SCIENTIFIC ABSTRACT KUTATELADZE, S. S. - KUTAY, A. K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927910014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Session (in hoat exchanize during change of aggregate state of matter. 94-;-23/25
of the Acad.Sci. Ukrainian SSR considered the study of the process
of hoat oxchange cuid the hydro-dynamics of flow of a film of
condensate. Cand.Tech.Sci. O.A. Kremnev, of the Institute of Thermal
Engineering of the Acud.Sci. Ukrainian SSIL gave the results of an
experimental investigation of heat and mass exchange in models of air,
and water coolers used in deep mines. Cand.Tech.Sci. K.I. flezzAkovich
reported on a theoretical solution of the problem of calculating the
partuneters of a cooled steam gas mixture. Mgineer A.L. Satanovskiy
reported on 111eat exchange during air-water evaporative coDling of
equipment'. Engineer L.I. Gel'man of the Central Boiler Turbine
Institute reported about investigations on heat transfer during
condensation of mercury vapour on a steel wall. Dotsent V.F.
Yanchenho of the Ural Polytechnical Institute, Cwid.Tech.Sci. O.A.
Nxemnev, Dr.Tech.Sci. L.D. Borman and V.A. Smirnov of the Power
Institute Acad.Sci. Ukrainian SSR contributed to the discussion.
The session noted the need for furtber development of investigations
of combined processes of heat anti maHs exchmige; further development
of study of heat exchan4e during chunge of aggregate conditions of
promising now working substances; a profound study of the
relationships and mechanism of the proco-is of hoat exchange and the
production of data for practical calculations, and recommendations
Card 6/7 for the desi.-n of new power plant. Me session directed the

Sessicn (in heat exchange during change of aggregate state of matter. 9r,-3-2312r,
attention of the Acad.Sai. U.S.S.R. wid Gooplan U.S.S.R. to the need
for rapid study of the physical properties of new working
wibstances. It was decided to call it session devoted to convective
heat exchange in tniform media in Leningritd, in 19-59.
AVAILABLE: Libi-i,-ry Of (,:OrIL:ri;" -'
Card 7/7

IJ W/131 -16 -57311
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 245 (USSR)
AT.FrHORS: Kutateladze, 3.3., Moskvicheva, V.N.
TITLE: The Application of Gammascopy for Studying the Hydrodynamic Conditions of
the Liquid-Liquid System
F-11-MODICAL: V sb.: Teploteklin. I gidrodinamika. Vol 4. Mosicow-Leningrad, Gosener-
goizdat, 1958, pp 12-15
ABSTRACT: The structure of flows has been studied by means oil -r-rays at the passage
of a lighter liquid through a heavier liquid in the water-mercury system
in a column with perforated plate. The presence of complex changes in the
structure of the flow has been noted in the experiments, when the lighter
liquid reaches a certain motion speed: first, mercury is split into small
drops which are suspended in the water flow and later on a stronger dis-
persion of mercury is observed and its removal from the column. It has
been noted that the changes In the structure of the flow and the degree of
their stability are connected with the stability of the surface film of
the heavier phase and consequently with the presence In the system of sur-
facc-active substances and finply-dispersed suspended matter.
Card 1/1 V. Gertsovskly.

3 07/853- 59- 5 -4/4
0 R S Yutatela@lze, S. Boriuhanskij, V. ov i ? o v , I . I
Supplementary Table: I'Liquid "Pi.:11lic ]bat QxrriEW(Prilozheniya:
Zhidkometallichenkiye tel,lonociteli)
PER IODTCAL: Atommiya wierjiyu, 1;5!1, 3uliploi,-,ont .), ln:,,ortel "@,tween
lip 108 ond 109 (IISSR)
ABSTRACT: This ia a nupplement to table 12.1 (pp 172-173) and the
ex,11anation of the pou:itionfj 1 - 33 on tho drawint-, 12.1
(PP 177) in connection with tho paTer published in Atomnaya
enerf-iya, 1)'J8, Supplemen@ 7.r 2. 'Aie 'Lable con4aim? data on
Physical prol)ortien of i:,,otallic heat carriers. There is 1 table.
Card 1/1

