point r ith the
(u,' ) is the n
lethargy u, q is the absorber nucleus concentration -in the 'lump and a (u)-,.
0
is the.absorption cros' section. In a range where resonanc'es may be
considered as isolated, -0s). The method
U
suggested here takes account of the resonance absorption of slowed-down
Card.1/3:.._

S/089/63/014/002/012/019
Spatial distribution of neutron ... B102/B166
.neutrons in "narrow-resonan6ell app'roximation. It is based on the use of
the one-group transport@theoretical equations (B.Davison Neutron Trans-
port Theory): Cut lr)@Zlp KW-POdu+@ K(,.-- )dSjQ,,j, (2)
I @nj
is the cosine of the angle between r,',-r and the surface normal atl', dS
is the surface elemeni around is the total cross section,
2
'Esp +Xr = Q("sp + ar)l where a sp and a are thecros Ia sections of'
: =- r _L
potential-scattering and resonance. KW4 r)=
(110 4a
(2a)
,whe r
1-,-@'u is the neutron flux distribuit-iofn in the lump after the
j
first ooj lision, when the lump surface is assumed to be uniformly
Covered with isotropic Aneutron sources. From (2a) and (1a) one obtains
0.141 dE
JIM= +
-a (E), ri
when u is replaced by E. This relation is used for calculating the
spatial resonance absorption distribution for a.UO cylinder of R=0.5 cm,
2
Card,2/3

ti
S
l di
t
ib
ti
t
f S/68' 63/014/002/012/019

B102 186
YB
s
r
on o
ron
a
u
neu
pa
0
and 300 and 0 K. The cu rve 0
for 300 X agrees completely with the

e@qperimental data (G. Smith
is taken from Rosen '.j
et al. J.Nucl.Sci. and Engng.,9,421,1961).
et al.(Phys.Rev.118,687,1960). If Doppler
,r)'
broadening of the resonances is negli@iblej one qbtains J'(r)-j:'P(;@
v
)-
P
'where P
- .
I-!- dS I On Ie-ZOP I r-rj I-@.;r
4n AD (6); .

i's the error integral, and P(2: r) is the shielding coefficient.

There are 2 f igures. sp
8UBMITTED- May 21, 19@2
Card 3/3,

AUTHOR: Luktyanov, A. Ai; Dvoretakiy, K. P.
TITLE: The effect of an exit cone on the slip coefficient of a small centrifugal
compressor at hypercritical velocities
CITED SOUFUE-:'.,, U@h@. zaj@vi aspirantov i,'Soiskateley. Leningr. politekhn. in-t.
Energemasliinostroyqa-L'7e~'i,'* Ls 1964i 51m_546
TOPIC TAGS: centrifugaLcompressor, slip coefficient, exit cone, hypercritical
velocity.
TRaSIATION- The authors-evolved expressions for calculating variations in the
G ip coefficient g in relation to basic design parameters of an exit cone at sub-
nr hypercritical velocities and.to various discharge coefficients. The results
obtained by calculations utilizing these expressions coincided closely with experi-
mental data. Ya. Sirdtkin.
SUB CODE., PER ENGLi 00
Ccird

card 2/2

`:OKO: S.@, Ys.,, I
I -OV 2 --@, I, @@
'vanovich Navtrov, 1894-1965. Koll. zhur. 27
no.4,-629 165. (M-1:11 '.-Qzl2)

J-111(lf-40-OV, A;O
NAININSKIY, B.P.; IMIYANOT, A.B., redaktor.
(Introduction to amlytical chemistry; theory and formulations]
Vvedenie v analiticheskutu khimilu; teoretichesIrAs oboonovaniia i
raschaty. Moskva, Sovetskaia nauka, 1953. 363 p. (Kr2A 7:6)
. (Ohemistry. AnalytIcal-Study and teaching)

Him 511-1- at"

Mff -Rolmeiw -i Mmlw_R._N
-ig?af, Wol Ks Te

- L
02 sw4h V T
.
'
7
:
S jj?SSj.__
_pbtdro Sta.Mly (1) WiShed Witf* HCj
_
-

aCl, mr-
;If N
KCI; Bacti w Itit
-
,
l
l
an latfe-_v in dl@c' @costd. becanse
IOU
mu-4.
tt
'
'
:
'.cr an
d nictat
ef@
l9d.
lelvc tfui _Salrl, whil't thc
because a-
condoCKOH and Ba(OH)@As fowemd by I
(ons aeutrailze the 144- ions @is@lzcedlrorn 1. @ Gelatiniz-4
..,J. J.

F

VASYUGH19KO, Sofiya Ivanovna; LUKIIYANOV, A.B., radaktor; POPRYADUKHIN, K.A..
-, . q-
tekhnicheakiy redaktor ti@4r' -,' )
[Chemistr7 for technical schools] Xhimila; dlia tekhnikumov. Moskva,
Goa. izd-vo 'Sovetskaia nauka." 1956. 302 P. (KMA 9:9)
(Chemistry)

- II I I - -_ , -, i-r
BARKOV@ Sergey Aleksandrovich, dote.; RONZHINA, Nadezhda Mikhayloyne, dote.;
_;WYAUGV-g-A.B.., -red.; LIPKINA. T.G., red.izd-va; POPRYADUKHIN, K.A.,
tekhn.rad.
[Inatiative an4rsial KaahestveWi analtz. llosLrve, Gos. izd-vo
wSovetskaia nauka,l 1957. 201 p. (MIRA 11:4)
Ohemistr7, Aualytic--Cbialitative)

A/ 0 Ll
PAMNSKIT, Anatolly Germanovich; R1B1N=,,PA,., akadbmik# reteenzent;
SUOLOVI 3.1*, prof,# retsenzent; KARGIF, V.A., akademik, red.;
LUXITANOV, A.B.. red.; LIPKINA, T.G., red.izd-va; GOROKHOVA,
S'.5. Ukhn 0red.
[Colloid chemistry) Kolloidneia khimiia. Pod red. V.A.Kar-
ina. Moskva, aos.izd-vo *Vyashaia shkols," 1959. 264 p.
(MIRA 1):2)
(Colloids)

LUKI ---A:r.'G7V, @.. 1j.
@3328. 0 ?rom sllennrkh VIroL:radnI.I:ov V Kolkit zalkh. Sad I Of-orod,
i- .0 41
190) 1,10. 10) G,, 37-39
SO: Letopis' ZhurnalInyh-11 Sta@ey Vol. L'j5, Hoskva., 1@49

POTAPENKOp YA. I., LUff,-mX-V,-"D I LAZAM, SKri, I-,. A., Authors
Potapenko, Ya. 1.
"Viticulture,-" Reviewed by M. A. Grachev, Sad i og., Nfo. 8, 1952.
Monthly List of Russian.Accessions, Library of Congress, October 1952. Unclassified.

