SCIENTIFIC ABSTRACT KAZANDZHAN, P.K. - KAZANKOV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721310016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The ory of Jet Engines (cont.) 1111
2. Basic equations of gas motion in the nozzle
3. Operating conditions of supersonic nozzles in Jet
engineo 6l
4. Effect of the operating conditions of the nozzle and of
hydraulic losses in it on jet engine characteristics 74
5. Profiling outlet nozzles 81
6. Control of outlet nozzles 84
Ch. IV. Combustion Chambers of Jet Engines 89
1. Requirements on combustion chamber of gas turbine
engines (GTE).
Basic types of combustion chambers 39
2. Operation of GTE combustion chambers 94
3. Completeness of combustion and losses of pressure in GTE
combustion chambers 1o6
4. Dependence of the completeness and stability of
combustion on
various factors 112
5. Determination of the necessary fuel consumption in
combustion
chambers 116
6. Determination of basic dimensions of a combustion
chamber 121
7. After-burners of turbojet engines (TJE) and combustion
chambers
of ram-Jet engines WE's) 122
Card 4/11
Theory of Je L Engines (Coat.

Ch. V.
Operation Processes of
TJE's
130
1.
Outl1w. and principle of WE operation
130
2.
FIepresentation of processes in WE's in pv and TS
coordinates
134
3.
Expression of work of a cycle. by the
parameters of the WE operation
138
4.
Dependence of the work
of a cycle and of the specific thrust of WE's

on the degree
of the increase of pressure. Optimum degree of the

increase
of pressure
2.41
5.
Dependence of the specific fuel
consumption on the degree of pressure

increase-EconomicAl
degree of increase of pressure in TJE's
145
6.
Dependence of
the specific thrust and of the specific f~kel consumption

oil the degree of air preheating
148
7.
Boosting VE's by
s-applementary injection of fuel into the after-

burner
150
8.
Boosting WE's by injection of fuel
157
Ch. VI.
Preliminary Gas
Dynamic Analysis azd the Choice of WE

Characteristics
16o
1.
Calculation of WE characteristics for detend-ned flight
conditions
161
Card 5/11

nu--ory of Jet Engines (Cont. 1111
2. Dependence of the specific thrust and of the fuel consumption
on the
characteristics of the operation
3. Dependence of the specific head thrust and of the specific
load
on the characteristics of the operati)n
4. Choice of optimum characteristics of TJEa
1~
/. Calculation of cbaracteristics of WE with after-burner (TJEA)
6. Dependence of Rr,,,.aft and S,P.,.,t (specific thnist and
npocific fuel
consumption of the after-burner) on the TJEA
7. Evaluation of the influence of various factors on R sp and 8Sp
by the method, of small declinations
Ch. VII. WE Characteristics
1. Possible rules of TJE control
2. Velocity characteristics of WE's
3. Altitude characteristics of WE's
4. Throttling characteristics of TJH's
5. Influence of the choice of the initial parameters of the
process
on the WE characteristics
6. Influence of restrictions imposed by strength requirements on
TJE
characteristics
C%rd 6/ 11
Theory of Jet Engines (coat.
Ch. VIII. Yethoda of the Experimental Determination of WE
Characteristics 234
1. P=?oso and types of TJE teato 2311
L1 -DeterminAtiou of 111JR claracteriattes 1-4 Utatic c01101tions
3. Determination of WE characteristics In flig)it 242
4. Dependence of WE test data on atmospheric conditions 246
5- Similarity operating conditions of WE's.Farameters of
similarity 248
6. Fleduction of WE test data to standard atmospheric conditions
253
Ch. U. Yethods of Computation of WE Characteristics 256
1. Characteristics of WE components 257
2. Conditions of the Joint operation of the turbine and the
compressor
in the WE system 26o
3. Conditions of the Joint operation of -the intake diff-asor and
compressor in the WE system 270
4. Calculation of WE characteristics by the characteristics of
its components 273
5. APPrOxLmate analYtical method Of the caleWation of WE
characteristics 275
6. Formation of WE characteristics according to ground test
date. 279
Card 7/11

Theory of Jet Engines (Cont- ) LIU
7. Transfer from the engine characteristics to the characteristics
of the power plant 286
Ch. X. Unsteady Operating Condition of a WE 292
1. Acceleration and reduction of the WE rotor rpm 293
2. Influence of various factors on the acceleration and pick-up
of a WE 302
3. Start of a WE 3o6
Ch. XI. Double-Shaft WE 311
1. Principal layout and basic special features of double-shaft TJE's 311
2. Choice of characteristics and special features of the gas dynamic
analysis of double-shaft VE's 320
3. Joint operating conditions of the tuxbine and the compressor in
double -shaft WE's 323
4. Determination of the operating cond-itions of a joint operation of
the compressor and the turbine of the double-shaft WE's 331
5- Special features of the characteristics of double-shaft TJH's 336
Card 8/11
Theory of Jet Engines (Cont.)
Ch- XII- Operation and i3asic Cb&racteristics of Tilrbo_prop En6ims
(TPE)

344
1-
Operation of a TPE
345
2.
Optimum distribution
of the WOrk Of the cycle between the PrOpeller

and the jet
350
3-
Dependence Of the equivalent work and specific fuel consumption

on the
thermodynamic charact3riatics of the Operation and on the

efficiency of
the compressiOn and eXpanaion proceEloes

352
4.
Preliminary gas dynamic analysis of TpEts
357
5,
regenerating cycle
of a TpE
359
Ch* XIII. Characteristics of Tmes

366
I-
Characteristics of
TpE,s according to rpm
367
2.
Velocity and altitude characteristics of
TFE's
375
Ch. xIv. Double Flow TjE,s

386

A
Work Of the cycle Of the first and the second duct of the

double flow
TjE

387
2.

Specific thrust and specific fuel COUsumption of a double fl
M TJE
388
3-
Distribution of the work of the
cycle and air consumption between

the first and the second flow
390
Card 9/11

Theory of Jet Engines (Cont.)
lill
4. TJH with air separation into special high temperature
combustion
chambers 394
5- Characteristics of double flow TJE 395
M. XV. Fam-Jet Engines (RJE:) 399
1. Operation of a RJE 400
2. Work of a cycle and specific characteristics of RJE's 403
3. Calculation relationships for determination of the thrust
of RJE'D 406
It. Preliminary gas dynamic analysis of RJE's 'too
5. Characteristics of the ROB 413
Ch. XVI. Liquid Propellant Rocket Engines (LPM)

42 5
1.
Operation and basic characteristics of LPHS's
425
2.
Efficiency
of LPHE's
435
3.
Aiel for LM's
441
4.
Combustion chambers of LPM
is
450
5.
Unstable operation of LFRE's
463
6.
Te-mperature of fuel
combustion in the chanber of LPM s
466
7.
Gas dynamic analysis
of the nozzle of LPRE's
4 8
8.
Characteristics of LPRE's
A5
9.
Cooling of LPHS's
49-3
'ard 10/11

- KLUNDMIN, F.Ke., inzh.-polkovnik. profe,
doktor tekhnonauk;
TIKBDRMVp Yu*Po, insh.-myor, kand.tekhn.nan
Iffectivenese of various fuel systems of liquid
fuel
rocket engines* Vest,Vozd,Yl, no.6:90-92 Je 160.
(MIRA 13:7)
(Rockets(Aeromautice)-luel)

