SCIENTIFIC ABSTRACT KAYUMOV, Y.M. - KAYUSHIN, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721220017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KAYUMDAf, S. K. Cand Aiol Soi -- (diss) "Effect of oheok-row sowing and cross
cultivation upon the 41~-- ~~" cotton peats." Samarkand, 1969. 14 pp (Min of
Higher Education USSR. Uzbek State UniV in Alisher Navol), 150 copies
M, 45-59, 145)
-28-

ny1wV., ye. G.
"Measurement of Average Intra-Arterial Prevaure by a Direot Method and
Its Clinical Inportance.0 Cancl Med Sci, Central Inst for the Advanced Train-
Ing of Physiciansp Tashkentp'1953. (RZhBiol.. No 6,, Nov 54)
Survey of Scientific and Technical Dissertations Defdnaed at IUSSR Higher
Educational Institutions (11)
SO*. Sum. No. 521v 2 Jun 55

4 - -114 - .- I
KAYUMQv,2jM3jM&R"w&i4w SKOWVp V.B., red.j SHILLING, V.A.,
red. 12d-V&; UUMbp V,L,p tekhn. red.
[Use of ferrite-transistor cells in the construction of
the arithastical,units-digital computers and control
machines3-lopolleovanie-.ferrit-tranziotomykh iacheek
dlia postroeniia-arif~wtioheskikh ustroistv toifrovykh
wobislitellnykh i upravliaiushchikh mashin. Leningrad,
1962. 24 p. (Leningradekii dom nauchno-tekhnicheskoi pro-
pagandy. Otmen peredovym opytom, Seriia: Pribory i ele-
menty avtomatikiv no.18) (MIRA 16:6)
(Electronic digital computers) (Automatic control)

28321 S/124/61/000/004/020/033
A005/A126
AVMO&- Kayumova, D. S.
TITLE:. The dependence of flame oscillation limits on temperature
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 4, 1961, 83, abstract 4 B 568.
(V sb.: Materialy 1-y konferentsii molodykh nauchn. pabotn-. g. Kazani,
Fiz.-tekhn. I matem. sektsiya. Kazan', 1959, 69 - 75)
TEXT: The author reports on experimental results of an investigation of
flame oscillations in a horizontal glass pipe, dependent on the initial temperatuxe
of the mixture at normal pressure. One end of the pipe was open, the other end
was sealed by a rubber stopper having a round axial.orifice. C0-02 and Co-air mix-
tures were used as combustible material. The mixture was ignited at the open end.
The frequency and amplitude of the oscillations were measured by control-led flame
development. The ranges of oscillatory flame propagation were found by coordinate
plotting of the fuel percentage in the mixture versus the Initial mixture tempera-
ture. It was found by qualitative determination that the flame'oscillation fre-
quency is nearly independent of the initial mixture temperature; -the amplitude,
however, deDends on the initial temperature and the diameter of the orifice In
Card 1/2

L 1386-66 EEC(k)_2/EWT(l). IJP(C)
ACCESSION-M. ARS014381 UR/0059/65/000/0041AO13/AO13
ASOURCE: Ref. zhei"IFislikas Abs, 4A138
1AUTHOR: Kmil-W-Va. D. S.
_Rq~ter for studying the temperature field
TITIX: Use of a diffrW-ign _interf iq
iduring propagation of a flame in a tube
;CITED SOURCE: Sb. Itog. nauchn. konferentsiva Kazansk. un-tah(i 1962 g. Kazan',
Kazansk. un-t, 1963,.57-59
ITOPIC TAGS: flame propagation,. interferometer, light diffraction
iTRANSLATION: The time change in temperature distribution is measured behind the
flame front when a mixture of 55% CO and 45% air is ignited in a vertical semi-
closed tube 720 mm long with a rectangular cross section' 12. 5 x 28. 5 mm.. The mix-
!ture was ignited at the bottom (closed) end of the tube. A two-beam diffraction
interferometer based on a TBpler IAB-451 instrument was used for the measurements.
The slot and -the )m1fa in-the focal planes of the lenses in the JAB-451 instrument
were replaced by diffraction gratings with 25 lines/mm, and a diaphragm with two
i openings,was placed in the plane of the object. A film fastened to a rotating drum:
IS rd 1/2

M
ACC-NR, _u"R_/'o'1_ j 0-1-6 6~
_4P6_6SS53_6 souRbCcbDE; /611/oA/64 716ifff
AUTHOR: Kayumova, D, S, 7-:7
ORG: Construction Engineering Institute. Kazan (Inzhenerno--atroitellny
instituQ____
TITLE: Heat transfer
flame propagation 'k
49OURCE:
from combustion products to the tube walls duringi
Inzhenerno-fizicheskiy zhurnal, v. 11, no. 4, 1966,
467-471
TOPIC TAGS: combustion., combustion chamber, cooling, oscillatory com.-
bustion't flame propagation, pipe flow
ABSTRACT: Heat transfer in pulsating forced pipe flow has been in-
sufficiently studied. In some previous studies pulsations were found
to have no effect on heat transfer, or to increase, or decrease it, To
clarify this problem, experiments were made in a rectangular duct
(28.5 X 12.5 mm, 60 cm length) which was filled with CO-air mixtures of
various compositions. The mixture was ignited at the-open end with. an
electric spark so that the flame front moved towards the closed end of
the duct. The open end was connected with a plastic tube to a gas
meter to measure the flow rate of the combustion products. By compress.
Ing the plastic tube at various distances from the duct, oscillations
with various frequencies and amplitudes were induced in the system,
Card 1/3 UDC: 536.24

ACC NR% AP6033536
The process was scanned by Toepler photography through a 10 em section
with glass windows. The specific heat flux was determined by the en-,
thalpy method using the formula:
q- I Q ViAl. (1)
S T 7
where S is the wall surface; Vi, volume of combustion products; ai,
change in volurfi6tric enthalpy; and T is time. The amplitudes of the
flame front propagation pulsations, and the instantaneous and mean
flame speeds relative to the wall were determined from the Toepler
phbtographs. The temperature fields in the combustion products were
determined with a diffraction interferometer. The photographs were ob-
tained at various amplitudes, velocities, and mixture compositions.
The instantaneoun heat fluxes were calculated at the time
T - 5.68 X 10-2 nec (T = 0 is the time when the wall temperature starts
to increase after passage of the flame front through the test section,
A comparison of the overall heat fluxes with and without oscillations
is given in Table 1. All the oscillations were of the second type,
i.e., the flame front surface is higher than in nonoscillating flame
propagation, the flame speed increases considerably, and the flow of
combustion products is turbulent. The table shows that the ratio of
the oscillatory to nonoscillatory heat fluxes is larger than the ratio
of the velocities which shows a po3itive effect of oscillations on the
2 13

L o8565-67
ACC NRs AP6033536
heat transfer from the combustion products to the wall Orig. art*
has: 10 formulas and 2 tables. EWA No. 761.
Table 1. Comparison of the ratios of heat fluxes
and velocities during oscillation with
spondiuS values without oscillations
M film If Ito Mfilm 11W
2/1 '0.83 0.65 13/10 28
1 0.64

311
0160
0.42 14110
2 16'
:
0.88.
4/1 0.71 ..O-q 12/11 1.16 0.68
511 '0, 75 0.56 13/11 0.94 0,63.
7/6 1.10 0,73 )4M 1159 1,17
8/6 0,74 0.52 16/15 OjG5 0.62
916 V.22 0.58 17/15 0,94 0,88
12/10 1157 0151
(nq - ratio of heat flux with oscillation to flux
without oscillation; nw ratio of velocity with
oscillation to velocity without oscillation.)
SUB CODEI 21/ SUBM DATE; 26May66/ ORIG REF: 007/ OTH REF; 004
Card 3/3

