SCIENTIFIC ABSTRACT KAZACHENKO, P.P. - KAZACHKIN, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721220019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UZACREVIO P P
The mmber of standard dimersions of elements is Btil-I ver
great* Prome stroi, 41 no,2t59 F 163* (MIRA 16-7
1. Vasaoyu=yy trest po voivedeniyu zhelezobetonnykh trub
Glavapetsstroya Ministeretva streitellstva predpriyatiy
metallurgichaskoy i khimicheakoy promyshlennosti SSSR,
Kemerovo.
(Precast concrete-Standards)

XAZAG 9 R.M,
Devioe for making lead wire. Inform. tekh.obor.no.1-47-48 154.
OWU 9'-7)
l.Leningradaki7 Kirovskiy savod.
(Lead) (Wire)

KAZACHENKO, S.
M. Gitman and S. Kazachenko entitled "A Reliable Power Base for Irrigation Farring:
Comments on the Mistaken Attitude of Academician A. Vinttr,"
Soviet Source: Sotsialisticheskoye zexaledeliye, Nov. 1, 10,51
Current Digest of the Soviet Press (in CIA Library), Vol. 4, No. 6, 1952, P. 31

SIIAVS!,UKOVA, M.V.; V
,~~~Zllclp- .11", 0-1-1-1 1..
Experience -w; th cervix uteri bio-..):-,7 sA connultatibn
centers. Vop, o1rb, mit. i det. ~ no.7:66-67 J! 163
(MTR~ 1-1
1. Tz patomorfologichaskoy laboratoril (rukovodItUel I - dokt,)r
med. nauk L.I. Ghernyshev) Sverdlovakogo nam-lino-issledovatall-
skogo insl.ituf~- okhraky r,,.a',.t?rirstya 1 mladouchestr-n (6irektor -
kand. med. nawk R.A. Malysheva).

KkZLCHENKO, V,P.., kand. mod, nauk
--l-
Etiology of early and late postpartum hemorrhages. Ka?., .
Med. Zhur. no.6sv-o 162. . ONIRA 170)
1
3., Kafedra akusherstva i ginekologii (zav. - prof. V.A. Pokrovskly)
Voronezhakogg maditsinakogo instituta.

KAZAGHENIO, 7-S., ~As., Imnd.teklin.nauk
Russian school of hot-air heating and ventilation of buildings. Wauch.
dokl.bys.shkoly; stroi. no.3:290-299 '58. (MIRA 12:7)
1. Rekomendovana kafedroy gidravliki Dnepropetrovskopo inzhenerno-
stroitelln.ogo instituta.
(Hot-air heating) (Ventilation)

1"A0121 11 9 TOO#
~
Instrument for measuring-the thickness
leotrodeposite on steel, submitted by
a.&
Prom, energe 13 no.5W-19 My 158.
(Blectric measurements)
of nonmgnatic
V.S. Kazachanko.
(Bleotroplating)
(MIRA 1,L:8)

- - '! ~ 7 . . : . '.
. . . . . - - . I I I - k : ~ - '. 1. p rq c , , ~ j?.
. I I - - - I - . -,- , I . I I .- - " - - - - - - - - - -, , . ,~ 4 ~ . + A - . . f 1 ,.. - ~ .7 ' . -

ACCLS,:)_7 N ~w-.:
S:
SR
rM

k. - ~-, :--. - ~ I - , . '~ - I ' 7
T" T ; I i

S/00-99 6s/

41
ENE-
.71

DENISOV, Eduard Illich; KAZACHENKOVA, L.G., red.
(Noise measurement in industrial plants] I=erenie alAima
na proizvodstvakh, Moskvaj Profizdat) 1964. 15 P.
~ (MIRA 18:9)

Son-SKIY, Anatoliy Anufriyevich [SavitBkl, A.A.] deputat Verkhovnogo
SOvet8 BM- IMCIMCKU Go IXBXachonak. U, red.; KOLECHITS, G.
[Kalechyts.'jI.J. tekbnered-. -
EOur practioes for obtaining high grain yields] Nash vopyt
strYmannia vysokikh uradshaieu sboshuhavykh kulltur. Minsk.
Dziarsh.vyd-va BSSR, Red.eel'skehaspadarchai lit-ry, 1960,
26 p. (MIRA 14.,3)
1. Nachal'nik kolkhosa wZarya kommnIsmaF (for SavitAly).
(White Russia--Grain)

SKOROPANCY, S.G.; ROUNBLTUX, B.M.; TANIUVICH, A.?.; IJJPINOVICH. I.$.,
akademiki redaktor* IAZACHINOK V. redaktor; KARPINOVICH, Ta.,
tekhaicheskly redaktor
(Now and wastelands of White Russia and their
i zalezhnyo zemli BSSR i ikh osvoenie, Minsk.
122 p"
reclamation) TSelinnye
Goa. izd-vo BSSR, 1956.
(MLRA 9:10)
1. Akademiya nauk 13SSR (for Lupinovich)
(White Russia-Agriculture)

MIA), Anna Stanislavom, nau6hnyy s6tianik; :GBMGIMSKIY, Sergey
Dmitriyevichi kandidat sell skokhozy.Vetvannjrkh mauk(doceased];
NAZACEMOT-o V., red4ktor; STAPANOVA, N., tekhnicheskiy reduktor
[Floriculture msnual] Spravochnik tevetovoda. Hinsk, Gos.izd-vo
BssR, 1956. 250 P. (MIRA 9:8)
1. Botantcheskiy sad Akademii nauk BSSR (for Herlo)-
(Flowers)

YLMASHVIGHO ION*; MaCHM010. V.,:.red.; PROM, Lo, tekhn. red,
[White Basela, at the All-Union Agricultural Nihibition of 195,5
a.nd 1956] Belormseksla SSR na Vaes'oluznoi sel'skokho'ziaistTennol
vystavke 1955 1 1956 godov, Kiwjk, Goo. lzd-vo ESSR, 1957s 205 1r&
(Koseow-Agriculturalexhibitions) (NIU 3-137)
(White Russia-v-Agriculture)

B ODSXIY. V.V'.i VOLUZNXV, A.G.; DUSHCHINSKAYA, A.G.; SYUBAROVA, S.F.
KAZACHNNOX's V., redaktor; XALICCHITS, G., takhnicheakiy redaktor
[Concise manual for fruit growers] Kratkii spravochnik eadovoda.
Minsk, Gos.ind-vo BSSR, 1957. 329 p. (KLRA 10:8)
(Fruit culture)

GAT, CHIK. Ivan Zakharovich, kand.tokhn.nank; =, Yefim Afanaslyevich,
kond.tekhn.nauk; OMOVSKIY. Tokov Houmovich. agronom: TMGIMOV.
Ivan Kharitonovich, inah.; KAZACHENOK, V., red.; KALECRITS, G.,
tekhn.red,
[Winning peat and its uses in agriculture; a reference manual]
Dobycha i ispolizovanie torfa v sellskom khoziaistve; spravochnoe
posobis. Minsk, Goe.izd-vo BSSR. Red.sellkhoz.lit-ry, 1959.
231 P. (KIELA 13:4)
(Peat) (Fertilizers and manureB)

VALIKOSUBYN, laaak Tefremovich [Tallkenshtein, I.E.]; VALUM,
Valentin Vasillye'vich [Yalueu, V.VJ;.RZACMRiC&-Y-
(Kesachonak, V.], red.; KOLECHITS, a. Laalechytep ROJO
takhn.red.
[Over-all mechanization In the preparation and application of
fertilizers) Vopyt komplakenai makhanizatayi rabot pa
pryhatava=iu I uniasenniu uhnaenniou u hlebu. Minsk, Dziarzh.
vyd-va USM. Red. sel I skahaspadarchai lit-rv*9 1960. 67 P.
WRA 14:3)
(Fertilizer spreaders) (Compost) (Pent machinery)

SYDBAROV., AlakaeyYefimovicb; SYUBAROVAp Emma Petrovna; KHABENKOp Kirin
Kalinkovicb; VOUJZNU, Anatoliy Grigorlyeviebl. Prinimal uchastiye
MIKHNEVIGHp ?4,1., ia"shiy satr.1 KAUCIMOK,..V., red.; KMCHITS, G.,
tekhn. red. I--
[Promising fruit and berry varieties of the White Russian S.S.R. and
their regional adaptation] RajonirovaMe i perspektivrqe sorta plo-
dovykh i iagoftkh kulltur Dolorueskoi M. By A.E.Siubarov i dro
Minskp Gos, izd ' BSSR. Red. sellkhoz. lit ry, 1960. 321 p,
-70 (MIRA 14:9)
(White Russia-Fruit-Varieties)

TIHOSHININ., Valentin Dmitriyovich; KWHKO, Andrey Yustinovich;
VARYFAYEVA, Anna Grigorlyevnaj SVIRIDONOV, Mikhail Grigorlyevich;
KAZACHENOK, V.) red.; KAIECHITS, G., tekhn. red.
(Manual on sugar beet cultivation in the B.S.S.R.] Spravoohnik
po vozdelyvaniiu sakharnoi svekly v BSSR. Minsk, Gos.izd-vo
BSSR. Red.sellkhoz.lit-ryt 1961. 194 p. (MIRA 15:1)
(White Russia-Sugar beets--Handbooks, manuals,, etc.)

