SCIENTIFIC ABSTRACT KONAK, C. - KONAKOV, P.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824130001-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

HOSCHL., P.; KONAK, C.
Growing of CdTe single crystals by static sublimation on a
cool wall under the pressure of one of the components.
Chekhosl fir zb=al 13 no,llt850-856 163.
1e Natedra, fyziky pevnych lateky Matematicko4yxUmlni fa-
kulta Karlovy un.iversity, Praha.

f
ACCESSION NR: AP4041980 Z/0055/64/014/007/0559/0560
AUTHORt Konako.-Cco; Prosser, V.
TITLE: Temperature dependence of absorption edge of CdSe single
crystals
-!SOURCE: Chekhoslovatakiy fizicheskiy zhurnal, v. 14, no'. 7, 19640
559-560
TOPIC TAGS2 tempe'rature dependence, absorption edge, cadmium selanidike
single crystal, absorption coefficient,' photoconductivity maximum
ABSTRACT: The results of measuring the temperature dependence of
the absorption coefficient of CdSe in a wavelength range of 0.6.to
1 micron and a temperature range of 125 to 459K','are given. Thin
plane-parallel plates 10 to 20 microns thick grown from the vapor
phase by Frerich's method vere measured; a Zeiss mirror monochromator'; ....
31 and an M12Q photomultipliev tube were used in the measurements. The
71 temperature dependence of the absorption coefficient for K - 103 cm-li
iis shown graphically4i This deparidence was linear for'the energy

ACCESSION NR
I AP 41 So
Corresponding to an,absorption
K 1.3 x 103 -1
125 to 400K, cm n the range fro
edge are cOmpa Values Of the
temperature dependence o absorption-
red with the f the m
conductivity maxi temperature dependence of the ph
1 table. mum in a table. Orig. art. has: 1 fig dto-
ure and
ASSOCIATION: Mathematics-ph.,
Prague ic a Department, Charleg!University,
SUBMITTEDs l3jan64
ENCL: 00
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NO REF Sov:. 002
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XONAK, Z.
"The Plan Has Been Exceeded BY 77,000 Tons of Coal"s, F.'6,, (TEMICKE
NOVINY, Vol. 1, No. 17/18o Dec. 1953, Frahao Czechoslovakia)
SO: Monthly List of East European Accessions, LC, Vol. 3$ No. 32,
Dec. 1954, uncle

KONAK, Z.
KOMkKp Z. 3rd Congress of the Association of the Workers in Metallurgic
Industry and Ore Mines. p. 59.
Vol. 7. no. 2., Feb. 1957
HUTNIK
TECHNOLOGY
Czechoslovakia
So: East European Accession, Vol. 6., No. 5, kaY 1957

"Creative collaboration betwen science and practice. p. 16.
Vol. 7, no. 6, 1952, Sofiya, Bulgaria.)
SO,: Monthly UsL of East European Accessions, Vol. 2, No. 7, July 19,53, Uncl.

- 1-1 " - , -;A
LIM

a ave a v a LUe a on roxL,.i a Le iv DeEldeen I q n -1 14 The
-- ---------- -- ---

yr V-ir
KONAMVICH. A.V.; LATSINIK, G.Ys.
Some negative aspects of the Pollakov street spigots. Yrach.delo
supplement 157:107-108 (MIRA 11:3)
1. Rovenskays, oblastnayn saniterno-spidemiologicheakays stantsiya.
(WATXH--BACMIOU)GY)

GOLUBEV, V.S. (Moskva); KASABOV, G.A. (Moskva); KONAK,H, -Y.J.. (Moskva)
Study of a stationary argon - cesium plasma of nonequilibrium
conductivity. Teplofiz. vys. temp. 2 no.4;493-509 JI-Ag 164.
(MIRA 17:9)

01%
C14
1089R/Pbvics Magnetism Jul/Aug 49:
Instrument
"'Measuring the Strength of a Magnetic Field
by the Induction Metho&.P" Yu. Ya. Konakhovich$
0. D. Latyshev, V. V. Tsimbalin, Len' ad
3~bysicotech Inst, Acad.Sci USSR, 10 pp
*'Iz Alt Nauk SSSR, Ser Fiz" Vol XIII, No 4
Describes apparatus for measuring the strength
N of a magnetic field, which is distinguished
from ordinary instri ntsby its high accuracy
and by the possibility of.continuous operation
and convenience. Discusses block-diagrain '
representing -the apparatus,.generator I giving
field strength of stable frequency,,generatoi!
n having direct current with a synchronous
,zotorchik," potentiometer having constant
current and-galvanometer, and results of ex-
periments with the line of internal-conversion
electrons from the K-shell (240 keV) of RaC..
Cbiiclusion: Accuracy of the method is limited
by the stability of frequency of the quartz
oscillator, equal to 10-5. Relative error
for 500-oersted field is 4,. i0-5 and decreases
vith increase :Ln.field,H, since absolute error
it~O.Og oersted. Method is free of necessity
O'k intr.oducing tangential corrections.on recti-
linear scale, and on, nonlinear galvanometer.'
Submitted 15 Jul 49.
152T92

05433
SOV120-59-3-4/46
AUTHORS: and Panasyuk, I. S.
TITI21: A Flat Crystal Neutron Spectrometer (NeytronnYy
Spektrometr s ploskim kristallom)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 3.
pp 26-31 (USSR)
ABSTRACT: A photograph of the spectrometer is shown in Fig 1 and
a sectional drawing in Fig 2.. The spectrometer is.set
up in the path of the verticaj,.neutron beam of a Uranium-
graphite reactor. The,primary collimator is in the form
of a steel tube.2.8 m long. A second collimator filled
with a mixture of boron carbide and paraffin is set up
at a distance of 1.6 m above -;he first collimator. The
minimum divergence of the, dif '?racted neutron beam is 41.
A table with a demountable or.-Tstal holder is placed
above the second collimator aad is followed by an end-
window proportional counter o.-.-' monochromatic neutrons.
When diffracted neutrons with energy close to the
Maxwell distribution maximum were detected, the number
04' untS per minute obtained wit;h this.counter was
Card 1/3 6.'5cx 10 which corresponds to 1.6 x 10 neutrons per
_T~

