SCIENTIFIC ABSTRACT KONCZYKOWSKI, T. - KONDAKOV, K.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824130007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Design of Electric Power Networks; vol. 2 POL/1567
Professor E. JeSierski, (transformers), Professor K. Przanowski and Docent,
Doctor A. Kineinski for reviewing the material and offering valuable mqWstlons.
He also thanks J, Buroztynaki, Master of Science in electrical engineeringyfor
help in collecting the material and preparing numerical examples and drawings.
There are 50 references,, of which 18 are Soviet, 14 German, 9 English, 8 Polish,
and 1 Italian.
TABLE OF CONTENTS:
Foreword to the Second Volume 3
Ch. 4. Long A-C -Transmission Lines, Theoretical Fundmentals
of Electric Power Trannission 5
1, Ditf tial equations for long lInes 5
2. Line of Infinite lin&A, 'Voltage and current waves 8
le Line characteristic impedance ' 8
2. Characteristic factors for voltage and current waves.
I Velocity of ways propagation and wave length 34
3. Finite line with an end-load 24
1. Basic equations 24
2. Incident and reflected waves of voltage and current
3. Voltage and current variations along the line

KOINCZYKOWSKII T.
"Domestically Produced Automobile Equipment" p. 6 (Technika Mo!=&cTjnap Vol* 3.
No. 1, Jan. 1953, Warszawa)
SO, Mon*-h2y kW 2L fta U&9MM A20UUUI Vol. 3p No, 2, Library of Congresev
February, 1954, Uncl.

KONCZYK01VISKI, W.
Problem of initial tension in feather springs; forces influencing springs.
Q
Ft. 2. p. 15. (TECBIIIKA YZTORYZAGYJNA, Vol. 4, No. 1, Jan. 1954, Warmwa,
Poland)
SO: Montbly List of East European Accessions, (:aAL)' LC, Vol. 3. No* 3.2, Dec.
1954, Uncl,

KONCZYKa4SKI. W.
Problei of a salf-starting brake on a trailer. p.14. (TECIWM vV7CF-7ZJX7AA, Warazave,,
Vol, 5, No. 1, Jan. 1955)
SO: Monthly List of East European slecessiorq (EEAL), LC, Vol. 4, No. 6, June 1955,
Uncl.

K01,11CZYM-ISKIj- W..
Considering the guiding prindiples of construction of an automobile
with a Large loading capacity and a high compreision crigine. p. 45k
TECHNIM MOTORYZACYMaj, Vol. 6., No. 2. Feb. 19561 Poland
SO: East European Accessions Ust, Lib. of Cong., Vol. 5, tio. lo, Oct. 1956.

Rei,arks on Lelescopic hydraulac sbf-ic" -LrUl,
vol. 6, no. C, I)une 1956
Po ia 1:6
SO. LIST -vol. 5, no. 1,) Oct- 1950'

KONCZYKOWSKI, Witold, dr inz.
Problem of dynamic loads of the driving system of an automobile,
Pt.l. Teahn motor 15 no.3t7&81 Mr 165.

I%-O-NCz/Y;!Sjq' 11.
Grolmding in wiere tole comntin ica tion as a safity rJeasure against atmospheric
electricity. P. 1j');.
MI D 10 . (Sto,...,erzyszenie Elektrylrnw Pols~dch. SeRcja Tel--'-4munikacjna)
I-,*arsa,va, Poland.
Vol. ~" no 'Mar, 1959.
list of East European Accesssions M-AI) Lum, Vol. no, 17, Tuly 1959.
Uncl.

KONGUNSK1,14-
Determination in number and distribution in area of artificlal
multiple grounding eleetrodas depending on toohnical and oconomic
factors. Archiw elektrotooh 10 no.1:12%-146 161i
1. Instytut Lacznoscip Warazawa.

XOMMSIal Hem7k, mgre lnx*
Now methodo for the construotion of grounding electrodea, Przegl
elektrotechn 38 wj-.113-W Rr 162
la UstytVit Laesnosai., Warozava.

,-~j gr inz.
KOIEZMK _Aqni7*j m
lbw grounding methods, Viad elakt-rotechn 31 no.7sl64-4165
ii 163o --e-,
~i

KODIGZYITSKj4,#~-pr - -- - ---- -I
, yk
Economical grounding Olectrodeo in soils of relatively lov
Conduotivity. Inst. lacm. prace 8 no.3271-96 161

GLUISKI, S.; GNIMMVSKI, J.; JAKUBOWSKII J.L.; KO."ICZYNSKI, H.
Seventh International Conference on Lighting Protection. Przegl
elaktrotechn 41.noD19-24 Ja 165.

Lumiu, S.
Kondac, S.
Interrov cultivation of Cropsi P. 195.
Vol. 5, no. 10, May 1955
MECHANISACE.ZEMEDILSTVI
SO: Monthly List of East ftropean Accession, (EEAL), W. Vol. 4p No. 9.
SePt. 1955, Uncl.

KONDACP S.
Experiences in concluding contracts betvre-n machine-traetor qtations
and coll.ective farms.
p. 43
Vol. 6, no. 3, 1956
MECMISSACE ZEMEDELSTV.I
Praha
SO: ~bnthly List of East Furbpean Accessions (EFAL), LC, Vol. 5, no. 12
December 1956

KOINDAG, S.
Prelmration of agroncmists at machine-tractor stations for combine harvestingo
P. 187.
Vol. 6. no. 10, May 1956
SBORNIK. RAD A MECHANISACE A ELETRMKACE ZEMI'lSM A LESNICTVI
Czechoslovakia
Source: EAST EUROPEAN LISTS Vol. 5, no. 11 Nov. 1956

KONDAK, 1-1. A.
Teplotekhnichne vymirche pryladdia; red. i peredmova T. T. Usenka. Kyiv,, Vyd-vo
Kasy vzaemodopomohy studentiv Kyivalkogo politekhn. in-tu., 1930. 125 p. illus.
Heat measuring instrument.
DLC; Q027I.K64
SO: Manufacturing and Mochanical.Engineering in the Soviet Union, LibrarY Of
Congress, 1953.