09-4-5-3/26
AUT K OR S: Kutatoladze, S. S. , Dori shan f-,!:iy, V. T'. , 11ovi%ov, I. I.
T i 2 L :Ie.,.t Transfer to Licuid Teploobmen v zhidlzikh
i:,.ct_-llaI:h)
PERIODICAL: Ltonnaya Ener-iya, 1956, Vol. 4, 11r 5,
U
pp. i@22 - 436 ( USSR)
ALS.-1,111,CT: Fron forci@,-n and Soviet referencec, a survey of data is
Civen that have as yet been obtaincd on the heat exchan@,-c
be',-acon solid surfaces and -- flow of molten metal. Particular-
ly the experimental data of the heat transfer to liquid me-
tals are @-ivcn if these metalq flow in lon@; or short tubes
in plane slits. The availab'o d%ta for the followin,@; canes
are also .--i-.,en: The tuben or platcc nre lon@jtudinally coated
by liquified motal; cylin,,Ioi-,3 @,rc flowed arouirl. transversely;
there is free convection; a cozi,!ojination of the-vapor of the
liquid metal occurs. An heat carriersmorcury, an outectic alloy
of lead and bismitth, sodium and zoiium-potassium are used. The
Car@l 1/2 influence od admixturen to theno hent carriers on their heat

Heat Transfer to Liquid Metals
09-4-5-3/26
transferring capacity is investiiated. The re3pective formulae
are derived for the heat transfer in various casco.T:%ere are
11 fit;urca, 2 tables and 3o references, 14 of which are Soviet.
STJ-j;J.'IT'_'ED: November 4. 1957
AVAIL,',D!,E: Library of Con,ress
U
1. Liquid metals-Heat transfer
Card 2/2

ATJ I I CTS Bori 91;rAr okij V .1.1

Briinj Ion and 11y'l I Lit, L @3'. :1 Liquid
.1(itala in Cmular i
3c? p rf@,t ivleniye rr-, t,!cr-or.i n,,: I y I: t:
t rubakh )
PERIODICALi -'Iw4rrial Tokhrirlic-. 1--yr F- A!,; 9 V 7
'k Tis:;1Z )
AB'-'TRACT The au th or o pe r f o d an (, f p(-'I- I r('T- 7,11 1 LIU C 9 :a t 11 Q t1j(2
11C.-It eMISi3iO-1 -LnJ Qf thP 1!1 th" f!OW
of -viri')U,@; liquid mctal,.3 ir. t,.zbeG i@-ftl bi@qm-th
e!Af
-;t@c sodiam') ?hf,. vmr(@ mwie in isO
-
t 1) e rm a 1 10 1 9, r:ni ', f I @1 v wh .2 r i r hc
heat rurrenta LIP to i "O'V`V)c k-'all':-2 domain
of the Pe by lh,@ Pxpt.-,imen@-- 7rac
'00 i 11000 that if the 1'r cot-ff",- n Go'; 2 C) G Y)
ti.at of tile dia-(-t vr@' -f *'h"- tul-io fri-:,,@ --in -Lr-1 thaT
the Ir-i n. -t)iq L/D
0000.
ari 7 7 z3 t c n

;j
t n rl f! @ f "; I I
rL 1)
Circuiar
a r t 11 bc!3 C 0 2
'D
0,
50; 0
lirric A*. @,:,o r @he derisi-
t rof tht.
y
L L, .@n r: Ir
r @tc,l 9 re
7,11j
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Card 212

57-28-4-26/39
AWHORT Kutateladze 5. 5.
TIT M; i 110at-Emission Durin,-, the Flow of Liquid .!otals in a Tube and
on a Plate (Teplootdacha pri techenii zhidkogo metalls, v
trube i na plast'ine)
PERIODICAD Zhurnal Tekhniches.koy Fiziki, 1958,Vol.28, IIr 4,pp.848-854
(USSII) ." .1b
ABSTRACT: Some problems of the heat-exchan.-C theory in media with
Pr ecl in this arUcle for the reCion of finit@.
values o.!r Roy-nold.04 nmnbor Is somewhat more emplicated, it is lo7 Cally lcr)G
faulty. The expasrimental points for the injection o^ th@-- mo5t diveree Gazee fca-
Card 1/,'!