~ACC NPZi
AP6014995 SOURCE CODE:
UR/0170/66/010100510C,76/0577
AUTHOR: jl~odov, ~V. 1~4., Ya
_yumova,.D. S.
_L_V1 ranov-tenin Kazan (Gostidarstvennyy universitet)
J*t
~qp"Ini
TITLE: Observation on the appeirance of vortexes in oscillatory combustion
.SOURCE! Inzhenerno-fizichoskiy zhurnal, v. 10, no. 5, 1966, 676-677
TO PIC TAGS4 combustion, gas- combustion, combustion instability, oscillatory corifouf.-
tion,
ABSTRACT: A photographic study was made*of vortex formation during ogeillaLory ---ow-
bustion In tubes. In normaL combustion, the combustion products behind'
the f lame front move in a steady-state regime and with a.Poisseuil-le velocity
Aistribution. The present study,made with direct and schlieren photography, showed
the presence of discrete vortexes, in oscillatory combustion.!XTwo types wero observed
in vert ical tube s: vortexes adjacent to the tu e wall-~n-&-7allular vorLeyes filling
the entire tube. In the oscillatory combustion of a thin jet burning in a tube, the
,process is affected by the atandlug acoustic wave and atinular vorLexes observed amcd_
the jet. The vortexes form in the lower part of the flama and move upwards ill a
stepwise motioh,whieb is coupled with the acoustic oscillations. Thus, it seems to
be evident'that oscillatory combustion is connected with the formation of discrete
vortexes.' Orig. art. has, 2 figures. [PV
SUE CODE! 21/ SUBM DATE- 03Nov65/ 000 REF! 004/ .0T11 001/ _90 PRESS!~23;1
-Card- 1 1'. UDC: 5U.46

KAYUWVA . M.
Method of obtaining and the biological characteristics of
dysentery bacteria reversed from Ifonn cultures. Zdrav.Tadzh.
9 no.5:55-58 162. (Yd-RA 15:12)
1. Iz otdela bakteriologil (zav. L.S.Karetskaya) Dusbanbinskogo
Instituta Ppidemiologii. i gigiyeny.
(SHIGELIA)

UYUMOVA, H.K.
- . ~-c~
1--- Diffusion of anteropathogente serotypeg of Escherichia coli in
an external medium. Zdrav.Tadsh. 6 no-3-27-30 M~v-Je '59.
(MIR& 12:11)
1. Is Stalinabadskogo Instituta epiaemiologii i gigiyeny.
(150 M ICHIA COLI)
(BULINAR&D--DkY NWIMINS--HYGINNIC ASIECTS)

KORETSKAYA, IfS.; KOVALMSKAYA1, A.S.;,UYUKOVA, N I
on the growth of sms
Test of the influence of gibberOllic acid
intestinal g:toup. zdrav. Tadzh. 7 no.5:63.-62 '60.
bacteria of the (KM 13:12)
GIMERMIC ACID) (INTFSTRO-BACTERIOLOGY)

WNW W:
KLYUMOVA, M.K.
morphology and some biochemical properties of the L-form, of
dysdntqry bacteria. Zdrav. Tadzh. 8 no.3:42-43 ltv~e '61.
OURA 1416)
1. Iz Stalinabadskogo institu~a epidemiologii i gigiyeny.
(.qHIG,RIJA PAUDMENTMAE)

myum(YvA, m.K.
Comparative study of the serological properties of 1~- and initial
forme of dysentery bacteria. Zhur. mikrobiol., epid. i immun. 41
no.1;48-53 Ja 164. (MM 18:2)
1. Dushanbinskiy institut epidemiologii i g1glyeny.

L -45573-66 -EWT(m)
I ACC NR, AP6027002 A\ SOURcZ COM MI/0291/9-67 )TOW0631100:0ii
AUTHORI Korshake Yj V.1 Rogothins So V. t Aa~q R. D. 1.26
6
ORGI Institute of Oritany"taluo Compounds, AN SSSR (Institut slementoorganicho9killh
soyedinenty AN SSSR)
TITUS Mjmondensation or .carbanatealof (&-amino acid amideol
SOURCES Uzbokekly khUdeheekly thurns, 19 no. 2# 1966t 31-34
TOPIC TkGS,S polycondeneationg carbamic acidq amidep amino acid
ABSTRACTS Carbamates of gXycyl-p dt L-&1vW1-dq L-YAlyl-dp L-Icuoyl- and do L-nor-
loucyl am1d9'were,synthqo1z9dq and thoir polycondeneAtion in the salt was studied. D
is thought that in the first stage of the reaction of carbon dioxide with the a-amino.-'
acid amides an N-carboxyamino acid amide (1) is formed which then reacts with another
molecule of the a-amino acid amide to form a symmetrical carbamate (II)s
H2NCHRCONH3 + C0z --- H00CNHCHRC0NH2,
H3NOCHCRNH2 + HOOCNHCHRCONH2
H2N0CCHRNH,00CNV1CHRC0NF12
Since tne reaction in reversiblop when thecarbamate alone or its mixturs with the
a-adno, acid azdde is heated,, vubstanoss of type (I) which may catalyze the transami-
dation reaction may appear in the reaction mixture. Furthermore,, during the polycon-
'2

XAMOVA, R,..,.
Prognostic significance of data from a cytological study of
vaginal smears in utero -cer%rical cancer. Vop. onk. 9 no.7.*
71-78 163 (MIRA 16:12)
11 Iz ginekologicheskogo otdeleniya (zav. - prof. V.P.Tobile-
vich) i tsitologicheskoy laboratorii (zav. - doktor med. nauk
M.P.Ptokbov) Institata onkologii AMN SM (dir.- deystvitell-
nyy chlen AMN SSSR prof. A.I. Serebrov)& Adres avtora:Lenin-
grad, P-129, 2-ya Berezovaya, al., 3.. Institut onkologii AMN
SSSRI

YU
~ AXIRADYA*--R-IL-*- assistent
Pathohistology of the basic argyrophil substance of the tonsils in
chronic tonsillitis. Mod. zhur. Uzb. nq.2:42-45 F 160. (MI-U 15-*2)
1. Iz kafedry bolezney uldia, nosa i gorla (zav. - prof. I.Yu.Lankov)
TELshkentskogo gosudarstvannogo meditsinskogo instituta.
(TONSITS DISEASLS)

D.YUMOVA R , aspirant
~N
Pathofiiatological study of the nerve elements in the palatine
tonsils in chronic tonsiLlitis. Mod. zhur. Uzb. no.5:41-43
MY 160. (MIRA 15:3)
1. Iz kafedry bolez-ney ukhal gorla i nosa (zav. 0 prof.
I.Yu. Laskov) Tashkentskogo gosudarstvemogo moditsinskogo
Instituta. (TONSILS-INNERVATick)
(TONSIIS-DISWF,S)

GOROKHOVSKIT, Yu.N.; XAYUNCHINA-LIKSNO, A.N.
ft ~'IWAWWW%WAiLt4,,
Temperature dependence of the kinatice of color development in
multiloVer color films. Zhur,netuch,iprikl. fet.i kin. 1 no.l:
23-28 Jft-F '56. (HI2A 9:10)
I.Gosudaretvennyy opticheakiy in3titut imeni S.I.VoLvilova.
(Color photography--Developing and developers)

A~i- M h--
ger, m-
'Ilk -k

KAMOVp A. K.
20570 KAYUIOV, A. Y. 0 nekotorykh mikonomernoutyakh razviiiyA treshchinovatosti
v osadochnykh Iorodakh. Izvestiya akad. nauk kazakh. SSR, No. 70, serlyn geol.,
vyp. 11, 1949, s.125-33.-Rezyume na kazakh. yaz.
SO: LFIOFIS ZHURNAL STATE-i - Vol. 28, hoskva - 1949

KLTUPOV, A.K.
Concerning the absolute age of granitolds of the Kalba. Izv-AN
Ywakh.SSR.Ser.geol. no.21:129-130 '55. (MM 9i68)
(Kalba Range-Rocks, Igneous)