BRODSM , Vladimir Vitallyevichl VOLUZNEV) Anatoliy Grigorlyevich;
DUSHCHNSKAYA, Aleksandra Georgiyevna,- SYUDAROVA, E=a Petroyna;
IKAZACHEI~OKS V!j red.; KALECHITS, G.p teklm. red.
(Concise handbook for the fruitfrower) Kratkii spravochnik sada-
voda. Izd.2. Minsk, GoeAzd-vo BSSR. Red. sellkhoz. lit-ry,
1961. 343 p. (MBA 15-1)
(Fruit culture-Handbooks, manuals# etc.)

MA=OK, Ye., redsktor; TRUXWOVA9 A.,
BELISKIY, Ye I.;
takhnichaskly redaktor.
[Prinieples of working metals under preasurel Oencv7 ebrabotki
metAllov davlenii 'm. Minsk, G*s.Izd-vq BSSRI 1956. 185 p.
(MT.'RA 10-4)
(Metalwork)

GUBKIN,,S.I., professor, doktor khimicheskikh ziauk, relaktor' [deceased];
redaktor; ALIMSBYIVA, Tu., takhnicbeekly redaktor;
,,K;. -tekhaicheakiy redaktor
[Press working of metals, theory and practice] Teoriia i practica
obrabotki metallov davleniem. Pod red. S.I.Gubkina. Minsk, Goa.
izd-vo BSSR, 1956. 163 P. ~Km 9:7)
'~ "r ')?C' -
1. Minsk. Bplorueskiy politekbniehoskiy Institut. Kaf ecIra 0 ra&oti
metallov MAWU. 2. Deystvitelluyy chlen AN BSSR (for Gubkin)
(Shoot-metal work)

22(l) SOV/3-59-3-31/48
AUTHORS: KazachUnokg V.I., and FFdorov, B.F., Docents
TITLE: Experience and Suggestions (Opyt i predlozheniya) -
In Close Contact With Plants (V tesnoy svyazi s
zavodami) ,
PERIODICAL: The firm relations of the Izhevsk Mechanical In-
stitute with the industrial enterprises and the Ud-
murt Sovnarkhoz have led to mutual cooperation in
many respects. The author deals primarily with the
help given by the leading engineering workers of
plants to students in guiding their work in connection
with graduation designs. The Chairs of Technology of
Machine Construction and of Metal Treatment by Pres-
sure have approved, at the request of the leading wor-
kers of several plants, 30 realistic design tasks for
students of the evening classes, and 15 for students
of day classes. After the designs had been defended
they were handed in to the enterprises for preparing
working drawings. I. Kotlov, a graduate, developed
Card 1/4 the project for an automatic line in treating the

Experience and Suggestions' SOV/3-59-3-31/48
inner screw of a Jack. It contained an original so-
lution of the problems of choosing the equipment,
means of transport, labor organization and economics
of production. The project was discussed not only
when it was defended, but also at an enlarged meet-
ing of the plant's technical council. It was approved
and accepted for introduction. The design of a steel
wire mill for producing patent wire and wire for cold
upsetting was developed by I. Shumakov and is of great
practical and scientific interest. The graduate
achieved a considerable reduction in labor expenditure
and increase in quality. The research work referred to
'determining the optimum variant of pre-thermal treat-
ment of wire for cold upsetting. M.A. Kislov, Chief
Metallurgist of the Sovnarkhoz, states in evaluating
the work that it deserves to be published in the press
in view of the great practical significance in pro-
duction of wire for cold upsetting. A group of evening
class students, who designed forge and stamp shops, pro-
Card 2/4 posed a new economical method of stamping forged pieces

Experience and Suggestions SOV/3-59-3-31/48
(a considerable saving in metal obtained by reducing
allovmnee, stamping incline and waste in broaching).
The method of waste-saving stamping was developed
under the guidance of instructor F.D. Bichukin and
Chief of the Forge Shop S.Z. Kruchinin is at present
being brought into use. Two other students developed
measures on mechanization of labor-consuming work ,
while passing pre-diploma practice in the forge and
press shop at the Uralmashzavod. Other realistic
projects prepared by the institute graduates were:
the design of a universal machine tool for machining
standard cylindrical partsi the design for recon-
Card 3/4 structing the low span of an open-hearth plant by

ti E NO,
PHASE I BOOK EXPLOITATION SOV/4851
Bellskiy, Yevgraf ~osifovich, and Vladimir Isidorovich Kazachenok
Spravochnoye posobiye kuznetsa-shtampovshchika (Die-Forging-*
Operator's Manual) Minsk, Gosudarstvennoye izdatellstvo BSSR,
Redaktsiya nauchno-t6khn'kheskoy literatury, 1960. 489 p.
5,000 copies printed.
Eds.: R. Tomilin and F. Kashtanov; Tech. Ed.: N. Stepanova.
PURPOSE: This book is intended for foremen and operators in the
die-forging industry. It may also be used by students major-
v
ing in die,forging at secondary and higher schools of tech-
nical education,
COVBRAGE: The book contains basic information on the production
of d4e forgings, the design and use of tools, and forging-
plant equipment. The authors also give data on materials used
in the forging industry. Problems connected with the intro-
duction of new, advanced die-forging methods and other problems
CarA__j1/8__
Die-Forging (Cont.)
SOV/4851
encountered in the die-forging industry and discussed.
Chapters XII and XIII were written by V. N. Bulakh, Candidate
of Technical Sciences. No personalities are mentioned. Soviet
references accompany each chapter.
TABIE OF CONTENTS:
Ch. 1. Materials Used in Making Forgings 5
1. Classification, properties, and purposes of steel 5
2. Types and sizes of rolled stock 34
3. Nonferrous metals and alloys 42
Bibliography 48
Ch. II. Basic Information on Plastic Deformation of
Metals 49
4. Structure of metals 49
5. Deformation of metals 50
6. Workhardening and elastic recovery of metals 54
7. Effect of deformation on the properties of metals 54
Card 2/8

Die-Forging (Cont.) SOV/4851
Bibliography 87
Ch. V. Heating the Blank 88
15. Temperature range in open-die forging 88
16. Heating rate and soaking ti,i in furnace heating 92
17. Nonoxidizing flame heating and rapid heating 96
18. * Heating furnaces and their servicing 101
19. Electric resistance heating 120
20. Induction heating 127
21. Electrolytic heating 132
22. Comparative data on various methods of heating 132
Bibliography 138
Ch. VI. Drop-Hammer Forging 140
23. Preparing a drawing of a drop-hammer forging 143
24. Die-forging methods 157
25. Basic principles of designing impressions 164
Bibliography 176
Card 4/8
R

Die-Forging (Cont.) SOV/4851
Ch. VII. Press Forging 178
26. Essentials of the process and special features
of press forging 178
27. Designing of impresaXons and selecting the stages 18
Bibliography 189
Ch. VIII. Operating the Horizontal Forging Machines Igo
28. Essentials of the process and special features of
operating the horizontal forging machines Igo
29. Designing the dies and selecting the passes 193
Bibliography 203
Ch. IX. Die Forging on Special Machines and Specialized
Processes 204
30. Cold-die forging and cold-upset forging 204
31. Straightening of forgings 216
32. Sizing of die forgings 217
33. Forge rolling [and the special rolling processes] 225
Bibliography 239
Card 5/8
Die-Forging (Cont.) sov/4851
Ch. X. The Quality of Forgings 240
34. Cooling of forgings 240
35. Heat treatment of forgings 244
36. Defects of forgings, their prevention and
removal 257
37. Quality control of forgings 262
38. Quality of the die-forged Burface. Scale
removal 287
Bibl iography 303
Ch. XL Die Manufacture and Handling 304
39. Materials for the manufacture of dies. Heat
treatment of dies 304
40. Manufacture of dies 313
41. Wear of dies and ways of increasing their life 350
42. Reconditioning of dies by surfacing 359
-43. Handling the die-forging tools 364
Bibliography 370
card 6/8