PHASE I BOOK EXPLOITATION SOV/5715
Kazandzhan, Pogost Karapetevich, and Andrey Vasillyevicb Kuznetsov
Turbovintovyye dvigateli; rabochiy protsess I ekspluatatsionnyye
ldiarakteristlki (Turboprop Engines; Working Process and Oper-
ational Characteristics) Moscow, Voyenizdat M-va obor.SSSR, 1961.
263 P. 10,000 copies printed.
Ed.: 0. 1. Kalashnik, Engineer, Lieutenant Colonel; Tech. Ed.: R. L.
Solomonik.
PURPOSE: This book is intended for the engineering and technical
personnel of the Air Force and the Civil Air Fleet. It may also be
useful to students in aviation and technical Institutes and to
technical personnel operating gas-turbine power plants in trans-
port and under stationary conditions.
COVERAGE: The book deals with the design and operating principles of
turboprop engines and their components. Physical phenomena occur-
ring in the engine are described. Operational and regulation
Card 1/6
Turboprop Engines; (Cont.)
SOV/5715
problems are treated in detail.
Factual materials are based on
non-Soviet practices in aviation-engine designy and questions of
future prospects reflect non-Soviet Opinion. The authors thank
Yu. N, Necha ev
candidate of y j Doctor Of Technical Sciencesi and N. 0. Smirnov,
Soviet. Technical Sciences. There are 11 references, ail
TABLE OF CONTENTS:
Introduction
1* Bali, requirements for aviation etigines
2. Application Of turboprop engines (TPE) In aviat'Lon
Ch. I. Principle of TPE Operation
3. Diagram and principle Of operation of TPE
4.
5, Propeller Treactivep and total Power. Specific para-
meters Of2 pE
Brief information on the design of existing TPE
Card 2/6

DEYCH, I-,.Ye., (Joktor tckhyi. nauk; FILIFFOV,
G.A.p Iv.lnli. tekhn.
nauk; LAZAiiEV, L.Ya., inzh.;
KAZAI!DZHM;,F.K.,d(,kt(,r telkiit.
iviuk,prof. , ret8onzent
[Atlas of the profiles of the cascades of
axial-flow
turbines] kt~las profilei reshetok osevykh
turbin. Mo-
nkva, Mashinostroenle, 1965. 96 p. (I"'111A 18: 2)

K. and others
Theory of Jet Eminae, Military Publishing House of
the Ministry of
Armed Forces of the USSRP MOSCOW, 1955, 295p_D.

KAZANDZHIEV, K.
TLCIHIOIICGY
Periodical: IZVESTIIA. No. 5/6, 1958-
KAZANDUIEV, K. On the calculation of self-excited
oscilators with automatic
negative current displacement , for triodes. P. 439.
Monthly List of East European Accession (EEAI), LC.,
Vol. 8, No. 2,
February 1959, Unclass.

AgricaltiLre
r
Surve,. of :Lgriculture :,Ad il,ttv on cool, rativn llLfId tommi
in Prhf-.--x,
IP.Btitilt nA!zh,l,m:,roiA-jo -,o vullnko!ml I 1"'Lilonill
lriln:~I-.Iq-tvll. 194"'.
Library of Congress, Jume 1952,
Noxthly Lint of Russinx Accesslox3 Umclassified,

MUSTINOVY G., prof.; KAZANDNIEV It - MUN N.;
PELIN, V.-, TPNEV, B.
Our orience with the use of a film-forming
substance in
f-he 4treatment of burns. KbimirglIn 17
no.2t150-152 164.
1. 1-- VisshiJa voennomeditsinsk! Institut, Sofiia.

STOIAMV, Stoins, dr; GX)RGIRV, Georgi. dr; BAZIMMY,
Balizar, dr.;
KAZARM11M. Ramen. dr.
A-W I--,.
Treatment of certain dermatosas with trichloacatic
acid. with
chloretkyl, and with hot baths. Izv.msdAnst.Sofla
11-12:467-476
1. Koshna kliniks. (dir.prof. L. Popov) pri
Viashiia meditainski
institut V. Chervenkov. Sofiia.
(TRICHW,RAC.VMC ACID. therapeutic use
skin diso)
(SKIN, diseases.
ther.,trichloracatic acid, chlorethyl and hot baths)

U17.~11DZHUS., T.
Exhibition c.C the rationalizers form the Tolbuldiin
District.
RatsionaUsataiia no.22:12-14 162.

KAZA.NDZUEV, T.
Rationalizers of the Tolbukhin P~striot$ creatoro of
techni"2
progress. Ratsionalizataiia no.6:.U-13 162.

KAZAI:.DZHIEV T
Contribution of Tolbukhin rationalizers to the creation of
line production in industrial enterprises. Hatsionalizateiia
13-no.8t 6-8 163.
1. Zavezhdasht sektor [Ratmionalizatoii i st&ndartim v CES,
Tolbukhin.
iAe ti-;!4

(~~kopje); lvanka (Skoz~'e
~rolxlems and i,ro-rfjctq of modi.c.1nal pbtntv In
Macedonia. Farnaccut
gl "',agreb I ment (18) no-5-51-5) '62
Sur, 1.10
I. "Bilka" i:nterpri3n tinci Institute of Urbinisin of
Macedonia, 331,opjs.

PIAUKENBAUM, B.L.; KAZAND7JiI,,Y,,_M*Yu,,- KDGANq F.I.
Osaillographic investigation of the parameters of
electric plasmo2,vsis
of fruits and berries. Izv*v7xouchebezav*; pishch. tekh.
no.609-84
161, (MIRA 15:2)
1. Odesskiy tekhnologiehaskly institut pishchevoy i
kholodillnoy
promyshlennost:Lp kafedra tekhnologii konservirovaniya.
(Fruit)(Berries)(Plasma oscillations)

7 t AIN, TI--Z.
-k 7124= - -
F
12 to 15 MaY 19,48p 140scow, first conference was held on hi.-,tory of
Soviet chemistry,
convened by Commission on the History of Chemistry, Acad Sci USSR. Many
papers were
presented by (ostensibly) members of this Coi:mission.
"Effect of Russian Chemistry Schools on the Develol-nent of Chemistry in
Soviet
Armenia" /some recent names/ (Yerevan State U imeni V. M. Molotov).
"Materials on the History of Soviet Chemical Science," published by Acad
Sci USSR in
Moscow-Leningrad 1950. #283498
I VI

KAZANDZI[YAN, T.T., GALISTYANI, V.D.2 and IQUUTARYAN,
R.S.
"Application of Hicrohardness to Physicochemical
Analysis of
Saline Systems) I. Study of Microhardnese of Solid
Solutions Composed
of Potassium and Ammonium Sulfateso" Nauche Tre
Yerevansk, un-taj%
44, Ser. Khim, No 2, 1954, 95-102
Diagrams were studied of potassium and ammounium
sulfate solu-
tions obtained by isothermal evapvration of saturated
solutions. The micro-
har dness was measured by PMT-3 equipment. Crystals of
solid solutions
exhibit noticeable vectorial brittleness and fanlike
distintegration of
crysat1s. A maximum compound microhardness curve is
obtained at about
30% (HN ) 2S04 compotand. The method of microhardness
may be applied to
the stX of internal crystalline liquation of saline
solid solutions. (R'_~-

f - XAIAEMYAN, T.T., dektor khimichookikh nauk, professor;
OGAIISYAN. L.A.,
--VU~M4` -NIIIASTAN,, M.. taknichockiy redaktor.
[Outline history of cheniitry in Armenixj.Ocherk-i po,istorii
khiiiii
v.,ArmeiRII.'Irsvan, Izd-,vo Brovanskiogo.uaiv., 1955. 237 p.
(Armeala-Chealstry-Histo~y) - .(KIBA 9:5)

NU,,~ARA, ~4jF3njaw, ingr mpr inz.; :3C13CLEW';KI,
J;rzy, inz.
svlllFiti()n of cert,,.in -acthoas of IRbn-,%tory cement
te r, ti, np. ,Inz .1 bud 21 nnel-i~404-.ul
Sril,:)oi of Evfineer~ng:.
1.