1. LIJXIYANOV, A. D.
2. USSR (600)
4. Virticulture
7. Principles or future planning for viticulture on collective farms. Sad
i og. Wo. 12, 1952.
9. Month List of Russian Accessions, Library of Congress, -April -1953, Uncl.

LUK'YAIIPY.-A.Jl,,, inth-; PAIUMTOV* NOS*, kand. tekhn. nauk; KWIESTOV, V-V-#
inzh.
ereparation of the surface of peat fields by the deep milling of
stump-containing layers. Torf. prom. 36 no.5:8-11 '59-
(MM 13:1)
l.Vseaoyuznyy nauchno-issledovatellskiy institut torfyanoy
promyshlennosti.
(Peat machinery)

POTAPENKO, Ta.I.,-L@ @V@-- LAWMEKIT, M,A*; DT[f2M, PAP;
ZAKMAROVA, Te.I.; KOTAIST, A.A.; RUZATET, K.S.; NECHAYff, L.N.;
BASWIKO, A.A.; MASHUIMCAYA, L.P., ALJUT, A.K.; MOKHIN, P.A.;
LITTIHOT, P.I.; KOROTKOVA, P.I.; ZATTSKYA, Tu.F.; GRMOTEM. P.M.:
TAIROVA, T.N., red.; FROKOFITEVA, L.H.. tekhn.red.
[Viticulturel Yinogradarstvo. Moskva, Goe.izd-vo selikhoz.lit-ry,
1960. 612 p. (Viticulture) (MIM 14;1)

PANKARTOV, N.I.; LUKIYANOV9 A.D.; POKAMESTOV9 V.V.
New method for preparing peat fields. Bi4l.tekh.-ekon.inform. no-5:8-10
160. .0eat-machinery) . .,. (MIRA 14:3)
.,4.

PANKRATOV9 N.S.t,.kand.tekbn.naukl-LUKIYANOV9 A.D.t "nzh*-9POKM STOV t V.V. I
inzh.
Mecbmizing the@preparation of peat deposits and swamplands* Makbai
artom,proiaIv A no. 5:30-32 W t60*, (MIRA 14:2)
1iFeat machinery-Teabnological immations)

PANKRATOV, N.S.9 kand. tekhn. nauk; POKAMESTOV, V.V.;_LUKYANffj-A.D.;
GAVRILOV, Yu.11.; IVANOV., Yu.I.; KONDRASHOV., A.S.; MAYEVSKAY'A.9
K.T.; MALKOV, L.M.; FOMIN, V.K.; KOLOTUSBKIEj V.I., red.;
LARIONOV, G.Ye... tekhn. red.
[New equipment and technology of peat-bog preparation and the
winning of granulated peat] Novaia tekhnika i takhnolog'Lia bolotno-
podgotovitelinykh rabot i dobyehi granulirovannogo torfa. Moskva.,
Gos. energ. izd-vo, 1961. 86 p. (MIRA 15:2)
1. Leningrad. Vsesoyu2;nyy naucbno-issledovatellskiy institut tor-
fyanoy promyshlennosti. Direktor filials. Vsesoyuznogo nauchno-
issledovatellskogo instituta torfyanoy promyshlennosti (for
Pankratov).
(Peat bogs) (Peat machinery)

BADARIYA&T, G.G.; TYUTIN) V.A.; CIMEVUSHKIII, S.D.; ZUZIK, D.T.;
KHODASEVICH, B.G.; RUYER., S.V.; GUSARLOV, Ye.I.; KA7JI,'SM,
A.M.; KASSIROV, L.P.; DFAYEV, S.A.; AMAYOV, V.A.;
VASILtYEV, N.V.; BUGAM-1, N.F.; SAPIL'IFIROV, H.G.; KASTOTHRI,
A.A.; RUDNIKOV, V.11.; YAKOVL-.Vp V.A.; PMWYKIN, V.I.;
ISAYN., A.P.; KUZIMICHEV, ILIN, S.A.; PROKIN, V.A.;
L1-1tX!'Yt41CFV A DSHAMIOV, Ya.K.; IL'ICHEV, A.K... kand. sell-
khoz. nauk; MY, A.Ya.; TSYROV, M.Yu.; BABIY, L.T.;
G BR
*RBU1,TOVj I.I.1 KOVALEV,, A.M.; ROWICM@ IKO, G.R.; ODSK AYA
m.L.0 red.; IVJQ1OVA, A.N.v red.; GUREVICH, M.M.., tekhn. red.,
TRUKHINA, O.N., tekhn. red.
(Economics of agriculture ]Ekonon, ika sotsialisticheqkogo qelt-
skogo khoziaistva; k-urs lektsii. Moskva, Sellkhozizdat, 1962.
710 P. (MIRA 15: 10)
(Agriculture-Econow-ic aspects)