Die-Forging (Cont.) sov/4851
Bibliography 440
Ch. XIV. Organization of Work and Safety Measures in
the Die-Forging Industry 441
57. Organization of the work and work place 44.1
58. Safety measures in hot die forging 455
Bibliography 460
Ch. XV. Setting the [Time] Standards 461
59. Setting standards for dle-forging operations 461
60. Setting standards for produdtion and repair of
dies 483
Bibliography 487
AVAILABLE: Library of Congress (TS225.B38)
VK/wre/ois
Card 8/8 3/22/61

BICHUKIN, Filipp Demidovich; .KAZACHENOK, VladimirEI-Isidorevi-Ob~--
i~-~
RABANEYEVI F.Sh., inzh.,, retsems n ; E~SEYEVAJ, Ye.N., red.
[Low-waste precision forginj Malootkhodnaia i tochnaia shtam-
povka. lzhevsk, Udmurtskoe knizhnoe izd-vo, 1961. 92 p.
(MIRA 17:4)

BELISKIY, Ye.I., dots., kand. takhn. nauk; DMITROVICII, A.M., dots.,
I-&-nd. tekhn. nauk; UITYAKOV, IT.G., dots., kand. tekhn. nauk;
V.I.,, dots., kand. tekhn. nauk; GHAYKA, V.A.,
dots., kand.tekhn. nauk; BOBRYAROV, G.I., kand. tekhn. nauk,
retsenzent; KODOKOPMOV, D.N., kand. takhr. nauk, rotse=ent
[TechnoloU of the hot-workire of retals]Tekhnologiia goripa-
-hei obrabotki netallov. (By] E.I.Bellskii i dr. Minsk,
Izd-vo 11-va vyssliego.. srednego spotsiallnogo i professiona-l'-
nogo obrazovaniia BSU, 1962. 295 P. (141RA 15:10)
1. liauclmo-issledovatellsldy takhnologicheskiy institut avto-
mobillnoy promyshlennostim, Minskiy filial (for Bobryakov,
Khudolcormov).
(Forging) (Founding) (Welding)

Kk7ACHENOK., V.I.; RAKOV, V.S.
Hydrodynamic effect of the lubricants in upsetting. Kuz6-shtame
proizv. 6 no.193-5 A '64- (MIRA 17:3)

id3FT I, A:--
the --aD beTween the male &nd f emj,-Ie dii--, shoul d be I --rpater -Ln an nne -,ri
A R
F%
Hilo
51, CEO IN 1011,211

THER: 000
No TS'? SOV, 003 KT D P PS S, S

EFSHTEYN., 6.Ya; KAZACHLIIOK, V.M.
Partial-gigantism of the toes. Zdrav,Bel.9 no.2-.70--71 F163-
(MIRA 16;7)
1. Kafedr-i obshchey khirurgii (zaveduyuehcliiy - zasluzhennyy
deyatall nauki UkrS6R prof. T.Ye. Gnilorybov) Minskogo meditsin-
skogo lwtituta.
(TOF.&-A.BNOla4lTIES UjD DEFORMITIM)
D

KGTJ, A.I.v kand. mod. nauk;_WA..GIC-IIOK, V.M.., aspirant
Complications ill acute appeMicitis. Zdrav. Bea. 9 no.6:80
Je t 63. -- (MIRA 3-7;5)
1. Iz kafedry- obshchey khiruargril (zavedv~pashchiy - Prof. T.Ye.
Gnilorybov) Minskogo medit,-qnNogo instituta (rektor A.A. n~-acharev)
i kh-Irurgichaskogo otdaleniya 3-y k-l.inichealcoy bollnitsy g. Minska
(glaimy
, y vrach A. I K&Ichov).

L 1162-66 F'WT(M)/M(n)-2/6,'A(h)
ACCESSION NR: AT5023148 URI 2892165/000/0041004310060
AUTHOR: Kazathenkov, Yu N.; Orlov, V. V.
Y 4649~
TITLE: Diffusion of neutrons in a polarizing medium
SOURCE: Moscow.. Inzhenerno4izicheskiy Institut. Voprosy dozimetrii. i zash-
Y Y,
chityot izIuchenly, no. 4, 19 5* 43- 60
TOPIC TAGS: neutron diffusion,, neutron scattering, neutron polarization, spin
orbit coupling,- light nucleus, helium
ABSTRACT: It has been established that during scattering of nucleons in nuclei
with energies exceeding a few hundred thousand electron volts, polarization al-
ways occurs. During scattering of nucleons in light nuclei such as He4, pDlariza-'
tion is satisfactorily described by a shell model with-a strong spin -orbit- couplin -_ __
9.
.-During -scattering in-heavy-n "cl-.7k can also be assumed that the scattered
nucleon moves within the collective potential of the nucleon. shell. However, In
this case the finite probability of the formation of an intermediate nucleus must
Card 112

7
L n62-66
ACCESSION NR: AT50213148
be taken into account. Polarization ia possible due to the interaction of the ano-
malous magnetic moment with the Coulomb field of the nucleus. This polariza-
tiGh is considerable In magnitude, but occurs only at small scattering angles.
The article proceeds to a mathematical treatment of the basic principlee govern-
ing the polarization of neutrons. It goes on to derive a kinetic equation which
takes into consideration the polarization of the neutrons and a kinetic equation
for a flux averaged with respect lo polarization. Orig.--art. has: 53 formulas and
3 !igures
ASSOCIATION: None
SUBMITTED: 00 ENCL: 00 SUB CODE- NP
NR REF SOV: 002 OTHER: 009
Card 2/ 2

.-UUCHIM, A.
i-I -
Shortcomings of planning,
Fin. SSSR 21 no.10-.64-65 0 160.
(MIRA 13:10)
(Vaite Russia-Glass vanufacture-Finanoe)
(White Rueeia-Chemioal Induatries-Finance)

7L
DRONG, I.I., otv. red.; SAMUTIK,-V-Y&., red.; KAZACHENOX., red.;
TIMSHCHUK, R.S., tekha. -red.
(Wheeled universal tractor *Belarual" MTZ-50PLj Kolesnyi univer-
sallnyi traktor "Belarus'N KN-50PI4 rukovodstva po ekspluata-
taii i ukhodu. 'Minsk, Sellkhozgiz BSSR, 1963. 315 P.
I (MIRA 160)
1. MinBkiy traktornyy zavod. 2. kavnyy konstruktor Minskogo
traktornogo zavoda (for Drong).
(Tractors)

ACC NRi AP7002202 SOURCE CODEz UR/0203/66/oo6/oo6/1114/1116
AUTNOR: Korsunova, Ti. P. -, 14ishin , V. M. ; Ivan ov-Kholodnyy , G.,S.
Kazachevskayq, T.B.-Kazachevskaya,.T.V.
ORG: I no t't te0f Terrestrial Magnetism, Xonoo-pheres and Radio Wave
Prop ag ation,10 AIISSSR '(1natitut zemnogo magn*etizma, ionosfery
i rasprostraneniya radiovaln SO AN SSSR). Applied P4ysico Institute,
GUG14S (Insti~ut prikladnoy fiziky GUGMS)
TITLEt Relationship between the electron coneantreLtion at m1titudes
of 100 and 110 km-and disturbances in the Earth's magnetic field
SOURCE; Geomagnet-Lzm i seronomiya, v. 6, no. 6, 1966, 1114-1116
TOPIC TAGS: j electron density
ere, ionospheric
q ~os P
at altitudes
ABSTRACT-,The effect of magnetic activity on electron concentration ne
of lod and 110 km in the lower region of the E layer was investigated.
Values of n were taken during 36 rocket-borne experiments conducted in the
,period 1947e1963 at middle latitudes. The degree of disturbance of the
Earth's magnetic field was estimated from 3-hour values of K-indices. It
was found that the electron-concentration at midlatitudes increased as
Card
UDC: 550.388.2:550.38

ACC NR, AP7002202
magniki -'a6fi;vity increased_'(i:.e'._1' for K*i-'3 5-tNC-6lect.
c ron concentration
"increased not less than 1.5 times at 110 km, and not less than 2 times at
100.km. It is postulated that for K73 corpuscular streams have an appre-
ciable effect on electron *Concentration in tha lower regions of the iono-
sph-eric.E.layer at midlatitudes. (WA-031

KAZACHUSKAYA, T-V-; SVIRM, A.B.
FWdrogen Spectrum of flares. IxvoKrym,astrofix.obser. 19!
46-71 158. (spectrum, Solar -) . 04IRIL 13:4)