K A ZA'.* E C i C I , J .
K"NIECKI, J. Proposal for the introduction of oleaning
:)rigades for knitting
machinery. p. 273. Vol. ?, no. 10, Oct. 1956. CDZIEZ.
Lodz, Poland.
50*61ACE: East European Accessions List (rEAL) Vol 6,
HIV.^ ~--Apv~~.l 1957

KAZANKKI, J.
"Intrafactory planning in the textile Industry*" p. 36.
(ODLILL, Vol. L., no. 2.
Feb. 1953, Lodz, Poland)
S)t Monthly List of East European Acce!3si-)ns, L. C.9 Vol. 3,
No. 5, IMay 1954, Unclo
"7-
T

Irena
Relapses in tuberculoua encephalitis and meningoencepha3itis.
Grazlica 30 no.6065-568 t62.
1. Z Sanatorium Prseoiwgruslicaego dla Dzieci w lagiewnik&eh
Dyrektor: prof. dr mod. A. Margolisowa.
TUBERCULOSIS, NENINGM)
TUBERCULOSIS IN CHIWHOOD)
BRAIN DISEASES) (ENCEPHALITIS)
TUBERCULOSIS) (ISONIAZID)
IAMINOSALICYLIC ACID) (STREPTOMMIN)

HOMO, Danutu; MAN _jr-oaa~~
2 ca es of Kartagener's syndrome In children.
Gruzlica 33 no.9t
811-.816 S 1 65.
1. Z Sanatorium Pr2eCivgrusliczego d1a Dzieci w
Lagiewnikach
(Dyrektort dr..M. Janissewska-F--onctak; Kansultant
naukow7t
prof. dr. med. A. Margolinowa).
Yj

WANETS, E.F.
COmFarRtive effecti.venesB of aivirutzline and Insulin treatxa-ent
based on data of a late catamneslo. Vol.-.klln., patog. i lech.
shiz. no.l.:53-55 164. (MIRA 18:5)
1. Di,f;l)aii.,;ei-no-diagnosticti.orkiy Wel (zav. (inktor med.nniik
Ambrumovit) A.G.) Goaudarst.vemiogo
Instituta

Y-kw4bTsj E,F. (Moskva)
Significance of a head trauma, in the development
of aschi-
zophrenic process. Vracb. delo no.6:140-141 Je'63
(" 16.9)
1. Institut psikhiatrii AMN ESSR.
(HLAD-WOUM AND INJUItIES) (SCHIZOINHENIL)

UZANET$p S.F.
Changes in the activity of the thyroid gland of
achizophrenic
~atiento following treatment with insulin and
aminazine, Vop,
,paikh. no, 3tl47-154 159, (MIRA 13:10)
(THMID GLAND) (SCRUOPMVNIA) (OMORPROMAZILIE)
(INSULIN SHOM THEWY)

KAZANETS, E. F. Cand Mod Soi, -- "Dynamics of the
gunotional. activity of the
thyroid gland in schizophrenia patients in tho process
of treatment." Mos,
1961. (Ryazan' Med Inst im Aondemiciftn I. P. PRvlov).
(KLp 4-610 209)
4-

VAijTAjjUj, M.ye.; KAWILT6, E.F., LlBEW-LMI, yu.j.;
FAYVISILE;VSKIY, V.A.
Statistical analysis of late sequelae from a closed
injurv of the
head. Vop. p ikh. no-4:284-289 160. .15:2)
NFAD-WOUNDS AND 11"Juldisi

KAZMETS, I., delegat XXII s"yezda Kommunisticheskoy partii
Sovetakogo
---BUY=W-
Our life's sun. Sov.profsoiuzy 17 no.22 ' ' N 161. (MIRA
14:10)
471?
1. Sekretarl TSentralinogo Komiteta Ko-wisticheskoy partii
Ukrainy.
(Trade utLions) (Ukraine-Industrial management)

KAZANETS, I.; KUNAYEV, D.; SHUMAUSKAS, M. [Sumauskasp M.1;
KOCHINYAN, A.; SADYKHOV, R.; RUBIN, V.; KURBANOV, R.
The entire country participatee in foreign trade. Vnesh.
torg. 43 no.1:6-12 16 f (MIRA 17:;)
1. Predsedatell Soveta Ministrov UkrSSR (for Kazanets).
2. Predsedatell Soveta Ydnistrov KazSSR (for Kunayev).
3. Predsedatell Soveta Ministrov LitovBkoy SSR (for Shumauskas).
4. Predsedatell Soveta Ministrov ArmSSR (for KochirWan).
5. Zamestitell Predsedatelya Soveta Ministrov AzerSSR (for
Sadykhov). 6. Predsedatell Soveta Ministrov Latviyskoy SSR
(for Rubin). 7. Predsedatell Soveta Ministrov Uzbekskoy &A
(for Kurbanov).

KAZAN=) I,
Trade unions should give their attention to economicl. Sov.
profsojusy 19 no.1:1-4 Ja 163. (MIRA 16:1
1. Sekretarf TSentrallnogo kmAteta Kowunioticheokoy partii
Ukrainy,
(Trade unions) (Industrial management)

KAZANETS, I.P,
Inexhaustible capacities for increasing the production
of meat.
Ptitsevodstvo 8 no.6:14-19 A 158. (MIRA 11:6)
l.Pervyy eakretarl Stalinskogo obkoma Kommunisticheskoy
Partii
Ukrainy.
(Stalino Province-Foultry)

KHRUSHCHEVp N.S.; PODOORNYYt N.V.; ZASYADIKO, A.F.;
RUDAKOV, A.P.; KAZANETS
I.P,, SHILIN, A.A.; MMININOV, N.V.; BURMISTROV, A.A.;
SHEVCHWO,
V.V.; HAYAKOV, L.I.; ROZENNO, P.A.j KUWMICH, A.S.;
ZADMDKO, A.N.;
BRATCHENKO, B.F.; STRUYEV, A.1.~ KPMNIX0VSKlY,'G.V.;
BCYKO, A.A.;
KAGAN, F.Ya.; USKOV, A.A.; VLADYCHENKO, I.M.; TOPCHIYEV,
A.V.;
DEGTYAREV, V.I.; KHUDOSOVTSFV, N.M.; GRAFOV,
L.Ye.,-'IVANOV, V.A,;
KRATENKO, I.M.; GOLUB, A.D.1 IVONIN, I.P.; SAVCHENKO,
A..A.;
R029CHF,NKOJI Ye.N.; CHERNEGIOV, A.S.; MARKELOV, M.N.;
LALAYANTS, A.M.;
GAPONENKO, F.T'.; POLUEKTOV, I.A.; SKLYAR, D.S.;
PONOMARENKO, N.F.;
POTAPOV, A.I.; POLYAKOV, N.V.; ~UBBOTI'.!, A.A.)
POLSTYANOY, G.N.;
TRUXHIN, P.M.; TKACHENKO, A.G.; OSTROVSKIY, S.B.;
NYRTSEV, M.P.;
DYADYK, I.I.; SHPANIKO, T.P.;'AUBCRENKO, V.P.
Kondrat Ivanovich Pochenkov;-obituary. Sov. shakht. 11
no.9:
48 S 162. (MIRA 15:9)
(Pochenkov, Kondrat Ivanovich, 1905-1962)

M- yl&z &n-9 I~P'
Y P ~T- 11 t c. 1 rz o f Gat= pp-n ~iy nUCICi

AC`~IZSIOV NP:

-KAZANGAPM1, A.N.
Representation of elementary functions in a system
of residual
classes. Izv. AN Kazakh. SSR, Ser. fiz.-mat. nauk 3
no. 3:
79-84 S-D 165, (MIRA 18:12)

KAZANGAPOV, A.N.
Determining the interval -ontaining a given number in
the
residue number system. Vest. AN Kazakh. SISR 21
zio.10:65-67
0 165, (MIRA 18:12)
K,kZANGAPOV, A.N.
NomgraphabilitY conditions of the Saint Robert t7Pe
for space
no"-igram Vest.All Yasakh.SSR 14 no.10:89-91 0 '58.
(MIRA 11:12)
(Nomography (Matbematics))