21.1000,24.68oo
AUTHORS: Konalchovich,
TITLE: Monochromatic
In the.Energy
Editor
`772i4
SOV/89 -8 -.1 -8/29
(u. Ya,, Pevzner, M. I.
-9
Neutron Finsion Cross Section of Th 24
Interval 0.02-0.8 ev. Letter to the
PERIODICAL: Atomnaya energiya, 1960, Vol 8, Nr 1, pp 47-118 (USSR)
ABSTRACT: Reliable conclusions cannot be drawn about the 11T-h;
variation of the fission cross section in the thermal
region and on the resonance in the energy interval
between 0.2 and 0._3 ev, unless one increases the
number of investigated fissionable nuclei. The
authors chose the CL active (T 7,300 Years) nucleus
P-29
of Th , proposed by.Selinov as the most convenient.
Neutrons from the horizintal beam of the IRT reactor
were selected by means of a neutron crystal spectro-
meter, and sent through a ionization fission chamber,---
containing the material under investigation, into a
Card 1/5 Iffine" proportional BF 3 counter. The cross section

Monochromatic utron Fission Cro3s 77214
Section of T05 in the Energy Interval SOV/89-8-1-8/29
0.02-0.8 ev. Letter to the Editor
Is then given by:
ATh
V
where NTh and NB are the respective counting rates of
the chamber and the monochromatic neutron counter afte
making . The aut used 6-10-~
J~5kground corrections
g of T , chemically extracted from UNSspure to a
few hundredths of 1% of uranium. Quantity of Th229
was determined bY counUnCr (I particles. The chamber
contained argon with 8% CO 2 at 500 mm Hg pressure.- To
get a 10% statistical accuracy, each point in the
figure needed 50-100 hr of counLitir. The curve was
,,,normalized to the value or Z115 11) barn. This
Card 2/5 normalization could serve only Oor orientation purposes,

Monochromatic 2U� utron Fission Cross 77214
Section of Th in the Energy Interval SOV/89-8-1-8/29
0.02-0.8 ev. Letter to the Editor
since apparently ithWers to the reactor neutron
spectrum, and the T cross section in the thermal
region does not follow the 1/,/-E law. The authors
note that the 0.563 and 0.727 ev resonances contribute
little to the resonance integral-
CD
JTh dE
E
Using the equation:
B
j "'~Th th RCd I
Th - 2 HTh
C d
.Card,4/5
77~

Monochromatic 2U5LItron Fission Cross
Section of Th in the Energy Interval
0,02-0.8 ev. Letter to the Editor
77214
SOV/89-8-1-8/29
and the values for the cadmii.n ratio (R Cd) from the
IRT reactor (R Th = 2.34, RB =, 15.2), the resonance
Cd Cd
integral has the value of 240 barns. Measurements
with the same setup were performed by V. P. Gerasimov
in the 0.02-0.26 ev energy region, using a mechanical
monochromator. 1. V. Kurchatov showed continuous
interest during the work, G. N. Yakovlev and S. V.
Pirozh1cov prepared the pure sample of thorium, and
Chzhan Khuan-chao helped during measurements. There
is 1 figure; and 8 references, 6 Soviet, 2 U.S. The
U.S. references are; Neiitron Cross Section, Second
ed., BNL- 25 (1958); C. Porter, R. Thomas, Phys. Rev.,
lo4, 483 M156).
SUBMITTED: April 4, 1959
Card 5/5

�/07()/63/008/001/005/024
E132/E46o
AUTRORS., Konakhovich, Yu.Ya., Saksonov, Yu.G%,
TITLE., Neutran diffraction inveatigation of a mangenese-zine
ferrite
PERIODICAL: Kristallografiya, v.8, no.J., 1963, 25-31
TEXT: The study had the aim.of finding the positions of the ions
and of explaining the magnetic structure in the ferrite of
composition ZnO.288N,1n0.645r'e2.06704- Noutron diffraction was
carried out at 20'C with and without a magnetic field of 5000 00
and at 2600C. X-ray diffraction gave the unit cell dimensions as
a = 8,4915 +.0.0005 A. The neutron beam used w%s monachromatized'
by reflecti;n from 111 of a Pb cryetal to o.962 A. The Curie
point of the specimen was 2300C. It was shown that the
parameter of the oxygen ions is u = 0,3881 + moO and that the
degree of inversonaso e = 0.89 + 0.05. - Th-e ferrite shows anti-
parallel ordering of the magnetiZ moments of cations in the
octahedral and in the tetrahedral interstices. The saturation
magnetic moment per ion for the ions in the tetrahedral and
octahedral positions is 3.3 + 0.3 Bohr magnetans and is 3.3 t 0-9
for a "molecule", which corrWsponds exaqtly with the value
Card 1/2

S/07o/63/'008/001/005/024
Neutron diffraction E132/E460
determined by magnetic measurements at room temperature,
Comparison with the calculated values show that the tetrahedral
and octahedral stib-latticeki are saturrted at room temperature to
different degrees (911 and 68% respectively). There are 2 figures
and I table.
ASSOCIATION: Insfitut atumnoy energii im. I.V.Kurchatova
(Institute of Atontic Energy imeni I.V.Ki;rchatov)
SUBMITTED: Junce-26, 1962
Cavd 2/9-

KONAKHOVICH, Yu.Ya.; SOMENKOV, V.A.
. Use of gallium in determining the cross-sections of coherent
neutron scattering. Kristalograftia 8 no.5:785-787 S-0 163.
(MIRA 16:10)
1. Institut atomnoy- otiergii im. I.V.Kurchatova. ,
I