/S_ SOV/169-59-3-3001
Translation from: Referativnyy zhurnal, Geoflzika, 1959, Nr 3, P 139 (USSR)
AUTHOR- Kazachevskaya, TV.
TITLE-. The Contours of H and K Lines of Ca Il in the Flare Spectrum
PERIODICAL: Izv. Krymsk. astrofiz. observ., 1958, Vol 20, pp 80 - 85
(.T,-Igl. Res.)
ABSTRACT: The contours of the H and K lines of Ca II were studied in the
spectra of the~~sun flare of intensity 2 on October 20, 1955,
using a BST spectrograph with a dispersion of 0.5 X/mM. It is
shown that the sides of the H and K Ca II emission lines were
widened due to the attenuation caused by emission. A very large
selfabsorption was detected in the central sections of the lines.
The number of calcium atoms in the ground state 42S 2 (N1 - 1017)
and the number of atoms in states V-Pi/o and 42p I lZe deter-
mined; they were found to be 1.43-10A-and 0.7-2~814,
respectively.
Author's rbsum6
Card 1/1

94 -_6 WV1)/8PF(n)-2/BD3 AFFW/ASD/ESD-3/SSD P-L'
ACCESMOV INR iATN06MI 8/256'D/63/000/015/DM1/0080
ALMOR: Kazachevska3ra, T. V.; kv-3d=gel'skaya, V. A 0, S.;
Chudaykin. A- V_
TITM MtamLmment of x- and ultravivletn~~at! 'with therpolumineseent phos..
phorus CaSO4 (11n)
SOURCE: AN SSSSR, Muset, sputniki Zemli, no. 15p 1963, 71-80
.i TOPIC TAGS., roclaet invest-11gationt solar ultraviolet radiation, solar radUtion,
thermoluminescent phospboruo, solar ecliyse investigaVbn,ionoopheric penetrhtirE
radiation
ABSTRACT: A devire bas-ed on the primiple of recor&ing shorit-veve radiation
iwith CaSO4 (Mx) thermolumizeseent phoDphorw bas been developed by the Institut
prikla&,,oy geeofiziki (Inztitute of Applied Geophysics) tv measure solar Utra-
violet and %-radiation. The phospborun stores ul) energy during irradliatiou nnd
then reenits It iTI the visible region of the spectram when heated, T~ie brigbtn--3fjFj
of the ertission) az well as the total energy (light total)., Is proportional vith~.n
broad limits to the enero of iiTadiation. 1-t has been established that Cascj
pho3pboras is senaitive only to emission vith wavelengths from I to 13M A and
.,card 1/2

L 1559L-63
Accmiov wR..
AT3oo6861
does not becoma saturated during irradiation intensity changes of even ft~
orders. The phosphorun was used or a rocket to measure the lntensj~,V of
trig rtuUation In the lov-r part of the ionosphere during the solar eclipse of
15 February 1961. Un." the use of thermolumineacent phoephortw in rochet
measurements in the U. S, A.) vhel,,e the phosphorus is reemitted in ths labora-
tory al'ter retrieval of the container., the phosphorus used in the test of 15
February 1961 was reemitted during the flight, thus reducing the error. Calibra-
tion masurement vas performed in flight with the use of a constant-action etalon
sanTle. The measuremirt error in determining the energy of UV radiation vas
55%; for x-radiation It was 30%. The intensity of radiation at a height of 95 I=
vas about 7 x 107 quanta et-2 see"I., vhile at a height of 67 I= it vas 5000 tllmaa
lower. This radiation e=ee-ds tba--tbeoraticaXly QoVute&msx1wa solar x-radia-
i-tion bY 50 to.--IOD- times --- _iutbors Ahank.�,
_V.- RpR2jmkjy for help in
&veloping the device and eaMing out tests and also r,__A, Krasnoyal for pre-
paring calibrated luminescent substances. n Orig. m-,1 has: 4 tables~, 3 BSL~s, r-d 8 Rmmiias.
ASSOCIAT1074 Done
suBmTED: iway62 DPM AM: 29.Tu163
MM CODE: AS No REF Sw -. 014
1 Card 2jZ
MM: 00
OTHER: 007

KAZACHEVSKAYAt T.V.; IVANOV-nOLODNYr, G*Se
Interpretation of the data of rocket measurements in the upper
atmosphere made by means of thermoluminescent phosphor. Isk.
sput.Zem. no.1581-94 163. OURA, 16%4)
(Atmosphere, Upper~Rocket observations)

ACOSS.SION NR-. AP4031872 S/0286/64/000/007/0065/0065
AUTHUR: Repolovskiy., S. V.; Chuds;odn, A. V.., Ushanov,,
A. Ya.; Isedvedev, V. S. . ......
TITLE% A method of meaet~ring the energy of shortwave radiation from the Imn ea
well as that of artificial eourceB in the region of the spectrum below 1350A.
I Class 42, No. 161506
I SOURCE: Byulletent izobreteniy i tovarny*lch znakov,, no. 7. 1964., 6~
TOPIC TAGS; radiation detGCtDrj solar radiation detector, shortviave radiation
energy, light filter# abortwave radiation detector,, ultraviolet radiation detector'
TROSIATIONt 1. The method proposed in this author's certificatb for measuring
the shortwave radiation energy of the sum or of an artificial source at wave-
lengths shorter than 135OA- involves the use of rocketes satellites, and space
craft. In order to obtain data imediately upon meaeursimnt of radiation.. a
previously imadiated plate coated with CaSO4(Ma) in moved into position
behind the window of the ligbt detector., the plate is heatedj, and the readings
Card 1/2

i ACCESSION NR: AP4031872
of the light receiver are transmitted to earth.
2. The method described in 1,, with the added feature whereby the same plate
can be used many times. Upon conclasion of data-takingp the plate is moved
away from the field of view of the light receiver.. the plate is cooled# and
then it is returned to the window.
- The method described in I and 2 with the added feature wbereby radiation
3
in different regions of the spectrum can be measured, This ia realized by,
moving filters, having the desired relationship between their transralsslon
coefficients and wavelength to be measured, into position behind the radiatioa
window.
ASSOCIATIONt none
SUBMITTED: l3Ju162
DATE ACQt, 29Apr64 EXCL: 00
SUB COM 5D, SP" NO W SOVI 000 OTHERa 000
Card 2/2

L 1273-66, EWT(1)/FCC/EWA(h) GW/GS
1ACCESSION NR: AT5023580
UR/0000/65/000/000/6184/0189
AUTHOR: YvaZachevskaya, To V.; Ivanov-KholodM, Go S.
'TITLE.- Rocket data on the behavior of electron concentration in the ionosphere at
ialtit~udes of 100-300 km
buUML. Vsesovuznava konferentsiya ppLf izfte ko M
oscows
11965. Issledovaniya kosmi
cheskogo prostranstva (Space research); trudy konferentsii
iMoscow, Izd-.vo Nauka, 1965, 184-189
TOPIC TAGS: ionosphere, ionospheric electron densityf E layer, F layer
.~ABSTRACT: An attempt is made to construct a model for the variation in electron
iconcentration n at altitudes of,100-300 km solely on the basis of direct sounding
e are compared
of the ionosphere by rockets. All.data,on rocket measurements of n. ial
Ifor various times of day and various seasons at altitudes of 100-130 km. The var -,
tion in log n is derived as a function of log f, which characterizes the atmospher-2
e
Jc air mass. This relationship Is linear at nearly all altitudes below 200 km, i.
~e. neoc/4, where I determines the rate of change in electron concentration at a glv~"
i
zien altitude during the day. The parameter 4 > 0#5 for nearly all altitudes, and is,!,
Card IS

L 1273-66
NR: AT5023580
0
~close to O.S only at altitudes of 120-130,km. This large value of I and its depends'
ience on altitude is explained by variations in the energy of the solar radiation i
,which ionizes the outer atmosphere of our planet (the ionosphere)._ A graph,is-giveti
~comparing empirical-values-of I.with tbe-theoretical value of the parameter m which
,determines-the rate of change in ion formation at a given altitide during the-days-i
ii.e. qocf~m. Minima are observed -in- both -I and-m in the 120-130 km altitude region.i
iA-66mparisonofthese parameters for various seasons and various values of log f
iseems to confirm the hypothesis that variations in I are due to variations in ion-
lizing solar radiation. Variations in the altitudes of the E and F regions are ana-
Ilyzed. It is found that the altitude of the 8 region-dep-ends-on-the-season;~~d-
idecreases with-anAncrease--~in-vomaghe-ti-ii7-i-cti-vity. There may be a connection be-
1tween variations in the altitude of the 8 layer and variations in the density of the!
1upper atmosphere in this region. The altitude of the F region depends on the seasons,
land decreases with a reduction in solar activity. The complex daily variations in 1
J-he altitude of the P region are apparently caused both by variations in temperature'
1-.%d in the rate of ionization, as well as by changes in atmospheric composition.
Orig. art. has: 4 figures.
;ASSOCIATION:- none--
Card

