SCIENTIFIC ABSTRACT KALABUKHOVA, L.N. - KALABUSHKIN, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000620010009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TrI LE.: A clamp for attachii-q a reserve p2rachute. I.,- Glass 62, Ho. 169106 113
SOURCE: Byulleten' izobreteniy i tovarrVkh makov, no. 6, 1911,5't 112-,1-13
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ABSTRACTr This Author Cartificatei;bms,ents, nldmjo~for W4a el-Vald'arve
parachata to thei auspenLzion sy~sbem of, W-16, Ma:L-1 Oaraohutd (Seet:'he ~1, Gn the
Enclosure). To provide for rapid detaching or q=aing of t.40 resWTim parachziJest,
the body of the olarV carries a pin ~~.th a. head, " The pin hat; W o pj!t&r-u!iions Por
fixing it in the blind receases. To facilitate the we of t1hel clanp orl t-110 fraq
ends of the suspenaion systeni, thq, body of the alanp iv tude togetihm, witL tho
attaching buckle of the main oixvalar strap, Origd art. hast I f i44juil--e.
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1. , 1
2. USSR (600)
4. Dertilizers and Manures
7o Experiment in over-a3_1 mechanization in preparing shredded peat for
fertilizer. Dost. selikhoz. No* 6, 1952-
9. Monthly List of Russian Accessions, Library of Congress, JanuarY .1953. Unclassified.

-
- KAUBIJKHOI' t 14. V.
Dissertation: "The Agri culturad-Enginsering and Technical-Economical Basis of the Tecbn~6.
logical layouts and Machines for Mining Peat for Fertilizer.* Cand Agr Sci, All-Union Sci
Res Inst of Fertilizers, Agricultural Engineering, and Soil Science, 2 Jul 54.
(Vechernyaya Moskvap Moscow, 23 Jun 54)
SO: SW 318, 23 Doe 1954

APTONOV, V.Ya., Jcand.tokhn.nauk; BEZZUBOV, N.D.. kand.takhn.nauk; BILCKD-
PYTOT, I.Te.s kand. sell skokhoz.nauk; BLYUH]WERG. Y.T., kand.takkm.
nauk; BOGDAHOV, M.N., knnd.takhn.nauk; BRAGIN, N.A., lnzh.; VASILITIV,
Tu.K.. inzh.; VINOGRADOV. V.A., inzh.; RUMOM, B.I.p insh.; GOR-
GIDZHANTAN, S.A., kand.teL-hn.nauk; ZIZA, A.A., kand.ael!vkokhoz.nauk;
KALABUKHOV, Kj,., agronon-maliorator; KOLOTUSMN, V.I., inzh.; XORCHU-
KRYUKOV, M.N., dotsent; VAVULO, V.A., in&h.;
NAUMOV, DA., kand.takhn.nauk; OLININ, A.S.. inzh.; PROVORKIN, A.S.,
insh.; PROXHOROV. N.I., dotsent; RASKIN, G.I., inzh.; SAVUKO, I.V.,
inzh.; S]MGZYZV, B.T., kand.tekhn.nauk; STOYLIX, N.A.. inzh.; SUKHA-
NOV, K.A., inzh.; TOPMINITSKIY, M.N., kand.tekhn.nauk; TIURINNOT, S.-W.,
doktor viol nauk, prof.; FATCHIMNA, O.Te., lmnd.sellskokhoz.nauk;
TSfMOV, B: i.,'\Inzh.; CHUBAROV, N.D., inzh.; KMMMIBAUX, A.I., insh,;
(continued on next card)

ANTONOV, T.Ya.-(continued) Card 2.
TAHTW, A.K.; SWSOUOV, X.N., inzh., glavnyy red.; BXRSHADSKIY,
L.S., lnzh., nauchnyy red.; VARBUTSOV, V.S., kand.tokhn.nauk, na-
uchnyy red.; VTSOTSKIY, X.P., kand.tekhn.nauk, nouchnyy red.; GO-
RINSUM# L.L., kand.tekhn.naukq aauchnyy red,; GORYACHKIN, V.G.,
prof., nauchnyy red.; YEFIMOV, P.N., kana.tekhn.nauk, nauchnyy red.;
KU%HW, G.I., kand.tekhn.na-ak, nauchnyy red.; KULAKOY. N.H., kand.
;,ekhn.nauk, nauchnyy red.; IMAIS, L.I., prof.. doktor tekhn.nauk,
naucbnyy red.,- HIRKIN, N.A., inzh., nauchnyy red.; summly, Yo.F.'
kEknd.tekhn.nauk, nauchnyy red.; SOKOLOV, A.A., kand.takhn.nauk,
nanchnyy red.; KHAZAHOV, Ya.N., dotsent, usuchnyy red.;. YJIALUGO,,
A*Xag insh.o nsuabn" red.; TSUPROV, S.A., dotsent, nauohay7 red.;
WRAMOK, G.D.. inxh., naucbmn red.; KOLOTUSHKIN, V.I., red.;
SUORTS07, I.M., tekhn.red.
[Reference book on peat] Spravochnik-po torfu. Moskva, Gos.energ.
izd-vo, 1954. 728 P. (MIRA 13:7)
1. Chlen-korrespondent AN ESSR (for Goryachkin).
(Peat-Handbooks, manuals. ate.)

nT,ARMOV, F. V.
72 It" 1
Ilikhanizirovannuya zagotovka torfa na udobrenlye (Rechwilzed Z14
procurement of peat for fertilizer) Moskva, Sell-khozgi2, 1955.
78 p. illus., diagra.
"LiteraturaPs P. (80).

KkL&BUKHOV,H.V.
The preparation of peat as fertilizer in collective farms. Torf.
prom-32 no-5:18-19 '55. (MLRIL 8:10)
1. TSentrallneya torfyanaya opytnaya. stantsiya
(Peat) (Fertillsere and manures)

X&4PJIHOT, H.V., starshiy nauchW notradnik. .
.I
Machines for the procurement and placement of peat fertilizers.
SellkhosmashIna ito.4:20-22 Ap.156. (HLPA 9:7)
1.?SentraltnaA torfyanaya opytnaya stantsiya.
(Paa~t machinery) (Pertilizer spreaders)

I
-KAIABUKHOV, X.V.
Mechanized production of peat fertilizers. Zemledelie 8 no.7:80-85
ii l6o. (MIBA 13:9)
(Peat mchiner7)

Y,ALABU;Y,HOV, ". I.
uThe thermotactic optimm as an hereditary and taxononic character 'Ln xai,.,!~wls." 6'.. 163)
by Kalabukhov, N. I.
SO: Advances in Contemporary BioloFy (Uspekhi Sovremennoi Piologie) Vol. VI, No. 1 1937

KALABAKHOV, '~. I.
" D-indamontal laus o 'L the dynamics in mammalian ani bird populations. " (P. 505)
by Ka-labukhov, 11. 1.
SO: Advances in Con-Ite;ii*oraiT Bioloa, (Uspekki Sovremen-oi. Blolo,gii) Vol. VII, 1,10- 3,
1--~,37-