XONAKHOVICH, Yu.Ya; SAKSMOV, Yu.G.
Neutron diffraction study of manganese-zinc ferrite. Kristalle-
graflia, 8 no.le 25-31, Ta-l"63 (MM 1? e?)
1. Institut atamnoy energii imeni I.V. Nurohatova*

L 2662o-66 EWT(M)/E;pr(a)-2/kI~k(d)/EWP(t)/EWA(h) 1JrX*)'
ACC NRt AP60104014
SOURCE CODE., UR/012
-JD
AUTHORS: Astrakhantbey~ S. Me,- Ko=ov, Yu. I.; jronakhovicht re, Ya,
010: none
TITLE: Neutron diffraction study of polycr7stalline nichrome all
OY
SOME: Fizika motallov i metallovede-niye, v. 21, no. 3. 1966s 304487
TOPIC TAGS: -nickel alloy., chromiunalloye nichrome alloy, neutron diffraction
t6mperingp electric resistance, polyaryatal.,
ABSTRAM. A neutron diffraction-study of annealed and cold worked pplycrystalline
nichrome alloy (containing 22 er,* wt % Cr) was carried out. The electrical resistanef
of the specimens was also determined. A schematic of the neutron diffractometer is
presented, and the experimental results are. ta,3ulated and are graphically -summarized
(see Fig. 1). The neutron diffraction pattern exhibited superstructural mailma
-corresporAing:~tl"ha-formation~--ofzantiphasa-:e---n~na-.- a en G -wqs-----_--
first- suggested--bt Be- Rymashevskiy-j,- -and- N-P6-Kosyreva-(1r
giya-21961i 0- 5)- *iead to an-order
.Cherwa matallur N was f ou-nd to ing of
- .: -7-
'the domains after the Nifr types The authors thank Us F. Fraydyuk for evaluation
of the experimental resu ts
UDC:_ 539.292t5W.h

a6670-6'
ACC NR: Ap6oloWoW-:,-,:-r~--
va
71
160
1400-
Fig. 1. Neutron
1200
dillfraction
1000 patterns of
the allay Mi. +
.22 at, -wt
-G
tb)
after
AchiavingX_Statlii
A
b w
d067
zo~
IT.
za:
Card 2/3
ML
MEMO

L 2667o-66

- ------- -- -- I
MMOSPASOV. A.V.; PAUKOVA. G.1.; XONAKE. V.F.
Investigating the strata in argon. Zhur.takh.fix. '30 no.1:125-128
ja ,6o. (MIRA 13!8)
(Argon) (Ionization)

DF,SPII,U-,'Rp 0,D.; XONAMOVSKAYA4 S.M. (Konalchovslka, S.M.); LIFSHITS, Ya.I.
(Lifshyt-sr,-
Qualitative analysis of carbocholine. Farmatsov. zhur. 18 no.2:
42-1,3 163. (MIRA 17:10)
1. Kafedra obshchey khimii Vinnitskogo meditsinskoSo instituta im.
Pirogova. i Laboratoriya aptechnogo upravleniya Vinnitskogo oblastnogo
otdela zdravoo?diraneniya.

XONAKOV.-D.
Standardization
Technical standardization in U.S.S.R. industry.
Prof. soiuzy no. 5. 152.
Monthly jLst of Russian Accessions, Library of Congress, August, 1952. UNCLASSIFIED.

X011 ~ YOV, D. 1141.
Sotsiali~-!ticheskoye Vosproizvodstvo Z-:~ocialist Rcpm~uctiol~/ ,,!Oskvn, lzd-vo Zraniye,
1953. 39 p. tibles.
11/5
781
M

~ , -E -,-
7-1
1. Kormov I D.
2. USSR (600)
4. Industry
7. Socialist broadened production, Prof. soiuzy, 8, no. 5, 1953.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl..

KONAKOVS DOM,; -KOZW79-- GAO, redaktor.-
.1 1 ~ I'M'
Lwa&a] Zarabotnata plata. Mook7a, Vvi3sbaia partiinata ahkola Pri
TOK less$ 1954. 28 p4. (MM 8:4)
1 (wages)

KONAKOV.D.M.
fitiition of technical norms and wages in Soviet industry]
Organizateiia takhnichaskogo normirovaniia i zarabotnoi platy v
promyshlonnosti SSSR. Moskva. Vysshala partiinaia shkola pri
TSK KFSS, 1955. 27 p. (MIn 8:11)
(wages)

KONAKOV.D.
settingup labor norms In industry. Sov.profsoiuzy 3 no.9:56-61
S 155. (MIRA 8:12)
(Time study) (Labor productivity)

KORTAGIN, Aleksandr Georgiyevich- NglUJ;,Q -Awd.; IIAIWOV. X.M., tekhn.red.
[Socialist reproduction] Sotsiallatichookoe vosproizvodetvo. Koskys,
Tyashaia partiiaaia shkola, 1957. 61 p. (MDU 11:2)
(Russia-Economic conditions)

BELYAYEVA, Z.; BUDARIN, V.; VASIMMSEVA, To.; KOPM, M..- KGROLST, S.;
MSSIIGMYAXO'V, V'; 6*111, S.; #-D., otv.red.; ROCHIO. T..
a -MMOT
red.; SOSKIN. A., red.-
[Political so onomy; a manual of visual aids] Politichaskala
ekonomiia; nagliadnoe posobie. OtvetstveWi red. D.Ionakov.
Moskva, Goo.isd-vo polit.lit-ry, 1959. 159 p - (MnA 13:3)
(31conomic history) (Audio-visual aide)