ALTAISKI-Y, I.P., kand. sellkhoz. naul- CIIESBKOV, A*F. karld. ekon.
nauk; MALIN, A.S.., kand.ekon. nauk [deceasedi; BOROVSKIY,
V.A., kand. ekon. nauk; AREFIYEV, T.I.0 kand. ekon. nauk;
GLMANYY, V.G., kand. ekon. nauk; FRAYER, S.V., kand.
sellkhoz. nauk; VINTAYKIN, Z.P., kand. ekon. nauk; DUDOROV,
I.T., kand. ekon. nauk; BUSAROV, N.A., kand. sellkhoz. nauk;
,L%&@XANP kand. aellkhoz. nauk; RAKITINA, Ye.D., red.;
SOKOLOVAI N.N., tekhn. red.
(Production brigades on collective and state farms] Proiz-
vodstvennye brigady v kolkhozakh i sovkhozakh. Moskva,
Sellkliozizdat, 1963. 374 p. (@URA 17:1)
(Farm management)

POKAMTOV, V.V.; GLAGOLEV, P.P.; LUKIYANOVI A.D.
Preparation of peat bogs by deep continuous milling. Trudy
VIIIITP no.21:3-53 163. (HIRA 17:3)

LUKIYANOV, A.I..; BALYABIN, A.Ya.
Working at high speeds. Tekst.prom. 17 no.9:49-50 S 157.
(MIRA 10:11)
1. Glavn$7 'Lnzhener fabriki Imeni N.K.Ilrupskoy (for Luklyanov).
2. Nachal'ni rigotovitelinogo tsekha fAbriki imeni N.K.Krupskoy
(for Balyabij.
(Looms)

1. WKIYANOV9 A. K.
2. ussR 6oo
4. Poplar - Ural River Valley
79 How to store poplar pmpagation cuttings In the alluvial lands of the. Ural Rivert
Les. khoz, 5p No. 129 1952*
9. Monthly List of Russian'Accessionsp Library of Congress, April 1953j, Uncl,,

YEGOROV, B.A.; MANUMV, M.M.; MIKITANOV, A.K.
Modernized molding machine *International." Lit,proizv. no.Z:
43-44 F 160. OURA 13:5)
(766ndries-Zquipment and supplies)

ZHEDI, V.P... kandi'tekhn. nauk, Prininali uchastiye; BASS, G.S... inzh.;
VOROBIYEV, I.L., kand. tekhn. nauk.; YELISAVETSKIY., A.G.,, inzh.;
FAVIANA# M.A*, sto inzb*j.FRII , S.A.j doktor tekhn. nauk;
LUKIY --xad.; VIKTOROVA, Z.N., tekhn. nauk
[Units and mechanisms of machine tools; survey of foreign design]
Uzly i mekhanizmy metallorezhusbchikh stankov; obzor zarubezhnykh
konstruktsii. Moskvap TSentr. in-t nauobno-tekbn. informatsii,
1961. 53 P& (MIRA 14:11)
(Machine tools-Design and construction)

MERPERT, M.P., kand.tekhn, nauk; ROZENBAUM, B.S., red.; @g,YANOv.
A.K., red.; VIKTOROVA, ZA@ tekhn. red. %
(Development of strLwtural elements of grinding machineB
abroad] Razvitie alementov konstruktsii shlifovaltnykh stan-
kov za rubezhom; obzor. Moskva, 1961. 67 p. (Miu 16:4)
1. Moscow. TSentralinyy institut nauchno-tekhnichookoy infor-
mataii mashinostroyeniya.
(Grinding machinea-TechnologiceLl inmutions)
(Automation)

ISVIN, M.M.; AVDULOV., A.N.; ROZENBAUMI B.S., red., LUKIYANOV, A.K., red.;
KOGAN., F.L.., tekhn. redo; ALEKSEYEVA, T.V.,116 Iii., red,
(New instruments for measuring angular and linear values in the
manufacture of machinery abroad) Novye pribory dlia kontrolia uglo-
vykh i lineinyM ve2ichin v zarubezhnom mashinostroenii; obzor. Mo-
skva, 1961. 105 p. (MIRA 14:11)
1. TSentrallryy inotitut nauchno-tekhnicheskoy informateii mashino-
stroyeniya.
(Machinery industry) (Measuring instruments)

MkRDAMM, M.Ye,, laureat Stalinskoy premii; GONCHAROVA, S.L.,, red.;
LUKIYANOV. ; KOVALISKAYA, I.F.,-toldm. red.;
A A-K-, red.
VIKTORDVA, Z.N., tekhn, red.
[characteristics of the manufacture of machine tools by certain
aviss companies] Osobenhosti proizvodstva stankov uskotorykh
shveitearskikh firm; obzor. Moskva,- T93EUTDWh.,' 1961, 46 P.
(MIRA 16:6)
(Switzerlind4@-Machine-toal bid ry)

LUK-ITANOV, A.M.
-----C-a-,C@Ulatio@nof flat massive frames. Naucb.-tekb.inform.biul.
LPI no.1/1-:W-i7i '58 (MMA 12:6)
(Stnictural f;aMon)

1w. z@-i4-ng Ix:r-ing I'r- Oleriecorsk Ccmbine strip mine.
r-ar. zhur. ro.110.3@,18 ti "Au,

L 13694-66*1 F.1T(1)LEM(k)-2/EWA(h)
ACC NR& AP60028T5,,: SOURCE CODE: 1JR1/0286/65/ooo/o2h/003T/OO3T
%TOR Ivanitskly,,K. P.; ri.k i nN Luklyanovi A. 11.
ORG: none
TITLE: Devicefor-measurin ultrahigh 0 factors. Class 21, No. IT696i fannounced by
the Establishme .nt of the-State Committee on Electronic.En&jneqring SSSR (Predpriyatiye,
gcsudarstyennogo komite,ta po elektronnoytekhnike SSSR 17
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 37
TOPIC TAGS: Q moters,,' rf resonator
@ABSTRACT: -TheAuthor Certificate.introduc.es a.device.for mealsiring-tiltrahigh Q's of
rf resonators,by reading theresonance.time of a postimpact excitation. The device
.consists of an FM generator, a measuring resonator, adetector,a video.amplifier, and
a unit. for separating the exponentially decaying part of a signal and measuring its
duration. To exclude. the effects of both frequency instabilities and FM generator
output on measurements, an AM discriminator is employed. The input of t". discrimi-
-nator-is coupled to the.video amplifieroutput, while its output is coupled to a
monovibratorgenerating negative pulses which are imposed on a sweeping sawtooth volt-
age,in a summator.- Orig. art. has: I figure. lift]
@SUB COM 09/ SUBM DATE: 24Dec64/, ATDPPMS:
Card