L 1545-66 FSS-"11EWT(1) as/GW
ACCESSION NR.- AT5023586 UR/0000/65/000/000/0214N216
AUTHOR:
TITLE:
SOURCE i
1963.
Moscow,
Antonova L. A.: Kazachevskava. T. V.
H4f N
Soft electron_Ll_q
9 9-ja the upper atmosphere
go prostranstva.' Ma
Vesmoyginpla konferentsiZa go-fizike koemichooko a cov'I
Issledovaniya kosmicheskogo prostranstva (Space _r_e_9_e_a_rchT,-Ei6Jj-kon fe rent ~11
Izd-vo Nauka,,1965, 214-216
TOPIC TAGS: electron flux, electron spectrum, atmospheric ionization
ABSTRACT: Daytime measurements were made of the intensity and energy spectrum of
soft electrons in the upper atmosphere. The measurements were made on 18 October
1962 in the middle latitudes. An open-type 'secondary-emigal `_ was
, - - ~'_ Fsi
used. Separate sections of the electron energy spectrum were isol~tob by~-Using
different filters in front of the multiplier. The multiplier_operate-d-in-a----------~----
a sealed container which was
separate from the rocket. The-symmetry axis of the device's entrance opening was
in the equatorial 'ji-Ift-F50 the container. The visual angle of Oe instrument was
-j6o. The containex, was stabilized with respeetto the vertical and rotated around-...
it with a periods vdAch. changed gradually from 12 to .7 soici --.-The instrument recorde14
_-Vird -1/2

L 1545-66
ACCESSION NR: AT5023586
considerable background, which was apparently caused by the scattered lightwhirthj
penetrated into the instrument. . The average,value for the integral electron, flux
was :; 5.107 electron.,cz-2.-seelkm-~, 'with m accuracy up to the factar 2. The
average electron flux with energies exceeding 30-35 kev was - 2.105 electron.-
cm72.8ec-I.m-3. ~ The total energy flux, under the assumption that the boundary
of the spectrum on the side of "mall energies lies in the region of 1-8 kev,
gave values of - (0.1-0.5)erg-cm-2-seel.-m-3. The average flux magnitude does not
depend on the height In the range of measured heights or the angle between the
velocity vector and a plane perpendicular to the magnetic force line. In 1962
and 1963 electron fluxes In the atmDsphere were-also measured by methods based on
recording the Ionizing radiation by means of a the rmoluvdnes cent phosphor CAS04(1k]~~
The measuret*nts, made during a rocket climb to 300 ka, showed that the electroal
flux energy changes little with height and Is,.oft. the averaget.0.3 erg~cm -sec
-,Rrig. art. has: 2 figureab
ASSOCIATION: none
SUBMITTM: 02SepfiS IWCt#. 00 SUB CODE.. ES, NP
-PUSS
--NO. REP-50Vu 00_~
off-
Cora
MM a-M�r, 02174301"'
SIR - 1~ - - ftill,ij
-,M
'UM0,

L 12819-66- __SV1T(l)/FSS_2/FCC/EWA(h) GW
CC Ra AP6002746
SOURCE CODE: UR/0203/65/005/006/lOD9/1024
AUTHORt Kazachevskajai To anov-xbolodnyy, Go So
r
-IV
ORG; Institute of Ap lied Geot07
___Pj~ _~jFs (Institut prikladnoy geofiaiki)
TITLE: Rocket data on the behavior of electron concentration in the
ionosphere at altitudes of 100-300 ku. I.
SOURCE: Geomagnetiza L aeronomiya, vo 5s not 60 1965, 1009-1024
TOPIC TAGSt sounding rocket, Ionospheric electron density
ABSTRACT: An attempt is made to find a regular law for variations in
Welectron concentrat'on n at altitudes of 100-300 km on the basis of
data from direct rocket probes in the ionosphere. The methods used for
measuring it are divided int1-_;1__1T'o classes; these based on radio-wave
e
propagation and those based on radiosonde dataP- The data in the litera-
ture for both classes are tabulated for 1946-1963, Included in the
table are the dateso times,and places of the experiments, altitude in-
tervals where n. was measured,.air-mass of the atmosphere for the given-
solar zenith angle, altitudes of the F and F layers, solar radiation
intensity at 10.7 cat and 3-hr magnetic Indices. The data for n. in
the quiet ionosphere are compared with solar and geomagnetic activity
Card 1/2. UDC: ~5509388OM9 -0-1-95.2
-Mv

12819-66
ACC HRs AP6002746
as a function of time of,day, seasoa, etc* Graphs are given for diur-
nalvariations in n at altitudes of 100-300 km, and an empirical model
a
is proposed for the daytime ionosphere in summer and winter at high and
low levels of solar activity. It is found that the n e(h) profiles (i,
e.,the distribution ofelectron concentration as a function of alti-
tudeY vary during the dayt A power relationship is established between
n and the air mass of the atmosphere for certain solar zenith angles.
The rate of reduction in n at noon in winter is higher then in summer
e
by a factor of 2 at zenith angles of 7D-900. When the sun is low on
the horizon* a maximum is observed in the n a(h) profile at altitudes oi
110-130 km with a "dip" above it. An explanation is given for these
phenomena. orig. art. has: 3 figures, 1 table 9 and 4 formulas. [141
-SUB COM 17 OAIL SUBM DATEs- 13JaD66/ ORIG REFs 015/ OTH RM 065/
ATD. PEWS:
card 2A

L 23190-66 EW(I)IFCCIEWA(h) GW
ACC NRt AP6006655 SWIRGE GODEI UR/020)/66/606/001/0027/0036
AUT HORSs KaME4MAkaya Ivanov-9ho
ORW Institute of A cy (Inatitut prWadnoy geofiziki)
TITLEt -Rocket data on elq_qtron concentration in the ionosphere at heights of -
100~300 km. 2
SOURM Geomagneti2m i neronomiyal V. 6p no. Ij 1966s 27-36
TOPIC TAGSt ionospheric olectro n densityp Flayer,, 9 layer, oolar activity,
atmospheric stratification
ABSTRACT: The first part of this article dealt with data for daylight hours. In
this part, the behavior of the ionosphere and variations in heights of the E and F
layers at night are examined on tho basis of rocket measurements of oloctron
concentration, At heights of 125-160 kms a decrease in electron concentration
after sunset is characterized by an effective recombination coefficient of (0.35-1)
610-7 cm~/Sec' which agrees with the coefficient for daylight hours. in the E
ilayer at a height.-of 110-120 ka) the electron concentration decreases much more
[Cwd 1/2 UDC 1 550.386.2

L 23190-66
AGO NRi AMD6655~
slowly at nights and the effective recombination coefficient is 10 cm3/see or
less. It is believed,that the E layer at night is maintaiaed by corpuscular
sources of ionization, gradually weakening after sunset. The intensity-o-f theso
-zources- declines -tonfold-wd--a-tAmdradfoid-duwii* lowpe-riods of solar activitys
The height of the bass of the Z layer decreases with increase in geomagnetio
--I+--is -less- -in- winter and---
-activityv-arA-this depends-on-the neasone swamer than
in spring or fa3.1* The height of the F layer declines during periods of low solar
activity., by day and by night,and this too depends on the season. It is greater
in mmer and fall than in winter or spring. The height of the F layer is greater:,
at night than during the daye A sunrise--sunset affect has been observed. The
heightt, of the F layer increases sharply after sunrise and before sundown. Orig.
-3-figures, -1-tabl'so-and
WB-CODSt 04/ --X Wo -RU V: 006/. --C)TH
DAT11# Wan%/-
CID

CHMrNTSEV, V.V.; KAZACHEVSKIY, LV.; KUZININA, Ye*A.
Isotope composition of uranium and thorium in the supergene zone;
study of fossil bones, soils, and mollusk shells. Geokhimiia
ne.3t254-265 Mr 163. MRA 16:9)
1 Geological-Institute, Academy of Sciences, U.S.S.R;, Moscow.
(Uranium isotopes) (Thorium isotope

CHMYNT9F.V, V.V.; MALYSHEV, V.I.; KAZACHEVSKIY, I.V.; BORISOV, I.V.
Isotopic composition of uranium and thorium in the zone of supergenesis.
Studies of the peat bog matter. Geokhimiia no-5:399-403 My 164,
(MIRA. 18-7)
1. Geological Institute of the Academy of Sciences, U.S.S.R., Moscow.