KOZLOV, Genrikh Abramovich, prO.; SHIRINSKIY, Ivan Dmitriyevicho
dots ut:.- jjk4
. - t-ri z
a -.7,Ksksimovichl.prof.; MORO OV,
- AP090T a --~. 0 '6 ".
Aleksandr Vesilly via . o' a nt, BIMYAMA, Zoya-RikolayevnAe
kand~ekonom.navjc;.;ECRYAGIN, A.G.6 red.; PRgOFIYIV, 6.~P,.#
red.; VADMOV, j[jK,,-tekhn.red.
Eqapitalist wthods of production] Kapitalietichemkii sposob
protsvodstva. Moskva, Isd-To TM i AM pri TeX ZPSS. Ptel,
1959. 237 P. (kMA 12:6)
1. -Zo--nmistichookaya~partiya_Sovetskogo Soyusa. Vyeehaya
partlynAys. "ola. Kafedrs politicheskoy skonomli,
(loononibe) -'(Capitalimm)

ALZKSBUT, A.; ANG410KIN, A.; BIMH L. BAWANOT, X.; BOMOLOT, 0.
BRWINSKIT, B. -, IOITI. Yke: KOM~. _ T.; UNAM, D.; MAWS. - T.;
=1~9V, T. -. LITTMOT, Pw,~ XURMOT. K.--,-OB-OIOMnr, K,;- FOWAYWO
Tu.; TOLUCIW. A.; KATSI T., red.; IRYLOV, Pe. red.; KAMSEAU,
T.N., red. PUABINOVA, Ye" S.i takhn.rea.
Exconomic Competition tetwe*A the U.S.S.R. and the U.S.A.-, a criticism
of the views of American baurgeois economists] Bkonomichaskoe4orev'no-
vanie mshdu SBOR i SGhA; kritika -vzgIIadov,amerikanskIkh turihuAzn*h
Gkonomistov., gookya Gosplanisdato 1959. . 240 p. (KrU.,12:3)
1. Moscow. IffauchAo-Issledovatel'skly skonomichaskly institut..2. Gotrud-
niki lauchno-issladovatellskvgo ekonomicheskogo Instituta*6splans, SSSR
(for all except Zeta, Kr7lov, Kanevskays, Oarasimovs)
(United States-Beonomic cond.I-tions) (Russia-Zoonomic conditions)

BILYAUVA, Zt; KONAIDDV9 Df
Collection qf articles an jabor in the U.S,S.y4 ("Tabor in
the V S,S'R." Itsviewed"by Z6 Bellaevaj D. Kanftk~ov)
4 no.;tT4Z148 f4r 059, gatrud
Labor and laboring clagges) las4)

KONAKOV$ D.
,M~P~ngterial ~ incentives Is an important lever of .44calerating
the rate of the building of communism. Sots. trud ? no'*-I~-26-3j
D 162. U 16:2)
(Incentives in'industr7) (Wages)

KONAKOV, G. A., Cand. Tech. Sci. (diss) "Inveetigation of Ini-
tial Parameters of System of ~Iutomatic Control of Marine Rever-
sing Engine," Gorlkly,, 1961, 18 pp. (Gorlkiy Polytech. Inst.)
200 copies (KL Supp 12-61, 268).

-KONAKOVO-Q.L-.,, kand.tekhu.nauk
Graphic method of determining the start of braking of a reversible
engine. Sudostroenie 29 no.6t2&29 Je 163, (MIRA 16:7)
(Wrine engineering-Graphic aethq4)

M&RI7ANMKnV I*M*; GORBAC.HEV, A*G.; RYUIN,, G*M.; RUBOX, A*Ya.;
KNEW,, G.A.; GRIGUROIEVO N.I.
Authors# abstracts of dissertations. Vest.mashinostr. 42
no*5:89 Vq 162. (mm 15,:5)
1e Leningradakiy politekhnicheakiy institut imeni M.I.Kalinina
(for Narlyanovskiyj Gorbachev), 2o Mookovskiy stankoinstrumentall-
V7 inatitut (for Ryvkin). 3. Kraanoyaraki7 institut tavetnykh
metaUov imeni Mj Ir-14-4-a Ifor Fqaboy)e 4. Khartkovskiy
po3itekhnicheakiy institut imni A.A.Zhdamova (for Konakov).
5* Laningradskiy korablestroitellnyy inotitut (for Grigorlyev)..
(Bibliography-Mechanical engineer!mg)

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USSR/Meadov Cultivation, L
Abs Jour Ref Zhur Biole, No 14, 1958p 63269
Ax-t-hor KhyLnkanj, M.Apt-Konakov,, M*Ke) Mashkevichp N.0s,
Inat Vorophilov.grad Ai3ticultural Institute.
Title Meadows of Kolkhoz inerd Budeany of Novo-Aydarakiy
Rapn and Ways to Improve Them.
Ori E; Pub Nauclu-i. eap.-Voros-hilovGradsk. G.-Idi. in-ta) 1956, 4:
NO 1., 88-97
Abstract No abstract.
Card 1/1

SULIMOVSWA, N.A.g doktor med.nauk; KONAKOI~AN Moo* BOOACHEVA, M.Ye.
Therapeutic value of the droplet method of introducing allk into the
stomach in peptic and doudenal ulcer. Vrach.delo no.10:108-109 0 160.
(MIRA 13;11)
1. Kafedra terapii, (zav, - doktor medonauk N44ulinovskaya)
Instituta usovershenstvovaniya vrachey i klinicheekava bollnitsa
goroda Kharlkova.
(M=---THWEUTIC USE)
(PEPTIC ULCER)

cg!k -IIAWIlQlq.,--.~ . I -~ 1; 11.1 , ~ V~.' I ---, 4 ~, ~t -. I ~. j - - - ~ , ~ -.. - - - - - - - I
KONJ*~Kov I I%T. N'. TA 2511r,"
~f

I
KOT,am" P. Y.
"!',xperiment In Applyinr, Theory of Similarity to Analysia of Operation of Steam--!;nglue
Locomotive." No. 9. 1945. Iz. Ak. Wauk. SSSR. Otdel. TeM. 11auk.
3P-52059019-

7 1, No. 7,
. , AXO)f P. K. Oothtuben," DO%. Lill 5
K0.11 I th, C06fflc'ent . R.,19tan.06 in Sm
III ITew Formula for