L 07213-67 EWT(d)/EIIP(C)/EWP(V)/EWP(k)/EyiP(h)/CWP(l)
ACC NR: AP6028699 SOURCE CODE:
AUTHOR: Luklyanov, A. N. (Moscow); Frolov, M. V., (Moscow)
ORG: none
TITLE: Investigation of signals of the state of an operator
112
SOURCE: Avtometrlya, no. 3, 1966, 101-112
TOPIC TAGS: man machine vabition, statistiw analysis, man operator, cybernetics
ABSTRACT: In order to raise the effectiveness of the operations of a man-machine syste
the present authors -propose a block diagram with control of the functional state of man-
operator (Figs. 1 and 2). The a and r, processes correlated, correspondingly, with the state
of attention and the state of emotional stress, may be used In the control system of the function-
al states of man. Quantitative values of the coefficients of difference have been obtained for the
processes a and n of the states of attention and emotional stress from the state of the "opera-
tive rest." On the basis of experimental data obtainted, the statistical problem of the detection
of signals of emotional stress and the attention state of the operation is solved. Orig. art.
has: 25 formulas, 1 table, and 7 figures. [261
Card

L 07213-67
ACC NRi AP6028699
x
Fig. 1. Block diagram.of man-
operator system
Y
Y
-Y
Ze
IX
X, w
Fig. 2. Block diagram of man-operator
system
SUB CODE: 05/ SUM'DATE: 140ct65/ ORIG REF: 016/ OTH REF: 007
@a rd 2/2

LUKIYANCV, A.P.; MOLYUKOV, I.D.
, I-x-r- .
Solution of problems of the equilibrium threshold of loose
materials by the mathematical modeling method. Osn., fund.
i mekh. grun. 7 no. 6:9-11 165. (MRA 18:12)

a 368
/0216
1/0 8 9 (161 /0111002 /0 01 /015
A C216-0 0 B1 02/B201
AUTHORS: Volkov, V. S., Luklyanov, A. S., Chepkunov, V. V., Shevyakov,
V. P., Yamnikov-1779.
TITLE: Use of fissile absorbers in nuclear reactors
PERIODICAL: Atomnaya energiya, v. 11, no. 2, 1961, 109-121
TEXT; The-present article gives a survey of usefulness and purpose of the
use of fissile absorbers in reactors. Introducing fissile absorbers into
the core is one of the possible methods of compensating for the initial
reactivity excess. For technological and chemical reasons, only few elements
are eligible as absorbers of this kind: boron, hafnium, europium,
gadolinium, samarium, cadmium, and mercury. Data on these fissile
absorbers are compiled in a table taken from Ref. 1 (Nucl. Sci. and Engng,,
A, No. 3, 357 (1956)). Experience and investigation results gained in th
USA in-various reactors are dealt with. Apart from reports made at the
Second Geneva Atomic Conference (1958) (Papers noe-455, 1017), the material
concerned was taken exclusively from American publications., Nucl. @,ngng..J,
No- 34, 11 (1959), Nucleonics, 16, No. 1, 100, 102 (1958). The varlOUB
Card 1/3

26365
S/089/61/011/002/001/015
Use of fissile absorbers in B102/B201
technical and design problems involved in the use of fissile absorbers are
now discussed. These problems include the exact dosinq of the absorber,
its resistance to corrosion, taking account of the change in mechanical
properties of absorbers while in operation; use of boron leads to the forma-
tion of Li and He, vhtch must also be taken into account; additional diffi-
oulties arise with fuel regeneration. The remaining problems are of a
purely technical nature, such as a removal of heat produced in abo,orbera.
In most cases, boron is used in the form of alloys or chemical compounds,
dispersed in some materials. The properties of boron in stainless! steels
and boron-titanium alloy (1.75% by weight of B10) have repeatedly been
studied (Nucl. Sci, Engng._A, No- 3, 386, 4021- 415 (1958))- Irradiating an
'(9-56% by weight of BlU) reduces its plasticit@ con-
alloy containing bo@bn,,,,.,
siderably: to hali.lit#@-1yalue with an in@egral flux of 1.35-1010,,n/am 0 and
to one-fifth at 5.87-11-020 n/cm2. The voTume of boron-titanium alloys
increases up to,4-3@, .-,depending on burn-up and boron content. Similar
conditions are f6urid -for boron-zirconium alloys (Nucl. Sci. and Engag..k,
no. 3, 1967 (1959)*, lieactor core materialsp 1, Neutron
capture in the absorber plays the principa 1 role in a theoretical treatment
of reactors using fissile absorbers. For the case of only thermal neutrons
Card 2/3

26365
8/089/61/011/002/001/015
Use of fissile absorbers in ... B102/3201
being absorbedf some relations are presented, which were taken-from lectures
by A. RadkowskyI J.-Stewart, and P. Zweifel at the Second Geneva Atomic
Conference (1958) [Abstracter's note: The numbers of the papers are not
given.] Various fuel and absorber distributions,in the core are discussed
briefly. Finally, German investigations (Von Winkel et al. Atemenergie, A,
3, 93 (1959)) are dealt with (Study of the-linear radial distribution of an
absorber, and its distribution according to a Bessel function). It is
finally stated that the use of fissile absorbers still meets with certain
difficulties which, however, can probably be overcome. There are 7 figures,
11 tables, and 18 references: 4 Soviet-bloc and 14.non-Soviet-bloc. The
most important references to English-language publications are all mentioned
in the abstract.
SUBMITTED: October 8, 1960
Card 313

PUSE I BOOK EXPLOITATION SOV/3537
#"demlya nauk KA2&khskoy SSR. Institut kht=Uhsakikh nauk
Trudy. t. 5 (Tramactions or the Institute CC Chemia al Sciences.
Xazakh SSR, Academy of Sciences, Vol 5) Alma-Ata, Iza-vo

Akadeall. nauk Kazakhakoy 3SR,
1959. 154 P. 1,000 Copies
printed.
Zd.t N.D. Zhukova; Tech. Zd.t Z.P. Rorokinal Witorial. Ward af
Series- D.Y. Sokol-skly (Rex
. U.), V.G. Outaklyuk, and
B.V. 3uvarov (Reap. Secretary .
3 @>
PUMIOUs This Collection of articles Is Intended twpersonnel at
sclent1flo research laboratories, laboratories of IndustrIA1
enterprises, and faculty members of schools or higher education.