KAIABUKHOV, N. I.
"The Ecological Conferences at Leningrad" (p. 53o) by Kalabukhov, N. I.
SO: Advances in Modern Biology, (Uspekhi Sovrememoi Biologii), Vol. X, No. 3, 1939

KALABUKHOVY N. I.
"The Relation Between Thermotactic Optimwn and "Critical" Temperature in Mamitals"
(P. 540) by Kalabukhov, N. I.
SO.- Advances in Modern Biology, (Uspekhi Sov.remennoi Biologii), Vol. X, No. is 1939

~a~-a
7.T
Mh,=-Artl Obshoc'-.oy Bl clof., 1940, Vol, 1, 1;0. 2

AfAttlKHOV, N. 1.
Adlimoactorneter and its use" (p. 179) by Xalabukhov, N. I.
SO: Advanees-In MWern Biolo (Uspekhj Sovr-emL-moi Biologie) Vol. XII, No. 1. 1940

KALABUKHOV, N. I.
"On the Mechanism of the Influence of Light upon the Sexual Cycle in Vertebrates" (p. I
by Kalabukhov, N. I.
SO: Advances in Modern Biology (Uspekhi Sovrenennoi Biologie), Vol. XIII, N64 1, 1940

KALABUYJIOV, N. I.
"Physiological Properties of Related Species of Animals" (P. 1103) by Kalabukhov, N. I.
SO: Advances in Modern Biology, (Uspekhi Sovremeraioi Biologii), Vol. XIII, No- 3., 1A0

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KAUBUMOV, N. I.
"Variation and fluctuation In number," (P. 381) by N. I. KaDibakliov.
SO: Journal of General Biology (Zhurnal Obschel Biologii) Volume Il No. 3. 1941.

VIABUVICV, N.
"Problems in Population Dymamics.11 (P. 461) by Elton, Ch., Voles, Mice and Lemmilogse
(Problems in Population Dynamics, 1942. Oxford Uriversity Prevs, p. 496~ Revlewed~
by W. Kalabukhov.
SO: Advances im Modern Biology (Uspekhi Sovremennoi Bialogii) Vol. 16, No. .4, 1943.

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N. i. Kalabulchovi "Pre3arvation of the On--v-f,(Itic balance in tlFe orvanisrri as a for
the process of adaptation." (P. la-7)
SO: Journal of General Biol Vol. 7, No. 6, 191,1,
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KALABUKHOV N. I.; SIIUBLADZE A. -K.
ip
On the Problem of the Focal Character of Spring-and-Simm r(Tick) Dicephalitis
Med. Parazitologiya Vol. 15 (1946), 2, 68-75

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KALABUNNOV, jN- I.
,Jabukhov, N. I., Afonrikaya, R. I. and Ponomarev, A. L. - "CertFin explanetions
Y-q
pertaining to the tempersture cycle In southern mammals In captivity," The pro-
blem of acclimatization), Trudy Mosk. 2oops.rkp., Vol. IV, 1919, P- 3-5?, - Bibliog:
22 items
SO: U-11355, 14 August 53, (Ietopis lZhurnal Inykh Ststey, No. 15, 19Lq)

, N. I.
Metodika Eksperimentalnykh Issledovanii Po Ekologii Naze=ykh Pozvonochnykh (Niethod
for Experimental Investigation on the Ecology of Terrestrial Vertebratts), 1.75 P.,
Moscow, 1951. i

Rol-~ of va-ious rel.;~:~)!,or of ro~'L~:,rits in thoti. -P
arch foi, foc-1, Zcal -ihtir. -
31, J%'O.
Plouthl-
List of Russian Acce~;olon,-, LibraiT of Comre3s, Octoba-c 1 5,2. Unclas, ifio.-I

I BUY111OV, N. I.; LAD-YGr%A,
KA-LA- __ - .11. 11-T.
Variation (Biology)
Emergence of ecological and physiological characteristics of mmrxials under the I
Influence of external surroundings. Zool.zhur. 32, No. 2, 1953.
Monthly List of Russian Accessional Idbrary of Congress, Lune 1953. UNCLASSIFIED.

KAMBUKHOV, N.I.
Vadim Vadimvich Raevskii. Biul.KOIP. Otd.biol. 58 no.1:86-89 153.
(XLSA 60)
(Emovskil, Vadin Vadimovich, 1909-1947) (Zoology--13ibliography)
I (Bibliorraphy--Zoology)

KALABUKHOV, H. I.
Seasonal changes in the reactions of yellow-throated mice (Apodemus
flavicollis) to envirnnmental factors. BIul.MOIP Otd.biol. 58 no-3:25-
39 '53. (MLRA 6:6)
(mice)

KALABUKHOV, H.
Method of recording the number and distribution of land vertebrates.
Biul.MOIP Otd.biol. 58 no-3:92-96 153. MR& 6:6)
(Vertebrates) (Zoogeography)

XALOMOVI N.I.; PRYAKRIN, V.A.
PIDme ecological and physiological characteristics of the created
jird Meriome tameriscinue Poll. and the j1rd Pallasiomrs awridiamm
Pall. Zool.shur. 33 no.4:889-903 Jl-Ag 154. (MM 718)
1. Privolsha kays protivoepidemicheekwa 9tantelya Ministerstva
zdravookhramnlya ISM.
(Gerbils)

ICALA IJKH V, N.I.
Acological aid'physiological characteristics of geographical 'forms
of species existence* and closely related animal species. Biul.MOIP
Otd.biol. 59 no.1:9-22 Ja-1.134. (MLRA 735)
(Zoology-scology) (Ra"tU)

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f IEll
M MR. ".

Scological and pb7siologicAa aspects of *growth formism of forest-
steppe and steppe rodents et the left bank Ukradue and Barapean
R.S.F.S.R. Zool.shur. 34 no.4:734-746 JI-Ag 155. (NILRA 8:9)
1. Neachno-issApdovatel's Institut Ministerstvis sdravookhra-
14Y
nenlya Sm

KALABUKHOV, Nikolmy Ivmn*lq=ch- HAKRINIKO, V.I., otrotstrann" relaktor;
MZrLTAjlXKM-:*-r.%'.,; redakter,, CHllWSHlWKD. to. T..
takhatchookiy radekt*r
[Hibernation of animle) Spiachke s'hivetpykh. Izd. 3-9,..dep.
13y.ar#kq*i' ls4i-ve DarlkovOiago ordena.Trudevego Krannego
zn"nt Igoes uutv'. ins A.M. "rlkegoi iq~6. 266 p. (MLIU IQ-.4)
(Hibernation)

mAntaal ecolW.O. I.P.Naumov.
biol. 42 no.2:259-264 m-o 156.
(ZOOIAXY.~-MLOGY)
Reviewed by N.K.ralsbukhov. Usp.oovr.
(MMA 9: 11)
(UUMOT, N.P.)