KAYUPOV, A.K.
Age of polymetallic mineralization in the Altai. Izv.AN
Kazakh.SSR. Ser.geol. no.24:79-89 '560 MR A 10: 2)
(Altai Nountains-Ore deposits)

n Y (11-6 v, Iq - /!~
SHCHERBA, G.H. -, YERMOLAYEV, K.Ye.; DIEU., KIM, V.A.; NIKITINA, L.G.;
FIEROV, Ye.A.; SATPAYEV, K.I., akademik, reiK~j 30K, I.I., red.;
SYMMOVA, M.V., red.; POPOV, R.D., tekhn.red.'
[Geology of the Leninogorsk and ZyryanovBk mine regions in the
Altai Mountains] Geologiia Leninogorskogo i Eyrianovskogo
rudnykh polei na Altae. Pod red.K.I.Satpaeva. Moskva, Goa.
nauchno-tekhn.izd-vo lit-ry po geoli, okhrane nedr, 1957. 370 P.
(MIRA 11:1)
1. Akademiya nauk Kazakhakoi SSR, Alma-Ata.
(Kazakhstan--Geology, Structural)

~ *4 , ~\ . V., ,
DTUPOV, A.K.; SIMYGIN, A.Ye.
Changes in the reservoir rocks of the Zyrianov deposits in the
Altai Mountain$* Isve AN Iazakh.SSR. Ser.geol.no-3:70-85 '57.
(Altai Mountaing-Ore deposits)

SATPA73V. K.I.; BORUKAYET. R.A.; AXBNRDSUIN, U.M.: BOX, LI*; KU&TW, G*L*:
SIRGIYHV, N.G.; SHLYGIN, Ye.D.; SHCHIRBA, G#N*; MONICH, V.K,;
LOMONOVIGH. I.I.; IAVROT. V.V.,- XMIEV. G.TS.; NOYCKHATSXIY, LP,;
SARBOT-0-MAMI, A.V.; GALITSXIY. V.V.-, KOLOTILIN. N.V.: ZHILINSKIY.
G,B,; 44XUPOY, AIZ - KAZANLI, D.N .; SATPAYEVA, T.A.; ABDULXABIROVA.
M.A.; W.IZOVA, X.S.; VIYTS, B.I.; UILYRUTDINOV. D,Va.; MLIHAMUMNOV,
S.H.; CHOLPANKULOV, T.Ch.; PARSHIN, A.V.; TAZHIBAYNTA, P.T--, YANULOVA,
HOC.; BYKOVA, H.S.; VOLKOV, A.N.; BOIGOV, GN.; MITRTAYIVA, N,M.;
CHOKABAYIV. S.Ye.; MMAYEV, D.S.; YARINSKLYA., M.A.; REBROVA. T.I.
Tireless explorer of the depths of the earth's crust; on the 65th
birthday and 40th.annivereary of the scientific engineering ac-
tivities of Academician M,P. Rusakov. Test. AN Kazakh. SSR 13
no.12:96-97 D 157. (MIRA 11:1)
(Rusakov, Mikhail Petrovich., 1892-)

09M, 1 2
-0 0
At
fiai
v
let
All Es 2,-
ow
A

K&TUPOV
-- Discovery of the AkmaY rare-mOtal deposit in central Kazakhstan.
lzv,AN Nazakh.SM-Ser.geol. no.):84-86 158. (MIRL 12:1)
(lawakhatan-Astals, Rare and minor)

SATPATIV, K.I.; POIDSUKH11i, A.P.; BAISIM, S-B-.' CUDKID, Sh#Ch.; BORUKAM9 R-A.;
AKHMIDSAYIN, U.N.; KUSMW, G.L.;SMMBA, G.H.; WHICH, V.K.; MIDDYICV,
G.TS.: LAVEDY, V.V.; BARBOT-1341WI. A.V.; GALITSKIT, V.V.;ZHILIESM,
G.B.;-KA 0 ANLI, D.N.; KOLOTILIN, N.Y.; MUKHMMHMV, S.M.;
SATPHEVA. T.&;VETTS, B.I.; GAZIZOVA, K.S.;CIDLPAIMULOV, T.Ch.-.
PARSFUN, A.V.; BTXDVA, M.S'*-, MITRUYEVA, N.14.: VOILKOV. A.U.; CHAKABAYXV.
S.Ye.; TARUSKAYA, M.A.; KHATRUTDINDV, D.Kh.
On the 60th anniversary at the birth of I.I. Bak, Academician of the
Academy of the Kazakh S.S.R. Vest.AN Kazakh.SSR 14 n0-10:95-96
0 158. (MIRA 11:12)
(Bak, Ivan lvanovicb, 1898-

KAYUPOT, A.K.
Age rolation botween complnv and rara-motal deponitn In tho Altill.
Inv. AN Kazatch. SSR. Ser.geol.. n0-1:40-50 159. (MIRA 12.7)
(Altai Mountains-Minaralogy)

XLYUPOV, A.K.; SEYFULLIN, S.Sh.
Ore manifestation in the Dzhezkazgan deposit. Izv. AN Kazakh. SSR.
Ser. geol. no.2:75-82 '59, (MIRA 13:2)
Uzheskazgan District--Ore deposits)

3(5) 5OV/31-59-2-9/17
AUTHORS:
,upov, A.K., and Petrovskaya, N.M.
Dautov, R.M*j Kay
TITLE- Phengite Rocks in the '~"yryanovsk Rayon (Fengitovaya
Doroda v Zyryanovskom r3yone)
PERIODCIAL: Vestnik Akademii nauk Kazalthskoy 99R, 1959, Nr 2,
pp 86 - 90 (USSR)
ABSTRACT: This article is a report on the site, characteristics
and genesis of a special micaceous rock recently dis--
covered by the geologist R.M. Dautov in the south-
eastern part of the RevnyushindaL3a anti clinal fold ( Rev-
nyushinskaya antiklinallnaya struktura ) in the Zyry-
anovsk Rayon. . In this section, the site of the
ore field of che Gre3dfovskaya group( Grekhovskaya gruppa
of polymetallic layers, the geologist found a fine-
grained micaceous rock in the form of a mealy, -L"riable
mass of yellowish color, greasy to the touch. Until
now six outcrops in different places have been estab-
lished, which are attributed to the thick sedimentary-
Card 1/3 volcanic rock layer of the middle Devonian period.
variety between muscovite and pyrophyllite with tTh7e
substitution of the aluminum component by silica in
the tetrahedral group. Such a substitution causes
a corresponding potassium reduction in the mineraL
with a full substitution of aluminum by silica, which
causes the disappearance of potassium, Dyrophyllite
is obtained. On the basis of their anaiysis of the
characteristics of the phengite rocks the authors
Card 2/3 maintain that the following can be established:

Phengite Rocks in the Zyryanovsk Rayon SOV/31-59-2-9/17
1) rock formation after folding; 2) known outcrops
may be attributed to that section of the middle
paleozoic stratigraphic profile, which contains the
absolute majority of polymetallic and copper layers
in the given district. In addition to the scientists
already cited the following names are mentioned:
G.N. Shcherba, N.N. Kurek, B.I. Veyts, M.V. Tashchi-
nina. There are 1 table, 1 diarraiii arid 7 Soviet
references.
Card 3/3