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avtorr) Y S3' 50 lot Knovok. Pol'Lte%,xn. In-Ta Kiev, 1948,
S. 313146
90, letanist Zhilmalln-ldi St-.ite.,r Vol. 31P, 1949 Moskva

KONDAKOVY 1,11. D.
KOIIIDAKOII, let. D. -- wine Turning of Pig Iron by Means of Hard AlLoy
~6 L
Glitters." Sub 16 Jun 52, Moscow Order of Labor Red Banner "liClior
Technical School imeni. Baunan. (Dissertation for the Degree of
Candidate in Technical Sciences).
SO: Vechernaya MloAva, January, Deciumber 19~~',

BELIE, N.L;JJMW"_,."~*~~dcktor tekhuicheakikh nauk. redaktor; HINZ-
VICH, I.N., tekbuicheekly redaktor.
(Micromnometeral Mikromanometry. Kiev, Goo. izd-vo tekhn. lit-
ry U33R, 1933. 13C) p. (MM 8:2)
Nanometers)

X011MAX, M. A.
"PLunpless Automatic Feeding of low Productive Capacity Steam Boilers for
Heating Equipmont." Cand Tech Sci, Kiev Construction Engincering Inst, 26 Nov 54.
(PU, 14 Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (11)
SO: 5turi. 1,10 - 521, 2 Jun 55

SOV/124- 57-3-2929
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 42 (USSR)
AUTHORS: Kondak, M. A., Sigal, I. Ya.
TITLE: Investigation of Multi-jet Gas Burners Equipped With Combustion-
stabilizing Nozzle Screens (Issledovaniye mnogosopel'nykh gazov
gorelok a setchatoy ognevoy nasadkoy) Y, ~Z
PERIODICAL: Izv- Kiyevsk. politekhn. in-ta, 1955, Nr 18, pp 293-309
ABSTRACT: The multi-jet gas burners equipped with combustion- stabilizing
nozzle screens were designed for boiler and water-heater installa-
tions. The blasting air is injected into the furnace by means of a
jet of combustible gas blown through the burner nozzles. A
combustion- stabilizing screen consisting of 1.8-mm cells, which
are sufficiently narrow to prevent any flashback, is installed over
the nozzles for the purpose of. stabilizing the flame. The tests
performed revealed stable functioning of the burners without flash-
backs or flame separation under gas pressures ranging from 5 to
3000 mm of water. It was determined that without any special
cooling of the nozzles the most efficient operation took place
Card 1/2 within a gas-pressure range of 20- 100 mrn of water and with

SOV/124-57-3-2929
Investigation of Multi-jet Gas Burners Equipped With Combustion (cont.)
primary-air excess coefficients in the 0.80-0.85 range. The design of gas
burners described here affords a reduction in the gas-burner dimensions.
S. M. Illyashenko
Card 2/2

rQ?MAK- M 0 N'Re
the ci!~Wity w2d efficiency of grate-t7pe furnaces
and-bAlir instill#.ton-s of industrial.plantx. Sakh. prow. 31
no,'5:56-59 NY 157. (KM 10:6)
(Ihmaces) (Boilers)

SHIV?SOTO B.S.; ZArallMYA, L.A.; YOMOT, T.P.
MONUK, KA.2
Iffeative arraupmut of Iron economizere, Sakh. prom. 31 no.10:40-
45 0 15'76'
Tabutrallay nsuabno-144ledovatel'skir lastitut sakharnoy pro-
(Boilers)
71:

KONDAK, M.A.; ROT. 7.F.
Increase of the heat efficiency of industrial boiler houses.
Sakh.prom. 34 no.2:29-36 7 060. (MIU 13,.5)
(Boilers)

MV&S, Ivan Trofimovich, prof.; XONDAK. Mik%wil Andrianovicho_ prof.;
KIRAKOYSKIT, Hikolay Feliksovich.- dot-s-e-nt-;-=Z-xuT-, Lvan Afenaslyevich,
dotsent; SHZTTSOY, )Dmitriy Semenovich, dotsent; SMUDIKO, Ivan
Hikheylovich, dots~nt; PLVRMKG, S,I., dotsent, lmnd.tekln.nauk,
rotsenzent; SWYMY, P.T.,.Lnzh., red.; ONISHCHMO, M.P., inzh..
red.; GONOWAYPOLISKATA, H.S., takhn.rea.
(Heat engineering] Obahchais teplotekhnike. Moskva, Gos.nauchno-
tekhn.izd-vo mashinostroit.lit-ry, 1960. 459 p.
(KIRA 14:3)
(Heat engineering)

ALABOVSKIYA A.11.) kand-t6khn.nauk; ALEKSEYEV, A~V.; K01ruAy,, M,A,, dol-,tor
tel-.hn.nauk,
StUdY Of tho front-ond dovices ot sectionalized combustion chambers
of r= Uirbine systema. Energ. i elektrotelch. promo no.2:26-29
Ap,Jo, 1620 . (14M 15:6)
l.. Kiyovskiy politekhnicheskiy institut.
I .(Gas turbines)

,.KONDAK, M.A.t doktor tekhn. nauk; KRYZHANOVSKIY V.N., inzh.
.9
Intensification of combustion processes in the combustion chambers
of gas turbine systems operating on natural gas. Energ. I elektro-
tekh. prom. no-3:34-36 Jl-S 164.
WRA lei-il)

UK
v 0,
t
th
no. 1-2 SIPPlY. Fnerg,
- ;~"~ 165. (1-flRA 1315)

1011MAKIi M.ALY drktor tekhnorldlik, MYZILABOVSKIYj MI.,# inzho
Bigh temperatum stama cozbustion chambisr of a g-s turbine
operating cn natural- gano Energ, i elektrot~pkh. prm
no,.2a28-30 Ap.-Js 165a (MIFA 18:8)

_M ,;~rY
ACC NRz
BVT
P(f IYOU
70018/'
AUTHOR: Babenkop Yu, A,; BatyuX-, G S., Kondak M A
TITLE: Study--of the combustion chamber elements of a gt
_t_urbine operating on natural gas.,
SOURCE: Ref. zh. Turbostroyeniye, Abe, 9,49.119
REP SOURCE: Vestn, Kiyevok, 2olitekhn. in-ta, Ser, Teploenerg., no. 1,
1964, 45-49
TOPIC TAGS: gas turbine~engine,, combustion
kinetics, combustion research C.0*4-Z4,;,
ZSTRACT: The simultaneous control of 4uel consumptiontand primary air
is an important factor when natural gas in used---in a xture with air,
iHowever,' this control is not given enough consideration as yet when
applied to stationary gas turbines. The 'recording front devices with a
central gas supply are studied, and work on the possib'ility of techno-
!logical application of kinetic methods of gas combustion was carried out
The study showed a high degree of combustion stability at a mixture
velocity of 100 to 120 m/sec, and high operating characteristics for
Cad 1/2