43720-65
ACCRI)SION IIR: AP500493
valuc-5 or f,@ from 2 to 121J. ic unidentified in the text) axe closely groulcd
alonE; the curve platted frcm-fhle calculated valuca. Orig. art. has: 5 figures
and 22 f O-mulaz.
fZISOMMOU! none
StmM 'T I mcb64 EML: 00 SUB CODF.: HE
ID FXF SOV., 004 0MR.- 008

j
L 52160-65
Acamium uRt Ap@camo 01,
AUMFS V020himy, Sr L (Nmalbirsk)l FAIULWAI& jjg
Lemt1ray, A. I.. (No"sibirsk)
TITLEt Interaction between'& #u@b@aw @t@@nd a golld wall
SOUIVEs Zhurnal prikladW makhardW. i takhaohaskoy fiziAp ncle 2,p 1965# 50-53
TOPIC TAGS C Nueselt number, turbulent flowt tmtulent jet,$ bm-,VAarjr layer# skin
ifriction$ Stanton rombGr
ABSIRAOTt The consemUen law of wall turbulence relative to chups in boundaz7
conditions was used to imestigate.the interaction between asubma%ed -turbulent.-
1jet w1th a zollA wall. The schematic of the flow in shown. in Fig. I on the
iZ=Ioaurer. I momentum integral'usthod ic usod to obtaia, the avuentust conservation
44,hcre
-not-I
'Card

L 5216o-65
ICCEWION IlElt AP5013370
arA this relocity profile in determined from the one-seveath power 1w. An
expressioa is derived for the akin friction c,)efficient C after a correUtioM
with experlimatal data it, is raduceii to tkw form
0 C-34
_.::
Us tble- expreasion-in the definition of tba Stanton number# two equations are
obtained for
U jetp Is -g:ivm br
LI X-464 P44.
and for the wall jet with a weak w*W.'V
3W
Ow :::@i
This latter equation Is shaffn to colool" wM th6 remats of 6, Jakobs RtR0800
ad M. Spiel ma (ffsat' Tkmnefer ftw an Air, sut io a PIMM Plate witi, Mtrairment
Pr' a
of Water Vapor Frba the go. 6),.Zor
0,71, Oriz. artt baqt 23
AS=UnOKg never
Card
-2

L
AGC=Olf MR& AP5M3370
SMM-,Ml V*NA VULt 01 MB CoDst mg
NO R" sovt 005 OMRI. 006
Card

L 41774-65 EWT(I)/EPF(c)APF(n)-2/EWG(m)/EPR Pr-4lPc-4lPu-4 WW
ACCESSION KRs MOMS 8/0170/631006/001/0007/0010
AUTHOR: Kitatelafte,, S. S.; Leonttyev, A. r.; Kirdyaswn, A. G.
TITLE-, Contribution to the theory* of beat exchan in =1 to boiling
SOURCE: 1nzhenerno-fizicheakiy zhtu*n&l, vs BF no,, 1# 1965& T-10
TOPIC TAGS: nucleate boiling, heat exc%.&nge Reywldz MMberp Prandtl numberr
Nusselt number, bcundary Wer
ABSTRACT: It is shown first that in the case of nucleate boiling,. the ratio of
the thicMess of the boundary layer in the liquid to the average linear dimensiod
of the quadratic cell per effective steen formation center ia quite small, so that
boundary-layer theory can be applied, to the heat exchange processes occurring in-
nucleate boiling. It is also shown. that the heat transfer to the liquid can to
regarded as occurring in the vicinity, of the frontal point. Using the boundary-
layer theory and the laws of free turbulence, the authors deriya the folloW-rig re-
lation for the r&tio of the Nusselt to the Reymolds PuWier
NuAe* el + cz Pe*
Card 1/2