AVROV, P.Ya.; AYTALIT.F,V, Zb. A.; AMMOV, M.0,; AMIMSAFIN, IT.M.; BATISHCHEW
TARASOV, S.D.; RAMNOVA, 11.1l.; IIAISHHV, S;B.; BAYKOIWROV, A.3,;
RATUROV, A.B.; BOGATYRFIV, A.S.; 'BOY., I.J.; BOHMMIN, R.A,; K77111r,'&'Jm~i
N.I.- BYKOVA, I.I.S.; ZHILINSKIY, ZYKOT. D.A.; IVAIIIII, P. 7,.;
KAMM, D.N.; ZM=AYN v S.K.; KOIAITILIIT, 1%j?
I' i Fivaiwivin , .11
KMTEV, D.A..; KUSHRY, G.L.: L.7; .1, i.ll.; KkS~IANOV. O.Zll.;
G.TS.; YONICH, V.K.1, WILITIOY, h.: MUSILEPOV, G.-. WMIUMHAIlOV, S.M.;
FARSIMI, A.V.; POTROVSKIY, MT.; POLOSUMIN, A.P.-, RUSAKOV, M.P.;
SMGIYEV, N.G.; SRYVWIlf, S.th.-, TAMIATEEV, P.T.-, Y?,SMIKGV, 7.04;
SHLYGITT, Yo.D.; SHCH"MRA, G.N.-, CHOKIV, Sh.Ch.; CHOLNIMMOV. T.Ch.
Sixtieth birthday of Academician YaWah ITvintaovich &atpaev. Vest.
All Kazach- SS-R 15 no.4:58-61 Ap 159. (MIRIL 12:7)
Satpaev, Kanysh Imantaevich, 1899-)

VF,YTSt B.I., KAYUPOV, A.Kv
On F.Fe Ivankin and V.S. Kuzebnyils article on the upper age limit
of Altai complex ore deposits. Veat*Aff Kazakh.SSR 16 no-7:28-32
il 16o. (MIBA 13:8)
(Altai Territory-Ore deposits)
., (1vankin, P.F.) (Kuzebnyi!') V.S.)

VEYTSJI B.I.., kand.geologo-mineralogicheakikh nauk; KAYUOV, A.K., kand.
geologo-mineralogioheakikh nauk
k
Sulfide mineralization in the Malaya Ul'ba series of the Altai.
Vest.AN Kazakh.SSR 18 no*3:43~-45 W 162. (MMA 15 . 3)
(Altai Mountains-Ore deposits)

J~POV~A K4 NIKITINA, L.G.; SHLIGIN, A.Ye.
Alteration of enclosing rocks of the Paryginskoye deposit
(Rudnyy Altai). Izv, AN Kazakh. SSR.Ser.geol. no.1:40-51
162. OURA 15:5)
(Altai Mountains-Petrology)

- ---- -~z',ff~~;-,, 4--,-,ltv,!-,.; ~T: , ,
Joe I Im 111R.
-KAYUnY,--A.JL; KIM,, V.A.; KUNAYEV, D.S.
Genesis of quartzitos in the Maybulak ore-bearing.region.
Izv. AN Kazakh. SSR Ser.geol. no.2:97-105 162. (MIRA 15:6)
(Maybulak region f"w*%wtem)--Ore deposits)

S/169/63/000/002/086/127
D263/D307
AUTHORS: Yermolayev -K-7F_. and Kayupov, A. K.
TITLE., The principle of volume smoothing out of exploration
data during geometric studies of polymetallic depo-
sits of the Altay type
PERIODICAL: Referativnyy -zhurnal, Geofizika, no. 2, 1963, 15, ab-
stract 2D86 (Tr. Altaysk. Gornometallurg. n.-i. in-ta,
1962, 12, 81-92)
TEXT: The authors give a description of the technique, order of
calculations, and construction of graphs with the aid of volume
smoQthing of statistical values, i.e. sampling data, as applied to
the Leninogorskoye deposit. This method not only demonstrated the
main regularity, i.e. increasing mineralization from the hanging
side to the underside, but-a-lso.followed a fairly accurate deter-
mination of-surface gxadiente reflecting this regularity. The me-
thod of volume smoothing out of numerical characteristics of depo-
sit parameters (contents, magnitudes, etc.) has been reflected in
Card, 1/2

KAYUPOV, A.K.1 KAZANIN, YUSIG
StructW4 tYPes Of Complex metal deposits in the Dzungarjan Ala,-Tau.
1zv.AN Kazakk.SSR, SOt-geol. n0.5:27-31 162. (NIRA 15:10
(Dzu.ngarian ALISm4pa-0re deposits)

ZIIUKOV, Pavel Konstantinoviohl KAZANIV, Yuriy Ivanovichl. KATUBM,.-
M.SAIMW, Khakim Ib:-agirc-. .4ch;
_PIGGG=UEW3K~IT_ 11=koli~vyl Arson 'yovich; SMYGLE, Artem
Yovganlyevicb. Prinimali uchastlye. MXM~V, Sh.A.;
BAYNAMOVA, G~ ZORN, Ye.S.; KRI MMOVA, N.P.; SHUMOV,
N.N,; BOK, LL akaderik.. otv. red., NMEROVA, I.I.,
red.; ALFMOVA, P.P., tekhn. red.
[Basic features of the geology and Lotallogerky of the Koksu-
Tokeli area of the Doungarian Ala-Tau)Osnovnye cherty geolo-
gii i nztallogenii Kokau-Tekeliiskogo raiona Dzhungarzkogo
Alatau. Alma-Ata, Izd-vo ALkad, nauk Kazakhskoi M, 1962.
1,
'C3 P_ (MMA 15;11)
1. Institut geologicheskikh nauk (for Zhukav, Ka~~-,
Kayupov, Pigulovskiy., Shlyginin). 2. Yuzhno-kazak-bstanskoya
geo'Logicheskoye upravleniye (for Mursalirov). 3. Akaderiya
nauk Fazahbskoy SSR (for Rok).
(Dzungarian Ala-Tau,--Geology, Econori:ia)

BORMAYEVY R.A.,, akademik; A' doktc-r ge o logo-Tri i ne ralogi c lies kikh
nailk; LYAPICHEV, G.F.., kand.geologo-minoral. nauk; 1,11ROSHNICHEMO,
L.A... kand. geologo-mineral.nauk
Tectonic and metallogenic regionalization of eastern Kazakhstan.
Vest. All Kazakh. SSH 21 no.11:14-26 11 165~
(MIRA 18:12)
1. Akademlyu nauk Kazakhr-koy SSR (for Borukpyev).

DC',RUKAYTI, R.A.; YRIMNOV, Sh. Ye.; KAYUPOV, A.K.; ABOULM, A.A.
Y'roblems of geological science and prao-tice In Fa.-akhstan.
AN Kazakh. SSSR 'or, geol. 22 no.6r3-11 N-D 165
(MIRA 19 t1)
T. Ir,04tut geologicheskikh nauk Ameni K.I. Satpr'qm-- P.N
KazSSR) 'ima-Ata, i Ministerstvo geolog.11 KazS314, Alma-Ata.

.IKAYUPOVA, M. M.
Superimposed metamorphism in the Dzhumart and Kamys iron-manganese
deposits in the Atasu region. Izv. AN Kazakh. SSR. Ser. geol.
no-2:40-45 160. (MIRA 13:8)
(Atasu, region-Metamorphism (Geolog7))

KAYUFOVA, H.M.
Friedelite from the iron-manganese deposits of Dzhumart and
KaxV9 in central Kazakbotan. Dokl. AN SSSR 135 no.2:416-418
N 160. (MIRA 13:11)
1. Institut, g:1ologicheskikh nauk AN KazSSR. Predstavleno
akademikom X.I.Satpayevym.
(Kazakhstan--Friedelite)

HAYUPOVA , M. M.
- ------------
Manganese siPeates from the Dzhumart. and Xamys deposits in
central RA2,akhstan9 Tzv. AN Kazakh, SSR. Ser. geol. no,2:45-
69 161. 1(MIRA 14:7)
(Atasu region--Manganese silicates)

XAYUPOVA, M.M.
Pyrosmalite f~rom the Debumart and Ushkatyn deposito in central
NazakbBtan,, Dokl. AN SSSR 159 no.3e560-563 N 664 (MIRA 18i1)
lo lbotitut goologiohookikh nauk ims Kolo Satpaym AN Xax=.
Prodotavlono akademikom D.S. Xorshinakim.