4T42
vater in
3 'Vol IVY 110 4
TOP ,"a of greater
-dodo=ibes bis tow Oross flootions
Authcr , an& OCMCW- Gives two
'Imlicity
cc

KOITAKOV.P.1.9 doktor takhUtches"kh nauk zhel.dor.
V- -
,'~, 1"', , ative firsbOlleg* Tekh.
Direct hent smi*G'on from 10COM (XLpA 8-.12)
6 no-9: 17-19 5147* (Locomotiveg-Fireboleg)

ptre
A. Federmall [cf. Ann. Ive-s' W Jj
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#01MItt ki dt~ 1 01'. ;*tPIL 411cm (if mKik fl)f~v It lill. f1milimils of %W, p,,qt,. fly PIC glki~ I
I
~.10 ire 41"Im"Itol III :I Omil.)p 4.1v $"I Ow 'Orm:11011 cwuflmi. x0 of life 10
I'll Itt,owl ~.I) valliv.
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KONAKOV- TO K.
Irydrodynastics Oct 49
"Soote Regularities of the Turbulent Notion of
Liquids in Pipes," P. K. Konakov, Power Eng
Inst imeni G. M. Krzhizhanovskiy, 13 PP
"Iz Ak Nauk SSSR, Otdel Tekh Nauk" No 10
Develops now formulas for curve of velocity
d1stribution and for coefficient of hydraulic
resistance during turbulent motion of liquids
in round pipes. Submitted by Acad M. V. Kir-
~ichev.
161T59

XONAKOV, P. K.
30459
Pryamaya otdacha parovoznoy topki. Trudy mosk. Elyektromyekban.
In-ta inzye2yerov Z.-A. Transporta im dzyerzinskogo vyp, 59p 1949p
S. 3-31.
SO: LetoPis' No, 34

-4. -C-O-L-z -A a A- X V.
00 4
-Ok~eWS1 AO
00
RMMZUTATIC
40.
P. 1. (Isvest. Akad. 9178.8.
Sci. U.S.S.R., Seat. Tsob. 6
0 Brief mention is mads of 15 a
00 JET Modole (5 papors)j its arplicat
0
0 (1)1 to electrical fields and a u
bines(l)i formation of a steel
'3i ~:
design of blowro (I)i glai
-5
OCTALLUCCM41. LffffAAATWM CLASSW#CAWN
2M-7~AI,'--san2v,j it F- 1111400 HAD 041 am
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Mal. Takh. Ikuk (BtLU. Lead.

l(M
1596-1600) V41
e
v
vace papers Ong theory of
Am 0
A phystoo-chealcal processes Val
~a (L)1 gas flow and at"m tur-
Ws ambtistion and radiation

furnaces kl). t! coo
1.

' a,

Val
211111 aw Ov ask
'W 0 PI W I W W
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a a a 11 )a a Jud 0 15 9 a 41
I a IV IS It w a I I M w f k k
I A IL JL A..V P_ I _q --.I.
pay & Ito &No AT- C.0441
*0 VIOCIMS AP* VIC01411tS '"Vtt
371. HEAT THANSM IN, HOILSR FM BOXES. Koriakavp P. Ito (OckUdy Akado
Pauk SSSR (Rep. Aaad. ftt. U.S.S.R.)# 19500 vol. 72, 501-5021 abstr In Choso Abet
"1. 45, 2647). The relatUW the thearstical aboolute te"vaturs,
Ilpf combustion of Un fuel 01) am the absolute temperature of tho gases leaving
gi"n cross section of the fire box (T2) is (7,411) = (I -r )AX - L?w)*
1"where 1Y to an invariant functions having the dimensions of (deere*)~Iq of (t
110tv" of the surface being MatedA (b1sak boO radiation coefficient)p (rodiftt
uium)t (feel consumption)-2, (vaim or bunted gas/ftei unit)-I# am (ap"Ifto
C. A.
at of the burned gas)-l-s
14. A~M IALLUN GIC At, t1 194 AIL11111 C&WIF ICATION
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I
KONAKOV~ P. 70
Theory of simil&rity &nd its utiUsation in loconotiTO th6rC=Ob9cWC8
Moskva, Goo. nauchno-tekhn. izd-vo mashinostroito lit-ry, 1951. 215 P.
(55-30597)
TJ690.K6

WSR/Eiigli ie-e-'Ang" - Beat'. Boilers Mar 52
"Seat Transfer in Boiler Furnaces," P. K. Konakov
"1z Ak Nauk SSSR, Otdel Tekh Nauk" No 31 pp 367-373
Analyzes results of experimental investigations con-
ducted in USSR on furnaces using various fuels and
estab.lisbes most probable value for factor of black-
moss., suggesting these values for use in designing
boiler furnaces. Basing on insignificant variation
of blackness factor in different boiler furnaces,
develops simplified formula for approximate calcu-
lations. Submitted by Acad M. V. Kirpichev, 3 Sep 5
244T55

y lr~
,I- -`~, - , I
I , 'n i
-- -- --I-il--. - -.-l. --- - . . ..-- ..

redaktor; HAKHANIKO. H.G., kandidat takhnicheakikh
professor,
-RASAAI"-
7-
na:R'91'redaktor; TUDZIN, D.He,, tekhnichookly redaktor
[Ijector-type smokestacks on locomotives] Ishaktalonnye dynovytiazWe
ustanovki paroyozov. Haakwa, Goo. transp. shel-dor. tzd-vo. 1954.
195 P. (MM 8:3)
(Locomotives-Dealga)

Au
TArRAMIN, Vladimir Vladimirovich, prof. doktor tekha.nauk; YUDITSKIT, F.L.,
reteenzent; XONtjQj&.P_cX., red.; SHIANMOVA., Z-V., red. izd-va;
MYNTICOVA, S.F., tekbuered,
Neat ooloulations for marine steam equipunt based on the theory
of similitwel Toplovot raschet sudovykh parovykh mashin, oenov*u-
nyi no teorli podobiia. Xoskva, Izd-vo ORechnoi transoort." 1957.
137 Ps (Warine engines) (Dimensional analyeis) (KIRA JW)