L 41774-65
ACCEZSIOII XR9
and show by plotting this formula and the available experimental data,, at well as
by plotting the experimental dAta againat the theoretic&I curve
Nu, - c Pr", Pe,%
'that the extension of the boundary-layer theory tolnucleate boiling is Y&Iide They
also conclude that the boundary-layer theory can aerve, tLa a bania for a more de-
tailed theory of heat exchange during boiling. Orig. art. hast 3 figures and 9
formulas.
ASSOCIATION: Inatitut teplofixiki 80 AN SSSR, Novosibirsk (Inatitute of Thermo-
0A 111 COCO%
SUBMIT=: 2q4r64----- am cowt KPI,- X9
MR MY SWt 004 Onnt 003
Card

IL2Z F'WT(m)/EWPM WWIRM
ACC NK, APS028621 SOURCE CODE: UR/0030/65/000/010/0025/0031'
ALMIOR: _KutatQgdze tor of technical sciences); Rozenfelld, L.
S. S.. (Doc
(Doctor of technical sciences) Y-
ORG: none
TITLE: Problems in geothermal power engineering
SOURCE: AN SSSR. Vestnik, no. 10, 1965, 25-31
TOPIC TAGS: electric power production, heat energy conversion, heat pump, heat
exchanger
ABSTRACT: The authors discuss the various thermal power resources hidden deep with-
in the earth which show up as volcanic eruptions, geysers and hot springs. A de-
sign Is proposed for a heat pump which uses the thermal power of undergre ktgs
Water is pumped from a well Into a freon evaporator and cooled. Th njIMOYrr' is
then compressed and condensed under pressure. The heat from the compressed vapor
is transferred to the water circulating in the heating system. This reduces energy
losses by a factor of 4-6 in comparison with direct steam heating. The ust of heat
UDC: 525.215+620.04
Card 1/2

L 15273-66
ACC IIR: AP5028621
pumps for air conditioning units Is discussed and the bromium-lithium absorption
machine is recamended for temperatures above the freezing point of water, while
the water-ammonium machine is recommended for temperatures below zero. The brcmium-
lithium absorption mischine consists of two dru4s, a heat exchanger and pumps. Tho
upper drum consista of a boiler and condenser, while the lower is made up of an ab-
sorber and an evaporator. The water from hot springs is fed to the*boiler tube
where the heat is used for boiling the water from an aqueous solution of lithium
bromide. Tubes supplied with water from a cold spring are uacd for condensing the
steam in the upper part of the drum. The condensed steam is cooled by a spray sys-
tem in the lower drm and the water vapor is absorbed by a lithium bromide solution
in the upper part of the drum. The lithium bromide is then fed through the heat
exchanger to the boiler. The cold water is then used to absorb the heat from the
ambient air. Methods are discussed for generating electricity ljy the use of subter-
ranean heat sources. The capital outlay for geotherCnal electric power stations is
high, however in certain regions they may be considerably more economic than conven-
tional thermoelectric power stations. Orig. art. has: 4 figures.
SUB CODC*. 10/ SUBM DATEt 00/ ORIG REr: ooo/ OTH REr: 000
Card 2/2