COVERAOS: The collection reviews problems of liquId-phase catalytic
oducts
dro-
d
d
d
ti
t
i
H
e an
reac
va
e var
ous pr
.
rogenation to upgra
hy
y
genation or unsisturated bonds of varlous types, adaorptloa of
hydrogen On. different catalysts. threcatographlo separation at
sixtures. A" the effect of halogen sa@zn or alkali metals on
the rate of hydrIogenatlart reactions promoted by various skeleton
catj@lyvts are described. Condltlona of catalytic hydrogonation
sutural fat, sunflower all, and such synthetic products as
*stem of high-molecular fatty acids am set out. Dehydration
of the boitane fraction carried out in Combination with Isamerl-
sation is annayzed. Principles or selecting Catalyst& " re-
generating then are reviewed and the formation of adsorption
metal catalysts Is explained. FAch article presents
pat ntiLls
on
conclusions drawn an the basis of oxperinantla findings.
References accoczpany most or the article*.
M=nlft&. V.P.. It M. Xhmwwv&, MMID-V-SqkQ-J_'&@17@ Chrozato-
I tP a
gr 1a--347MAt3:0--n-01--KUr%r@5 Of Xitrobenzene-Aniline Product 28
-Golodova 1 3 and D V Sokollakly. Study or Hydrogenation Rase-
Pate';;;j Their Simplest Synthetic Analogues. the
Esters Of High-Kolopular-Fatty Acids 36
Oolodava, I.$., 30kal-akly, and Ye.A__
j@Qd!y&cbaY&_ Xlnctlca
knd Reclunim of Hydrogenation of Sunflower Oil In Solutions 44
Problem Or Formation or Adsorption Potenilali
1Mrj5TCre1zaIybt& 50
and. D.V. 30k;l'skly. Potentlometrlo 3tuJy of
f -Banzalaostone Over Skeleton Pd/KI Catalysts 56
k--j4A a-V- Avl.qYMk. 2. Pruso kovs, and D V. 3okoll-
:,"V-.,L-11L-Dehydroio--erizatlan of thNeostmarc'Lial FrActlon of n-BuUnd
Over Oxide Catalysts 64
X.M. Vlasova. and D.v. Sokol-okly. CAtaytl, It,
Part IX
72
Fill. R.". (Kookovakly Institut tonkoy khImIchaskoy takhnalogil
Lomon03OV&--KO4COW Institute or Fis* Chemical Tech-
no10" lttnl X-V- X)mOROsOv). Sons Principles of SelactIng Cata-
lysts for Llquld-PhAse WJz'atlon or Acetylene to AcctxIJ4tqlq 41
AnJ D-V-30kOl-BUY. Some Methods of React'"t"A
SRelaton Nickel Catalyst 92
Shcheelov. N.I., and D.V. Sokol'skly. Hydrogenation or Acetylene
in t1w lAquld fta3a 97
SOkOl'34Y. D.Y., And L.P. Dunina. Hydrogenation of a Sidjum
Salt Or PrOplolla Acid 04r'PlatInum
-,S.O?0I-skAy4 A K and D.V. Sokol'xUy. Hydrogenation or Cinnazaa
Alco -(St;
h6l ran*)' 110
Card 4/5

47
I @Wo a
AU#ORS:
TITLE:
S/194/61/000/009/011/053
D222/D302
Vulis, L.A. and Luklyanov, A.T.
Electrostatic integrator
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 9, 1961, 15, abstract 9 B100 (V ab. Iasled. pro-
t ssov perenosa. - Vopr. teorii otnositellnosti,
Arma-Ata, 1959, 65-88)
TEXT: The operating principles of an integrator intended
for solving partial differential-equations of the heat conduction
type are described. The main operating part is a collection of cap-
acitors which imitate a discrete (finite-difference) representation Vx-
of the problem, For this purpose a definite number of elements form
part of the integrator, each of them corresponding to a certain z5l
part of the physical system investigated. An element consists of
two series connected capacitors which are in turn connected to ad-
jacent capacitors; one switching cycle corresponds to one unit of
Card 1/2

S/194/61/000/009/011/053
Electrostatic integrator D222/D302
time interval. The system provides for the specification of sources,
and for solving problems with variable coefficients. The theoreti-
cal circuit diagram of the device, containing in addition to the
capacitoro# switch, stabilized supplies and measuring instruments,
is described. Examples show how the problem of cooling plates is
solved. 11 figures. 2 tables. 11 references. /-Abstracter's
note: Complete translation-7
Card 2/2

V
YIYA14 Pwz I BOOK mawinwx sov/51T9
Alma-Ata,, Kazakhstan* Universitet.
Issledovaaiye Vrotsessov perenoss. Voyrosy teorii otnositellnosti (Study of Trans-
fer Processes. Problems in the Theory of Relativity) AtmoAta, 1959. 236 p.
Errata slip insertede 1,000 copies printed. (Series: Its Trudy)
Sponsoring Agency: Ministerstvo vysshego abrazovanlya. SSSR and K&zakhskiy
gasudarstvennyy universitet ime SoMw Kirovas
Editorial Board: V.P. Kashkarov, 14D. Kosov, and N.M. Petrova; Resp. Ed.:
L.Ao Vulis; Techo Ed.: LoD. Kashkarov.
PURPOSE: This collection of articles is intended for research physicists and engi-
neers. It can also be used by instructors and students at universities.
COVERAGE: The articles of this collection contain the results of 19 studies in
transport problems and the general theory of relativity made fim 1956 to 1958
by the staff of the kafedra obahchey fiziki i teoreticheskoy fizild Kazokhokogo
universiteta imo S#Mo Kirovs, (Departhment of General Physics and Theoretical
caw*@*/5