KA=ZAPOV, A. N.
Ap- cation of Nomographic MEthodr. for Programming the Operations
of
'Pli
Mathematical Machines P. 7
pfq~eo Till,' I

-'n ~t
'~MIRA

KAUPOV, D.!.',.. SIIIJBN]fY, Yu.K.; At-ERBAYEV, U.I., Y ALDkjLQY,_
A.; KOSYAK, Yu.G.
_ AL
Resonance scattering of gamma quanta by I~g24 nuclei. Zhur. eksp.
i teor. fiz. 48 no-5:1221-1223 MY 165. (MI"A 18:7)
1. Institut yadernoy fiziki AN Kazakhskoy SSR.
FIR. am "Ru i-~a

KIUNGAPOV, A.N.
Nomographic method for keeping functions of several variables
in computer storage. Izv. AN Kazakh. SSR. Ser. mat. i makh.
no.lOs86-92 162. (MIRA 15:9)
(YAgnetic memory (Calculating machines))
(Functions of several variables)

P
USSR/General Problems of Pathology - Tumors. T-5
Abs Jour : Ref Zhur - Biol., No 4, 1958, l7457
Author : Ka MA-TC
Inst --Z-nM_o
Title On the X-Ray Taerapy of Chronic Leukemias.
Orig Pub Terapevt. arkhtv, 1956, 28, No 4, 61-67
Abstract
Card 1/1 et~,-Z?j
This is a comparative analysis of the results of X-ray
therapy (local, general, or to the paravertebral ganglia
according to Langer) of 70 patients with chronic myelo-
genous leukemia (CML) and 50 with chrcnic lymphatic leu-
kemia (CLL). Local irradiation was accompanied by a cli-
nical improvement in 69 out of 82 patients and total 9
out of 14. Irradiation according to Langer gave positive
results in 9 out of 10 patients with CML and in 10 out of
14 patients with CLL. The remissions in most patients
lasted from 6 mos. to 1 year and in some up to 3-5 years.
Results from the x-ray therapy occurred sooner in CML, but
remissions were longer in CLL.
A-~7

KAZANGAPOVA TA I
Radiotherapy In chronic leucosis. Terap.arkh.28
no.4:61-66 156.
Mn 9:9)
1. Is rantgeno"rapevticheakogo otdela (rukovoclitall-
prof. L.D.
Podlyashuk) Goomdaretvannogo
nauchno-tooledovatellskogo instituta
rentganologii I radiologii imeni, V.M.Holotova.
(RADIOTRIRPY, in various die.
leukosis, ohronic)
(LIMMU
leukosle, radiother.)
M"

Vfi
USSR/Human and Animal Mysiology The EfEact of Physical
Factors i T
Ionizing RaMation.
-ibs Jour
Autlior
Inst
Title
Ref Zhur Biol&, No 3, 1959, 13368
KazangapovQ,, M.
Kazakh Medical Institute
Permeability of Synovial Sheath of Joints with Acute
Radiation Sickness
Tr. Kafedry rentganol. i radiol. Kazakhek. raed. in-,t,
1958, vn. 1, 36-45

Orig Pub

Abstract

Card 1/1

No abstract.

USSR/Ilw,an ai.d Animal Physiology - (Normal and
Pathological). T
Ynysiology of the Skeleton.
Abs Jour Ref &.ur Biol., No 4, 1959, 17841
Author Kazalignpova, T.K.
Inst Kazakhstan Medical Institute
Title The Permeability of Normal Synovial Membrane
of Joints.
Orig Pub : Tr. Kafedry rentgenol. i radiol.
Kazakhs. med. in-ta,
1958, vyp. 1, 122-128
Abstract : No abstract.
Card 1/1

KAJZANGAPOVA T. K.
Cand Med Sci (diSB) "Penetrability of the vascular-tissue
barriers
of joints and organs of adaptation (hypophisis-suprarenal) in
acute
radiation sickness." Alma-Ata, 1961. 22 pp with diagrams;
(Joint
Academic Council of the Institutes of Physiology, Kray Patholo
and Experimental Surgery of the Academy of Sciences Kazakh
SSR5~
200 copies; price not given; (KL, 5-61supt 202)
~fq ~10

Listed as rtut,or-, (-,~ -rUcle, ".Advice rr PreT-lratlrr. of
Ammunition, -;nd Instrumcnts for Firliv,,, nubl~-he~' ',n Vr,-Q:n-,-v
Ve.7,tn!'..:,
ITO 103, 19'53,
(Voyemi~-j Vcstnik, No 17) Dee 53)
SO: su'-'~ 152, 25 Juno IT54
-27
'4-- t!bl

-- -- --~,
KARZUBOV, B.V., i.nzh.; POTATURKIN, N.A., inzh.; SELIVOKIIIN,
O.A., Irzh.;
Laying tracks on the Kzyl-Tu - Irtyshskoye line. Transp. stroi.
14 no.2:8-9 F 164. (1-ruRA 17:4)

IEMSALIKSKAYA, L.A.; KAZANIN, V.I.
Intravital diagnosis of primary pericardial tumors*
Terapt arkh*
35 no.9tlO6-109 S163 (~fJRA 17 W
1. Iz kliniki gospitallnoy terapii ( zav. - prof.
A.A. Demin)
Novosibirskogo meditsinskogo instituta i prozektury
29-y boll-
nitsy Novosibirska (glavnyy vrach I.F. Duman).

rf,7ftNIN'- V, I - -
Exfoliated thyroid gland. Vest. khir. 92 nc.14:7-5-7t
"Y- ";4.
( ~ I I-A A -11 8 - I )
1. 1z patogistologicheskoy laboratorii (zav. - G.B.
Fridman) Novo-
sibirskoy oblastnoy klinicheskoy bollnitsy (glavnyy
vrach - zasul-
zhenziyy vrach RSFSR 7.A. Kireyeva). Adres Rvtora:
Novosibirsk, ob-
Instnays klinicheskaya bollnitsa.

Study of urea In the tIssueB of tho chorion and allantois of
the spithelial-ahoris-1 placenta. Izv. SO AN SSSR no.12i Ser.
biol.-Ynod. nauk no.31133-136 164. (MIRA 18 6)
1. Novosibirskiy meditsinskiy institut.
Ni
K~~n

KAZANIN, Yu. I., Cand Geol-41in Sol (diss) "Geologicoatructural pecu-
Ijaritlee of,,Pnevskiy and Nikitinekly polymetAllio deposits
ofl,eouthern
1-1
Altay.0 kima-,kta, 1958. 16 pp (Acad Sol K&TSSR, Inst Gool Sol), 120
copies (KL, 17-58, 106)
iT-

KAZANIN, Yu. 1.
I .
Dividing the northeastern part of Rudnyy Altai and
Southern Altai
Into geological regions. Vost. Ali Kazakh. SSR 14
no,2:68-72 7' 058.
(MIRA 11:2)
(Altai Mountains--Geology)

ZHUKOV, Favel Konstantinovich;__~A
Yaw_YiQ_b_,__VYUFOV,
Aryktay Kayupovich; MIURSALD-M, Khakim
Ibragirovich;
FIGULINSKIY, Nikolav Arsenlyovicb; SHIMI, Arter.
Yevgenlyevic~,,. Prinlinali ucba:;tlye. BAYKENEV,
Sh.A.;
BANNAZAADVA, Cw, ZURIN, Ye.&; KRIKIRMA, II.P.;
SRUKHOV,
14. N. akadevik-, otv. red..; NESTEROVA, I.I..,
., BOK, LLP
red.; ALFEROVA, P.F., tekhn. red.
[Basic features of the geology and umtallogerq of
the Koksu-
Tekeli area of the Dzungarian Ala-Ta1j]Osnovnye
cherty geolo-
gii i n-etallogenii Koksu-Tekoliiskogo rniona
Dzhungarr-11-ob-o
Alatau. Alma-Ata, Izd ;vo Akad, naul, Kaznkliqkoi
SSH, 1962.
123 P~ (MIFA 15:11)
1. Institut geologicheskikh nauk (for Zhukoir,
Kazanin,
Kapipov, Pigulovsldy, Shlyginin). 2.
Yuzhno-kazaII-,tanskaye
geologlehoskoye upravleniye (for 14ursalirov). 3.
Akaderiya
nauk FazEd:hskcv SSR (for Rok).
(Dzungarian Ala-Tau- --Geology, Fconor_ic)