KAYUPOITA, 11.1%; ZAYTSEVA, R.I.; GEUT, 1. 1.
Penwithite from the Ushkatyri deposit in cantm), Kazakhstan.
Vost. AN Kazakh. SSSR 20 no..12:01-63 D
04

YAY17"OVA, M.M.
of thc~
in t"be Atasu replon. Y. v. A, c
Sr 35
14-,Ap 165. -18:5)
1. TnatLtuf- geologicheslill,lh nauk Irmani Alroa-.11-

KAYUPOVA, M.Y.
Pennantitz from the Ushkatyn deposit in centrnl Kaz4kh3tan. Dokl. AN
SSSR 163 no.I.sI89-192 1611 165. (14,Rk 180)
1. Institut geologichaskikh nauk im. K.I.Satpayeva AN Ka%SSR. Sub,
mitted January 28, 1965.

CHUBRIKOV, L.G.~; SIROTIN, M.I.; SUYAROV, D.I.; Prinimal-i uchastiyes
_~AITRIII, V.P.; PROKHOROV, V.S.
Investigating reduction-conditions on plate mills at the Asha
metallurgical plant. Trudy Inst.met.UFAN SSSR no.9:27-33 162.
(MIRA 16.-10)

32001
ILI ()o S/089/62/012/001/004/019
B102/B138
2 2
AUTHORSt Broder, D. L., Kayurin, Yu. P., Kutuzov, A. A.
TITLE: Passage of gamma radiation through heterogeneous media
PERIODICAL: Atomnaya energiya, v. 12, no. 1, 1962, 30 - 35
TEXT-. The buildup factor was measured for heterogeneous media, consisting
of diffe;ent combinations of shielding materials (polyethylene, Al, Fe,
Pb). CobO was used as point source (N1 g-e qu. Ra, E0 . 1.25 Mev).
Various combinations of rolO mm thickplat ds:(Pe and Pb: 700 -700 mm;
polyethylene (11) and Alt 1000 - 1000 mm) were investigated. A plastic
scintillator connected via a lightpipe to a ~31J-24 (FETJ-24) photomultiplier
was used as a detector. Dose rates were varied in the range 1 - 1o5
relative anits. Measurement accuracy was about t 10j. The following
combinations were investigateds (P) + Pb, (P) + Fe, Fe + Pb, Pb + (p),
Fe + (P),- Pb +.' -Fe, with the fir '9-t material nearest to the source. The
buildup factor was calculated by the empirical formula
n L =1
Bheter. fB n(.L'Zjxj.) -.-7 Bn(5 B),~,x,); Bn 'a the buildup factor of
Card 1/2- n=1 j=1 n=2 . i=1

L 05055::LT__j,~q_(jjj)/EWp( AM
r-A'CCNR- AT6027930 Sol CODE: UR/0000/66/00 ooo/ol---
0/ 50/0155
AUTHOR: Kayurin, Yu. F.; Shalin, V. A., F2
ORG: None 19 7-
TITLE: Accumulation of L~m tioifrom a plane isotropic source with an initial
_ ~arad~iaz
energy of 1.25 Mev in laminar media consisting of polyethylene, iron and lead
SOURCE: Voprosy fiziki zashchity reaktorov (Problems in physic K
ing)- sbornik statey, no. 2. Moscow, Atomizdat, 1966, 151-155 a of r-eactor shield-
I (~
C TAGS: gamma radiation, polyethylene, lead, reactor shielding
ABSTRACT: Experiments are conducted to explain the behavior of accumulation factors
for *y-radiation from a plane isotropic source in laminar media. The source used was
Co 60 in a medium made up of various combinations of polyethylene, iron and lead.
Recommendations are given for calculating the accumulation factors for Y-radiation in
laminar media based on the behavior of accumulation factors for EO=1.25 Mev."'A com-
parison with the results in the literature showed that accumulation factors may.'be
calculated in laminar media for higher energies. The experimental results show that
the accumulation factor in laminar media made from several materials for the case of
both plane and point isotropic sources lies below the highest and above the lowest
Card
A 05055-67
AT6027930
accumulation factors for the homogeneous materials used in the laminar medium. The
following empirical formula
N ILIXI N C-1
B comp. YJ R. ( 1 '1 B,. I 111X1
n 1 1-1 ) -n-2 i-1
derived for calculating accumulation factors of -y-radiation from a point isotropic
source in laminar media may also be used for plane isotropic sources- This formula
may be used for higher energies since the energy dependence is accounted for in the
accumulation factors for homogeneous media and these factors are used as initial data
in calculating laminar media. Although this empi-rical formula gives a good descrip-
tion of the behavior of the accumulation factor in laminar media, computational diffi-
culty makes it inconvenient to use for media consisting of 3 or more materials. The
calculation of accumulation factors in shielding media consisting of 10-20 layers
with 2 or 3 different types of materials by using this formula gives an error of �40%.
Layers of this type approach homogeneity and the order in which the layers are ar
ranged loses its sigfiV~icance. The empirical formula
n
A (A)
B,8 A
j-1
card /'A

C NRt AT6027930
where n is the number of materials making up the mixture, a. is the total thickness
of the layers made of the i-th material in terms of the mean free path, A is the
total thickness of the mixture in terms of the mean free path, and Bi(A) is the ac-
cumulation factor of the i-th material taken on the thickness of the entire mixture.
This formula may also be used in the case of a medium consisting of 2 or 3 layers if
the accumulation factors in the materials differ over the entire thickness by no more
than 2 times. The authors thank Doctor of physical and mathematical sciences D. L.
Broder for assistance in the work and discussion of the results. Orig. art. has: 5
figures, 3 foimulas.
SUB CODE: 18/ SUBM DATE: 12jan66/ ORIG REF: oo6

EIRODER, D.L.; KAYURIN, yu.p.; NUTUZOV, A-A.
Calculating .the factor$ Of P-ray build-up in heterogeneouO media.
Atmonerge 13 no.6t593--595 V '62- (KMA 15t12)
(Gama rays) (Nuclear reactiong)

ACCESSION NR: AT4019049
S/0000/63/000/000/0198/0207
AUT1IOR:' D. L.; Kayurin, Yu. P.; Kutuzov, A. A.
TITLE: The passage of Gamma radiation through heterogeneous media
SOURCE: Voprosy* fizild zashchity* reaktorov; sbornik statey (Problems In physics of
reactor shielding; collection of articles). Moscow, Gosatomizdat, 1963, 198-207
TOPIC TAGS., nuoloar reactor, reactor shielding, Iron shielding, lead shielding, Gamma i
radiation, 'Gamma ray attenuation, Gamma radiation shielding, Gamma radlation Recumu-,
lation factor, polyethylene shielding, aluminum shielding
ABSTRACT: The authors note that the computation of shielding against gamma-radiation
requires a knowledge of one of the essential characteristics of the material - the
radiation accumulation factor. For homogeneous media the accumulation factor B(E , x, z, g)
is a function of the initial energy of the -/ -radiation E_ , the thickness of the materia X, ,
the ordinal num'ber of the substance z, and also the forWi of the source g. Ile significance
of the accumulation factor for such homogeneous media is discussed in some detail. Some
recommendations, based on general physical considerations, with respect to the computation
1/2

- -------------
ACCESSION NR: AT4019049
of accumulation factors for heterogeneous shieldings consisting of two materials are
analyzed. An experimental determination Is made of the dose accumulation factor for
heterogeneous media, consisting of various combinations of materials (polyethylenee I
a~umlnum, iron, lead), and for (-quanta energies of 1. 25, 2.76 and ca. 6.4 Mev. As the!
source of theY-quanta with an energy of 1. 25 Mev, C060 was used; for the quanta with the '
2.76-Mov energy level,Na24 was employed. In order to obtain the high-energy (6.4 Mov) V
)(-quanta the authors made use of an F-19 (p,cA )016 reaction. On the basis of the experi-
ments with Co6O and general physical considerations, an empirical formula was derived
for the computation of accumulation factor in a heterogeneous medivrn consisting of any
number of layers of different materials. The experiments with Na7A and the 6.4-Mev
Y-ray source demonstrated that this formula may be used even in the case of Y -quanta
A
energy levels in excess of the critical. Experimentally derived accumulation factors
differ from those computed according to this formula by no more than 15%. Orig. art.
has: 3 formulas, 1 table and 9 figures.
ASSOCIATION: none
SUBYI=D: 14Aug63 DATE ACQ: 27Feb64 ENCL: 00
SUB CODE: N P NO REF SOV: 004 OTHER: 004