XQVArOV E&&-,Km-'mj*kg-,professor; HAUANIX0, X.G.4 badidat tekhnichaskikh
nauk, kedaktor; BOBROTA. Tesfej takhnicheokiy redaktor
[Theoretical principles of beat engineering] h6k~ticheskie onnovy
toplotakhniki* Moskva. Goo.troamp.shol-dor.txi,6iro,-1957. 298
(Beat encinsering) (KLRA 10:930

doktcr tokLulchankikh ritjuA; PILIMONOV, S.S.. kanodat
takhaichar,'dlci. nau):.- B.t'., knntildtit tekhnichaskikh nwak.
CnIculittion of beat excharige ia boiler furnAcen [with summnry in
Englishl. Te-oloenereetwpi ~'j no.?'3:W~-53 Ar 157. (MLM 10: 9)
I. Rnergaticheakiy institut Akademii nauk SSSR.
(Boilers) (Hant-Tranemlasioa)

AUTHORs KON%AKXOQVjLFALtt FILIMONOV,S.S., KHRUSTALEV,B.A. PA 3562
TITLE: -Un -the Calculation of Radiative Heat Exchange in a Cooled Combustion
Chamber. (~ rashetu luohistogo teploobmena v okhlazhdayeaykh kame-
rakh g9reniyap Russian)
'
PERIODIOALt Zhu
rnal Tekhn, Fizot 1957, Vol 279 Nr 5t PP 1066 - 1075 (U.S.S.R.)
LBSTRkGTz k scheme for the heat exchange process in combustionchamberal is
suggested, which makes it possible to determine the required-radi-
ation temperature T and to calculate,the radiation heat:exchange.
l
It is assumed that
ear the heat absorbing surfaces there,is,a
layer of-the medium which is in equilibrium with radiation, the
molecular temperature of,the medium and the radiationtempe Irature
being -equal to each other.'It is assumed that on the way from the
balanced layer to the wall radiation is not in interaction rith
the medium, i.e. there is a transfer of radiation energy,by effusinn.
.It is therefore assumed that the temperature of this layer is
equal to the T. on the heat-absorbing surface. The temperature of
the balanced layeradjusts itself in accordance-with an interaction
betmeon the medium and the radiation in the core of the flow.
The molecular-kinetic temperature of the balanced layer is deter-
mined by means of a field analysis of the molecular temperatures
of the ignition chamber. Thus, the balanced layer dioides the
Card 1/2 ignition chamber into two.zonest one that is close against the

PHASE I BOOK Expwiwiw SOV12652
Konakov, Fetr Kuzlinich
-------------
Teori~a ~odobi* j YeYe priMeUeniye Y t
weplotekhzi ke Me Theory of SimiMttdo
and Its Application in Heat Engineering) Moefow, Gosenergoizdat, 1959.
207 p- 5,500,copies printed.
Ed.: P. M. Brdl-ikj Tech. Ed.: G. I..Matvayev.
PURPOSE: This book is intended for scientific workers and engi neers working in
the fields of theoretical-heat-engineering.
COVERAGE: The author examines the equations of the process of motion of con-
tinuous media and the conditions of-the aingle-valuedness of these equations.
The foundations of the theory of similitude are presented and applications of
this theory to certain heat engineering problems are given. The author uses
as the basis for his study the analysis of a closed system of equations which
,defines a -ohenomenon. The book discusses dimensional analysis as the analysis
Card 1/4

The Theory of Similittide- (Coat. SOV/2652
of equations which describe a phenomenon under study in general form. The
author thanks Professor A. V. Lykov., M6mbier of the Academy of Sci6nces,.BSSR, for
reviewing #e book, and P. H. Brdl~k, Candidate ot 'Achnical Sciences, for
editing the book. There ar~ 35 references: 30 86viet, 2 French, 2 English,
and 1 German.
TABLE OF CONZIMi
!Preface 3
Introduction 5
Ch. I. Equations of the Noistationary State of a Continuous Medium
and Conditions of Be~mg Single ...Valued 13
1. Equations of the conservation of mass and energy 13
2. On the, motion of energy 19
3. EquatiOns of motion 6f a medium with molecular transfer of
Inass a& energy
4. Equations of motion of a medium with molar tranpfer of mass
and energy 35
5. Transfeiequations of radiant energy 4o
Card 2/4

KUKSKOV, Y.T., kand.tekhn.nauk; KOMAKOV, P,K., doktor takhn.nauk;
--- 'I -.-'
NIKITIN, Te.A., inzh,; AKMOY,- -F -,kand.tekbn.nauk;
GUTKIN, L.V., kand.tekhn.nauk; BOBROVA, Te.N., tekhn.red.
(Thermal processes in electric and diesel locomotives] Teplo-
nye protsesey teplovozov i elektrovozov. Koakva, Vees.izda-
tel'sko-poligr.ob"edinenie 9-ve putel soobahcheniia, 1960. 178 P.
(KIRA 13:11)
(Diesel locomotives) (Electric locomotives)
I

.,kCUI~OT...)?etr-Kusilmich.,-prof., doktor tekhn.nauk: FILIKONOT. Sergey
Sargeyevich, kand.tekhn.nauk; KHRUSTALIT. Boris Alaksandrovich.
kand.tekhn.nauk; ARMOLID, L~V~O profey reteenzent; LAMWIM,
T.T., prof.. doktor taklin.n-n . nauchu37 red.; SHMIMOVA,
Z.V., red.izd-va: BOMOTA, V.A., takha.red.
(Heat exchange In the combustion chambers of steam boilers]
Teploobmen v kamerakh agoranlia parovykh kotlov. Koskva. Isd-vo
"Reabnoi transport." 1960. 269 p. (KIRA 13:5)
(Boilers) (Furnaces)