WAZAND, Yusis; PIGULEVSKIY, N.A. [deceased); SHLYGIN,
A.Ye.; ZHUKOV, PA.
Nev data on fold structures of lower Paleozoic ore
enclosing
formations of the Dzungarian Ala-Tau* IzvAN Kazakh.SSR
Ser.
geol. no-4:8-18 159- (NIRA 15:4)
(Nungirian Ala-Tau-AM'(Oadev))

ii A::~L -
77

KOZLIOV) V.N.; KAZANINA, A. Ye.; LEVINA, V.V.
Eaterification of tar and fatty acids of tall oil by
means of
xylitol. Gidroliz. i lesokhim.promi. 14 no.4:9-11 161.
(MMA 14: 5)
1. Urallskiy lesotekhnicheskiy institut.
(Tall oil)
'(,Esterifieation)

NA) "The effect of aviation fertilization using dusting
and spraying on the h irvest of long-st wle flax." Moscow Order
of Lenin Agricultural Academy imeni K. A. Tirlryazev. "'oscow,
1956. (Dissert~ations for the Degree of Doctor In AEricultural
Sciences).
SO: Knizhnays Letonis' No. 22, 1956
gi I
r

I(AZANK1N, A.P.
Erosion and Narzan. Priroda 53 no.4t8-1-89 164. (KRA
17:4)
1. Severokavkaukaya lesnaya opytmaya stantsiya,
stantslya Mashuk.

/7
51- 4 --1-10/26
AU-LIOIt3:: Kazankin 0.11. and LoITO
ITLelij: -,"'fect of on ,,'lc otrolumine sconce of Powder
I I
Phosphors. (VIiyaniye temperatury na eloktrolyumi-
nestsentsiyu poroshkoobra=ykh lyuminoforov.)
FBIdODIGAL: Optika i spektroskopiya, 1958, Vol.IV, Yr.l'
pp. 76-81. (USSR)
ABSTIUCT: The authors studied, in sevoral powder phosphors,
chan,-c of intensity cf ole~ctroluminescence with
temperature (known as electrothermoluninescence)
and the effect of temperature on the forn, of brightness
waves. Lleasureiients wero mado from - 160 to + 1000C.
An oloctrophosphor was mixed wit-h a dielectric and
placed in a cell vihoz;e 11-Uer electrode vias an a-luminium
plate and -L-,he upper electrode vras, of conductinG E;lass.
The distance between the electrodes was ~,00 ji. E'lectrc-
Card 1/6 luminescence was excited by an tilt ernatin,.- field of
1.1

51- 4 -1-10120'
ET-Eect of Tem--rature on Blectroluminescence of Powder
Phosplaors.
50-20 000 c/s frequency. Blectroluminescence was
mca-cured with a photomultiplier (DBY-19. In the study
of thurmal emission cur-es the electrophosphor was
excitud at - 1600 0 by means of ultraviolet liglit
(365 m1i). All phosphors used wei,3 in powder form
and they were immersed in castor oil (dielectric).
Fif-.1 --ivas the electrothermoluminescence (continuous)
and thermoluminescence (dashed) curves for five
Dhos-phors; ZnS-ZnSe,Cu, Zn3-Cu,Mn, ZnS-Cu,Pb,
Zno"-Cu,Al, ZnS-Cu. From - 160 to - 500\1-d the
intensity of electroluminescence remains practically
constant, but on further heatin,-.; it rises rapidly and
r--a-ches a maxirnim which is different for different
phosphors. 'The authors studied the effect of the
Card 2/6 activator concentration, of quenchin6
subst'-r-ces Co

51- 4
L - 1~ Ot M 1UIM in o c, n (,. e r 11 L. o:)1-, 0 f -
_IaTect of 1--;.,jpc;ruturc; on
and ZnO, an~.~ of froquellcy jj. tile appl.-Led Lfivi(i
PO,-,i1-ic)1r1 Of Clectrothoriol.-LI.,",
V.-I r
'110 colic-'11ti~d'u-ion of coo"Or IS ied i"ioLi 0.1
to 0-1,*-'~ (bY Wa iL,111 it )in 4jn,'a'-V'u)Aj
pjo,-pj.,Or_-, L~-.e
r L
elOctrothermolumines,cenco curves have rold~~17 1-113
Sal.-,,-
mLl:drillm at about- + 60UU To -ffect
Of ZnO, Zn~;-Gu,Aj il~j,,Z~C-oho--- v.,a:~ c)::idized by
heatinr-
11 0
Jr- air for 20 minutes at 7CO j.
anal.-
/sis
sho-*(--d that af'-~;r Cuch yt~ L
U
,01 , led
201, of z;no. Such a
d2-d nct produ,,e any
apDreciable chanL;c ~m
cl-1 (xd, In Zn&-,,`j 0c, A] -e
--nd
Card oil
.5/6 Cf Co "Table co
U

51- 4 -.1-101/2'
- -C,
.Zkf-.LOOC"u- 0-.if On Me -,troj:-,--~ino - -,c-nca C.' C
z C, il
increase of the amount o-.L' Cc th,3 ri'Loved 411-uward,,:
lower tumporaturus. Ir~
luuinescencu Ur0%i!,:= to-,-,ards hiGher
ileLip-.~mturco by about 150C
frequoncy was incy--a-seel. f-i've timo (fri-a 1OCO to
50CO c/s). The authors -Laka -c-c'usionz.
Position of thQ clo ctrotho ryoLuliro o ce rice
JLe,-)onds on the ollemical natuic of' the
hrr.
of quonc-'-An3 substvan~~e-- on fj-Oqj-,.-j of t',-
applied field. The L~1:,O~Ltlur t1ae iu-.~~jL,,ruj.
clecti,o-
tlw hIL,~,za! ar~~ t",,~e porature~'
a-u- c1a roaxites its
cubstances disl-I.oc(:~
lower terperatums. c.-L' tiic applied-
Card 4/6 -iel,i ---rOc,uOj]c-, di~,pjacu.-~ t~,Q1
J
M

1jf.-'L'cct of '_"'oil,~eraturc on of 1,
tomperatbures. Temperature af-L"cets 01
briGhtness waves (variations of instant,Lneous
int ensity with t imo , se 0 F_J 4. ) oi Zr,.S and
Zjn~~-Znl_-'e
phosphors activated .,;ith co-per. In studied
powder phosphors the curvi.-S
possess maxima which am difforent from the therix.-
lumineseem, curves. The non.--, oirciden ce of ~~a::iLm of
these curves inclicates that ejectod
local levels in -_,ot o-1 L~r -I
L C-t
importance in electroluminclezcn,_;e. A theor-y put
J_orward by Thornton (Ref.11), ta~':f,- into account'
simultane ou s action of e 1e ct ric f _ie 1d, an-.1
tu-~Li: e
in freeinC; ef electrons - 1~re -iv
:L ro-ra ap-j .3 S
Card 5/6 clo:jr, in U`o thc.,.~~
_K
N;