X4,7-ACIMVSKIY T.V.; CHERDYNTSEV, V.V.; HUZIMINA, Ye.A.; SULERZHITSKIY, L.D.;
V.F..,- KYUREGYAN, T.N.
Isotope composition of uranium and thorium in the supergene zone.
Natural waters. Volcanic sediments. Geokbimiia no.ll-,'r1l6-1U1 N
164. (MIRA 18:8)
1. Geological Institute, Academy of Sciences of the U.S.S.R., Yoscow.

USSR/Astronomy Bibliography Sep/Cldt 5j
Dissertations
"Bibliography. Index to Astronomical Literature
Published in the USSR in MaY/June 1953, " Yu. G.
Perell
Astron Zhur, Vol 30, No 5, PP 572-576'
Lists 7 monographs (books, brochures, symposia),
ephemerides, 9 'Trudy' (Works) of institutions, 34
articles from 16 periodicals, 9 articles from 7
dailies and gazettes, 2 bibliographies, and 4 autbor
abstracts of dissertations. The 4 dissertations
264T76
are: I.-M. P. Kazachevskiy, Cand Phys-Math Sel,
"Photometric Determination of the Reflectivity of,
the Terrestrial Globe," Alma-Ata, 1953, 8PPs 120
cppiesi-Acad Sci Kazakh SSR, Astrophys Inst.
2-'Z. G. Slyusarev, Cand Phys-Math Sci, "Wqlf-11ayet
Stars," Leningrad, 1953, 8pp, 100 copies V'Leningrad
U im Zhdanov- 3'0-~P. N. Kholopov, Cand Phys-Math Sci,
"Structure of Globular, Stellar Clusters," Moscow,
1953, 8pp, 110 copies,' Moscow State U, Astron Inst
im Shternberg. 4..-7A. 1. Kochetkov, Cand Tech Sci,
"Development of a New System of Spherical Coordin-
ates and Formulas for the Computation of Astronami-
cal Obs ervat ions," Moscow, 1953, 100 copies'J.'%Hoscow
Inst of Engineers of Geodesy, Aerial PhotograplV,
and Cartography. 264T76

T ` - I
-?T (m)/T/21111'(4- (b) J 1
ACCESSION NR, ATSO-02451 JDA4101MIG-1, mi/oooo/65/000/000/0001/0030
AUMOR: Leypunskiy, A. I Kazftcbk;):Y.s41Y-..--0, Finkhasik, M. S.;
Krangyaroy , 14. V. ; B~ dasa-fo-v.- Yu, Y e T r-o- y-!-! n-- Milovidov
_qv, M. F. , ~ I -
Wa-6-6seaT.,
I V.; Wfiiikantov, f.- 1. 1-0
EN-350 nuclear power plant,
TTITL
- ------------ -
ISOURM.-ObnInsk. Fiziko-en6 Doklady, 1965.
iAtomnaya ants yi 33N-350s 1-30
iTOPTC TAGS: nuclear power plant, liquid metal cooled reactor,
!fast' reactor, nuclearreactor technology, desalination
.~:~~'r-AMTRACT.-~-Aftefr--a---b-tiid diiaussioti of the advantages of using fast
f
Ineutron reactors for power productionp a nevo 350 Mw fast neutron
sodAum cooled reactor of BV-350 type is described. At present, a
.jpower plant equipped with such reactors and P-50 back pressure steam
;turbines is u'nder construction in the Mangyahlak peninsula area at
ithe northeastern coobt of the Caspian Sea. The dual-pQrpose plant
will-genorate 150 MW of electrio power and produce 1200 ton/hV of
ICard 1/4

-'L ~171_66
.-steam. The steam will be used:by adesalting-plant designed to
supply 120,000 cu m of fresh water per day It is expected that the
./power plant will be put into operation in i968 or 1969. The primary
by',
~band the secondary Intermediate loops of the reactor will be cooled
liquid sodium.,~JThe third loop will be of steam-water type. The
reaWoFcore cAtries 211 sexagonal fuel assemblies each containing
169 uranium-dioxide elements* At the beginning, a compound of
Uranium-dioxide and plutonium will be used in fuel elementa. There
are 120 innGr and 320 outer assemblies placed in concrete shields.
The selaoted'essential data on BN-350 reactor are as follows:
A
Themal pow 1000 MW
Core Volume 1,87 cu M
Core diameter 1,495 m
Core height 1.06 m
"A
:-Nessel diameter: 6M
Vessel height 2*2 m
Coolant- temperature
(Inlet) 300 0
Cool"t. temperature (outlet)
Boo0
Card P./4

L 517l-66
ACCESSION NR: AT5022451
Many other 'details and data are given on reactor core and concret
shielding as well as on the reactor tank made of )[18119. stainle-!Is
steel. A special chapter Is devoted to the diacu.9,91ons of variour)
control systems including power control# measurements, nutomatic
regulation, reactivity compensation, and emergency protoction. The
replacement and handling of fuel elements is also discussed* The
radiation shielding Is br1ofly described, Some inforination is given!
on the selection of materials as well as on the oxperimental investil
gation of various control and safety systems. An extensive analysis,
of beat transfer system Is also presented dealing with primary and
ency beat
secondary loops, heat exchanger, pumpst piping., emare,
remove', steam generators and other equipment. In conclusion some
JL
further possible Improvements in the desiLpi and operation of &st
neutron reactors are outlined Including a more efficient burn-up of,
Card 3/4

KAZACHEVSKIY, VAX.; PMVBRTUN, m.r.
Temperature coefficient of an indicator galvanometer. Izv.AN Kazakh.SSR no.99:
79-83 151. (MLRA 6:10)
(Galyauometer)

KAzAcirzvsK1Y. V. 11.
AID P - 372
Subject USSR/Astronomy
card 1/1 Pub. 8 2/12
Authors Fesenkov, V. G., Kazachevskly, V. M. and Tulenkovaj L. N.
the Motion of Filaments of Nebulae NGc 6960 and
O
Title n
NGC 6992-5 in the Constellation of Cygnus
Periodical Astron. zhur., V. 31, 3, 224-230, MY-Je 1954
Abstract In comparing the photographs of nebulae NGC 6960 and
NGC 6992-5, made at intervals of 22 and 50 years respec-
tively, the displacement of individual very clearly dis-
tinguishable filaments was established4 The velocities
are considerable (in tens Ian. per sec.) and there is a
tendency in some parts to spread out. Two photoplates,
two sketches, and equations. 4 references of which one
is Russian.
Institution : Academy of Sciences, Kazakstan SSR, Astrophysical Institute
Submitted ; April 3, 1954
Y
Subject
: USSR/Astronomy AID P 3QC
Card 1/2 Pub. 8 - 12/12
Authors Arsentlyev, V. v. and Prodanj yu,
Title Chronicle Defense Of Theses
Periodical Astron. zhur., V. 31, 3, 302-304
MY-Je 1954
,
Abstract Three theses were presented, defended and awarded the
degre6s Of Kandidat Of PhYSico-Mathematical Sciences:
1)
JUnior collaborator of the
As
trO-rnYsIcal insti-tu-te of the Acade7 of Sciences
,
Kazakhstan SSR# Presented a thesis on ,
'Photometric
determination of the reflecting capaci
ty (albedo)
Of the terrestrial globe". His Scientific Sponsor
was Academician V. 0. Fesenkov. The opponent
Prof- E' Ya' B090slavskaYa gave a favorable appraisal.
2) R
b
ya
ov, Yu. A.o AsPirant for the Chair of Celestial
Mechanics, MOSCOW State University. The theme of his
thesis was: "On the analytical theory of the motion of
minor planets of the Trojan group". His scientific

- KAZAGHWSK ---- - --- - --- -- --- - - -- - --- - - - - - - - -- -
Determinin the earth's albedo. Izv. Astrofix.Inst. AN Ka2akb.
SSR I no.172:56-84 155. (mm 9 110)
(Earth) (Reflections)

UUOHBVSnY, V.N.; TOROP07A, T.P.
Comparison of atmospheric transparency at altitudes of 14510 WA
3200 motors, Antron.xhur..33 no.2:241-245 Mr-Ap 136. (MLRL 9:8)
1. Antrofisichookiy institut Akademli nauk las. MM.
(Atmosp'hiric transparency)