KONAKOV, Y.K., doktor tokhn. nauk
New constribation* to the theory of heat and mass exchange. Izv.
ASIA no.2:126-127 060. (MIRA 13:7)
(Kass transfer) (Heat--Transmission)

ZOIIAKOV P-K- dolctor r-okhasnauk, prof.
~-
Hags and energy traimfor law. Trudy MIT no.125.-4-39 160.
(MIRA 13110)
(mass transfer) (Heat-RMiation and absorption)

.IONAKOV, PKv, doktor tekhnenauk, profs
Thermal process equations for combustion chambers. Trudy MIIT
no.125:40-75 160. (MIRA 13:10)
(Combustion)
I

. . - -;II_--___,_ ~.,, ~ wr~r
. _A;,~~-w
KOITAKOVo P-11. t doktor tekhnenauk, prof -
Some features of complex heat exchange. Trudy NUT no-125:76-103
l6o. WRA 13:10)
(Heat-Transmission)

S/649/61/000/139/001 /018
1028/1228
AUTHOR: _Konalov P. _K.
TITLE: The theory of similitude and the prospects for its use in heat engineering
SOURCE: Moscow. Institut inzheaffov zhetcznodorozhnogo transporta. Trudy, no. 139. 1961.
Teoriya podobiya i yeye primeneniye v teplotekbnikey trudy pervoy mczhvazovsky
konferentsii, 4-10
TEXT: The principles of the theory of similitude, based on J. Bertrand's articles, namely--equation analysis
and dimensional analysis-are defined, and the non-stationary equations of motion of a compres3ible fluid
are analysed by both methods. The two methods are not opposed to each other and lead to the same invariant
relationships. The possibilities of use of the theory in heat engineering-in the analytic solution of problems,
the processing of experimental data, the modeling of phenomena-are mentioned. The author recommends
that attention be given to the problem of the use of nonlinear transformations.
ASSOCtATION: Moskovskiy institut inzWereov zheleznodorozhnogo transporta (Moscow Institute of
Railway-Transport Engineers)
Card 1/1
S/649/6tjW/139/OD6/019
1028/1228
AUTHOR: Konakov, P. K.
TITLE: Some laws of complex heat exchange
SOURCE: Moscow. Institut inzhenerov zhelezaodorozhnogo transporta. Trudy, no. 139. 1961.
Teoriya podobiya i yeye primeneniye v teplotekhike; trudy pervoi mezhvuzovskoy kon
fercatsii, 82-44
TEXT: The paper investigates a connection between heat transfer by radiation and heat transfer by con-
dict-on and convecdon. Formulas determining the complex heat exchange (defined as heat transfer by radia-
tion, codunction, and convection) for the cam of a viscous medium impinging on a solid wall and the
stationary motion bf the medium in a circular pipe, are given. The radiant and convective heat tr f ar
or's ers C
interrelated.
ASSOCIATION: Moskovskiy institut itizhenerov zheleznodorozhnogo transporta (Moscow Institute of
Railway Transport Engineers)
Card 1/1

KONAKOV FA
Present state Of the similitude theory and Prospects for using it in beat
~&ngineering. Trudy MIIT no,139:4-:Lo 161. (MIRA 16:4)
1. %okovskiy institut insheinerov zheleanodorozhnogo transporta,
(Heat engineering) (Dimensional analysis)

JOHAWV, PA.
Some laws governing complex heat exchange. Trudy MIT w.139:82-84 IIA-
(ICIRA 16 4)
1, Moskovskiy institut inshenerov zh9Ieznodoro7J=go transporta..
(Heat exchangers)

S/649/61.1000/139/017/018
1028/q24
P'
AUTHORS: Kon~aakov Smirnov, V. A. and Verevochkin, G. E.
TITLE: Criteria for the thermal process of obtaining ingots by Chokral'skiy's method
SOURCE: Moscow. Institut inzhencrov zheleznodorozhnogo transpolta. Trudy, no, 139. 1961.
Tcoriya podobiya i ycyc primcneniye Y teplotckhnikc; trudy pcrvoi mczhvuzovskoy
konfercntsli, 210-217
TEXT: The paper describes a heat process for ingot growth and determines its criterial relationships. In
the Chokral'skiy method, a priming fastened to a rotating shaft that can also move along the vertical is in-
troduced into a melt contained in a vacuum furnace; an ingot is thereby extracted from the melt, passing
during its growth through zones of different temperatures. The extraction of the ingot is described by its cqua-
tions for continuity, motion and heat propagation of the melt, and the equation for heat propagation in the
ingot. The conditions of single-valuedness are added to these equations. (a) At the boundary between the solid
and liquid phases, the equations of matter and heat balance connect the magnitudes appearing in the equations.
(b) This process is non-stationary; (c) The physical constants of the melt and the ingot depend on temperature
of the melt and the ingot and criterial equations are determined as a results. There is I figure.
ASSOCIATION: Moskovskiy institut inzhenerov zheleznodorozbnogo transporta (Moscow Institute of
Railway Transport Engineers).
Card 1/1

Kol=v) P. K.
IlSubstance and Energy Transfer"
Report submitted for the Conference on Heat and Mass Transfer, Minsk,
BSSR, june ig6i.
Institute of Railway Englg., Moscow

S/170 62/006/006/61 i7/dl i
B B138
AUTHOR: Konakov, F. K.
TITLE: Theory of similarity and its application to heat engineering
PERIODICAL: inzhenerno-fizichdskiy zhurnal, no. 6, 1962, 132 - 135
TSXT: Two recent publics,'tions on the theory of similarity are briefly re-
viewed. The first one is a collection of reports delivered at the First.
Conference of Schools of Higher Education on the Theory of Similarity and
Its Application to Heat Engineering. This conference was held in June
1960 all the Moskovskiy institut inzhenerov zhelezziodorozhnogo transports.
(Yoscow Institute of Railroad Transportation Engineers), and attended by
about 500 staff from higher educational establishments, scientific re-
search and planning organizations. Reports on tne present state of the
theory of similarity and its further development were delivered at the
plenary meetings. The conference work was divided-into three sections:
theory, heat-mass exchange, and heat engines. A. V. Lykov spoke about
the necessity of a strictly mathematical definition of the problems of
similarity; A. A. Gukhman about indices in the theory of similarity and-
obsolete ideas of "determinant" and "determinable" criteria; V. A. Venikcr.
Card 1/2