L 24246-66 _fWj
A_I)/EWP (e)Zgp (&)1nT(m)1Ep -'bo/65To -6166-61o
ACC NRi AT6006920 SOURCE CODE: UR
o 0
U 0 tateladzes Be So; Leontlyev, Ao I.
ORG: Institute of Thermopb sics, Siberian BranchAN.SSSR, Novosibirsk
Institut teplofizikig SibirBkoye /
I(it
TITLE: The turbulent boundary layer of a gas on 9_p@rous surface
SOURCE: Teplo- i massoperonos. t. II: Teplo- I massoperanos pri
vzalmodaystvii tel a potoksmi zhidkostey i gazov (Heat and mass transfer,
v. 2.: Heat and mass transfer In the interaction of bodies with liquid
and gas. flows), Minsk# . Nauka. i tekbn1ka, 1965, 351-360
TOPIC TAGS: turbulent boundary layer, gas dynamics, Mach number,
surface property
ABSTRACT: If the effect of tbermo-p baro-O and dino-diffusion are
neglected, than the system of differential equations for a binary
boundary layer assumes the form:

L 24246-66
AtC N" AT6006920
0
dP J aw 01W.
,&7 + P W. + P W, - ;
dy
a (P W.)+a (P 0
OY
& &
+ W. "P - 0,
PWX + P wo,
(Dp dy al@ ax OF dy
W. + WS,
0 the basis or the above Initial equations, the author develops a
iatbematical solution of the problem, taking into account the
iermeability of the surface,, for blowing and auction over a wide range
X Macb numbers. The results are compared with several series of data
Irom the literature, and are exhibited graphically* Orig# art* bas:
.6 formulas and 5 figures.
ORIG REF: 0021 OTH REF: 006
MB CODE: 201 SUBM DATE: Ogffov65/

)j'IYWP(-m)
ACC NRi AP6021363 SOURCE CODE: UR/0207/66/000/003/0149/0153
,AUT11OR: Volc-hk-ov,,E.-P. (Hovosibirok); KutateladzeA,_S.S. (Novosibirvk);-Lerchenka
-.N. Ya. (Novosibirsk); Leontlyev, A. I. CN-ovoa6irsk)
39
ORG: none
JITLE: Baffle coolingjn the case of a current blowing into a turbulent y
und-ar -1&04
.through multi-aperture and grid grates
iSOURCE: Zhurnal prikladnoy makhaniki i tekhnichaskoy fiziki, no. 3, 1966, 149-153
!TOPIC TAGS: turbulent flow, boundary layer, cooled boundary layer
ABSTRAM An analytic method is proposed for determining the effectiveness of baffle
cooling of a plane thermally insulated wall when a cooling gas is delivered through
grater.. Results obtained for the cooling effect of a gas passing through a single
aperture are rliown to be applicable to the more complex problem. Equations for the
degree of energy and momentum loss are introduced for the second aperture as an exten-
Ision of those for the first. An estimate is then made of the effectiveness of heat pro-
I
.tection, the measure of which is taken to be the temperature of the insulated wall.
'These estimates are shown to agree with experimental data. Orig. art. has: 23 formu-
las, 6 figures.
I
SUB CODE: 13/
Cord 1/1 nat
SUBM DATE: 2lApr65/ ORIG FXF: 006/ OTH FXF: 002

ACC N7 AP 7 3 71-.:
U'I'::k)R: Fu tat el adz e. S. S. Novoslbirok) Leorit yci,
B. P. (Novonihirnk)
none
..L Calculation of turbulent heat t-ransfer on a so.-Apt-_-:7.eable sur-
face with injection of foreign gas
SGiRCE: Zhurnal prikladnoy mckhaniki i tekhnicheskoy fiz_"*.@:i, no.5,1966
123-125
.TO?IC TAGS: turbulent heat transfer, semipermeable surface, sweat
,coolin,-, suboonic Z-, flow
PLBS"21ACT: A method is presented for calculating the heat ",-ransfer on a
'se-miperincable surface under conditions of subsonic fl"J'a w 4, th foreign
-hod is based on the solution of the energy equa-
,-as iri'ection. The met ko ID
tion and the use of the asymptotic theory of the turbulent, boundary
:layer. Figure I shows the comparison of the calculated rezult-3 with
ex.- on
periment-al data obtained by Tefik, Eckert,, at-al. (Then-..al diffusi
ieffects on energy.transfer in turbulent boandary layer.with hel,-Ium-
ii njection.
Proc. of the 1962 heat trainsf@r and fluid. Me'chanics
;'Institute Stanford University Press, 1962).
Co,d 1/3