Ylk-2 AO-
k 9 kvi
fit W, v v Y.:,
i~
ST,
i
it 0

80N
C
S/026 000/04/036/070
DO48/DOO6
AUTHORS: Kazachevskiy, V.M.; Kharitonov, A.V. (Alma-Ata)
TITLE: The Ea rth's Reflectivity
PERIODICAL: 'Priroda, 1960, Nr 4v PP 95-96 (USSR)
ABSTRACT: This is an account of the reflectivity of the Ear!Nl- Vq
and other planets in relation to the spheripal a1bgdo.
The albedo of some parts of the surface of"Mars was
determined from photoelectric observations made by
V.I. Moroz and A.V. Kharitonov in. 1956. Academician
V.G* Fe-FeMay,-or Ithe 1. Astrophysical Institute of the
IM Xaz6bd. proposed that the spherical albedo of ihe
EarTh -'k-ld be redetermined in connection with IGY.
Among those who took part in this work were,E.K.
Dzhas7bekova ZaV. Karyagina, V.M. KazachevskiT and
A.V. Kharitonov. /Zhe reflections from the positive
eage of the moon%~nd dust light went through tw1o dif-
ferent _-F
Card 1/3 optical c annels whereby the rays from the

808hh
S/026/6070-00/04/036/070
D048/DO06
The Earth's Reflectivity
Card 213
positive edge 'were greatly weakened by the reflection
from the two unsilvered glass surfaces, the prism
and.the plate. The reflections then reached the
ocular along with the unweakened rays from the dust
light in such a way that the observer at the, same
time could see the crescent of the Moon and the outer
side of the dust light pertaining to the Moon's outer
edge. With the aid of extensible "cat's eye" dia-
phragm fixed in the optical channel for crescent
rays, the observer was able to regulate the visible
brightness of the crescent and that of the dust light..
From observations carried out over a period of nearly
two years (1957-58), the mean alb-ndo value of 0.39
was obtained.,

S/169/61/000/005/009/049
A005/A13Q
t.AUTHORSt Boyko, P.H,., Kazachevskiy, V.M.
TITLEt Photographic observations of the speotral intensity of the
firmament
PERIODICALs ReferativW shurnal, Geofizikav Ao- 5P 1961P 44-45, abstract
5 B 383. (Izv. Astrofiz. in-ta AN KazSSR, 1960, 10, 94-100
(English summary)
TEXTt The-speatral brightness of the 'firmament along the almucantar
of the sun was observed in the Pugaohev and Alma-Ata regions by means of
a spectrograph with a glass Ions system, The sun servecl as the source of
light, whioh light was weakened by a gray sereen made of a mixture of coal
and gypsum. Simuli"eously,,the.illumination from the sun and from the
corona in the'vicAnity of the sun were measured by an aureole photometer
in order t 'a determine the coefficient of transmittance of the atmosphere
by the Buge method f.or, 445 P. 546 and 6~6 mw waveleng#Ls and in order to
estimate the stability of the atmosphere's optical properties. The data
were prooessed by the methods of photographie photometry. The illumination
Card T/2

B/913/62/005/000/025/033
D405/D301
AUT11ORS, Boyko-, F.11. and Kazachevskiy, V.H.
TITLE-t Atmospheric transparency in southern part
of Egypt (Assuan) and at some sites in USSR
SOURCE: Akademiya nauk Kazakhokoy SSE. Astrofiziches-
kiy inatit-at. Trudy. v. 3. 1~62. Rasseyaniye
i polyarizatsiya sveta v zemnoy atmosfere;
materialy Soveshchaniya po rasseyaniyu i
polyarizataii aveta v atmoafere. 171-18"
T EXT; The authors measured (during the y.~~ars 1946`~
-1957) the transparency coefficient p at the following sites; the
town of Pugachev (at sea level'), 'ssuan (Egypt, 200 m above sea
level , the desert Sary-Ishik-Otrau (Xazaliistan, 300 m above sea
level,, the shcres of lake Insyk-Kull (Kirgiziya 1600 m abov6
sea levell mount Kumbell (3200 m above sea levels, etc. The trarx-
parency coefficients were determixied by Bouguer's method for
various spectral regions. A halo-photometer designed by V.G.Feaenkov
Card-1/2,

5/913,/62/003/000/02'/,133
5,
Atmospheric transparency ... D405/,301
was used. This photometer made it ali~o possible to check the
stability of the optical -properties of the atmosphere. "'he
optical- thickness -V is related to p by the formula
Z hao two componentsi 'CB and Ta (the optical thickness of
the molecular atmosphere and the thickness due to aerocols).
a ZR arQ '"ted
The values of T, , Tk~ak , Vr, . and Ic /
in tables for various sites, spectral wavelength, types of
filters, and dates of the year. The effect of aerosols cn liVht
extinction is examined. It was found that lirht scatterJ.ne by
aerosolo is governed by entirely different laws thar,
by -r.J r ruoiviaules~ --The ~dependonce of ligbt scattering on wavo-
length was also investigated. It was found that particles of
various size take part in the scattering. There are
and 21 tables.
Card 2/2
_7

3.9000
78019
SOV/33-37--l-19/31
AUTHORS: Dzhasybekova) Ea K., Kazachevskiy, V. M., Kharitonov, A. V.
TITLE: A Determination of the Albedo of the Earth.
PERIODICAL: Astronomicheskiy zhurnal, Vol 37, Nr 1, PP 131-134
(USSR)
ABSTRACT: This work was undertakLan upon the recommendation of
Academician V. G. Fesenkov. The earth-shine of the
moon was observed between September 29, 1957 and
August 21, 1958. The problem consists in comparing
the brightness of the portion of the moon's surface
illuminated by the sun with the earth-shine. Taking
into account the "phase" of the earth for an observer
on the moon, one can compute the average spherical
albedo of the earth. The theory and the method of ob-
servation were described in 1955 by the second of the
three authors. The instrument consists essentially of
two objectives, which bring into t-he field of an eye-
piece both the sunlit and the earth-shine portions of
Card 1/3 the moon; a cat'*-eye diaphragm in front of the first

PiA
F~ 0,

A Determination of the Albedo 78019
of the Earth SOV/33-37-1-1-9/31
k,
lens equalizes visually the brightness of the two
images. The mean wave length of the visual moon
light is found to be equal to 5,640 A, and the
polarization of the moon's light about 10%. The
ratio of the light intensity reduced by the diaphragm
during the observations to that of the full opening
is 0.0057, A table gives the observed values of the
earth's albedo for 17 observations together with the
geographical coordinates of the moon for each date.
The average value'of the earth's albedo is equal to
0.391 + 0.014. Previous values found by various
observ~e_rs between 1914 and 1953 vary from 0.29
(A. Danjon) to 0.56 (F. Very). Whether there are any
variations with the seasons or with the 11-year period
of solar activity remains undecided. The authors
thank Z. V9 Karyagina for help in observing and com-
puting. There Is 1 figure; 3 tables; and 12 refer-
ences, 8 Soviet, 2 French and 2 U.S. The U.S. ref-
Card 2/3 erences are: H. Russel, Astrophys. J., 43, (iqa~6);
A,

A Determination of the Albedo
of the Earth
78019
SOV/33-37-1-19/31
~F. Very, Astrophys, Obs, Nr 1 (1917).
ASSOCIATION: Astrophysical Institute of the Academy of Sciences
of Kazakh SSR (Astrofizicheskly institut AN KazSSR)
SUBMITTED: June 1, 1959
Card 3/3

KAZACHINA, K.N.; VATRIN, P.M., kandidat moditsinskikh nauk, direktor.
Identification of pathogenic microbes of the intestinal group in water with
the aid of the hapten reaction; Lmthor'B abstract. Zhur.mikrobiol,epid.i
imman. no.4.-49-50 Ap 153. (MT-RA 6:6)
1. Moskovskiy oblastn3ry nauchno-isaledovatellskiy sanitarno-gigiyenicheakiy
institut. (Bacteria, Pathogenic) (Antigens and antibodies)
The reaction with hapten proved to be specific in all series tested,
so that it was possible to detect in water typhoid, paratyphoid B, and dysentery
bacilli. Presence of B. coli and of saprophytic microflora had no effect on the
specifici4,.of the reaction. Samples fro seeding from water could be preserved
Ibn- mom - --.T:rlters in a cold place for 30 days. Whole (undiluted) pp'tg sera as a
rule gave a Apositive reaction with the corresponding hapten, while diluted sera
(1:1 and 1:2) frequently gave a negative reaction.
252T22