51- t .--,
J,
MCCt Of TCLIPCI-ature on c'L Ph o s-plh cr:'!
obtained by the present au-tulior-c. T 11 rk~ i~ - 'L ire S
1 tc~bl~ and 12 refcrenci~-s, D-f
-?rench, I Russian ard G -'nLjisl~ ,,i,d
ASS001ATION. 6tatc Institut-c- for Applic-d
.i ,
institut prildadnoy 1,:h-JLl--.)
SUBLI-TTIO: Warch 21, 1957.
AV.,ii1ABLE: Library of Congress.
1. Phoephorc-Excitatloa 2. Photomultipliers-ApplIc,,-t ions
Card 6/6

A -;,t
24(4) , 24(6) S 011/51 -6-15-18/34
AUTHORS: Kazankin, O.N., Pokermn, F.M. and Petochina, L.N.
MIX i Slectroluminescent Phosphors Based on Sulphides and
Selenides
(Blektrolyuminofory na sullfidsolonidnoy osnove)
PHRIODICALs optika i Spektroskopiya, 1959, Vol 6, Nr 5, pp 672-677
(USSR)
ABS TPACT Efficient ZnS.ZnSe-Cu electroluminescent phosphors
cannot be obtained
by heating in a stream of H2S + H01 becaueo,even If one starts Ath
pure ZtSe,the final substance cantains no mbre than 40% of ZnS*.
Obviously the stream of H2S + HC1 produces a considerable
replacement
of selenium by sulphur. Under such conditions the
electroluminescent
phosphors had emission maxim at wavelengths not longer than
560-540 m1i and their emission brightness was much smaller than
that
of the usual green blectrolxlm i, nos cent phosphors based on
ZnS-Gu.
The authors nro4Araa j,~,;-,u phosphora by placing a charge in a
horizontal quai-tv, -t;10- / -Wg over it a stream Of H2S + HC1 for
30 mina at roo.,;i tEgnpoi-tura. Then the tube was placed In a
furnace,
bat the H23 + H01 stream was no longer passed over it. Even then
the amount of ZuSe in the final phosphor was alvays smaller than in
the original charge. 'she authors found that witn increase of the
Card 1/4 amount of ZnSe the electrolumineseence spectra of the
Phosphors are

Electrolumines cant Phosphors Based on Sulphides and
Solenides SOV/51-6-5-18/34
shifted towards longer wavelengths kFig 1). By varying the
amount
of ZnSe from 10 to 100% it waa possible to obtain phosphors
Y&oso
emission maxima lie in the region from 510 to 630 mg when
excited with
a 5000 c/s, 400 V field. The emission spectrwa of each
phosphor -was
found to depend on the frequency and voltage of the applied
fi(sld and
on temperature. With inc-rease of' fro:pen~~y the emission
spectrum was
diaDlaced towards shorter wavelengths and this displacement
vas
p-.irticularly clear in phosphors with small amounts of ZnSe
kFig 2).
Increase of -the applied voltage from 350 to 700 V displaced
slightly
the emission spectra tovards snort wavolongtts (this
displacement did
not exzeed 5 m~a). Heating ef phosphors shifted their
emission towards
Ion9or wavelengths (20 m1i dibp1acemont an change ol,
temperature from
-10 C to t6O*C). Theorelative emission brightness of
phosphors with
various amounts of ZuSo is given in Table 2 (Zns-G~; emission
vas taken
as 100). lAble 2 shows tat the relative emission brightness of
US ZnSe-Ou phosphors %4ried frm 1 (70~.' of ZdSe) to 29 (10,%
of ZnSe).
Thu results obtained contradicted theoretlca2 predictions
that addition
of Se should incroas6 o1 ect!~olumines cent brightness.
Addition of Se
affe-.ted the depon(jence of the emission brightness on the
frequency and
Card 2/4 voltage of the appliol field. 'rho voltage
dependence of brightness

C7151 -6 - 5- 16/34
19 ctroliviii nos cent Phosphors Based on Sulphides and Selenidee
(Fig 3), even in phosphors with largo amounts of ZnSe, followed
21alm's
law (Ref 2)
B = A exp(a/vg U;
where B is the brightness, v is the froaxionev of the aDolied
field,
U is the applied voltage kup to goo V, and the quantities A, a
are
constanta. It was found that phosphors with large amounts of ZnSe
begin to emit at smaller voltages and the almo3t-linear portions
of the
voltage dependences of t.ioir brightness rise more sharply. The
frequenq
dependences (0-15 ka/s) itru shovin in Fig 4. it is fmind that
at high
frequencies saturation does not octnir in phosphors rith large
amounts
c'
of ZnSo. Fig Ir shows th-9 tem-peratare dependences of
brightness of
ZnS.ZnSe-t%j phosphoro In the region from -140 to +8000. The
bri&tness
rises first with tenipera,ruro, reachar, a maxijn= and then
falls. On
incra,Ase of the amount o.C Zt-&So in tho phosphor the fall
begins at
C-q rd 3/4 lower temperatures. All the doscribed 7roportion of
:,hosphors with large

glectrolumines cent Phosphors Based on SulphtdeS and Seleaides
~iOV/51-6-5-18/34
amounts of ZnSe aro duo to shallowness cf tho local levels produced
by selenium. There aro 5 flg%zrori, 2 tables and 7 referonces, ;5 of
which tire Soviet, 21 hnglisn and "I LI-itch.
SUBLTMED- June 9, 195,11
Card 4/4

XAZAIZIN, O.N.; PMEMIX0. P.N.; PSTOSKINA, L,N,
ZhO sulfide-imse electrolum1nophors, Ixv. AN SSSR.
Ser. fiz. 21
no. 5.,721-731 W 157. (KM& 100)
1. Gonudaretvannyy Institut prikladnoykhimit.
(luminescence--Congresses) (Phosphors--Congresses)

67156
9.3-5-0 0 60V1 51 -7 -6-11/038
AUTHORS KazAaU&,r-0,,Nm-r4ekennan, F.!~. and Potoshina, L.N.
II
TITLE Electrolutninesconce of ZnS-Gu-Mn Phosphors in a Constant
Field
IS RI ODI G~ LOptica I spektroskoplya, 1959, Vol 7, No 6, pp
776--779 (USSR)
ABSTRACT: Application of et cowstant (d,c.) electric field
usually produces only
a momentary luminescence flash. The authors found, however, that
phosphors of ZnS-Cu-Mn typo prepared as described below exhibit
strong
electrolm-iinesconce in a constant field. There phosphors were
preparad
(with Ou fran 0.05 to 0.3/`0 and 1~n from 0 to 3,0~,) In an
atmosphere of
HZS + HG1, following the authors' technique described earlier
(Rof I').
They wore placed in a liquid dielectric (castor oil) and tested
both
in d.e. and a.c~ fields (the latter were of audio frequency).
The
phosphors luminosced brightly in a.c. fields, the samnles with
0.2~. Cu
and 0,5-1.0~,QMx exhibiting the strongest mission. Depending on
the
mounts of Cu and Mn, phosphors with on!), two and three
omisision Lvl~.ds
could be obtained (Fig 1). At least 0,11~ 'Mn wat; required to
produce
electroluminesconco in dc~ fields. The intensity of d.c.
bxninoscenco
rose with increase of the witount of Cu aivi 11n up to -a
certain opti-mum
value. The emission occurred only Ln the Mu band (Fl~ 2). Those
Curd 1/3 observations show thit the two conditions for d.c.
oloctroltiminescance
of Z n3 phosphors are (A) the t?resonco of Mn and (B) the
presence of