- KAYURGV, V.
Deviation of an underwater wrist compass. Voon. znan. 38 no.6:31
je t 62. (miRA 15:6)
1. Vachallnik spasatellnoy-stantaiiy g. Aleksandrovsk, Sakhalinskoy
oblasti.
(Compass)
(PLvingy Submarine)

TOLSTOPYAT, A.I.; KAyURov, v.S., red.; SAYTANIDI. L.D., tekhred.
'-------~-~-- --- ariazhanie patronov
(Loading cartridges with buckshot] Sn izkullturs J sportg"
k drobovo= ruzh'i-d- MORkva- GOB"zd-vo "' (MIRA 13:7)
130 P.
1953
P.
(Cartridges)

IUYUWV I TIM,
- Disiness aooounting the now practice in awarding bonuses* Sots. trud
5 no.5:108-116 w l6o. (MIRA 13!11)
1. zamestitell nachalnika planovogo otdela Gorikovekogo avtosavoda.
I(Gorkiy-Automobile industry,-Piumce)

KOROLIKOVA, V,A,; KAYUSHEVA, I'Vo
--*-
pulseleso dioeasei Kll~.-iaed. 38 no. 2tW-142. F 160o (MM 14:1)
(A.RURMS-DISMES)

KAYUSHIN. L.P.; LYUDKOVSKAYA, R.G.
Study of elastic and volume modifications in nerve tissues by
light-interference method. Dokl.Afi SSSR 95 no.2:253-255 Mr 154.
(MLRA 7:3)
1. Institut biologicheskoy fisiki Akademii nauk SSSR.
(Nerves) Unterferometer)

V
KkYSHI.1 ; LYUDKOVSKAYA, R.G.
Changes in the volumetric and elastic properties of the nerve during
the conduction of excitation and their connection with bioelecteic
potentials. Trudy Inst.bLiol.fis.no.1:40-49 155. (HLRA 9:9)
(MVIS) (=CTROPHYSIOIoOGY)

-7:
J
USER Xedicix~e -
I ub.~ -22- -
Authors 3 Kayushin,, L. P., and:LoffilcovskayaP R. G.
Title I Elastic and electrical phenomena in a nerve during the transmission of
an excitation
Periodicea 3 Dok. AN SSSH 102A, 727-728, Jun 1, 1955
kbetract I Experiments intended to clarify the relationship between elastically -
volumetric changes in a nerve receiving an impulse and the tra-n---ission
of that impulse in the nerve are described. The experiments were con-
ducted with the help of a micro-interferometer ol' the KI-5 LYPe, a 5quazz;
Lator for pulse excitations and photograpkdc eQuipment for re-
wave oscil]
cording the results of the experLments. One U-S&H reference
Photograms.
Institution The Arad. of Sc., USM, Institute Df Biological Sciences
Presented by Academician V. A. Fzigledlgardt, February 7, 1955

M
T N
L. P.
"C'N THE CHIVIGE OF S'DIUCITMAL AND IIECMNICAL P~-'OPZ~ITIES
OF T:E VILIRVE 114 SM11U)ING OP -TM'hA'VI0IV'
PP- 366, Reports -iven at the 20th Internaticnal
U
ConC,rcss of Physiolcgists, Brussels, 30 Jul-4 1111C. 56
Translation E-53068

Country : USSR
: Human and Animal Physiology. T
C
,-qd Vuscle Physiology.
Abs, JwArt Raf Zhux-Biol., No 2_--),t 19531 106724
AlAthor ~~; Lyadkovs3kaya, R. G.;*
lastitut, :-,
T It 1 o- III(., Dependence of thr- Nervel ,, Blazlui~~ Proper-
tia-9 o!.- Tompe-rature.
Orig Pub. Biofoizj.k~-, 111~'t5lz'12 1, I-lo 5, 4Crr4li
Abstrcot The scia:11tic ner-Tic of i f-ro,,' was placed Lito a
-w
thermostat'a e gaippe-d Chz,.MOOr at te7aPe1.-,-,tU:?eS
ranglnf~ froill to 430 [C]. Two pairs o-,:' plati-
num electrodes 7-Fer,3- "ttaC-h(--(1 'Uo -the nerve whick
irritated it aiiJ t, rough wh Ch tl.e air?rent -oro-
duced, b~ the neivel,-3 3cti-v.~T;y pa":sad. ihe
cha-age:; o" ' the iv~vvef , lea~;'Ijh d,:~"Cerm, ined
microscori 1e ally. than -J.r~it~'ally 2CO and
lar-a-z loads -were used and tho ienEth of thr--
nerve remained stnblej tens on d4minished gra-
1/4

(;.,)U lit r",
C,%tc,"rovy=
z
: Human ,uid Animal Phy3tology.
Nerve and Muscle Physiolog
195~11 106724
,'br,, JOUr. -Biol. f 1,10 231
: Ref Zhur
Ins t itdt
Title
Pub.
T
Abstract
(cont) dually. The authors reiate this Phenomenon to
plasti_- properties oP th-e uezve. As ths nerve
W's-co-atinuously strained2 its plasticity be-
came ~ar, areat i-n a, or "flo*i-,ing" of
the nerve substance. CA became somewn.at veaker,
L - U were used, the
When loads of lea- 1-han 100 ;,)
tension lost its dopendence u-pon time some time
T
,after the load was applied. If narve leiigth
was stable, the attrve 04' dim-inished tension was
Card: 2/4
t;~~Urtj'." 1"SSR
CE.tc-Opy=
Animal Physiolo'~
S y T I
~u
Ur" M Clc "L_hy:;:Lr_,Jogy
Flo
f Min3: Biol. ,
Alut" .1,01,
Instit"j'u-,
T`Itlc
Orle.-, Pub.
(cont)
--':hich relatad tc. 9.-OVda_,- clastin -.--2'cper-U_feS
of t1-le nerve. chMLOs Of CA
obcerved r~s ~.Ycoi as a
co,-plete loss o.C
loss ali' dtsrilptiol.. 0/,
tenzlo~j a.-1 ter.-Ipera-
r 0 C 4,r_Q to
a 9s are rola. Ztrncturai :-,Udifica-
U ~.Ons :L,'~' 'axopjasma. -- 51. T. T'V-,ij,-,(jze
Ca,rd: 4-14

*f flow on the valTioustion proozod of g" miXtuT051 3) theoretical 1AV10-
tigAtione of In liydradynala theories of combustion vz~
explooian, and the mt-~thpdn of Fdt=A=l ThWniot and Hadamard for decaribing
ty-okt prooaam*a, f4a odAtor atates that atriat ariteria have been established
for st;p&rating fttv ih of phyvjo,~.l phenomena a opeoia.1 class
(;h&r4Le_te-.r1zc-d by the :rrcat.41. vwoa mation proomen, Theme oriteriet pur-
portedly offi&r a nww tland*%ent to the id*ntlaiLl *Ad kinetic (computability)
qop&1tjona of w%wo mo+io~a of &nd permit their generalization for
tAis eass cf -vw-y-1ns of theos or other yhysioa quutition
of an e-)Mlonion va" fro,~t. No pbxeon&1tti*s %ra mantioned, Referencem
TABIZ OF 0,JYMM
'gUtorla PrefAaa
Predvodltelw, A,8, jlydradyAWe Inconsistounion in the Theory of Combustion
a
,Ad r4cplostonq
Bashenovio T,V, an& L.P. Khrashi-Al- PropWtion of Shook Waves In Produote of
the Of livation of Rydragon-Oxnwn, Mixtures 45
Card 2 4
I
vIn
?
ON
S(rv~/3201
Fini-4- kyaplltwd~ lfbich Arise DLtring
the ExploLxion of W in a or Vol-me 51
cif Tremsfer on the
-iosion 1.33bo,_ku in Gn6ml,-_~ y t
Atid Exp All Rf ac Ive Wdia 57
_r ~ j
():f S~jp_
P Bhkin, a an 2: '-wa 69
Tonov, Rtg,_on oi am Ang~zlax B~,,ttress 79
_xe 7;~ tr '_',in~A4 icne ct F~tz~xprtnsion in Shaped
84
Buhenova, T.'% !-jid 7_01. of Mb.!:~ir~xlng the Field of
bensitlei of WV'AL ~ Aid cf the Teplar Method. 83
5,ul -~X. Pa!3hkin. Experimental Investigation
Of rh" HelLd Of ~Jts c f Rap6rsonli~ 95
K,.1.1rYqV1EoxV, M';V Ot 11t9h Spftd las Pilow With
tb" ALd of a 98