Study of Transter-Processes (Cont.) SOV/5179
Physics of the S.M. Kirov Kazakh State University). The articles a" arranged
in two groups. Group one contains 16 articles concerning the researeh activity
of the teplofizicheskaya laborstoriya pri kafedre obshchey fiziki (Heat Physics
Laboratory of the Department of General Physics) in the investigation of trans-
port processes of matter, impulse and energy; group two contains three articles
reporting on studies of the Department of Theoretical Physics on problems of the
theory of relativity. Article one of the collection is an introduction and re-
vievs the problems of tranpport processes and gives a fairly detailed bibliog-
raphy of contributions of members of physics department of Kazakh State Uni-
versity. No personalities are mentioned. References accompany each article.
TABIZ OF CONTEM:
From the Editor
1. INVESTIGATION OF TRANSPORT PROCESMM
3
Vulial L.A. Contribution to the Investigation of Transport Processes 7
cm,fr"

Study of Transfer Processes (Cont.) SOV/5179
Vulial L.A. Critical Regime of a System With Sources 16
Vulis, L.A., and AIA. Kostritse. Problems of Similarity and of Simulating
Transport Processes in Nuclear Reactors 23
Isayevs N.U. Electric Simulating of Neutron Transport Process and of the
Critical State cv.0 a Nuclear Reactor 43
Vulis, LoA*J, and.A.T. Luklyanov. Electrostatic Integrator 65
Klinger, V.G., and V.V. Ronzhin. Simulaticm of Light Produced by Gaz=
Radiation From a Cyclindrical Source 89
Dubavik,,I.I., and V.G. Klinger. Light Exchange Between Mirror and
Diffuse Siwfaces 97
Kosov., N.D. Application of the Normal Thermal Regime Method in the
Determination of the Coefficient of Diffusion of Liquids 101

Study of Transfer Processes (Coat.),
SOV/5179
Vyshenskaya, V.P., and N.D. Kosov. Temperature Dependence of the Coefficient
of Diffusion of Gases 1.14
KOSOVIO N.D. Relation Between Coefficients of Intei-and Self-Diffusion 126
Beylina, A*Z., and V.P. Kashksaw. Fan-Like'Leminar TwisteA Stream of
Gas Under Compression 137
Kashkarov, VoPo Motion of a Viscous Liquid Inside a Cone With a Porous
Side Surface 153
Kashkarov,, V.P. An Accurate Solution of the Equation of Energy 162
Luklyang!, A.T. Contribution to the Investigation of the Thermal Regime
R-a`-ife-tir'O'geneaus Process 167
Terekhina, N.N'., and G.Z. Khaydarov. Turbulent Mixing in Volume 177
U

1@4?00
67148
SOV/31-59-9-8/21
AUTHORS: Vulis, L.A., Isayev, N.U., and Luklyanov, A.T.
TITLE: Static Analog Devices
\Y
PERIODICAL: Vestnik Akademii nauk Kazo"'O`R, 1959, Nr 99 PP 53-58
(USSR)
ABSTRACT: The article deals with an entirely new type of analogs,
the static electrointegrators (SEI). Having been un-
der development at the Problemnaya teplofizicheskaya
laboratoriya Kazakhskogo universiteta (Laboratory for
Thermal and Physical Problems of the Kazakh Univej@ @it
since 1957, they greatly simplify the computing methods
and at the same time widen the scope of problems to be
investigated. The static electrointegrators have al-
ready been used for computing diffusion of neutrons as
well as for solving nonlinear problems pertainin to the
theories of heat conductivity and hydrodynamics bigure
2). The article also mentions two additonal SEI mode
Card 112

67148
Static Analog Devices
SOV/31-59-9-8/21
the first being practically an electric analog of D.
V. Budrin's hydrostatic integrator and the second an
SEI with an ohmic-type, moving computor devieb (Figures
3 and 4). The latter has a Great advantage as it can
make calculations by dividing the space-time component
into as many elements as desired. In addition to this,
the SEI with an ohmic-type moving computor device has
small dimensions, its only bad point being the neces-
sity to make intermediate entries. The article also
mentions the Problemnaya laboratoriya kafedry obshchey
fiziki Kazakhskogo universiteta (Problem Laboratory of
the General Physics Faculty of the Kazakh University).
There is 1 graph, 1 set of graphs, 1 set of hookups, 1
photograph, and 12 references, of which 2 are American
and 10 Soviet.
Card 2/2

LUKIYANOVI A. T., Cand Phys-Math Sci -- (diss) "Statistical, electri-
cal.integration for the solution of differential equations of mathe-
matical physics-" Alma-Ata, 1960. 12 pp with diagrams; (Committee of
Higher and Secondary Specialist Education under the Council of Minis-
ters Kazakh SSR, Kazakhstan State Univ im S. M. Kirov, Physics Facul-
ty); 200 copies; price not given; (KL, 17-60, 139)

AUTHOR:
TITLE:
SOV/31-60-2-20/25
Luk-lyano
11---.-@-,Z I . A,.M-
The Application of Physical and Mathematical Modelling
Methods
PERIODICAL: Vestnik Akademii nauk Kazakhskoy SSR, 1960, Nr 2,
p 104 (USSR)
ABSTRACT: A conference on the application of physical model-
ling in electrotechnical problems and on electrical
methods of mathematical modelling was lield in Moscow.
M.P. Kostenko, Academician of the AN SSSR (AS USSR),
opene the conference, at which about 70 reports
were heard. Professor V.A. Venikov (MEI), Lenin
Prize Laureate, ind Docent I.M. Tetellbaum (MEI)
gave a report entitled "Analysis and Experiment,
Modellin d C ernetics%@in Engineering Practice".
yb
Nepor s scientists from Moscow and Leningrad,
the Latviyskaya, Armyanskaya, Gruzinskaya, Ukrains-
kaya and Kazakhskaya SSR's, were heard. The Kazakh-
Card 112 skiy gosudarstvennyy universitet (Kazakh State A,/