67156
~ OV,,
ElectroluLainesconco of ZDS-Cu-Un Phosphors in a Constant Field ~
, 51-7-b-IJ/38
2/3
Cu as Cu2S, the latter raising the conductivity of tho phosphor
very
considerably (Fip, 4, Table 1). On application of a d:c, field tho
1--,ninescence intensity did not rewain c-onstant. The tiiao
depandonco o fr,
the d.c. luminescence was affectod by the wiiounts of Ov and 11n.
For
example Fir, 3 sl~ows the time dependencog of ZInS-Ou.-Mn
phosphorF with n
and various amounts of Cu frca 0A to The lattolt fixvra Ehows tha t
at low concentrationi of' Cu (curve 1) the lntoni;lty bao-i"S tc
fall
imraodiately after application of the d~e. fieldt Whon larger
arounta of
Ou are Present the intensity fir:it risos rapidly and then falls
at a
lower rate (curves 2 and 3), In souis case3 the rise may ].a-,t
tenT of
minutes; the duration of the riso dapanlq on the conditions of
preparation.
The evonrual fall of the d,c. lumineisconce intensit, V i,,. due to
oolarization orocossri which reduce the intarri'll uccaloratinc,
fioli.
The authors carried ~iit also the following ex 'portment, An a,c.
field
-tms firrt applied to a phosphor awl its, oinissioi, intoortity
was deternino!
This fiald was switched off and 2-3 min later a d.o. field vnr-
appl',*~
Than t~e d.c, fieli Yras removed, the a,c. field of the ori6inal
n~,-,,.Altude was at-11in used ~Lil the eloctroluminoG can ce
intonaity War,
i-,ioasurod. It folind that this troatzlent raised the -jiltensity
1,y up
to throe times- This intensificlation of li:jnSneLican(:n iva;;
folzn--i t~, A/

6 7 21:6
(1 1/ 38
Elactroiura; nascence of ZiZ-Ou-Lin Yhouphors ir a Constant
Field
depend on the amounts of Cu and Ln aill on the contlition.-,
of rra,.)aratior~
(Table 3).. The intensification offect ras ~ir--,-tlv to thn
pr3sance of excess Cu2S. By iwishin6 in potasaium cyaride
wl-.ich dig-2claog.
C'u2S, the intonslfic~,Aion effer:t oo-,Ild bo dtm~troyod
ILJIVC~,t ~~VI!Pjtlt,~JV
(Table 4)~ There aro 4 firurt3s 4 tables anc! 3 roforenooF I
ot: V6hi Ci-~
is Soviet and 2 V-nglish-
BMITTED: 'Lay 13, 1959
S
UL

PEKE11MAiV':, F.M.; KCZLOVA, N.A.; PIETOSHINA, L.N.; KAZAITKIN 0.
Investigating tho stability of olnetrolmninophors. [Trudy] GIPKH
no-51:40-52 164. (MIRA 180)
?

KAZANKIN,_ OON.,- DIKIMER, M.A-.; _WGORlYFVA,__T.Ni.
DevelopmonVof the "non-gas" ihothod for the'synthesis of i-loctro-
luminophors. (Trudy] OlPKH n0.51:53-56 164.
(MIRA 18:5)
Ta

L 1291:?-66
ACC N& AP6000956 SOURCE CODEt UR/0286/65[ooo/o227o-o4-l-/ON-t]~
AUTHORSi_ Kazankins 0. N.; Dikhter, M. A.
ORG: none
TITLE: A method for removing of a luminiphor. Gla93 22, No.
1763h3.
SOME: Byulleten' izobreteniy i tovarnykh %nakovs no. 22, 1965t 41
TOPIC TAGS3 luminiphor,, copper sulfide, copper selanidep copper
compounds selenium
compound
ABSTRACT*. This Author Certificate presents a method for re=Dving
a luminiphor of
sulfide-selenide, type from copper sulfide or copper selenide by
a solution containing
an oxidiaing agents To intensify the process, an alkali is used
as the solution.
SUB COM 3-1/ SUBM DATEs 04Feb63
621

PIGUIZVSKIY, NA, [deceased); ZHUKOV, P.K.; -YU.I.;
lamUNOVA, N.F.;
MMAIJMOV, Xh.I.; SHIMIN, A.1e.
Characteristics of the complex metal mineralization of
the
Dahungarian Ala-Tau and further prospecting. Izv.AN
Kazakb.3SR
Son, sole no.4:43-57 159. (MM 15W
IDshungarian Ala-Tau-Ore deposits)

KAYUPOVA A.K.; KAZANIX, Yu.I.
StructUr4 types of complex metal deposits in the Dzungarian
Ala4au.
Izv#kN Kazakk.SSR* Set.geol. no.5:27-,31 162. (MIRA 15:10
(Dzungarian Ala-tgu-Ore deposits)
A' N i~ SOLT-RCE CODE: n/o42o/66/ooo1oo6W26/oo3~,.
AUVOR: balyberdia, V. V.; Sabadyrl, U. P.; Kazankin, P. A.
ORG: None
,TITLE: Investigation of current distribution during formation of
an eddy configura-
tion in '.he atmosphere
MURCE: Samoletostroyeniye i tekhnika vozdushnogo flota, n0. 6,
1966, 26-31
;TOPIC TAGS., eddy current, gas discharge, streamline flow,
plasma flow
ABSTRACT: The authors investigate the distribution of currents in
an eddy configura-
tion, determine the rate of deformation of the stream surface,
evaluate the thickness
of the skin layer and study the characteristics of the given type
of gas discharge.
A miniature Rogowski loop was used for determining the rate of
deformation of the
stream. surface, evaluating the thickness of the skin layer &ad
observing eddy currents
I
in the discharge region. The probe was a toroid of 175 turni3 of
PEL-0-07 wire wound
ion a 0.12 mm core. This spiral was inserted in a copper tube
with 0.2 mm walls and an
outside diameter of 1.3 mm. The inner surface of the tube wtis
insulated with a layer
of enamelite. One end of the spiral was soldered to the end of
the tube and the other
end was passed inside the tube forming coaxial conductors. The
copper tube was plaedd
inside a vinyl chloride tube with a sealed end w1hich was twisted
into a torus with an
Card 1/2

641. 497 646. :!9
AUTHOR: Trolimov, A. M.; Ic-maWdn yu, Ii.
.77TLE: Clatbr4te compo-ajj&_0 Wtvire-gues. tnkrt I. eca"Pmant, C4
SOURCE: Radfokhlmlya, v. 71 no. 3 1965.. 268-292
TOPIC TAGS: Xenon compound, creBol, clathrate, rare gan
A BST RA ('T Xenon, %;,is, reacLud wiLh p-eresol, and the (nrm!1!-,
ir !~Io,
aL 2i-i5c wlv-q dete-~r!-t~-'
flhi- h~-nt fn-nnzi ~wn-
- - I ; 4 ',5 C) f rom souk' :w" did
6 * fit-, ani~ 2:; DnO craj 'aic'e, Y*o Fjwcti vr- Ily Tl~e twat'i
al Lne synt.110si& alit; ij-~
measurememt& of thq vapor pressure is' fully d'ar.-teribed, OrIg.
art. haB,. 4 figures, 2 tabiea~
and 6 formaim.
v"_

13 9
su-13 "'I T-

ARONOVICH, Kh.A.; FROLOV, A.F.; KAZANKINA, E.I.
I---- I -
Equilibrium distribution of vinyltoluene and
ethyltoluene in
a two-solvent system. NeftekhWia 2 no.3:305-312 My-Je
162. (HIRA 15:8)
1. Yaroslavskiy tekhnologicheskiy institut.
(Toluene) (Styrene)

I ~r ..:: zj~, C, -, , 1. -, I - . . . ,
~i . - 1. .- I . 6 -
- - - - _._. I
ARONOVICH, Kh.A.; FROLOV, A.F.; KAZANKINA, E.I.
Liquid-liquid equilibrium in the system aqueous solution of
dimethylformamide - isopentane - vinyltoluene - ethyltoluene.
Khim. i khim. tekh. 1015-329 162. (MIRA 17:2)

BMISTItOV ) S.-T-1 *ASOVA, IRA L. G.
ftthgaia 6r-bi
2.4-dio . cld8B, Part 51 AreneBulfonlo derivativaB of
2 160*y"lalj71am'neB- Zhl* lb.
14097-14h1loropt- khim- 33 n- 51
Dh*OOPetrovqkj3r kblmiko-takhnolo,7 CheBkiy, (M'RA 1646)
(HerbiOld..) (Amj~', institut.
OB)

KAZA~K~INA L.G.; BURMISMOV, S.I.
1-arenesulfonyl-2-haloalkyle thylenimJ des. limport
flo.2. Ukr.khim.
zhur. 30 no.11:1198-1200 164. (MIRA :t8.2)
1. Diiepropetrovokiy kbimikotekhnologichaskiy institut.
~ ..- ~i" ~ - . i , 3- ~: I.% f.;
- 1 1, -!, , - :., .