KAIABUKHOV, N. 1.
Negation of the rule of variability of orgenisism. Zbnr,-aikrobiol.
spid. I lumun. 28 no,3:89-91 Mr 157o (mm lo: 6)
1. Is leuebno-issledovatellskogo instituts Minister-stye sdrevo-
olkbrenentre SS SR *Mikrob
-'variab.ility of atcroorgaulms (RUG))

XALABUYIIOT , N. I.
Characteristics of thermoregulation in rodents as one of the factors
in their sensitivity to plague infections** Zhu:r.mikrobiol. spide
i immun. 29.MOOMP-97 S158 (MM 11.910)
1. Iz Gosnclaretvennogo nauchno-iialedovatel'skogo instituta
mikrobiolo ii i epidemiologii, Yugo-Vowtoks, SSSR, Saratov.
MAGUE, experimentalv
thermoregulation as sensitivity index (Rue))
(BODY TOG-KRA-Irm,
Wermoregulation as sensitivity index in exper.
plague (Rue))

XAIABU,I_Cqq NURGELIDYYEV, O.K.; SKYORTSOV, G.N.
"Life forms" of rodents in the sand and "lay deserts of Turkmenin
[with summnry in English]. Zool. zhur. 37 n0-3:321-344 Mr '58.
NmA 11:4)
1. Gosudarstvennyy nauchno-isele'dovntellokiy Institut nikrobiologii i
epidemiologii Hinisterstva zdrnvookhrnnentya SSSR, Snratov i Institlat
zoologii i parazitologii AN Turkmenskoy SSR, Aahkhabnd.
(TurkmenistAn--Rodentin) (Desert ecology)
d,

KALA UKHOV, N.I.
- g~,~ I - -.I~r.i.~j.
VW ,T*4 ~" 0
WOO reezing and supercooling of vertebrate organisms' Uopoovr.biol.
46 n0,2:217-229 S-0 '58 (14M U911)
(COL16-aMTSIOUAICAL XMICT)
(SWLOGZCA]6- SPUBMIS-COLIMM ION M MMXRVATIOR)

KAIABUKHOV, 11. 1. Dr.
"Comparative Ecology of Closely Related Hibernating and Non-Hibernating Mammals."
report submitted for the First Int'l Symposium on Natural Mammalian Hibernation, Dedham,
Massachusetts, 13-14-15 "~Y 1959.

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"Seasonal changes in the mammalian organism as an indicator of the envir-
onmental influence in Russia."
re.port praGented at the Intl. r4ological
Investigation. BymPc'siura On MlethOds of The
.w7- 4Sept. 1,)6o. Ih-no, Czech.

Structure and dynamics of natural foci of plaguie. Mir. mikrobiol.
epido i rm62n. 32,no..5:.81-85 My 161. (MIRL. 14:.6)
14 Is 9#sperjmentd1'noy bazy Instit~ta mikrobiologii i epidemiologii
Yugo-voutoka SSSR.
,(PLAGUE)

KALABUKHOV, N.I.
Seasonal ebard6toristies of the outbreak, development and
disappearance of epizooties in rodent populations. Zool.
zhur. 41 no.9:1281-1296 S 162. (MIRA 15:11)
1. Eksperiwntallnaya baza Instituta "Mikrob", Astrakhan'.
(Rodentia-Diseases and rests)

KALABUKHOV, N.I.
Physiological heterogeneity of ani2al POPWAtiot'd AN OW Of thO
tactors of the'dynamice of their abundance. Vop. ekol. 4%30-32
162. (MvU 15S11)
1. EksperimentalInays, baza Instituta mikrobiologii i opidemiologii
YtW,o-vostoka SSSR. . (Animal. populations)

KAIABUKHOV, N.I.; SHIROKOVA, G.P.; SHN,'LIMAN, A.I.
Effect of vitamins C and E on the physiological chaxaoteristies
and senUtivity of the gerbil MerioneB maridianus to plague
infection. Zhtxr. mikrobiol., epid. i immun. 40 no.4:102-107
Ap 163. (MIRA 17:5)
1. Iz eksperimentallnoy bazy Irwtituta O.Milcrobn i Astrakhanskoy
protivocknimnoy stantsii Ministerstva zdravookhraneniya SSSR.
e

KAIABUKHOV, N. I.
Effect of vitamins E (tocopherel.) and C (aacorbie xcld) in hibernating
rodents. Blul. M01P. Otd. biol. 6-9 no.4:15-29 Jl-~Ag 164.
(MIRA 17: 11)

KALAWnOV, N. 1.
The struoture and dynamics of natural foci of plague. LT. hyg.
epidem. (Praha) 9 no.21U7-159 165.
1. Experimental Iaboratory of the Institute of Miarolriolog-y
and Rpidemiology., Astrakhan.

KALABUKHOV, N.I.; BONDARENKO, A.D.
Ascorbic acid and tocopherol toistent in Meriones meridianus Pall.
Ukr. biokhim. zhur. 37.-#t-YrAkM268 165.
(MIRA W)
1. Erkologc--fiziologicheskaya nVoratoriya Vsesoyuznogo nauchnoo-
ise'Ledovatellskogo IAa,,;VM-7 "M *go instituta 'Wdkrob", Astrakhan'.

KALABUMOV IN' I
- , I --- - - 'I?
Adaptive churactoristics of twro geographical forms of' Meriones
meridianus Pall. Zool. zhur. 44 no."f:1048-1063 165. (I-ITRA 18:9)
1. Ekologo-fiziologicheob-aya laboratoriya, Astrakhan', pon.
Privoilylitikiy, Voesoytizriogo Institu'.a-
qfikrob", Saratov.

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ermalm &mbWuidwd by Guddw &M PiAl (C. A. 10.
000 Nownholom
00
200
vas
4144" 11A 440 ill
_F-T- -07 ?A -t- 0.4 V-11 --- o- It -11 d 4 :1 8V
0 ! . -r 4
u
r, a 1. 0 it at gi it of of it et it ar w A 1 14
es 0. 0 0 a 0 60 0 0 41 4 0 0 a 0 *1@ 1 0 4 q a a 0 a 6:4b

KiaABUKHO7. N. P.
"Space Change and'the Ext-6rnal Phot-6electric Effect- in KJ Crystals Saturated
with Iodine.* Zhur. Ekaper, i.Teoret. Fis., 12,, No.O., ;942 1
I&b. of Electronic Phenomena in Dielectrics, Worglan Acad, Sei,