SOV/31-60-2-20/25
The Application of Physical and Mathematical Modelling Methods
University) gave 4 reports on the work of the Prob-
lemnaya teplofizicheskaya laboratorya(Problematical
Thermophysics Laboratory) attached to the Kafedra
obshchey fiziki (Chair of General Physics) under
Professor L.A. Vulis. The application of modelling
methods in solving non-linear equations for heat
conductivity, hydrodynamics and the diffusion theory
of neutron transfer was discussed. The construction
and theory of new integrators, known as electrosta-
tic integrators, which have been made in the labora-
tory, were described in detail.
Card 2/2

ISLYBV, H.U -.. LUKIYANOV, A.T.
- - ".- -
Rxperiment of simulating the Oritical state of nuclear
reactors by means of statIc Plectrointegratora. Izv.
AN Kazakh.SSR Ser.energ. ni).2:122-129 160 iMIRA 13:7)
(Naclear reactors--Elgftroii~-rbanic~tI analogies)

1,UKIYAI;OV,' A.' T:) VMIS)' L." A.'," and ZEEREBYAT'EV,.1..F.
"Solution of Non-linear Equations of Thermal Conductivity by
Static Electrical Integrators."
Report sub5aitted for the Conference on Heat and Mass Transfer, Minsk,
Bsa, im 1961.

S/031/61/000/001/003/003
A161/A129
AUTHOR: Luklyanov,_A.T. Candidate of Technical Sciences
TITLE: Investigation of catalytic exothermic reactions on channel
walls 7
PERIODICAL: Vestnik Akademii nauk Kazakhskoy SSRfno. 1, 1961, 84-88
TEXT: The article presents a description of an experimental in-
stallation for measurements of local temperature in reaction surfaces and
heat transfer through the channel walls, and an attempt to reduce as far
as possible the heat transfer along the walls. The problem of heat in
separate reaction zones is studied in connection with theoretical studies
of heterogeneous combustion in general and of temperature of the reaction
gas and the solid phase surface in the reaction zone in particular.
Other authors studied the problem previously using a carbon channel, but
without satisfactory results in view of the carbon properties (burning
out, covering with ash, cracking, and being heat conductive). The channel
(Fig. 1 and 2) is assembled from 150 copper rings with an inner diameter
of 6 mm., an outer diameter of 14 mm and a height of 1 mm. A copper-
Card 1/11

S/031/61/000/001/00z//003
Investigation of catalytic A161/A129
constantan thermocouple is,welded into each ring close to the inner sur-
face. The ring set is tie d together with bolts to make joints tight.
Electric heating is provided for initiating the reaction. Cold thermo-
couple junctions with copper heads are coated with bakelite varnish and
put into a chamber with circulating water with 200C. The chamber space
is filled out with Wood alloy ensuring heat contact. Air fed into the re-
action channel was preliminarily purified from CO2 on the way through
three jars with liquid and solid NaOH. Gas flow rate was measured with
a capillary flow meter. Then, air was heated to 1000C and enriched with
methyl alcohol. Then the reaction gas mixture was fed into the channel
with walls preheated to 3000C. Outer heating was switched off after
beginning of the oxidation process. The wall temperature readings were
taken after the process became stable. Samples were taken at the same
time for analysis for formaldehyde, COV CO and H in the common process.
Heat transfer from heated air to the channel walls was studied in one
series of experiments,and from heated walls to moving air in another
series. The results were processed as usual. The determined dependence
of the Nusselt number on the Reynolds number Nu = f (Re) is shown (Fig. 3),
Card 2/11

S103 611000100110031003
Investigation of catalytic A161YA129
where Nu = &d , and Re = vd (,,, is the heat transfer factor; 2L- the
heat conductivity factor; v
the flow rate; -v - the kinematic viscosity,
and d - the characteristic dimension). It can be presented in the empiri-
cal formula NU = 0.12 Re o.65..
The dependence is stronger than usual for this range of Re values (200 -
900), but the absolute Nu number values are close to the known values
(Ref. 5, Kutateladze, S.S. and Borishanskiy, V.M. "Handbook of Heat
Transfer", Gosenergoizdat, Moscow-Leningrad, 1959). The peculiar catalyt-
ic channel surface may be the cause of the slight difference. As said
above, the first investigation object.was the oxidation reaction of the
stoichiometric mixture of methyl alcohol vapor with air. It has two
complex stages: 1) oxidation of methyl alcohol to formaldehyde (heat
effect@,--_ 120 cal. per gram of stoichiometric mixture) and 2) burning of
CH 20 to CO2and H 0 (heat effect-;::@ 450 cal per gram of primary mixture.)
The first is a heierogeneous reaction on a copper catalyst, the second is
predominantly a volume reaction (at temperatures created by primary oxi-
dation of alcohol). Thus the chosen reaction (apart from technological
Card 3/11

S/03 61/000/001/003/003
Investigation of catalytic ... A161YA129
interest) presents a model of carbon combustion. The results (Fig. 4)
are not considered complete and final, but show that the chosen investi-
gation method is correct. The reaction heat calculation results in the
first stage are in agreement with the experimental data. The heat trans-
fer through the wall was comparatively small. A more accurate determina-
tion of local heat flow through the channel walls will be carried out in
future experiments. An approximate calculation of effective zone length
for diffusion combustion was made. The result was '-3 cm, which is close
to the experimental value (::::z@ - 2 cm). The calculation details are not
included. The investigation was carried out under supervision of L.A.
Vulis. There are 4 figures and 6 Soviet bloc references.
Gard 4/il