L 29952-66
ACC NR,A 722
plane and conical screens which facilitate the formation of short
tongues (0.1 to 0.2 m), A method of calculation is developed.
T Gonilcberg
SUB CODEt V/ SUBM DATE., none

. 2~953-66 ENT~,mnJ11- '01E
ACC NR- AR666J723 SOURCE CODE: UR/005/65/600TOW 13-1601
AUTHORt Kondak, M, A.i 1(r N.; Batyuk~ G..S.
TITLE: Stability of the combustion process and stabilizaltIq& of tho V.,
perforatea-sareen
SOURCE: Ref, zh. Turbostroyeniye, Abe. 9-49-120
REP SOURCE: Vestn, Kiyevsk. politekhn. in-ta,~ger. teploenerg.., no, 1.
1964-, 25-29,
TOPIC TAGS: eombustion-research, thermaLstress, natural gas, gas
ine eng'
turb ine
ABSTRACT: Combustion chambers for premixed natural gas and air with
stabilizing perforated screens of various design were investigated.
it was established that the themial stress of the firebox can reach
210.106 kcal/m3/h. Combustion is practically 100%, It covers the
whole range of operations of gas turbine engines and-industrial burners~~
of various applications. Such types of combustion chambers will have.
wide use in engines operating on natural gas, 5 figuresi*,. T* Gonikbergl-
SUB CODE: SUM DATE: none

~ONDAK, Maria# (Bialystok, Onada Dojlidy, Ul. Sarlita 5)
Th* intsnffitY Of Oviposition by Intestinal parasites in
tarpans. Acta parasit Pol 12 no.1/120)-95 164.
1. Zbological Institute, University, Warsaw. Head-Prof.
Dr.Zdzislaw Raabe.

-- -- -1 -1 -- - - ~- 17 '; C---~--X--.~~7A-~,-,* !- . . . . .11 -- .. -11 ~V`
-,., i -! -,-A ~-
~ ,2 1'-' .
I I -_-, r, i -., 1 1) " . " 11
ShIWTSI, I.T.; DIBAII. A.; XONMK. U.N.
The proWlem of contact heat exchange. Dap. AN URSR no.5:345-350
154, (MLRL 8:7)
I..Dlysniy chlon AN URSR (for Shvets). 2..Institut teploonagetiki
AN URSR. (Hast-Conduction)

ME m

SMTS, I.T.; DYBAN, Ye.P., ml&dshiy mauchny7 motrudmik;,,XDNDAK, N.M,, koiLdl"t
takhaichaskikh nauk.
Research on contact heat exchange between parts of heat engines. Trudy
Imst.topLUISR se.12:21-53 155. (KWA 9:7)
l.DeystvitAl'*yy chl9m AN U381 (for Shvets).
(Heat-Tratiftemission) (Heat 'engines)

GRIN Leonid. Petrovich; DZHUTAGO. V.2., kandidat tekhnicheekikh nauk.
retsenzent; jail I M- - 1--didat takluticheskikh nauk, redaktor;
rpwmw----
SIRDYUK, Y.K., inshener, re"ktor izdatelletva; RUDENSKIT, Ym.T.,
tekhaicheakiy redaktor
[Gas generators for power in agriculture] Silovye gazogeneratoraye
ustanovki dlia sel'skogo khostaistva. Kiev, Goo. nauchno-tekbn. izd-
vo Ma9hinostroit. lit-r7, 1956. 195 p. Mft 9-.12)
(Gas producers)

USSR/Fluid Machanics.
Abs.Jour:, Ref Zhur Mekhanika, NO.8, 1957; 9104
Author Dyban, Ye. F., Kondak, N. M., Shvets, I. T.
Inst
Title A-comparative stu.dy'_pf.the cooling of gas-turbine
discs by radial air-flow and by blowing air through the
stems of the, working- blades.
Orig Pub: Izv. All SSSR, Otd. tekhn. n., 1956, n 6, 77-88
Abstract; Results of an experimental study of the cooling of
gasturbine discs by blowing air through mounting
clearances in Joints of blades with stems of the her-
ring-bone type. It is established that the coefficients
of heat output to cooling air, and the hydraulic re31S-
tance in the developed turbulent state of the flow of
air through the clearances are subject to certain rela-
tionships for pipes. Empirical relationships obtained
by the authors are given for the transition state
reSions. An approximate method of determining the
Card 1/2

SOV/124-57-8-9103
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 8, p 75 (USSR)
AUTHORS: Shvets, I. T. , Dyban, Ye. P. , Kondak, N. M,
TITLE: investigation of the Cooling of Tt,,rb-ne Wheels by Means of Air Blown
Through the Gaps in the Swallow-tail Mol;rting5 o.- the Blades
(Issledovanive okhlazhdeniya diskov tUrbill prodw~koy .czdukha
kj-t-,o.~wvikov rabochikh
cherez montazhnyye zazory vcl
lopatok)
PERIODICAL: Sb. tr, In-ta teploenerg. AN UkrSSR, 1956, Nr 13, pp 20-30
ABSTRACT: An examination of the heat &stribution in a turbine wheel equipped
with blades when cooling air is blown through the gape-; o: ihe swallow-
tail mountings. The authors sol-ve '.~,e heat.- --onducti-ity equatior's
and employ the well-known relati ons-ki'p-z for the heat. -i ransfer ccef -
ficients relative to the elements of the tu.-h-ine wheel, and thereby
determine the temperature field in the region of the swallow-ta-.1
mountings. Equations are also adduced for the temperature of the
rim in the root region and for the airflow rate when the wheel is air-
cooled by means of radial flow, and the effectivenes*s of the two
Card 1/2 methods of cooling are compared, The comparisor, shows that the

SOV/1 24-57-8--,910 3
TMvestigatior. of the Cooling of Turbine Wheels by Means of Air Blown (cont. )
cooling effectiveness of the method employing an air flow through the swallow-ta;I!
mounting gaps is greater than that of the radial-flow method. Ref. also RZhMek),,
1957, Nr 8, abstract 9104.
L. I. Kiselev
Card 2/2