KAZAIMINA.9 M.N.; MORDVINOVA, A.H., agronom-entomolog
Killing murine, rodents in stacks of hay and grain.
Zashch.
rdst. ot vred. i bol. 5 no.9:40-41 S 160. (IfIrJ,
15:6)
1. Nachallnik Atkarskogo proizvodstvennogo uchastka
(for
Kazankina).
(Saratov Province-Rodent control)

LISTOPADOV, P.; KAZANKOV, A.; SOLOVITIV, X.
Several questions on wages. Sots.trud 4 no.12:32-34 D '59.
(MIRA 13:6)
1. Rachallnik yuridicheekogo otdala Kolomenskogo teplovozostroitel'-
nogo zavoda im. Kuybyvheva (for Listopadov). 2. Fachallnik byuro
truda i sarplaty chugunoliteymogo teekha Kolomenakogo teplovozo-
atroitellnogo zavoda im. Kuybysheva (for Kazankov)o 3. Rukovodi-
till brigady kommunisticheskogo truda. teplovozomekhanichaskogo
tsekha Kolomenskogo teplovozostroitellnogo zavoda im. Kuybysheva
(for Solov'Fev).
(Labor laws and legislation)
(Wages)

KARTASHEV, Rostislav Dmitriyevich; KAZANKOV,A.A., redaktor;
IGOSHIN.H.G.,
redaktor; KARYAKINA,M.S., tekEWT'C"9Id;~-,rWdaktor
Davy manual] Posobie po voenno-mor6komu delu. Moukva, Izd-vo
DOSAAF, 1955. 237 P. (MIRA 9:2)
(Navigation) (Wnrehips)

ANASHKIS, I.A., kapitan I ranga; BARABOLYA. P.D.,
polkovnik yuridl.cheBkoy
sluzhby; VOLKOV. A.S., inzh.-kapitan 1 ranga; VOROB'TXV,
A.P.,
kapitan 1 ranga; VASILIYEV, I.V., kapitan 1 ranga zapai3a;
VIYLWIOCO,
N.F., kand.voyenno-morskikh.naiik. knpitan 1 rsngg;
GENKU1, A.L.,
dotsent, kand.tekhn.nauk, inzhoner-kontr-admiral; YRRWNXO,
B.Ya..
kapitan 1 ranga: ZVJMV, B.I., kand.iator.nnuk, mayor;-
A.Asa kapitan I ranga; KO"IN, K.K., kapitan I rangn
zapasa; KOLTADA,
N.I., kapitan 1 ranga znpasa; KMINICH, D.D., inzh.-kapitan
I range;
LOBACH-ZIIUCHMO, H.B., dotsent, inzhener-kapitan 2 ranga
zapasa;
KASIMIOV, A.L. po'lkovnik zapasa-, KYASISHCM, V.I.,
inzhenor kontr-
admiral; PETROV, L.G., kapitan I ranga v otstnvke;
PROKOFIYBV, V.M.'
kapitan 1 ranga; POZNMIRKO, A.S., kapitan 1 ranga zapasa;
(Continued on next card)

ANARMICT I.A.---(continued) Card 2.
FTASKOVSKIT, G.K., polkovnik; SINITSYN, R.I..
polkovnik. Prininali
uchastiye: AMOMY. V.V., knpitan-1 ranga: IVANOV, V.P..
inzhener-
kapitan 2 ranga; CHMMOUSIKO, L.D.,'lnzhener-knpitan 1
ranga;
&INANOV. Te.P., Inzhoner-luipitan 2 ran~a. FADBY3V,
V.G., vitse-
admiral zupasa, -Iavnyv red.; GERNGROSS, V.M., kapitan
I ranga zapa-
sa, red.; STAROV,.N.N., kapitan 1 ranga v otstavke,
red.; SOKOLOVA,
G.F., tokhn.red.
[Marine dictionaryl Morskoi slovarl. Moskva,
Voen.izd-vo H-va obor.
I
SSU'R. Vol.2. 0 - IA. 1959. 440 p. (MIRA 12:12)
(Naval art and sciencs--DIctionaries)
(Merchant marine--Dictionaries)

MENSHOU, R.S. [Crenshaw, Russel Sydnorl; KAZAIMOV,
A.A. Impitan
I range, r6d, ; KONOVALOVA, U.K., te-kW.-ii-d a" I' *
[Haval ship handling] Upravlanis voennym korablem.
Moskva.
Voen.izd-vo X-va obor.SSSR, 1959. 397 p. Translated
from
the English. (MIRA 13:1)
(Warshipe-Handling)

KARTASM. Rostislav Dmitriyevich; IGOSHIM, K.G.. red.:
KAZA OV. A.A..
red.; XARTAKIVA, M.S.., takhn.red.
[Naval mauuall Posoble po voenuo-morsko= delus Izd*291
parer*
i dop. Moskva, Isd-ve DOSW. 1959. 286 p. (MBA 1313)
(Naval art and ecianos)
mj
"P:

`i~lo~ -ica I anC Eco no i c luatic'n o "" tl~e rn-nc.-3c:
r-ze n,-.
-eds of ";')Cats Of tiie Az(---riaijan of Hif-ho
lli-ricu2t,Liz-a2 Inrt, of li-nd 31i Azerbai,lan
fol' Zhlr',N3e of ~'Candldate' -of-*Aeabulfural' Sciences)
SO: KnizIma.-a Lctjp---' ";o. 26, June 19~,`,

KAZM.KQY-,,A.M,, tarshiy agronom;.VOLCHENKO, V.V.; SKRYIINIX,
F.N.
Seminars and conferences. Zashch. rast. ot vred. i bol. 8 no.l:
59-60 Ja 163. (MIRA 16:5)
1. Direktor Moskovskoy oblastnoy stantsii zashchity rasteniy (for
Skryrpiik).
(Plants, Protection of-Congresses)

Direct introduction of the alkyl--,In,-) group into
ari6 polycyclic qn~-nones. Zhur. ob klilin. 31,
no.12:1.1",'-1125 D 164
(1,11')1A 18:1)

D&VTJOV. A..pobtditall final'ny1ch sorevnovaniy
apartakiady; KkWIKOV, S..
poboditell fir&al'nvkh sorevnovamy 5partaklady
Antomobila-model racing. Za rul. 16 no.10:7-8 0 158.
(HIRA 12: 1)
.a sorevnamiiya po avtomodellnomu sportu,
1. Vtoryw Vnanoyuznyv
itootov-na-Donu,
(Automobiles--Models)
i q:

KLZANKOV S lustruktor-aviamodelist (g.Hoskva); POCHEPAY37,
V., chempion
nn=uj--!t"
Hoskvy, po kordovym skorostnym modelyam (g.Hobkva);
MASHDMS, S.,
kruzhkovete gorodskogo DDmw pionerov (g.Moskva); KUNIN, S.,
kruzhkovets
gorodskogo Doma pionerov (g.moukva'j
Preparing for nev competitions. Kryl.rod. 11 no,11:3 N 160,
(MIRA 13:10)
(Moscov-Airplanse-Hodels)