XAZACHINA, K.K.; VATRIN. P.MS, kandidat meditainakikh nauk, direktor.
Identification of pathogenic microbes of the intestinal group in natural
waters with the aid of the hapten reaction; author's abstract, Zhar.mi-
krobiol.epid.i imman. no.4:50 Ap 153. (KLRA 6:6)
1. Xoskovskiy oblastnyy nauchno-isBledovat9l1Bk-iy aanitarno-gigvenicheakiy
institut. (Bacteria, Pathogenic) (Antigens and antibodies)
0
1215 samples of water from barious sourves were examined. Membrane
ultrf ilters were used, and the hapten. reaction carried out using the following preci-
pitating sera: typhoid, paratyphoid B., and Hiss-Flexner dysentery. In sote cases,
when the sanitary conditions were unsatisfactory, a positive reaction was obtained
with the typhoid or dysentery serum. No positive reactions for paratyphoid were obtain(
The coli titer was low in all cases. With Baetoa&ar Zh, the test for dys-anterywas
more sensitive than with meat-peptone agar or Endo's madium.
252T23

MOGIUVSKIY, N.A.; 0WHINAD K.N.
Role of the hapten reaction in evaluating the quality of water from the
sanitary point of view. Gig.i san. n0-7051 Ji 153. (MLSA 6--7)
1. Mookovskiy oblastnoy naachno-issledovatel'skiy sanitamo-gigiyeniche-
skiy institut. (Water-Analysis)

MOGILEVSKIY, N.A*_;LLZACHIFA,_K._ff*_
- - - - - KVW-. "i 61% m.
q
Significance of haptene reaction in sanitary evaluation of qaality of
water. Gig. oanit., Moskva no.7:51-32 July. 193,3. ~ . (CLML 23:1)
1. Moscov Oblast So ient if Ic -Research Sanitary., Hy&jpne Inst-Itute.

ALMM hkbalftl-". ~Off li.. It m4

Mml aIn a ht . r roI
a
r M. 0-am- A,X-L, lh-Xl VA-kya-L-11. A-
T.V.
TMXj 7%* W-106I.&I Properties of rl Not Iselaw From
Diff&Mt Clinical Vo~ Of r7I*AWf7. Author
rERICOMU Zhumal &Rid-loleall 1 1%0. 3,
pp 128 (t=A)
AlKMCTt The authors made a study of wartma, *train* of Chi&. dyarnterlas
isolated from Patients wIth Ufffre"t clinical fame of dysentery,
checking the strAWa Ability to - -porlsOntal kvmtooon,-
junattvitt. In culms visa. It. virmlenOo for Klee M41 Ita Sensitivity
to mlAblotles. No esamtla.1 differences we" found between the &test".
which bearm, Out the gesat pact plAW*d b3p the state of V.9 mmaroorSanlem
Cam L/2 In determining the mt.- of the .1we.1 course In dymantarl.

Ina Ut.mt lptUsiologli I wtkroMoItgI& land Gamals'. AM &W
.4 Plic-bl.1- letnt omeII!am, or the
gorodskays I rAyonmaya smnlta~
OpId#0101olgichesbals stantaila
am I m
rr=t Do*asbor 24. IVA
C-d 2/2

KAZACIIIIU,)UYA,T. P-
Dissertation defended for the degree of Candidate of Biological Sciences
were defended at the Scientific Council of the Far-East Affiliate
"June Beetle ZRolotrichia sichotan:a7Under Conditions of the Tuvinskaya A,3SH.II
Vestnik Akad. Nauk, No 4, PP 119-145

Z-,' ~"OVA, `- 1. ; i','ZACHD:,S.UYA 1'. -
4 11 , i I r,f
L-~
Characterl,sLics -f the trurik Peots of Siberian fl,r in the
1-lestuni sayarl Mowltain.,~. [qnldyj STT 35:3-1.3 163
OMIRA 18:2~)

\--.KAZACHINSKIY. L.A., lnzh.; KATS, Ta.L., inzh.
StOrehouseo for bulk materials at now plants of the Main
Administration for Indubtrial Building Materials in the City of
Moscow. Bet-i zhel.-bet. n0-4:177-179 AP 160. (MMA 13:8)
(Moscow--Building materials-Storage)

CHININ. V., gverdii mayor*, KUPCHIKHIF, L., polkovnik; KAZACHINSKIY, M..
pDlkovnik.- ANDRIANDT, V., mayor.
Teaching dificiplineo Voet.veat, 39 no.12:38-48 D '59.
(MIRA 13:6)
(Military discipline)

KAZACHINSKIYI RX
Arperimental peritonitis and therapy with biomycin. Ihirurgita
33 imo.3:92-93 Mr 157*- (XLFA 10-.6)
1. Is kliniki dbahchey khirurgii (say. -, Prof. T.I.Iolosov)
I Uni skogo-maditainskogo instituts imeni I.P.Pavlova.
OtErgITONITIS. exper.
off. of'biouVoin in rate (RUB))
(ARIBIOTICS. off.
bimWoifa on exper. peritonitis in rate (Rue))

.9v
V.ve 0 inzh. v UU
jvzb
Mechanization of repair jobs In Petroleum refinerieo. Ne"i
a,vtom,proizv 14 no.5s26-27 My 160, (MLU 34:2)
(ie'troleum'induotry-F,quipme)it end supplieo)

BABUT, G.N.;-KAZACYISHCHEVAj M.S.; GAYSINA, M. Kh. [deceased] (Chemkent)
The nature of the polarographic maxim of cobalt with nitrate
as the support. Zhur. fiz. khimo 39 no. l&U7-150 Ja t65
(MIRA 19il)
1. Kazakhekiy takhnologichaskiy institut, Submitted June 1,
1963.

PETROV, Mikhail Petrovich; GMSEYNT, Aleksandr Yevdokimovich-..-.X.AZACHM,,-
Valantin-lvanovich;, YBZMMKIT,. Vyacheslay Tedorovich; DASHKEVICH,
Alekeandr Bronislavovich; YAKOYLEV, D.Y.. insh., red.; BOBROVA,
U.N., tekhn.red.
Nesting and eliminating faults in the 18 electric locomotives]
Obnaruzhanie I ustranenle noispravnostai na elektrovo2e N8.
Moskva, Gos.transp.2hal.dor.1zd-vo, 1959. 170 P.
.(Blectric locomotives) (MIRA 13:7)

GERASEYEV, A.Ye,, mashinist; PETROV, H,P., mr,.shinlst; YEZERSKrY. V.F.,
57 -,-4nzh.
Inhe X47jA2HK
Our operational experience with the NS electric locomotive. Blek.
I tePle tiaga 3 no*2:39-41 F 159, (MrRA 12:4)
1. Depo 21atoust, Yushno-Urallskaya dordga.
(Electric locomotives---Eleotric equipment)

PSTROT. Mikhail Petrovich; GWLASSM, Aleksandr Tvdokimovich; NAZACHKI9
Valentin I-vanovich; MIZEMIT, Vyacheslav Yedorovich; DASWVICH,
'Al-ek-ea-nl-r-Or-o-nl-oTavovich,,, YAKOVW, D.T., insh., red.; BOMOVA,
TeoN., takhn.red.
[Detection and elimination of faults In the N8 electric locomotive]
Obnaruzhenle I ustranenie neispravnostei us elektrovoze N8. Moskva.
Gos*transp.zhel-dor.Izd-vo, 1959. 170 P. (MIRA 13:2)
(Blectric locomotives)

ZUBOV, A.Y., jwth.; KAZACHKIN, V.I., inzh.; MOROZOV. G.K., inzh.; FOVOXHATSEIY,
I.N., inzh.-
Oar suggestions for improvement of the VL23 electric locomotive
circuit. Zlek.i tepl.tiagn 4 no.2:45 JP 16o. (MIRA U-6)
1. Depo Oral.
(Blectric locomotives--Xlectric equipment)

PODOLISKIY~ Leonid Romanovich; PAPCHENKO, Niknlay Ivanovich; SJAVIN~- Illy&
Vvovicbj-K17
4-OHM,Y-A-1.4 inzb., retsenzent* TAKOVLEV, D,V*, inzho,
retsenzent; BOBROVA, Te.N., tekbn. red.
[Detecting and elivainating defects in the VL23 electric locomotivel
QbnarU2henie i ustranenie neispravnostei elektrovoze, VL23. Moskva..
Vaes. izdatellska-poligr. obuedinenie M-va putei soobahchaniia.,
1961. 143 p. (PIA 14:10)
(Electric locomotives-iMaintenance and repair)

,,:~ZI'ROV, Mikhail 'Petm-Ach; Yevdoklziuvir:h,-.
DASIII :-'VliM, Allaki!andr Bronislavovi-h,
N.V., ;iand. tekhr.. muk, red.
[Locating and eliminating faults in the VL8 electr-11--,
locomotivell ("onaruzhonie I ustranenlo neispravl.,ontf,.-'~ -rih
lzci.2., pover. 1?,d-v(3
1964. 1-02