SOV/124-58-1-413
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 1, p 50 (USSR)
AUTHOR:
TITLE: On the Use of Annular Bends in Exhaust Pipes of Turbornachines (0
primenenii kolltsevykh povorotov v vykhl&opnykh patrubkakh turbomashin)
PERIODICAL: Sb. tr. In-t teploenerg. AN UkkSSR, 1956,Nr 13, pp 31-40
ABSTRACT: In modern turbine powerplantdlip to 1.5-2.09'o of the energy is
wasted owing to poor exhaust design. The use of annular bends affords
a significant increase in the efficiency of the exhaust pipes while
retaining small axial dimensions therefor. An experimental inves-,
tigation was performed on a model of an annular bend, wherein in the
courst. of the tLats both the hittrual tbaligul-ation ot the bend and its
divergence were varied. Versions with and without guide vanes were
tested; here, the bends not equipped with vanes were found to be of low
efficiency. Profile-shaped vanes did not afford any noticeable advan-
tage over aerodynamic arcs. The results adduced permit an evalua-
tion of the los.ses in annular bends in terms of a number of geometrical
factors. The speed (Mach-number) range within which these results
Card 1/1 are applicable are not indicated. V. M. Akimov

PIP
-I~r'e'a- ii,n-g t-h-s' capacity and efficiency of grate-type furnaces
~;i7b,Aler insti,114t.lops,of indust ria 1,. plants. Sakh. pro=. 31
no.5'.56-59 W 157. (Km 10:6)
(YU-naces) (Boilers)

XHIGICMICO, Lev Nikolayevich: SKOLNUSKIT. Aleksey Nikolayevich-,
AIUJTYUROV, M.A.,, inzh.,.,retsenzent; KATORGIBAr, L.A., insh.,
retsenzent; KMM, NdH , kand.tekhn.nauk, red.; KA13VSKIY,
V.V., inzh., red.; GMNOSTAYPOLISKATA. H.S., tekhn.red.
f
[$team turbine control] Regulirovanie parovykh turbin. Moskva,
Gos.nauchno-tekha.isd-vo mashinostroit.lit-ry, 1960, 272 P-
(M33A 14:2)
Oteam turbines)

IVANOV,, Vasiliy Vasillyevich, kand. tekhn. nauk; MOROZOV, S.G., inzh.,.
retsenzent; KOND K, N.J-I... kand. tekhn. nauk, retsenzent; ROMA-
IIGVSKIYI I.A., inzh.) red.; SOROKA, M.S., red.; GMNOSTAYFOLISKOYA,
M.Soj tekhn, red,
[Assembly and installation ofsteem turbines] Sborka i montazh parovykh
Mashffizo 1961. 192 p.
turbin. Kiev -I- MRA 14:12)
Steam turbines)

I
DURNOt. Petr Ivanovich; ALHnA ISKIY, D.Ya., dotsent, reteencent;
RAFAUS, Z,B,,.dotseniO retienzent; PABMCHIK, S.A., dotsent,
retsenzent; ROWYEKIT, 101., dotsent, kand.tekhn.nauk,
reteenzent; KOIMAK. N.M.. kand.tekhn.n'auk. red.; ONISHCHEMO,
X.P.. inz ,I- red.; GUMMAWMtSKAYA. H.8., takhn.red.
(Pumping and compressing wehilleryl Kbaoay i kompressornp
mshi4. Koskvs, (los.nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 1960.: 281 P I (MIRA 14:4)
(Nmping mschiner;) (compressors)
(Fans, Mechanical)

ZT.P, Alf
If:
ONE m

S/032/61/027/009/004/019
B117/B101
AUTHORS: Bogomolov, K. S., Zubenko, V. V., Kondakhchan, A. 0.1 and
Umanskiy, M. M.
TITLE: Comparison characteristics of new X-ray films
PERIODICAL: Zavodskaya laboratoriya, v. 27, no. 9, 1961, 1117-1122
TEXT: The photochemical industry of the USSR recently started the produc-
tion of new X-ray films with different photographic properties. (The new
X-ray films were elaborated at the Shostkinskiy khimzavod (Shostka Chemical
Plant) by A. 0. Kondakhohan, S. A. Verkhovets, V. V. Vasillyev, L. A.
Khomich, Z. 1. Pavlenko, and tests were conducted by I. I. Shallnov and
N. P. Blok. At the Kazanskiy zavod (Kazan' Plant), the films were
elaborated by 1. A. Novik, and B. B. Tsyrlina, and tha tests were conducted
by G. V. Derstuganov). The object of the present study was to determine
the main characteristics of the new films, including sensitometric
characteristics of the visible light, white X radiation at 80 kv tube
voltage and soft monochromatic radiation of different wavelengths. Most of
the methods of determining the characteristics mentioned are generally
Card

S/032/61/027/009/004/019
Comparison characteristics of B117/BIOI
known. Only the method of determining the sensitometric characteristics with
soft X radiation is'described. The monochromatic radiation was obtained by
the reflection from the monochromator crystal. Quartz (reflecting face 101)1
silicon (111) and, in some cases, LiF (100) were used. A narrow spectral
range corresponding to the maximum of white radiation at 40 kv tube voltage
was isolated for radiation with a wavelengtb of A - 0 .45 L The radiation
intensity was kept constant by stabilizing "the voltage of the entire
installation and the anodic current of the tube. This was controlled by
counting the impulses with a Geiger counter placed directly behind the film.
To find the characteristic curve, a series-of markings with different
exposure times was obtained on the film. The temperature of the developer
was kept constant at 18 + 0-50C. Developing time was 8 min according to
recommendations by manufacturers. A standard developer for X-ray film, and
a developer of the zavod "Chistyye soli" (Plant "Chistyye soli") were used.
The developed films were photometrically investigated on a microphotometer
of theMI-4 (MF-4~ type. On the basis of data obtained, characteristic
curves D - f(logE) were pl tted, where D - density of the blackening, and
E = exposure. The relativ film sensitivity S d.0.85 and Sg.1.0, constant y
and the background density were'determined from the characteristic curve.
Card 2/ ~4~. %s