ACC NRiAP7V^OC)O
0
Z.1. Varialk-lio A.
n of .I
@unctlon ol'
A.
le Stanton nu.-Ibers; b
ijection paramneter.
':Figure 2 shows the rate of gas injection for the case where a is
d'f p
ferento for the Injected and maln gasea.
.L-Card 2/3

ACC NIR, AP70000533
2
Fig, 2. Variation of J,Vt /j 11 with
k2- (Jw- rate of gaz in@ec,,ion)
The calculation was performed for: k2=0.005--6.o; R=0.25, C /a
Pl P0
0.25; '@=0-303-0.9, where k is a function of the wall and
-,as temneratures, and a ang a are the specific heats of the
'Main aria injected gases@o Pl respectively. The obtalned results
show that'the rate of Injected gas Is only slightly affected by.the
physical properties of injected and main gases.
.:i'Oris.art.has: 2 figures and 20 formulas.
(WA-88)
i SUB CODE: 21/ SUBTM DATE: o6Aug65/ ORIG REF: OOl/ OTH REF: 001
Card

U.-
'-i: Lcont'Yev, A. I. Pirenov, A. K.
@,R
of of
-:I"; L I.t Lf".110fizil"I 0"ibirskoE;o otdcleniya Akadem-'11 n.,iu;,
-oil o'
U
ion t( Ie CRICUlAt"
4 1 1cvl@narical ch@uu,.cl for urbitrui-y iI!;tr.ibu*.-Ic)n of for cosen-
a "Ay conditions
,r @r tu 4 no.
ysoklkh I v
77,-,@C Cu:; I'low, tuxbulert flow, Reynoldr,
transfer
is a co-Linuation of cz,.rIlcr
i-,,tza C-,-ur'I'-U--LQnt Boundari Ii4yer 0, aG-". SG AN Z`-'R
w@tkl un :n tl"@@ cy,
Uay" of aroun,i
t',-.Ore, bar-ed esnential-- on ri -
--y
i;-, Lhe fom o", a :Cunctional rclittlo-i a..:!,
Beynolds mumber of the boun,iar/ lityer, i@- I., -,rcscrlt -,,a;)er
@o the ti;1i)uleit flow of gas, in a ior.@ cyline-1c.,,I
y
--juL@u;I of the 'Icat 1C.'Id. 7ne wall caicl;L@I.c". 0., 00 the
A.
u:ialoa 'u(.-Lween the external and internal Problem and on the baris of t@.e conser--rative
Card V2 UTC: 536.24.oi; 532.51-2

ACC NRi 3 9 5 6
nature of the law of heat exchange relat've to variation of 'he conditions
@Ihe infiuuncc of the non-isothermal conditions on heat in L*.@,e -L--i-bulent.
V 1 4 @. C@ -, ; 4'
ucund,-A.ri Layer is estimated in accordance with a limitin,; theo,-j . @;e described
in "lie earlier paper. It is assumed that the distribution of 'I.,e veloc".1les rand of
t o..... )er,,turc Js conservative with respect to tlno@ influence of t',.e
c@-,:idIlLionL. it is concluded that. the resulta of the calc*alations can ey?lain Maj-4 of
the pu1jliL;hed experimental data. Orig. art. has: figures and 13 for.-Lulas.
SbB CODE: 201 SIMM DAIVE: OlDec64/ ORIG REF: 008/ U.-iii ELF: COI
... .......