LYUDKOVSKAYA# R.G.j KAYUSHINj L.P.
Effect of light on the electrical activity of the giant axon of a
squid and the myelinated fiber of a frog. Biofizika 4 no. 4:404-413
159. (MIRA 14:4)
1. Institut biologicheekoy fiziki AN SSPRp Moskva.
(ELECTROPHISIOLOGY) (NMVES)
.(LIGHT-PHYSIOLOGICAL EVECT-)

S/0,91/62/000'003/022/090
B150/13101 I
Kuzin, A. ];~.Xjjshin, L. P., 1(olomiytsc_,vn, 1. K., L'vov,
TITLE: Investigation by the electronic paramngnetic resonance me'hod
of free radicals of some organic Peroxides after irradiation
ERIODICAL, Rcforativnyy zhurnal. Khimiya, no. 31 19U2, 76, abstrLct
313541 (Sb. "Roll perelclacy i kiuloroda v nach. nttidiyakh
radiobiol. effekta", m., am sssR, ig6o, 99 - lo4)
TEXT: Benzoyl peroxide (I), dioxymethyl peroxide (II), and succinic acid
neroxide (III) are irradiated (Co 60 ) at a dose rate of 550 r/min with a
total dosage of 6-10-25-10 r. The electronic Paramagnetic resonance
spectra of I and Il after irradiation have similar shapes and reprezent
asymmetrical d'oublets, the result of superposition of the spectra of
various radicals, vith the peroxide radical being the most important one.
It is found that unirradiated III is paramagnetic by the breaking oJ" the
0-0 bonds in.a part of the molecules. Its spectrum is a symmetrical quad-
ruplet', with a ratio of intensities of 1 :3 :3 :1 and a splitting o.C 19 gauss.
Card 1/2

LTUIKOVSKAYA, P.G.; KATUSHIN, L,P.
Iffect of ultraviolet irradiation on mingle nerve fibers.
Blofizilm 5 n0-1:40-45 160. (MIn -13; 6)
1. Institut biologlchestoy fixiki AN SSSR, Moskva.
(ULTRkVIOLIT RATS off.)
(NVWNS radiation eff.)

KAYUSHHIN L.P.; LyuDKOVSKAU-p R.G.; SRKUM9 I-P-
a ~
.Ultra :ojet absorption by the giant axon of sepia in a state of rest
and exil'itation. Biofizika 5 no.3t279-283 160.' (MIU 13:7)
1. Institut biologicheskoy fialki AN SSSRp Moskva,
(NERVM) (ULTpAVIOLET RAYS)

WIrOV, X.M.jKAYUSHIN, L.P.; LYUDKOVSKAU, R.G,
Relationship betwoen highly e3astic properties of the nerve fiber
~,j
and certain functional characteristics. Biofizika 5 no.3;379-381
160, (MIU :13:7)
1. Institut biologichesko fiziki AN SSSRp Moskva.
(NwIVEST

KOLOMMSEVA, I.K.; LIVOVp K.M.; 'KAYUSHIN, L.P. ---\
Determination of free radicals in tissues of rats
sarcoma G-45, Blofizika 3 no. 5;636-637 160.
with transplanted
(MIRA 13:10)
le Inatitut biologicheakoy fiziki AN SSSR9 Moskva.
(TUMORS) (RADICALS CMaSTRY)

LYUDKMKAU, R.G.; ~A~SHINV L.P.
Photodynamic effect of various fluorescent dyes on the e=itabla
g3wmt axon. Diofizika 5 no. 6$663-670 160* (MIRA 13;10)
1. Institut biologichopkoy fizild AN SSSR9 Moskva.
(STAINS AND STAINING (MICROSCOPY)) (FLUORESCENCE)
(FJZGTROPHYSIOLOGI)

KATUSHIN L.P.- KOWMIYTSZVA9 I.K*-, LIVOV, X.M.
Study of free radicals in surviving animal tissues. Bokl. AN SSSR
134 no-5:Mg-1231 0 160. (MMA 13 110-)
1. Institat biologicheekoy fisiki Akademil nauk 65SR, Predstavleno
akademikom A.I.Opariuym.
(TISSUES) (RADIUM (GMISTRY))

4_3
S/020/60/135/006/033/037
B016/B060
AUTHORSj Eydus, L. Kh. and KayushiEL
TITLEa Lasting Conservation of Unpaired Electrons in Macromoleciiles
Upon Irradiation of Proteic Solutions
PERIODICALi Doklady Akademii. nauk SSSR, 1960, Vol. 135, No~ 6,
pp. 1525-1527
TEXT% The authors have applied the method of electron paramagnetic
resonance (e.p.r.) to prove the ability of protein molecules (myosin and
pepsin, which have quite different properties in many respects) to con-
serve unpaired electrons in aqueous solutions for a long time. Myosin was
extracted by Lyubimova's method (not described in the Tex. from rabbit
muscles (concentrations 10 mg/mi) and irradiated with a Co6o gamma dose
of 0.5-106 r in a 0.5 m K01 solution. Pepsin was irradiated by Nortrop's
(Northrop) method as modified by 0. A. Levdi.ko-Ta (Ref. 13) with a dose of
3.106 r in 0.2 m aceiate buffer (concentrationt 5 mg1ml) at pH 4-8. The
radiation doses corresponded to a loss in the activity of ferments of
Card 1/3

87415
Lasting Conservation of Unpaired Electrons S/020/60/135/006/033/037
in Macromolecules Upon Irradiation of B016/B060
Proteic Solutions
about 80~. The irradiated solutions were dried out and pulverized. The
e.p.r. was measured by a radiospectromete-r with a double modification of
the magnetic fl,eld (upper modulation frequency 465 kc./sec). The fiTSt,
derivatives of the absorption lines were TOCorded by an _%V -09 (E;PP-09)
self-recorder. Fig. I shows the measurement results. The e*p.r. spectra
of the two irradiated substances constitute 81nglet signals~ Their faCtOT
of spectroscopic splitting approaches the g-factor of 191-diphenyl picryl
hydrazine. The distance between points of maximum inclination is 14-5
gausB in myosing and 17.5 gauss in pepsin. Such signals were not observed
in the control preparations. The same ferment solutions were incubated -in
a warm ambient prior to drying after irradiation (myosin 24 h at 200C,
pepsin 6 h at 5400. According to results supplied by an earlier paper,
the "thermal" after-effect of irradiation is observed with such an in-
cubation, as a part of the protein with hidden damage loses its
fermentative activity. The incubation process was complete, and the re-
maining degree of activity was therefore no more altered by additional
incubation. It was observed from curves A, b, and B, b (Fig. 1) that no
more unpaired electrons could be proved to exist after the mentioned
Card 2/3

87415
Lasting Conservation of Unpaired Electrons S/020/60/135/006/033/037
in Macromolecules Upon Irradiation of B016/BO60
Proteic Solutions
inactivation in the proteins. The same conservation of unpaired electrons
was established with the photodynamic effect. The duration of exposuro
with visible light (2 bulbs 300 watts each) corresponded to about, the loss
of half the ferment activity. Results are shown in Fig. 2. No similar
e.p.r. signals were observed in the control preparation. The authors con-
clude that their results confute the principal objection agiin8t the
hypothesis of an "after-effect" of radiation damage, namely, the unlikell-
ness of the appearance of unpaired electrons in diluted proteic solutions.
G. K. Otarova and M. K. Pulatova are thanked for their assistance.
There are 2 figures and 13 referencest 10 Soviet, 2 US, and I British.
ASSOCIATION- Institut biologicheakoy fiziki Akademii nauk SSSR (Institute
of Biophysics of the Academy of Sciences USSR)
PRESENTEDt October 5, 1960, by N. M, Sisakyan, Academician
SUBMITTED~, September 16, 1960
Card 3/3

KAYUSUN, L*Poq LVOV) K.Mo) GOLUBEV, I.T.
"Study of the Excitable Tissues (Nerve, Muscle) with ESR.11
report presented at the Intl. Biophysics Congress, Stockholm, Sweden, 31 July -
h Aupust 1961,
Institute of Biophysics, USSR Academy of Sciences, Moscow, USSR.