A
7A
00
go 43
.-ee
00
1,00
4*0
try=g"t in crydalm of alkAU Wdf Salts.
X b~,Abuv (jult. Phys. and Ckophya-, Acud.
"All J. PAY$. (U.S.S.R ) 0 No 1 41 A
Ic PwWcs may be f"ed w &Iumated
0"
tab at polats of )Attke 46mlion. wbere neutial
or
atom U%GY SOMSIktt, 1-be exp"S c4 dge- ff-
tbm ce�*W p 1A - way bt the xamm of Ottmtv'k
absorptim buW. rw mtx. cwmt d" W PIVAOb-f-
i, expk ed om the ba&4 that dcctton- n-ve thmush a
its
crystal contg. O-VALW particles In the sme way %*
tttnmgb the vapor of the cvrr"inx nicial. A fe-v
data and curvv* are itiven fcw NaU S. L. Uivi hat d
111041111111 CLAWK01010
Z==
I
too
u a
10
Vt 0 0 0 40 o 0 0 0 00000

~t;
0
I
9

I to IIIJOWPI116 IIIII tontio 1:111,1111017 VIIII 13H JAN bu Believe; 041 46O)CO
A
00
041 hlikiij~cfl%43 6_4KtJA.ZT% -00
SO it 400
.06
Dark ciserreence in colored crystals of alkali ballellea. N.
_11--Kalabudiltuv. J. EAPI. I'Ari. T.N.811.)
:41 j?, ifJ4 L"(111i".) (In 141I.-WO , .4 K k I e1 -00
t%:V- _-.4AA lit 111401416,11 Oto"I '114 to III , its 'k 113 wilk -11114111
00
Ir-, 4
00 9 2 sec" redlitlited vlrv. coutt. Ill all Cle". OVI&I Meet tile
light was turtivil Off. With im-Fraslue; intVit3ity Ofill"Ini- 400
nation, the dark current first ilses newly linearly. then
00%) 1" ~ I zoo
evels off to asatit. value. In term% of wave length, the
SOO dark current bas a max. at alx)ut olti-INJI) mju; It is in- no 0
signirwant at shorter waves. The effects are intcrpr~ted
o: 13 In termis of lailice dissocn. resulthier lei local acruntuLations
Thelervilk-then that. i3wing tuthe lower
energy of lattice d6gocn. at the surface. the effect shouki
0 Im more pronounced am the electrodes than In the middle 1100
t4tbecrystall.wasconfirmedbyeiept.: preliminaryillumi.
00
patim am the surface gave a dwk current of 1.6 times
higher Isitesiesity than on exposure of the central of
the crystal. 0410
400
woo
U00
La &ITALLURGICAL LIT14ATLOR CL&SWKATICN
woo
141403 4&1 QkV 44( ..LL%i 44 Q.. Ill 0
. _% 1 4 11 1 -11 a I V no 0 A 9 1 W W 9 All a
U 1111 AT PC a
0 0 0 0 -0 *Iwo 0000 0 40 : 1000 00 000000
00 0 *10 0 000,0000004
0000000000*00000000 0 4 0 0 0 0 0 0 0 0 0 6 0 0 0 0 S` 0 0441
0

1, POA/Pbysics Conductivit 3.1 reb, 50'
8
nts...in Colored KCI Crystals
IN _-Seconde y Curre
-N. P. KeLlabukhov, N. 0. Politov, Inst of Pbys
and Geophys, Acad Sci Georgian SSE, Tbilisi
D'ok Ak lqauk SSSR" Vol IXX, No 5 , PP 805 -8W
...Studied dependency of.discharge.curTents (or
depolstrization currents) upon temperature in
.:Litervai 6o-16oO c. Crystal was illuminated
110r 10 se~, then light. vas turned off aad crys-.
tal compressed. Measured discharge current
in dark 1 sec after light and field were sidtched
'XESR/Physics - Conductivity (Contd) 11 Fe~~'56
,off. Repeated measurements without preliminary
illumination. Curves, for current both with
And without preliminary i2lumination had same
;9=, i.e., step at 1000, maximum at 12000 and
-second maxImium at 1550. Also introduced curve
of discharge current for transparent crystal
for comparison. Colored =1 crystal exhibited
conductivity in dark at temperatures for which,,
no conductivity is observed in transparent cry*.~-
tale (below 1250). Theorizes that conductivity,
of colored.crystals must be electronic in nature.
rather than ionic.( Submitted 15 Dec 49 by Acad
S. 1. Vavilov.

~~Mriationz of Dark Currents in Dyed. Crystals .Kai;
Being Bombarded by a Bumb -of Electrons," I -L
After
t.of phys &vA-
Kialabukhov V. v.
tWOPhYs, Acad Sci Georgian MR
"Boobshch Ak Nauk Gruz SSR" V01 XII, No 1, pp 11_15~
IOTers to autborst previous- works'' (cf "Zhur Eksper_:
I Teoret Fiz" Vol XVII.. 191+7;"Dok Ak Nauk SWR't
-"Vol L=, 1950). Describes memuring equipment. Ae-
-sults showecl increase of curre- nit. after crystal u';L--
deavent bombardment by 2,000 v electron gun, par-
tieularly in temp range 700-1100C. Increase is not
206T51.
UW/Electricity - Photoconductivity Jim '51
(Contd)
=mooth with max at 1500C . Authors explain results
by';dissoen of K2 mols into neg K atoms. Reported
by!Acad A. I. D-ilebulidze 12 Apr 50. Received
12 Apr 50.

UM/lFb7sies Dxvk Vurrent
emeni of the Dark Cuxrents in Colored
OrPtals of XCl After _Bovbardm=t, by a Beam of
#btrons," M. P. X63 ukbov- V * V. Xmladze.,
Tast of.Ptqz and Geopbys, Acad.Sci Georgian SSR
Ak Vauk Gruz.SM" Vol No.1, P.P 11-15
It~qun&d results of. laveutigatiamL of the temp
of dark currents in colored crystaIs
,of Iml after their bombardment b:, an electron
._bem. Deacribes app -used in the expts., Con-
Audes that the proposed mechanism of dark cur-
rents is correct and that
the method of study-
.,"
liag~:dlsdbftrav cd,rrentadr de.po1&r:hwti on
currents is cormenlent for'stvAyIng the prod-
66des cideurring'in e0loreel cryttals-"of etlk~ai-.
halides during photocanduction. Submitte& '
3.~!. Apr 50 by A. I. Didebulidse Act Mew, Acad
Oci Georgian SSR. ffihe R.9slan-language pub-
34cation (nomperiodle seria3.) "Soobshcheniya
Akademii Rank Grazinskoy SM" (Ccownications
di Acad Scl Georgian SSE) is published in Thi-
lisi by the Academy.Press and represents a ~ i :
iialislation Of. the aieidles'*a~k~ln the
Gio;.tilliai_ianguage ~pablicatUm ISodbahche
ni7e .' The edito, " of * "80066icion,76~ are:
R. 1. Agladze, N. A. Berdzenlobvill, N. N.
Zatokhoveli, N. 1. Mushkelishvill, N. A. Hat-
'ishvili, S. Ye. Chilaya, and A. G. Shanifte.