S1032 61/027/009/004/019
B11 17 ;B101
Comparison characteristics of ... X
The sensitivity for monochromatic X radiation-was determined in a similar
way in combination with an SIAM(UFDM,) intensifying soreen~ The investiga-
ticns showed that the relative sensitivity of different films depended on
the wavelength. The differenco-in sensitivity of films is reduced as the
wavelength increases. The same is observed when using intensifying screens.
The intensification coefficient.of the screen increases with increasing
light sensitivity of films. The new types of X-ray films can be used for
X-ray structural, X-ray spectrum analyses, material tests (defectoseopy),
etc. The main characteriatios.of the.X-ray.films investigated are listed
in'Table 1, the sensitivity of some X-ray films for monochromatic X '
radiation of different wavelengths in Table 2,1 and-the sensitivity,when~
using intensifying screens in Table 3.. 'There are 6 tables, and'l non-
Soviet reference,
ASSOCIATION:. Moskovskiy gosudarstvennyy uni'~rersitet (Moscow state Universi-
ty)
'; ~
lTauchno-iseledovateltskj.y kinofotoinatitut (Scientific
Research Institute of Motion Picture Photography)
Card .31

1. KONDAKHCHM, V.S.
2. USSR (600)
4. Technology
7. Manuel for the electrician on duty dealing with the needs of electric stations.
Izd. 2-e. IdosIrva, Gosenergoizdat, 1951
9. MonthIZ &let 2L Rusoign AgS&ALJUW,. Library of Congress, February, 1953.Unclassified.

KONDAY11CPAII, V. S.
Electric Power Distribution
Complete power distribution installations (KRU). Rab. energ. 2 No. 5 (1952)
Monthly List of Russian Accessionsp Library of Congress,_Ay ~st 1952. LTUCLASSIFIED.

KONDAMMANs V. S.
Electric Transformers
Load-carrying capacity of transformers with blast
cooling system. Rab. energ. 2 no. 8# 1952.
Monthl- List of Russian Accessions, Library of Congress, November 1952. UNCLASSIFIED.

1. KONDAKHCHAN, V.S.
2. USSR (600)
4. ElecLric Transformers
7. Permissible overload to transformersj Rabeenerg. 3 no. 3, 1953.
9. Monthl List of -Russian Accessions, Library of Congress, APRIL -1953, Uncl.

1. KONDIUKI.CFAN, V.S.
2. USS;11, ( 6, 0 0 1)
ler. Electric Tran3former3
r7' Vector dia-rams of transfLormors, group connections and tlr-.3--tr operat-Jon In parallel,
I u
Rab.energ. 3 no. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL 1953, Uncl.

KONDMCHO-I--v-.3 -6-9 --1 n--z-h-a -nor-. -
--~-
Aiding the student of the u" mRalse of technic&, operation of
6160trio power plants and networks," Chapter 27: Transformers,
Inergetik 1 noo7:25-29 D #53. (MLBA 6:12)
(zlectr'ic transformers) .

A C.,
~Chomwv
J1ONDAIIHOHA&Vaag Saakovich; VMONTSOV, F.r., redaktor; FRnKIR, A.M.,
I~k~WMrheakiy redaktor
[Manual for the electrician on duty assigned to servicing the
electric power station] Rukovodstvo dlia dozhurnogo elektromontem
sobstv;myk~ nuzhd elektrostantaii.'Ise. 3-e, izmenennoe i dop.
Moskva. Goo. energeticheakcs izd-vo. 1954. 198 p. (MIRA 8:4)
(Electric power stations)

KUDAMICEAN , V. S.
277 Rukovodstuc Dlya Dezhurnogo Elektromontera Sobstuennykh Nuzhd Elektrosiantsiy. Izd.
3-e, Izm. 1 Dop. LM.L., Gosenergo--zdat, 19`4, 200s. S Ill. 20SM. 10.000 EKZ.
5r. 5K. V Per.-Bibliogr: V Kontse Knigi. (54-54399)
621-3422.002.72 t (0163)
SO: Knizhnaya, Letopis, Vol. 1, 1955

V
ASILITAT# "r9sy Vladluirovich: ROZM,.
V.S redak-'t-or; yojojrl, Borl Ivanovich;
WW7-1#-- ' "-P-0 tekhniohS4 re
(Blectriflo&tI., of peat daktor.
torfopredprilat 11. -QztractjvS.entqrprleqg] llektrjf*atjj,
(Poat Machinery)
Goo energ' lgd-VO, 1954. 3,60 p
("a 8:2)

b /,q~ IT-)Lf e-. ffli 4/ V. 5 , - ~-
MACHATRYAH, A.S.; ABAD2MV. Yu.G.; ZOLOTAM, T.L.;
AUMOV, G.I.; GABAMILI, N.V.; SISOTAN, G.A.;
VORORIN, A.V.; GORTINSKITO S.K.: UMULIDU, A.K.
Professor AJA Ter-Khaeh&turov. A.S.Khachatrian and others.
llektrichestvo U0.8:90 Ag 154. (min 7:8)
(Ter-Khachaturov, Artemii IAkovlevich, 1884-

40XD*MJAH~ Vaa P Saakovich. DIWOV, Te.D.# redaktor; MRDVXUVO Lya.
Tfilmitfte" -- ~46"CNor
siTre 0 0
COPeration Of tra48for;wr~jt%pjumt&tsjja tra.
Isd*2-oop Porere Moskva* Gogeenarg. izd 28for=torov,
(ilectric trOSSformers) _To@ 195, Ae
(hull,
. 10:7)

GULIDENBALIK. Vadim Vladimirovich; KOIMMCW, T.S., red.; LARIODDY,
Me., takhn.rm&. ----------------------- -_
(Organization and mechanization of the construction of electric
transmission lines] Organizatsiia i mekhanizataiia stroitalletva
linii elaktroperadacht. Moskva. Goa. anerg. izd-vo, 1958- 190 P.
(Ilentric lines--Poles) (WRh. 12:1)

'-AOnMCW, Yak Sakoyic ;JORTINSKIY, S.M., red.; IMOT, P.M.,
(Operation of electric installations used for power station
auxiliaries] Ilcopluatataiia elaktrooborudoyaniia sobstvanAykh
mazhd elektrostantall. Koskya. Goo.energ.izd-yo. 1959. 207 P.
(MIRA 13:2)
(Ilectrio power plants-Iquipment and supplies)

KOIMAKHCHAIT, V. S.
Conference 'on the manufacture of transformers. Rherget1k 8
no.6:36-38 'JO 160~, (MIRA 13:7)
OtLectric transf ormers-Congres see
KONDAMCHAN> V.Su
Voltage Indicators.-Energettk 12 no.7-.42 j-11 164. (141Rk 17:9)