ABULAMIC, A.S., prof.; PATLODZE, Tu.B.. prof.; KTITATNLADZE, TO.A., doteent;
ANTELSTA, A.T., assistant; GIONTI. L.r., assistant
Yluorine content of food products and drinking water in the
Georgian S.S.R. Gigj san. 24 no.1l17l N 159. NIRA 1314)
1. Iz kafedry btokhimii 7billeekogo maditsinakogo inatituta.
(WATER SUPPLT)
(POCD)

17689-66
ACC N1- AP6006335 S()URrE rnm: IIP/0413/66/(100/0()7/()05R/0058
INVENTOR: Karotkov, V. P.; Kudryashov, A. N.; Kutavenko, S. S.: Polovoy, P. A.
nRG: none
TITLE: Contactless titmne relay Class 21, No. 177986
SOURCE: Izobreteniya, promyahlennyye obraztsy, tovarnyye znaki, no. 2, 1966, 58
TOPIC TAGS: time relay, delay circuit
ABSTRACT: The contactlese time relay shown In Fig. 1 consists of RC networks,
blocking generators, and flip-flops. To increase the titne delay and simplify the
Fig. 1. Time relay
.Card 1/2
1-4 - Coupled blocking generators;
5, 6 - flip-flops.
621.318.57

ACC NRj AP6006335
circuitry, one of the flip-flop outputs drives blocking generator I and the other
complementary output drives blocking generator 2. The output of the third blocking
generator driven by the first to connected to the 0 input of the first flip-flop (5)
and the I Input of flip-flop 6. The 0 input of flip-flop 6 is connected to the outpu
of blocking generator 4. Orig. art. has: 1 figure. JBDJ
SUB CODE: 09/ SUBM DATE: O&lul64/ ATD PRESS:

i.71-:'Al", -,. I:.
Canrlilat@,- o4' Technical 5ciences
"Tolcranccs Cor Sp@-cial
,3.11 Stilki I 7rjCtrt,,,.,rt Vol. 15, ' 11
- I - No. in- s i @jh
!@:t '?2.-,- @@(--119

KUTA@, A. K.
Proizvodstvennyl kontroll ra=erov mashinnostroitellnykh detalel. Leningrad,
Mashgiz, 1947. 297 p. diagre.
Bibliography: p. 293496.
Industrial control of dimensions of machine-buillding pRrta.
DLC: 'ril3l3.K84
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.

1,"-n 1 y
25574. KUTAY@ -A. Tba
L"Otody fir."lliza rc.,;y Tc@frn.
Obrubot'A'; V sh: NckctcrT@a vo-.)rc!-,y
lglx,
11 ato. 's- I Zhurnal .3t ltoy, No. 10, ncow,

a.""! c-ritrol i-". r'."Ch"Ulical f,!l
"anufactiii-im, and :'echinical. @,-)V`ot "ni, i
of Coni-,rex, 1"';3.

GOMMAN, P.N.; KUTAY, A_X.. kandidat tekhnicheakikh nA-A, dots@-r.-,, --r-
dakt or; SO'KO.WVA, L.V., takhnichookly redaktor.
[The scroving together of screw-thread3 with protectivo coft*,irg9j
Svinchivaemost' rezlb s sashchitnyml pokrytitami, Mcskva, Goo.
nauchno-tekhn. izd-vo mashinostroit. lit-ry, 1954@ 74 p.(KLRA B-2)
(Screw .-threads)

MYAGKOV, V.D.; KUTAT. A.K., kandidat tokhnicheakikh nauk. reteentent;
BOTTSOV, A.S.. kaudIdat takhalchoskikh nauk. redaktor; DLLW-
KAMKAYA, Ts.A., takhalcheskly redaktor.
(Tolerance and fit; handbook] Dopuski i pasadki; spravochnik.
2-e Ird., perer. I dop. Moskva, G*s. nauchno-takhn. Isd-vo nashino-
strolt. i sudostrott. lit-ry, 1954. 367 P. (KIIA 7:10)
(Tolerance (Ingineering)) (Xachine-shop practico)

XMT, A.Z.
Investigating the accuracy of the geometric parameters of motion-
-picture films. Trudy LIKI no.3:131-140 '55. (KLRk 9.8)
1. Kafedra tekhnologii tochnogo sashinostroyaniya.
(Cinematography--Yllus)