19M94 Pq

go-not AWN
,p md" aw uns"Mown
'QT'6C '996t -dop van ano-wMas~i
.,.d * "1 6" -M*t -wom .-its GO."Ygoagm.
-d.n -9-wd~ ~.mo. -9-M 16ni
-Vstd -0-J 0-MOSAX-ICL va.dw W. . WIV 9*YV
'4C61 *'V -4 . W-00.9- .0 wd4"". mo~
49 .6C#l "N' X.Mm -w~a ".N.H -.04.r
-6~-pj. -4j.) -Ad 9 '16 '*L '40t G~.Mmtfty -*CL
:- -01*WM -4 *01-tz tut
Syl ..v * 14 'LCL -IAAJ Hy
osal *sw 'a Itt Itil IS41 *X.M.&MY ff OOA"6
~ c 1961 -W OV" a p.m mo
:14 m ... SodNd-Aaam ..4".L ~.Sa ,_Nd -wad
mw- M""O-g
.dv.v ."OH VOOVAlad.p -ICL
,:,-. u N .... -H. - A p .. X* -eel
-isw roat 4bee tl*w 'op6t love-
*01
ow-&~ J, .4o.j 9VT . kl.V I.J91,11 C,
%its odoloov .1068#16 is (I

ics Colored-Crystals Jan/Feb.: 52
UM/PhYs
L,~minescence
''"Secondary Currents in Colored Crystals," N. P..
Kalabukhov, Inst of Phys, Acad Sci Georgian SSI�
"Iz Ak Nauk SSSR, Ser Fiz" Vol XVI, No 1, pp 130-132
Additively dyed crystals become conducting if after,i
having been illuminated they are subjected to an I
elec field. Value of cond depends on temp andA6,
investigated by author and represented in curves.
21

~ Ail
7~
11. Kam
r~-'M- 140011 Waft
"Mft~ "a 'olo'wc4l Nacl~ :lid KO cnmml' In i
L oogic, to INa ~~I' lh~~
Add, ul.~
It i-, ro"In" III,! fi'~ -1-'c
tbit"111 1n-1
CI I
I%
In COliulod -ho
from
ztNd
ndio !W'i itcz-n oaluil;I(CI fT-i*nj'1ht! relf"Ati
a~ " to- 4 C.-It f'rv N-( 'i tit 0 I'j
fo~ RO
7

USSR/Physics Absorption Spectra, Dark currents FD-0625
Card 1/1 Pub. 146-15/18
Author Kalabukhov, N. P.
Title Multiple centers and their role in secondary phenomena in crystals
of alkali-halide salts
Periodical Zhur. eksp. i teor. fiz. 26, 242-247, February 1954
Abstract Examines absorption apectra of additively stained as well as x-rayed
crystals of HCI. Comments are made on the difference of these spectra
in the region of long waves. The difference consists in the fact that
in the first case the spectra give R- and RI-bands, while in the second
these bands appear only after preliminary illumination of the crystals.
Experiments are described which establish that the so-called dark cur-
rents in the crystals under investigation are closely linked with the
absorption bands R and R'. It is established that the R- and RI-centers
are the centers which govern the appearance of the dark currents.
Institution Physics Institute, Acad Sci Georgian SSR
Submitted February 3, 1953

USSR/Physics Solid state ph)rsics FD-1488
C~rd 171 PA. '146-11/20
Author Kalabukhov, N. P.
-_ --- 'e~MWWMI
Title Process of coloring alkali-halide salt crystals by means of x-rays
Periodical Zhur. eksp. i teor. fiz., 27, 347-350, Sep 1954
Abstract Experimental results of measuring the spectral distribution of the ab-
sorption coefficient of x-rayed KC1 crystals and doubly x-rayed crystals
are presented. In the second case the absorption coefficient was found
to be 60% higher. Basic conceptions of the relation between the dis-
location in crystals and the phenomena connected to x-raying are analyzed.
Seven references including 5 foreign.
Instituti.on Physics Institute, Acad Sci Georgian SSR
Submitted December 9i 1953

KAIABUKHOV, N.P.
Vacancy formation In crystal lattices. Izv.AN SSSR. Ser.fis.20
no.12tl563-1568 D 056. (MLRA loo)
le Inatitut fizild Akademli ?auk Grusinskoy SSR I Tbilisekly gasudar-
stwennyy universitetAx. I . . Stalin&.
(Crystal lattices)
(Blectrons)

84611
s/isi/60/002/010/038/051
B019/BO56
AUTHORS: Kalabukhov, N. F. and Sidyakin, V. G.
TITLE: The Measurement of the Mobility of Fhotocurrent Carriers
in Additionally Colored K01-Crystals
PERIODICAL: Fizika tvardogo telaq 1960, Vol. 2p NOo 10, pp. 2589- 2593
TEXT: The authors investigated the mobility of the photocurrent car-
riers in additionally colored KC1-crystals at room temperature and
"spaoe"-irradiation (whioh means without additional irradiation). For
purposes of measurement a method was employed, which is described as the
method of ,induced d.c.-current field". It consists essentially in mea.,
suring the Hall angle, for which a formula given by Shockley (Ref-5)
is writtea down. After a detailed discussion of the experimental arrange-
ments shown in Figs. 1 and 2, the authors discuss the results given in
the Table. The mobility values are between 1-50 and 1.36 om2/V.seo. The
authors interpret the results obtained here by means of the polaron~
theory in-~roduced by S. I. Pekar and for the polaron mass they obtain
Gard 1/2

S/048/60/024/02/06/009
3006/B014
AUTHOR: KalaNngi,"N. P.
TITLE: The Problem of the Nature of Stimulating Luminescence in M
Crystals
PERI6DICAL; Izv'sstiya Akademii nauk SSSR. Serija fizioheskaya, 196o, Vol. 24,
No. 2, pp. 229 - 231
TEXT: -The article under review was read at the Second All-Union Conference on
the Phyaios of Dielectrics (Moscow, November 20 - 27, 1958). The lumintacence:of
crystal phosphors is detirimined by the existence of activation centers and
electron capture centers. Fig. I shove the simplest energy level scheme by means
of whiqh the principle of the occurrence of luminescence is described in the
introduction. The following effect is observable on KCI crystals: When them
crystal is exposed to X-ray or short-wave ultraviolet radiationt it changes its
color and begine,to.lumineace in short intervals. If the crystal is exposed to
visible or long-wave ultraviolet light after this luminescence has atoppedp it
begins to luminesce anev, until the crystal is almost completely decolorizede
This second irradiation is termed stimulation. A similar luminescence of dis-
Gard 113