VULIS, L.A.; YERAKHMI, B.M.; INYUSHDI., II.V.; J@L UIA@I@!X
Calculation of thermal conditions of a concrete dam for the
selection of efficient methods of construction work. Inzh*-
fiz.zhur. 6 no.10:3-8 0 !63. (MIRA 16:11)
1. Kazakhskiy gosudarstvennyy universitet imani Kirova, Alma-Ata.
I

BEZVERKHOVA, S.T.;,LUKIYANOV, A.T.; SOKOLISKIY, D.V.p pikademi
Potentiometric measurements In various media. Dokl.AN-SSSR
148 no-4z881-883 F 163. (MIRA 16:4)
1. Kazakbskiy gosudarstvennyy universitet im. S,M.Korova,
2. AN XazSSR (for Sokollskiy).
-(Conductometrio analy-sis)

- I -LTjK!.YAI`I'OV,@-LLj SHkRAYAj S.N. (Alrra-Ata)
"Solution of boundary layer problems on statical models".
report presented at the 2nd All-Union Congress of 11heoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 64.

LUKIYANO@Ij_L.T. ; PIOLYUKOV, I.D. (Alma-Ata)
ttSolution of problems of limit equilibrium of loose media by electrical analogy".
report presented at the 2nd All-Union Congress on 1heoretical and Applied
Mechanics, 14oscow, 29 Jan - 5 Feb 64.

; K A
IBRkGIKOVtI.I. It3UKAROVqV.F.;LUK'YkNOV,A.T. (Alma-Ata) ;
.. ti . . __L
"!he boundary layer on a moving continous flat surface"
report presented at the 2nd All-Union Congress on Theoretical
and Appiied Mechanics, Moscowl 29 Jan - 5 Feb 64.

KL-SHKA,RC'V,V.r.:LU-i~IYAi%'GVPA.r. (Alma-Ata)
"The flow of a variable-71scosity liquid past a plate".
report presented at the 2nd All-Union Congress on Theoretical
and App-lied Mechanics, Moscow, 29 Jan- 5 Feb 64.

ZHEMYATEV) 1. F.; LUKYAIIDV$ A. T.; RYOVA, N. P.
"The mathematical simulation of nonlinear parabolic-type equations."
report submitted for 2nd All-Union Coaf on Heat & Mass Transfer, Minsk,
4-3.2 May 1964.
Kazakh State Univ im S.M. Kirov.

g. KI-ev
96@ Naukovadumka, 1964, 150-157
TOPIG:TAG& t'electrointegratori- electrosimulatton, anAlog computer. finitq diffftenve
.I.i@ appr@ W49h., num.e.ridid ftlnalyalg, static- integrator
Mis pagejr@c6fislders@varloim (known) flaltv difference aWroximations to the
solutions of certain standard problems wMressed In terms.of partial dtd@rential equations,
and describcs the calculatidnal components necessary in order to build an@electko-@
. . ... - - _9' AA-A.

Card 1/2

OEM

"fJHEREHYAT'YEV, I.F.j LUKIYANOV, A.T.
Solution of nonsteady-state heat conduction problems with phase
transitions and temperature-dependent coefficients. 'nzh. fiz.
zhur. 7 no.6:102-107 164. (9M 17.-12)
1. Kazakhakiy gosudarstvennyy universitet imeni S.M. Kirova,
g. Alma-Ata.

aff
L 63926 5: WAP @Wtv(041.kko A i)
;ACCESSION MR: ARS018970 U.0/0044/65 /000 /0-37/B 10 5/B 1(@5@!
S18:517.944/.94?
SOURCE! Ref zhil-Hatematika, Abs. 78514
AUMOR!@ Zhei-eb -at I-'eiv- 1. T.A Luk!y4nov, A i T.
y t@ i
-C
TITLE: Prdbl-
661; of n6ti-station-
ary.
onduc-tivIV--with, movine, boundaries
ibqk@itejey:j@@
SOUM Sb
tr
obrazovanly @aspiran 'bredn. rpets,
Ka',8SR 1963(jL964@@
-Ij @n_oi 2i 171
v.., -183
a:
fie@4at, -d6nduatbvity
TOPIC TACS--@
dift4rential equAtion-t finite difference
id *,approxi-
Mation mathad mAthemat -analysis
TRANSLATION-.
The pjvblem of, determ' in
in e
phase div4si .,g the temp rature field and the Position of
on bOundarie-S depending on time in
st'Int 07' Varia4le heat RoI4 is studied, an unbounded plate with given con-
Conditions for modeling on Static electro-
lin't-69Vators ar-ei desc446@C di
y are used to derive an explicit rinite differ-.
id tbw
aPPr-oxitr@-%ti6n, Of the.- differential equation4 The solution is derived in a dig]
X-4 _e of1p. by @Bdcads a
t f El i@re thstitutiolis of the same calculating elersent at e nodes
th
CeIre!
lm@= NEW M ON III
4 -WROGIEW
NIP WX
wrmo M5 I'M
@ ri; 4 N

DOLIDZE, G.M.; KIRTADZE, M.G.; KOLBAIIOVSKIY Yu.A.; MKIYANUT,A.
POLAK, L.S.j PUSTYLINIXOV, L.M.; TSiTSKHWZE, T.V.
Kinetics of radiation-induced isotope exchange of deuterium
with hydroxyl groups of silica gel. Kin. i kat. 6 no. 61.
1003-1009 F-D 165 (MIRA 19.-1)
1. 3hstitut fiziki AN Gruzinskoy SSR; Institut rfaftekhimiche-
ekogo sinteza AN SSSR,imeni Topchiyeva i Mazakhakiy gosudar-
stve=yy universitet imeni Kirova.. Sibmitted April 21+, 1965.

layer of mmpressible gas when the viscosity factor depends nonlinearly on the tempera
ture. The solution described in the paper was obtained by mans of static electro-
integrators developed at the Kazakhskiy gosudarstvennyy universitet im. S. M. Kirova
CKaz,.-@