KONDARCHAN, V.31,
Discoyniection of an idle transformer. Energetik 13 no.5:39
My 165. (MIRA 18:8)
1. Nachaltnik tekhnicheskogo otdel6 Otdoleriiya daltnikh peredach
Vsesoyuznogo gosudarstvennogo proyektno-lzyskateltskogo i nauchno-
issledovatel'skogo instituta energeticheskikh sistem i elektrosetey.

lesting of small power transformers. Energetik. 13 no.908-39
S 165, (MMA 18:9)
1. Naahaltnik tokhnicheakogo otdela Otdelenlya dallnikh pereda-61,
Vuesoyuznogo gosudarstvennogo jxoyektno-izyskatel'skogo i nauchno-
issledovatellskogo instituta energeticheskikh siatem i elektroseteyo

XQ WD,,A KMS~t 01!
With the help of a work agreement. Okh. truda i mots. strakh.
no.6,.73 Je 139. (MIRA 12:10)
1.Zameotitell predpedatelya Mastnogo komitsta Ballneofisioterapevtiche-
skogo ob"Fadinenin ressentukokogo kurorts, (for Kondakhahants).
(Tessentuh-Health resorts, Watering places, ate.)

KONDAKOV, A. (saratov).
-- , 'I" ~-' - ~-
Tirelems 4vorker of the Air Fleet. Qrashd.".13 no-12:5 D 156.
(Nuantsev. Mikhail Awdoilmovich) (XLU 10: 2)

KON=OT, A., pilot
Without an allonnos for tba langth of semices GrarMsave-20
Ino*5:5-6 MV 163o (MM 16:7)
(Air pilots)

KONDAKOV,_Aleksandr Alsksayevich, shurnalist; FILATOVA, I.T.,, red.;
DOROBDUj F.T.-t- "ihn. red.
(Steel heart of the motherland]Stallnoo serdtsi. Rodiny. MosM,
,Profizdat, 1962. 221 p. I (MIRA 16:2)
(Mapitogorisk-Zteel induatry)

T'O'
I,TDk"OV,A.K.,Cand
cu-norrhoc-r. r-t.o for ,7rain cro-)--. or-
1.8 -,jp (jj-n of ~xgr USS'A.
c~f ml~ail llortionn of yanurc
thn cl ~;rnosom at
Voronozli ACr Innt), 150 co~nios

CIJLTIVATLF) PLAIN~TSS. GRAHNS
NO-95952
REFZHUR-010L.,21,1956
8

Voronezii Agria. Inst.
or Dooes of' Ma ruiru in a Mixture
vjth ItinvZ61 Fortilizers on the "iintar '.11heat and
Corn Yields.
Zap. Vdronazhsk. a.-kh. in-ta, 1957, 27, NO-2,
30-365
;%bortl:-act 11o abmtrAct

. . . . ...... ............. ... .

10MMI-Ci'vi, A. B,
fl.
Three cutter drilling bits
Mosk-va, Goo. nauchno-tOkhn- Jzd-vo neftianoi i gorno-toplivnoi lit-r7,
1952. 50 P. (54-17506)
T.r,225.K64

ZHDANOV, M.M.; KOSTRYUKOV, G.V.; ASFANDIYAROV, Kh.A.; MAKSUTOV, R.A.;
TURUSOV-, V.M.; SILIN, V.A.; PILYUTSKIY, O.V.;
SHELDYBAYEVY B.F.; PETROV, A.A.; S~MOV, Yu.S.; KOLESNIKOV,
A.Ye.; DROZDOV, I.P.; IVANTSOV, O.M.; TSYGANOV, B.Ya.;
KORNONOGOV, A.P.; VDOVIN, K.I.; ALEKSEYEV, L.A.;-GAYDTj-KOV, D.T.;
Ya.; DANYUSHEVSKIY, V.S.; VEDISHCHEV, I.A.;
L.G.; KRASYUK, A.D.; IVANOV, G.A.
Author's communications. Neft. i gaz. prom. no.2:67-68
Ap-Je 164. (MIM 17:9)

~ -11--l- ------ .. - - - . - - .-I - - 1--l-
KONDAKOV, A. V. 18G59

ATAIMANDROV, Boris Sergeyevich; ALEEUYBV, A.P.; ZABOLOTSKIY, F.D.;
kOwAKOY!.A4*4-; 5300DAYIV, V.I.; RYBOYEV, I.A.; SARSATSKIKH,
A.F.; SHOKINOV, IA.; BABKOV, V.F., doktor tekhni-
oheskikh nauk, professor, redaktor; CHVANOV, V.G., redaktor; K&LIKO-
VA, N.V.. tekhnicheakiy redaktor.
(Handbook for road foremen) Spravochnoe rukovodstvo dlia doroshnogo
mastera. Pod red. V.P.Babkova. Koskva, Nauchno-tekhn. izd-vo avto-
transportudi lit-ry, 1954-450 P. [Microfilm] (MIRA 8:2)
(Roads)

9-1. 25972 -
S/539/60/000/031/005/014
2071/9135 - '
AUTHORS,. Kovtunonke, P.V., Kondskovj H.V.o and Tuarev, B.M.
TITLE: On the chemical methods of determination of free
alkali earth elements in effective thermocathodes made
on the,basis of compounds of them* metals
PERIODXCAL: Moscow. Khimiko-tokhnolotichaskiy institut. Trudy,
No.31a 1960, Iamledovaniya v oblasti khimii i
tokhnologii elaktrovakuumnykh materialov. pp. 36-45
TEXTs Despite the considerable pumb*r of experimental works,
the problem of concentration of t 'he excess of an alkali earth metal
in an oxide cathode, particularly its dependence on various
fact:ors and its influence an the operation of the cathode, in not
sufficiently clear. The appearance of a number of now types of
cathode, the nature of which'cannot-bO established without experi-
mental investigation of the concentration and evaporation of
excessive alkali earth elements, made the problem particularly
important. For the above reason; the present authors surveyed
papers published on this subjecto An the concentration of the
Card 1/ 5