The Problem of the Nature of Stimulating Luminescence S1048J6010241021061009,
in KC1 Crystals B006/BO14
colored crystals also occurs when they are heated (thermolamincsoenoe). The
crystal is excited by X-ray treatmentg F-oenters and vacancies are formed.
X-centere (F-center plus two vacancies) are formed by stimulating light. In hov
far the last-mentioned assumption is correct may be explained by a study of the
thermoluminescence of discoloted crystals. For this purpose the author made ex-
periments on a device that permitted automatic recording of thermoluminescence
eurves. Fig. 2 shove the results obtained by the post-graduate student
N. M. Magulariye on pare KC1 crystals. Experimental conditions are given. The
resulting curves are similar to.those obtained bo Gho B. Lushchik. The absorp-
*ion bands attained maxima at I - 555 MA(2.22 ev~ (for F-centers) and 825mg
(1-49 ev) (for X-centers). It resulta,that luminescence results essentially
fre the dissociation of M-oenters (forming from F-centere and vacancies at
70 C). The formation of H-centers is schematically represented in Fig- 3. Fig- 4
shows the corresponding level scheme. Fig. 5 shows the thermoluminesoence- and
decoloration curves for an X-band (according to G. S. Ramishvili). Fig. 6
illustrates the temperature dependence of the current in discolored crystals and
of the ion current in transparent crystals. The temperature dependence of the
dark current was studied by A. A. Shkolinik. Analyses of the spectral composition
of thermoluminescence of the crystals under consideration (P. A. Yurachkavskiy
Card 2/3

The Problem of the Nature of Stimulating Luminescence S/048/60/024/02/o6/oog
in M Crystals B006/BO14
and V. N. Romankevioh) have shown that this luminescence rosultod from electrcn-
hole recombinations* There are 6 figures and 3 Soviet references,
ASSOCIATION: Thilioskiy goo. univera itzt-42 Mate ~Univ=reity). Kiyevskiy
ev Poly
.too n 0 a
politekhnicheakiy inatitu (Kiyov Polytea n o
Card 3/3

37223
,qq;JOC10 S/051/62/012/CO4/010/015
W. 1, Y30 E039/E485
AUTHORS: Kalabukho . N.P., Yurachkovskiy, P.A.
TITLE: On the ultraviolet absorption of X-rayed KC1 crystals
PLRIODICAL: Optika i spektroskopiya, v.12, no.4, 1962, 523-524
TEXT: Samples prepared from specially purified crystals of KC1
and X-rayed at room temperature for 1 hour (50 kV, 9 mA, copper
anode) were used for this investigation. Absorption'spectra
were also measured at room temperature of a C~-4 (SF-4) type
spectrophotometer. The characteristic V3 (218 mmk) band was
observed 4nd a relatively weak band with a maximum at about 260mmk.
There is also a strong F band'at about 550 mmk and a weak M
band at about 830 mmk. The absence of the V2 bands was
unoxDected and is usually characteristic of crystals containing a
significant concentration of Ca, Sr or Ba. It is not thought
that the 260 mm1c band depends on any new type of V- centre.
The experiments-of Dorendorf showed that for X-rayedcrystals of
KC1 there is a Vi, absorption band with a maximum at about 255 mmk
at - 1800C. Calculations on the possible temperature
displacement of the absorption bands show that the 260 mmk band
Card 1/2

I "
1.1.41.011 Wl~ V %, I
S/051/62/012/004/010/015
On the ultraviolet E039/E485
observed at room temperature is not the same as the V4 band and is
stable in sufficiently pure crystals not containing V2-centres.
Varley's model for V-centres agrees well with the simultaneous
occurrence of V3 and Vil -centres. The V3 -centre is a neutral
halide atom substituted for an alkali metal ion, which is displaced
from its normal position at the internode forming a.V4- centre.
There is 1 figure.
SUBMITTED: August 24, 1961
Card 2/2

L 19477-63
!~ACCESSION NR: AT3902219
i-centers compared to the quantity ofl-centers.,'created by X-rays or F-irradiat.ion
Iof the x-rayed crystali are less ih the hardened KC1 crystals (quenched in water
after heating to 50C below melting point) than. in the specimen prepared by sloir
cooling(O.?C per min. in the furnace), In the irradiation process.with light in.
the F-band the increase of k-*band* is more,strongly apparent in the hardened
Crystal. Orig. art. hass 3 fig"es.
'~A-SDCIATION: none
SUBMUTTED.- 09Apr62 DAMACQ: -19May63 00
EX L
:SUB CODE:- PH NO'REF SOV: 001. OTFZR.-', 003 1
~4
card 2/2.

BUBLEY, R.Ye.; KALABUKHOV N.P.; SIKOISKIY, Yu*A.
Dielectric constant of hlka3.1 metal halide icr*ystals with F and
V-centerso Izv,vys,ucheb.zav.; fiz. no.3%80-83 163, (MIRA 16%12)
1. Kiyevskiy politekhnicheskiy institute

ACCE-SSION NH: "4020939 S/0051/64/016/003/0475/0479
A=101ts KelAbukhov, N. P. 1 Gorbanko , P, X.
TITLE: Concerning the kinetics of the photochemical reaction of conversion of 7
centers to M centers in XCI crystals.
SOURCE: Optika i spektroskopiya, v.16, no.3, 1964,. 475-479
TOPIC TAGS: color centers, alkali halide crystal, potassium chloride, F center, M
center, M center model, photoconductivity, center luminescence
ABSTRACT: Although it is well known thit as a result of irradiation of colored al-
hali halide crystals with light in the F band there form B1 centers (from the F cen~-'
tars) the mechanism of the conversion is still obscure and there is no unanimity
concerning the structure of the M centers. Accordingly, the present work was devot-
ad to investigation of the kinetics of photochemical conversion of Feenters to It
centers in KC1 crystals. The initial additively colored XCI crystals contained only
F centers (verified by observation of the absorption spectrum) with a concentration
of about 1017 per cm3' as estimated by the Sriahula formula. For the purpose of re-
peak experiments with the same crystals, the M centers (Iol band) were nnnihilated by
Card 1/2

Accr-,ssioN im: AP4020959
heating in the dark to 3000C. The main measurements were made at room temperature.
In addition to the absorption spectra, recorded by means of an SY-4 spectrophotow.0-
ter, the photoconductivity of the crystals was measured by means of a sensitive 01-
betronater, and the luminescence by mcana of an FLU-22 pliotomultiplier. The experi-
mental data arq presented in the form oX curves. The time measurements, show that ur.-
der F band (560 mg) illuminatinn equilibrium between the concentrationa of F and M
centers is attained in about half an hour, at which point the concentration of r
centers falls off to about 316 the initial value. Analysis of the data indicatestint.
the M. conters form as a result of attaciLment of a neighboring detcet by an excited
F center. The 11 centers form in an excited state and "hen de-excites to the ground'.
state nonradiatively. The temperature variation of the process of N1 center fornatton
Is expnential. There occurs, under continuing illumination, transfer Of energy from,
excited r centers to the M centers, which luminesce in the infrared region. tin
conclusion, the authors express their sincere gratitude to P.A.Yurachkovskiy for
,useful discussions of the work.,' Orig.-art.hns; I forinula and 7 fiVres.
ASSOCIATION: nono
SUBMITTED: 25FabG3 DATE ACQ: 02fprG4 ENCL; 00
SUB CODE: PH X11 M"F SGV-, 002
0111SR: 011
Card2/2