S11'7016210.001006101 1/01-1
Theory of similarity and its ... B117/B138
about the interrelations of physical and mathematical simulations and-
computer engineering. The other publication on'the theory of similarity
(A. S. Nevskiy's book) is criticized as being obsolete and faulty.
SUBMITTED: Pebruary 26, 1962
Card 2/2

STRELITSOVP V.V.; SHCHW~, V.K.- REBROV,, A.K.; FUKS, G.I.; KUTLTEIADZE., S.S.1;
LYKOV, A.V.; PREDVODIiEdV, A.S.; DUSHCHERKO.. V.P.;
MAISIKOV, G.A.; KRASNIKOV, Me
Readers$ response to I.T. Ellperin's article "Terminology of beat and
mass transfer" in IFZh Noel,, 196le Inzhe-fiz. zhur. 5 no.7:3-13-133
a 162. (MIRA 15:7)
1, Mdmiko-tekhnologicheakiy inatitut,, go' Ivanovo (for Strelltoov
2. Aviatsiornyy institut,, Ka2an' (for'Shchukin, Rebrov). 3. Poli-
tekJinicheakiy instituts Tomsk (for Fuks). 4. Institut teplofiziki
Sibirskogo otdoleniya AN SSSR Novosibirsk (for Kutateladze). 5.
Energeticheskiy institut AN i&R, Rinsk (tor Lykov). 6. Gosudarstven-
nyy universitet imeni Lomanosova., Moskva Ifor Predvoclitelev). 7. -'
Institut inzhenerov zheleznodorozhnogo transporta., 14oskva (for Konakor).
8, Institut legkoy praioyshlennostij, Kiyev (for Dushchenko).
9. VsesoyuzzW zaocbnyy institut pishchevoy promyshlennosti., Moskva
(for Maksimov). 10. Tekhhologichesld *institut pishchevoy
promyshlen ostis Moskva (for Krasnikov.T*
(Reant-Transmission) (Hass-&nsfer)

KONAKOV, P.K.
Similarity theory and fte use in heat engineering. 1uh.~fias
zhur. 5 no.6:132-135 JTd 162. (MIRA 15:12)
(Dimensional analp-is)
(Heat engineering)

L 14421-63 EPF(c)/EPR/UF(n)-ZAWP(r)/EWT(1)/'BDS TF ~IT_67A_56/~-51) Fr-4/
ACCESSION N?u AP3003054 Fu-4/Fs-4 1'J'F(G)/W'W' 11/0170/63/000/006/0128/0136
MUM: Konakov, F. 11 (Moscov)
7AX.TM: energy trawfer In a gray median
SOMM Inzhenerno
-fizicheskiy' thurnal, no, 6,1 1963it 128-136
TOPIC TAOS: energy transfer..-:0 -medium, absorptiar., coefficient
a
AMTRACTf. The- gra_ia~ consists of two related corm, onenta (a Molecear ~Mj_
terial and radiation), bath of which take part in enerU transfer. Use is made
of the ftwmal identity between the equations of heat conduction.. electrical con-
e deriva-
duction, diMizion and filtration, in conjunction eith the thermodynami
tion, of the equation of beat conduction.
The articlets avontinuation of earlie:~ treatments of the Subject by the
author ZK-ona-kov P. K. (Teoriya podobiya i yeye primeaenive v teplatekhmdke.
Gosenargoizdat, 1959; 0 zakone perenosa, massy enerigii. Tru4 MIIT, Vol. 125,
Transzholdorizdat, WoV. The transfer can be treated as tvn indeDendent pro-
cesses (molecular and zi-diative transfer), linked only by their relation to the
~Card 1/2

LIKOV,-A.V., akademik, red.; SMOLISKIY, B.M.,, doktar tekhn. nauk,
prof., red.; GINZBURG, I.P., doktor fiz.-matemi. nauk, prof.,
red.; ZABRODSKIY, S.S., doktor tekhn. nauk,, red.; KONAKOV
P.K., doktor tekhn, nauk, prof., red.;.-KOSTERIN, S.I.,doktor
teWn. nauk, prof., red.; SHULIMAN, Z.P.,, inzh., otv. za
vypusk; KORIKOVSKIY, I.K.P red-; ~ARIONOV-,.G.Ye., tekhn. red.
(Heat and mass transfer] Teplo- i massoperenos. Moskva, Goa-
energoizdat. Vol.3.[General problems of heat transfer] Obahchle
voprosy teplootmena. 1963. 686 p. (MIRA 1616)
1. Akademiya nauk Belorusekoy SSR (for Ly1cov).
(Heat--Transmisoion) (Mass tranafer)

I - -11 --:-,___-_____,_ _---- . - - - - - - -
KON.-WV-; P. K.
"On the mass- and energy-transfer law."
report submitted for 2nd All-Union Conf.on Heat & Mass Transfer, Minsk) 4-12
may 1t,64.
Moscow Inst of Railway .Trans-port Engineem

KONAKOV, P.K.
Use of the differential method in studying radiant heat transfer.
Inzh.-fiz. zhur. 8 no.3:401-402 Mr 165, (MIRA 18:5)
1. Institut inzhenerOv zheleznodorozhnogo transporta, Moskva.

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KONAKOV, P.K.
... ....
Law of mass and energy transfer. Inzh.-fiz. zhur. 9 no-3-
337-347 S 165. (MIRA 18.9)
1. Institut inzhenerov zheleznGdorozhnogo transporta, Mc-,.qkja.