25972
On the chemical methods of S/539/60/000/031/005/014
E071/EI35
excess of the alkali earth metal in an oxide cathode is of the
order of 0.002-0a5 sole % the usual chemical methods are
inapplicable and the determination is based either on the
determination of the oxygen evolved (if the formation of the
.excess of the metal from its oxide in accompanied by the evolution
6f oxygen) or on the consumption of'specially introduced gas,
capable of combining with the metal. The following methods are
describeds a) after the usual treatment of the vacuum system,
the cathode in activated by drawing the emission current.
The oxygen evolved is pumped into a preliminarily evacuated volume
and its amount measured with a compression manometer, after which
some hydrogen in introduced and reacted with the oxygen. The
water formed in frozen out and the measurement of the pressure in
repeated. The difference in pressure is ascribed to oxygen.
b) Based on the amount of oxygen necessary to transfer the free
metal into its oxides. c) Based on a treatment of the activated
cathode with water (Me + H20 = MeO, + H2 or Me + 2H20 = Me(OH)2 +
+ H2) and measuring the amount ol hydrogen evolved. The special
feature of this thod, proposed in 1932 by T.P. Bardenulkoval is
Card 2/ 5

25972
8/539/60/000/031/005/014
On the chemical methods of oa.
Z071/EI35
the active reaction with water not only with the excess metal but
also with oxides of alkali earth eliaihbntis from which the cathode is
made (BaO + H20 = Ba(OH2)- This'd6stroys the cathode, but the
total excess of the free metal, i.e. not only present on the surface
but also in the lattice of the oxide, is measured. d) Based on
the reaction of'the metal with nitrogen at 200-600 OC forming
nitride (Ba3N2)- On subsequent treatment of the cathode with water,
the nitride formed is decomposed with the evolution of ammonia which
is determined colorimetrically. e) Based on the reaction between
the hot metal and carbon dioxide (Ha + C02 u B&O + CO), From the
point of view of sensitivity, all methods with the exception of d)
are approximately similar and their accuracy depends on the accuracy
of the determination of the pressure of the gaseous product.
However, the method c) is the^most accurate. With the authors'
apparatus Enot described] it ii I~bisible to measure quantities
of 3-5 x 10-9 X of barium. 'Thii'ziviceikary precautions to obtain good
results with this method'ari~ 'deackibod iii solue detail (degassing of
the glass and water, prevention of penetration of substances capable
of reacting with water into the analytical system, e.g. material of
Card 3/5

On the chemical methods of *as,
25972
5/539/60/000/031/005/014
2071/2135
the base'of the electrode and of the preheater). On the basis of
the reaction with watero the authors developed a method of
separate determination of barium present in the cathode and barium
'6vaporated from it. A number of glass iaps with a piece of iron
hermetically sealed in each (to enable their transfer by a magnet)
are placed in the vacuo system. At a given time such a cap is
placed over the cathode and barium evaporating during the heat
treatment condenses on the cap. Subsequently at a givon time. the
cap in transferred by a magnet into the analytical system for the
*ater'treatment and a now cap in.put over the cathode. This method
can be used for studies of the velocity of evaporation of alkali
earth elements from any cathodes from which theme metals evaporate.
A simultaneous application of this type of analysis with the
spectral analysis enables the determination of the rate of
evaporation not only of the alkali earth metals but also of their
oxides. The method in sufficiently reliable for the determination
of the "equilibrium" concentration of alkali earth metals which is
established in a cathode after a given time and given operating
conditions,
Card 4/5

23972
On the chemical methods of 5/539/60/000/031/005/014
E071/2135
A.V. Morozov and A.I. Mel'Aikov art mentioned for their
contribution in this field,
There are 2 tables and 19 refirencess 7 Soviet, I German and
11 English. The four most recent English language references
read as followas
Ref,Bi L.A. Wooten, G.R. Moore, W-G. Guldner,
JS Appl. Physo','V.26, 8. 9;7 (1955).-
R*f.91 G;Z. Moore, L;A. Wooteno J,"Morrisoit.
J. Appl. Phyi.* V.26- 8, 943 (1955).
Rof;10t Q; Ziboirits.- J. As: Chem-0--goof-D V-75. 1501 (1953).
Ref.171 M.S. Rittnor. Philips Ron. Rep., V.8, 184, (1953).
Card 515

25974
S/539/60/000/031/007/014
E073/E335
AUTHORS: Kovtunenko, P*V., A25dakov, B.V. and Nikonov, B.P*
TITLE: On Disturbing the Stoichiometry of Calcogenides
of Alkali Earth.Metals During Heat-treatment in
Vacuo
PERIODICAL: Moscow. Khimiko-tekhnologicheskiy institut.
Trudy. No. 31. Moscow, 1960. Issledovaniya v
oblasti khimii i tekhnologii elektrovakutijunykh
materialov,--pp. ~o-54
TEXT: Using a method of T.P. Berdennikov a quantitative
determination was made of,the non-stoichiometric barium
forming in barium oxide, sulphideand selendie during heat-
treatment in vacuo. It was found that under otherwise,equal
conditions the concentration of the non-stoichiometric barium
increased in the following order: BaO; BaS and BaSe.
According to data published by V. Grattidge and G. John
in Ref. 1 (Russian translation published in Sb. Problemy
sovreifi6nnoy fiziki, IL, 39 113, 1954) and B.P. Nikonov and
Card 1/3

2 Do
,AUTHORS:
25975
S/539/60/000/031/008/014
E021/E4o6
Kovtunenko, B.V., Morozov, A.V. and
P.V., Kondakov,
Mellnikovf A010 ,
TITLE: Evaporation of alkaline earth metals from cathodes
prepared on a bArl.um-calcium tungstate base-
PERIODICAL: Moscow. Khimiko-tekhnologichemkiy inatitut. Trudy,
NO,31, 1960. Issledovaniye v oblasti khimii i
tekhnologii elektrovakuumnykh materialov, pp-55-59
TEXT: The rate of evaporation of alkaline earth metal from
pressed cathodes prepared from refractory salts of these metals is
important. The cathodes used in the present investigation were.
prepared by pressing a mixture of tungsten, aluminium and barium-
calcium tungstate into a molybdenum cylinder at a,pressure of
20 tona/cm2 and sintering at 1950*C. As the cathode is used at
1100 to 1200*C free alkaline earth metal is formed as follows;
2B`3WO6 + 6A1 n 3BA + 2W + 3BaAI204
Some of the free barium formed immediately evaporates and the
rest migrates along the emitter and evaporates gradually. The
Card' 1/ 3