------ - ---
ACCESSION NR: AR4042156 S1 0196 64/ 000/005 B008 /BO08
SOURCE: Ref, zh. Elektrotekhni6 I energetika, Abs. 5B37
AUTHOR: Bubley, R. Ye.;'Kelabukhov, N. P., Sikorskiy, Yu. A.
TITLE: Dielectric constant of alkali-Palide crystals with F and V-centers
CITED SOURCE: Izv. Leningr. elektrotekhn. in-ta, vy*p. 51, 1963, 181-184
TOPIC TAGS: dielectric constant, alkali halide crystal, crystal, lattice point
TRANSLATION: The F-center Is considered as a quasiatom of alkaline metal, sitting
in a lattice point, near.which there is a vacancy of an ion of halide, and the V-center
as a quasiatom of halide., replacing one or the 6 negative ions surroufiding the
vacancy of the alkaline metal. It is assumed that the presence of F- and V-centera
should change the e of alkali-halide crystals. The presence of an F-center should
increases due to the presence of an electron on the outer orbit or an atom of
alkaline metal which is connected weaker than electrons of a closed shell. The
,pre-sence of a V-center should decrease e0 inasmuch as the binding energy of an
Card ~ 1/2

-L 36508-66 M(1)
FkC_C_NR. ~Av6613461
(e)/EWT(m)/EV1P
SOURCE CODE:
UFV013W1&i0062 - 2
Nekrasav,, M. M.; Sikorskiyp Yu A. 6~
AUTHOR: RMdanavich, A. S. K&UtWcb
Ch!EEenkop Ve G.
ORG: Kiev' Polytechnic Institute (Myevskiy politekhnicheakiy institut)
TITMiAlectrostriction or dielectrics
SOME: IVUZ. Mika, hod 2,, 19%p 92-97
TOPIC T.~ZS:Idielectric capacitor.$ dielectric materialp dielectric property,, electro-1
strictionp electric.polarization, electric field
ABSTRACT: The purpose of the investigation was to ascertain whether deformation;in
an electric field and polarization are properties possessed by all dielectrics,, and
which of these properties plays the domi*& role in electrostriation. The tents
were made on commeycial qeramic dielectricaYand on certain technical dielectrics,such
as rubber, %Laqzp7Pj2jj&1askRochel1e ealtj, and ADP- Altogether 166 samples were
tested, 88 of which were piezoelectric. The measurement consisted essentiaLly of de-
termining the profile of the sample before and after application of the electr1c
field, and hence the change in sample dimensions., with the aid of a profile gauge
(M-17) accurate to 1.0 x 3.0-4 = at a vertical magnification of 5200. The tests
have shcnm that all the measured dielectrics can be divided into four groups) in
which the thickness of the sample (i) decreases or (ii) increases with applied volt-
age., (iii) revereal. of the voltage affects the change,, and (1v) at low voltages the
thickness first decreases and then with further increase in the field it begins to
IJP(c) Gq/RhlA!lii

-76667
ACC NRs AP7005666 SOuRCE CODE: Ult/041376T W27615976l5q~
IRVEMB: Bogdanova, R. A.;
a I RWe"kera 8 IsI.Petrichenko, At-z.-A.
ORO: None
TITLE: A parachute pack cover. Class 6-2, No. 190T98
SOURCE: Izobreteniya, promphleurne obraztey, tovarw1ye maki, no. 2, 1967, 1
59
TOPIC TAM parachute, aumiliary aircrart equipment
ABSTRACT: This Author I a CartificatejAtroducelp~. .parachute pack covir, vhIch contidn
two ccepartments with four valves in' each. The 4nolosure Is designed Por. safety In
teaching parachutiste to activate t 111~wkj ah4te durbS &Womml operation d
the win chute# and also for. e U118
us Istage pwmbilte syntan, ; The unit incor-
Wartmentk:. on a comwd ban each empart-,
porates parallel (wren nt of thetimd~~qm
meat having its own qV601mg mehani in
tv- iO 1~
1/2 629.mol/*~ -

S/078/60/005/010/013/021
B004/B067
AUTHORS: Savitskaya, Ya. S., Gurevich, M. A.,.~~
Fitnikov . S. 1.
TITLE: The Problem of the Formation of Solid Solutions in the
Syste Y 0 So 0 by Means of Thermal DecompositAon of the
Isomorphously Coprecipitated Yttrium - Scandium Oxalate
PERIODICAL: Zhurnal neorganicheskoy khimii, 19609 Vol. 5, No. 10,
pp. 2300-2306
TEXT: In the introduction, the authors point out that the formation of
solid solutions of oxides and rare earths by sintering directly mixtures
of oxides has certain disadvantages (high temperaturesi long duration of
reaction). Hence, they studied the possibility of obtaining such solutions V
from coprecipitated oxalates:
(Y'SC)2(C2O4)3* ng20 t )1(Y"9c)203 + CO CO2 + nH20. Y 203 and Sc203
Card 1/3

The Problem of the Formation of Solid S/078/60/005/010/013/021
Solutions in the System Y203 - S0203 by Means B004/Bd67
of Thermal Decomposition of the Isomorphously
Coprecipitated,Yttrium - Scandium Oxalate
were used as initial substances. By heating them to 10000C, their
impurities were removed (for analytical data see Table 1). They were
dissolved in hydrochloric acid "pure pro analysi", evaparatedv and 0.1 M
solutions were obtained. Mixtures of these chlorides at a molar ratio
(related to oxide) Of Y203 : S0203 from 1 : 1.64 to 4 : 1.64 were heated
to 950C and precipitated by means of chemically pure oxalic acid of the
same temperature.(Table 2). The thermal decomposition curves of pure
yttrium and scandium oxalates, as well as of the coprecipitated oxalate
were taken (Fig. 1, Table 3). In contrast to the temperatures at which the
mechanical mixtures of the pure oxalates start decomposing, the
decomposition temperature of the coprecipitated oxalate was between the
temperatures for pure oxalates. The pure oxalates and the coprecipitated
oxalate were heated to 9000C, and their X-ray pictures were taken. The
values for Y203 are given in Table 4. As may be seen from Table 5 and
Fig. 2, a continuous series of solid solutions of the oxides is formed,
with the lattice constant changing steadily from a = 10.61 kX (pure Y203)
Card 2/3

I oil M,41, t-, pligg I

7. 3/078'62/07/00~/00
1/607
.
101

eilitUkliova-t S
AUTEORS: Savitek4ja-p Ya. tv
V
Brykina, L. S.

lanthanu
TITLE: Thermal decompositi6w. triumi, ~soardium, and
.,
oxalate
a
~7-
'V-~ 7 h6 9i
'i562 2029-20
es
PERIODICAL: Zhurnal neorganich Wmil `,
~4
,
l ,
TEXT: Y, Sc and La oxalates are.-synthelized from'the correoponding,. j:':,
* Their.'deco'q" p~oqition.
chlorides and oxalic acid
in aii vfdO
,
.
n- ',ggs'ana yse
by thermographic, thermbigravimetria",'j-,A'' d-
proareds with evolution of-CO-`4hd--C0'.
'

'
of '6~~s'tal:'water;,
decomposition stages: 1) sepagatio'n
componition of oxalat~es with 14t iqn'of ' CO' and CO B-.-f6rmat'ion:Lo..-
eVo
0
-.jLt,)30O C'are -due',-"
oxides. The exothermic effecti'-o6cut -&edomin0t4
,
to the oxidation of CO to'CO "i ~Ihia being Ox ed by-- ~hp ibeeince
n. a rf 0v
2

7
of exothermic effects when Y oxalite decomposies in fl6*atMoiphere.-Th9
-decomposition patterns suggestdd ar6::~'
;Card 1/2

SAVITSKAYA, Ya.S.; TVOROGOV, N.N.; KALABUKHOVA - S-V.,; BRnCINA, L.S.
Thermal decomposition of yttrium, scandium, and lanthanum-
oxalates. Zhuroneorgokhim, 7 no.9:2029-2D33 S 162, (MIRA 15:9)
(Rare earth oxalates)

ULABUKIIYI~, T.N.; KcLoV
4. ) Yll.p.
Fffoctl oC manor,6rs ovi human erythrocytes dulrtng the action
cif gairrw-drradlation. Radloblologila 3 ne).5:75,8-761 163.
(1-11111 2"1".4.)
1. 1-foskovokiy goo aiaro tvenn~ry w1vornitot Ineid. Lomoziosova2
bl^lnpc-por-hv(3nnT,r fakul, Itet.

KOZLOV, Yu.P.; KALABUKHOVA. T.N.
Effect of acrylamide and its hydrated derivative on Irradiated
biological systems. Dokl. AN SSSR 152 no-3:737-739 3 163.
(KIRA 16:12
1. Moskovskiy gosudarstvennyy universitet im. X.V,Lomonosova.
Predstavleno akademikom V.A.E-ngellgardtom.

ACC NR: AP6025926
SOURCE CODE:
UR/0208/66/006/004/0733/0747
AUTHOR: Germeyyer, Yu. B. (Moscow); Irger, D. S.1 Kalsbukhovo. Ye*,_.P. (Moscow)
ORG: none
TITLE: Guaranteed estimates of system reliabilitywith Incomplete information
on element reliability
SOURCE: Zhurnal vychislitel'noy'matematiki L matemaiicheskoy'fiziki, V'.*6, no.' 40,
733-747
TOPIC TAGS: system.reliability,.component reliability, reliability theory
ABSTRACT: In modern reliability theory it is conventional to consider the complete
characteristic of the reliability of a system (or element) to be function P(t),
the probability of troublefree operation of the system (or element) during time t.
Reliability theory examines the following basic operations on the laws of distribu-
.tion of P(t), at any value of t, (in the following in order to distinguish the system
from the elements comprising it the subscript e is used for them): (1) sequential,
combination of n elements, (2) parallel combination of n elements, (3) combination
with replacement of elements, and (4) averaging with respect to random operating con-
ditions. The exponentiallaw of,reliability has acquired ekeeptional'signifir-ance,
D 72.
P W
Card 112 MG., 519.95 T'.

RAMLIN9 F.O., kand. takhn. nauk; -KAL-A-RQ -Z.1., mladshly nauchnyy.
notrudnik
Imparting water-resistant properties to felt cones. Naucha-
isal. trudy TSNIISherati no,17t9l-94 162. (NM 17t12)

1, K&LABUSHKIN, V. S.
d v p"A " * ~Wff m,_ WM R 'm
2. USSR (6oo)
4. Machinery - Construction
7. Economy of nonferrous metals in machine construction. lit Dr.oizv No. 11 1952.
9. Month List of Russian Accessions, Library of Congress, Anril -1953, Uncl.

KA610A IN, V.S.
An interesting casting. lit.proizv. n0.7:28-29 0 L54. (MLRA 7:12)
(Founding)

KAT-A UMIN-,..V.-S., dotoont.
3"
Symmt y~ castings. Lit,* proizv. no.5:15-16 My 157. (KM 10j6)
(Founding)

. 2f3/60/000/006/001/007
V1
A104/A133
AUTHORS: Kalabushkin, V. S., and Pikunov, 11. V.
TITLE: o`=mct~als
PER10DICAL: Liteynoye proizvodstvo, no, 6, 1960, 30-31
TEXT: The authors discuss the filtering of liquid metals in the pro-
duction of secondary aluminum to purify the melt from iron. This method
oaoily removoo impurities, i. e. oxide, flux, Dlag etoo Filtration is of
particular Amportanco With Lhu canting of W11 moldo when the volocity of
motion of the metal is high, particularly during the initial stage. Decreas-
ed metal velocity in the riser diminishes the danger of slag foam and blis-
4.
ters. Before filtration the permeability of lump filters should be deber-
mined. For this purpose the tests described in this article were carried
out. The time required to filtrate 5 - 7 tons of liquid metal was recorded
and the filtration rate determined according to formula w = G -.XT'P cm/sec.
The following symbols were used: G = weight of filtered metal in grams,,y
specific gravity of the metal and F = cross section of the filter in sq cm
according to L. 3. Leybenzon [Ref. 1: Dvizheniye prirodnykh zhidkostey i
Card IZ5

20222
lterin'cr of metals A-10,t/Al 33
(4-45 0.01h2 + 0.001H2) j-d
If the exit, end of the filter is inner3ed in the metal at a constwit (iepth
(Fi6iire 2), value H should be replaced b~r the effective height, (H) of the
filter according to formula (2.):
(4-45 + 0.01h2 4_ 0.00,112) h-11i
The metal consumption through the filter is calculated according to formula
(1). If the active cross section of the net holes is smaller than the crosu
:jection of the.filter, then value.F shoulu be substituted bit the active nn'
cross section reduced,by 10 20r, -There is I table, 2 fi~,u~es mid 1 Sovict
reference.
Card 3/5

Filterino of metals
20222
S/128/6C)/000/006/001/007
A104A133
Ca=d 4/5

Filtering of metals
Tablet
20222
S/126/60/000/006/0011/007
A104/A133
daverage
in cm 0.65 0.65 0-9 0.9 1.251 1-751 1-751 1.251 1.25 1.25 1.25 1.25 1.25 1.2~
h in cm, 5 5 5 10 5 5 5 5 11 16 20 5 5 5
H in am 35 25 35 30 35 35 20 20 20 20 20 27 18 10
w in 5-3
c.m/seo 9.9 6.7 7.5 7-4 8.4 8-8 7.2 10.7 14.3 19.5 6.8 7.2 7.%,~
experimen-
tal data
calculated
ace.ording
to formula
(1) 5-4 _ 9.5 6.41 8.1 7.6 8.9 8.4 7.2 110.5 15.0 419.8 6.8 7.2 8.1
Card 5/5