25975
S/539/60/000/031/008/014
Evaporation of alkaline earth EOWE06
apparatus used to determine the rate of evaporation was a high-
vacuum system and the minimum.quantity of barium which tould be
detected was 5 x 10-9 g. After evacuating the apparatus, the
cathode was activated for 30 minutes at 1150 to 1200*C and then the
irate of evaporation of barium was determined'. Fig.4 shows typical
curves of the rate of evaporation of Ba (in g/hr) against t 'ime of
working of the cathode (hours). The rate of evaporation is
highest in the first few hours. With increased time, the rate
decreases and tends to a constant value. There are 4 figures,
2 tables and 4 references: 3 Soviet and I non-Soviet. The
reference to an English language publication reads as follows:
E.S.Rittner, W.C.Rutledge, R.H.Ahlert, J.Appl.Phys., 28, No.12,
1468 (1957).
Card 2/3

KONDAKOV,,,4.,Y,,- KOVTUNENKO, P.V.; BUNDELI, A.A.
Equilibria between the gaseous and condensed phases in the
,BaO - H20 system. Zhur. fiz. khim. 30 no.1:190-196 Ja'64.
(MIRA 17:2)
1. Moskovskiy khimiko-tekhnologicheskiy institut, imeni
.Mendeleyeva.

L 10513-66 IEW(m) WF(n~ 94P(t)/EEC(d)/M4P(bj/FTC(a) IJP(c)
ACC- NR1 AP5027174 JD/W SOURCE CODE: UR/0076/65/039/010/2445/2449
AUTHOR: kondakqy._B. V. Kovtu-nenko. P. V.: quadeV., A. A.
ORG: Moscow Chemical Epgtneegtn&_1nstitute Ye e e Moskovskiy
khimiko-tekhnologicheskiy institut)
TITLE: Deviations from stoichiametry arising spontaneously in barium.oxide crystals
SOURCE: Zhu,rnal fizicheskoy khimii, v. 39, no. 10, 1965, 2445-2449
TOPIC TAGS* barium oxide, bariumi tbormil decomposition , 3rolCllta-'"Frx~-
6 IC >-%I 7-
ABSTRACT: When barium oxide is heated to 900-1150C in a vacuum at a residual
pressure of (1-2) 10-7 mm HS, excess -barium is~formed spontaneously. No less than'
907, of the barium formed is locali ed oa.-the crystal surface. This formation is
apparently due to thermal disialm, - A. barium content that is conLstant at given 7.,
temperature corrjsw~_d_- , "q nd
s to.an e ualization of the rates at which it is formed a
driven off. At 1150C, such a constant barium content is established in 4 to 5 min
and amounts to 1.92 x 1,1 n
0-6 g-at Ba/mole BaO. At high temperatures, contact.betwee
baritim oxide and nickeV~lloyed with silicon and calcium causes the separation of
free bar ium at-the inte face. The rate at which the.barium is driven out of the site
of its formation is determined by a slow transport through the oxide layer; this
causes a marked increase in the amount of barium-on the oxide-metal interface.
Orig. art. has: 3 figures, 2 tables, and I formula.
SUB CODE:, 117, 20 1 SUBM DATE: O3ju164 /, ORTG WW: 006 / OTHER REF: 008
L-Card UDC 541.17

KONDAKOV, G,
On "Trapeze" Nountain. IUn- U&t- U0,901-32 .1-157. (XI2A 10t9)
~O 'v' -
1. Zaveduyushchly Sukhumakim Pitomnikam obealvan Nediko-biologiche-
skoy stantsil Akademij meditainakikh nauk SssR.
. (Sukhumi--Monkeys)

BEN0Vs St... inzh.; XONDAIMV G inzh,
Production Of CUP bOarda of the "Okal" type at the State
Enterpried ~Longozall of Cherven Briag. Durvom
ebel Prom 5 no.2:5-9
Mr-Ap 162.
10 DurzhavnO industrialno predmdAAtie "'Longozallp Cherven Briag.
'7777

K Ci J,.,,FJ :-;!j,V "', I
... 1-1 --o ~-- I I ,
Cuttlf-T of W.),-,(i WA!,f-, !i~5. iPV,%r:),;ebeI
-.1 , prc-,-i 7 1110-5-23 S-0 164.
1-NIIPKID4',Sl.

KONDAKOV, K.
MalokabotazWWe Perevozki PO Ssvwwm Morskoln Puti. Aocal wastal shipping
along the Northern Sea Houis - (Sovetakaig Arktika, 1940, no- 8, P- 17-25,
illuB.P maps). 7
DW i G(W. s6
so: Soviet Tregartation nad Communications A lftjh~ ~~ra -Library of Congress,
T-ff e
1&;fer0dee DOPartmftty asR CP ~p ~ c1lasified.
Q~

XONDAKOV K, - NAMOV, G.
National economic importance of the diqmond Industry in the
YaLrut A.S.S.R. Vop.ekon. no.6.*135-140 Je '57. 10:7)
(Yakutla-Diamond mines and mining)

[Industrial exploitation of Olekminsk salt) Prob2ema prov7sh-len-
nogo oavoeniia, olokminskoi soli. IAkutskg lAkutskoe knizhnoe izd-
vo, 1957, 109 P, (MIRA 14:7)
(Olekminsk District-Salt)

RMHKCV, I.S.; FLEROV,, B.L.; KOMAKCVp K.G.
Prospects for the development of the tin industry and basic
research problems, Geoli-geofiz. 4:3-12 162. (MM 15:8)
1. Yakutskiy filial Sibirokogo otdeleniya AN SWR.
(Tin ores)

WMAKOV.p-Konatantin Gavrilovich; NIWINIOV, F.D., otv. red.;
OKHLOPY%OV, Ye.D., red.; SOLOVIYEVA, Ye.P., tekhn. red.
[Development and distribution trends in industry in the
Yakut A.S.S.R.) 0 napravlenliakh razvitiia i ra2reshchoniia
promyshlormooti lAkutskoi ASM, lAkutsk, IAkutskoe knizh-
noe izd-voj 1962. 243 p. (MIRA 16:12)
(Yakutia--Industries)

KONDAKOV inzh. (Chelyabinsk); KRUGLOV, V.M., inzh. (Sverdlovsk)
Conveyor tunnels in the maintenance and inspection aItations.
Zhel. dor. transp. 1+5 no.5:69-71 My 163. (MIRA 16tlO)
1. Zamestitelt nachallnikEL Yuzhno-Urallskoy dorogi (for Kondakov).