KAYUS-HIN, L.P., KUZIN, A.M., KOLONITSFWA, I.E.
"Study of Aminal Tissue Radicals during Irradiation by the ESR Technique."
report presented at the Intl. Biophysics Conpress, Stockholm, Sweden, 31 Julr- -
h AuFunt 1961.
Institute of Biophysics, U3SR AcadepW of Sciences, Moscow, U3SR.

KAYUSHIN, L. P. LVOV, K.A., GOLUBEV, I. H., KOINAN, Y. B., and
SAZONENKO, M. K. (USSR)
"Free Radicals in Muscle and Muscle Proteins."
Report presented at the 5th International Biochemistr7 Congress,
Moscow, 1o-16 Aug 1961

KA KOFMAN, YeB.; GOLIJBEVp I.N.; LIVGVp K.M.; FULATOVAV
M.K.
Transfer o? energy released by the hydrolysis of adenosinetriphosphoric
acid to contractile pi*oieins. Biofizika 6 no. 1:20-23 161.
(MIRA 14:2)
I#-Institut biologichookoy fiziki AN SSSRI Moskva,
'(MUSCLES-MOtILITY) (ADENOSINETRIPHOSPHORIC ACID)

SHMELEV, I.P.; KAYUSHIN, L.P.
Absorption of monochromatic ultraviolet radiation by the giant
nerve fiber of the cuttlefish. Biofizika 6 no-4:436-439,,161.
,IIRA 14;7)
1. Institut, biologichoskoy fiziki AN SSSR, Moskva.
(NERM) (ULTRAVIOLET RAYS--PHMIOLOGICAL M-EGT)

KOLOMIYTSEVA, I.K.; KAYUSHIN, L.P.; KUZIN, A.M.
/C-
Free radicals in rat UsFues under hoMa.conditions, and following
gamma irradiation by co6o. Dokl. AN SSSR 140 no.1:230-231 S-0
'61. (KIRA 14-9)
1. Institut bioloFricheskoy fiziki AN SSSR. 2. Chldn-korrespondent
AN SSSR (for Kuzin).
(GAMMA RATS--PHYSIOLOGICAL EFFECT) (RADICALS (CHEMISTRY))

KOMETIANI, Z.P.- KAYUSHIN L P
Role of metabolism and free radicals in the electric polarization
of biological membranes. Dokl. AN SSSR 141 no.4:970-972 D 161.
(140A 14: 11)
1. Institut biologicheskoy fiziki AN SSSR. Predstavleno
akademikom I.S. Beritashvili.
(SKh),
(RADICALS (CHERISTRY))
(BLECTROPHYSIOLOGY)

FUIATOVAx M.K.; ROGUIENKOVA., V.N.,- KAYUSHIN, L.P.
Cbaracteristios of the spectra of electronic paramagnetic
resonance of synthetic polypepticle films and proteins. Biofizika
6 no-5;W-555 61. (IIIIIA 15:3)
1. Institut biologicheskoy fiziki Ali' SSSR, Moskva.
-t (FSFjjM--SFEGTRA)
(PARAIIAGIETIC RESGIMME AND ISUL'tTION)
(RADIATION. -P)MI OLMICAL EMCTS)

11d,
(d) -4 to ItadlIlk"
Radical% In ofbun,09-4'"'
Kuehl d1-11 in d'ka The
L mbets Of f- C."ied Out in I mben
Y. Y'louditst".ZLL IdT's
to ""Illate tho 11-tl~e "oh'e I_d,n,ln I" ucle, and rnupchon. - 'he
spleens. k(jer drYull- nme. in the n too V.
The vo.ethod a'" u I tats f d In '), hcm,jc I nj,,d with K dOIC, 01
hnndvia a ,dkgi% wa% fOUTI I" In the haMOW"*' jht a d
nucki and MIIC f Irm 1 -0 a c0tain cclr4,c
shest co~centjbtlon 0 ,w but kt, thin wholtbody "diAllon 0 itmhoffit' 'tudy of the
the s In the n,
I about 'dwely a(Aer R IOT I e
of me TROW. in, y h%nII to c ti~ btwd Chfingm
W1.1 acpatalcd h" an 'jnkficance 0
%be Spleen 1, djjj, did net 6 found.
the nunbe, Of lice 1 1 free r2dkAjj WA% is
of The telative content 0 distion inJury is d cu
prb"ry rnccbsni Irns of to
repat cdn5s."UIIAu0&f 1962

rRm, o.m., AZIUPA, TA.1-o FA
nFres rsdicals in a skeletal miscloom
Ropo,.t ubitted, but not protented at the 22nd International
conve a of ftsiologiCal Solenom
141don: the Netherlands ID-17 Sep 2962

VAN LIN-FAN (Wang Ling-fang); LIVOVS K.M.; SAZONENKO, M.KtL KAYUSHIN4
__L.F,; GOLUBEVp I.N.
Role of free radicals in muscle contraction. Biofizika 7 no.4s
479-480 162. (NM 1511l)
1. Institut biologicheskoy fizlki AN SSSR, Moskva.
(MUSCLES-MOTILITY) (RADICALS (CHEMISTRY))

AZHIPAp Yao 1. j ~WWHI.Np ~ L. Pt I LI VOVp KM.
Changes in the amount of free radicals in the skeletal muscle
during atrophy. Biofizika 7 no.5-.610-614 162.
(MIRA 17:8)
1, Inatitut vyoshey nerynoy dayatellnosti i neyrofitiologii
AN SSSR,, Moskva i Inetitut b1ologicheskoy fiziki AN SSSR,
Moskva.

RAZUHDVA, L.L.; GUN T~JU~-SYUNI [Kung Tsu-hvUn]; F
PWATOVA, M.K.
Studying various structural forms of the protein nVosin by the
electron paramagnetic resonance method. Dokl. AN -SS5R 1;46 no.,5;
1197-1200 Oi:162. I (MIRA 15:10)
le Inotitut, biologicheakoy fiziki AN SSSR. Predstavleno
akademikom, V.N.Kondratlyevym,
(W~Ijt) ~ (PARAMAGNETIC RESONLNCE AND RELAXATION)

NOLCKIMEVAp 1. K.; KUM., A. M.
Free radicals-in lipids of a rat's liver in the normal state
and at various periodo following gamma-irradiation, Ddk1. AN
SSSR 247 no.4*951-953 D 162. (MM 3.6:1)
I* Institut biblogicheskoy fialki AN SSSR. 2. Chlen-korrespondent
AN SSSR (for Kusin).
(Radicale(Chemistry)) (Upid metabolism)
(Radiation-Physialogical effect)

ELIPINER, Isaak Yefimovich; KAYUSHIN L.P., red.; RAYSKAYA, N.A.,
red.; PLAWHE, L.Fu., tekbn. ria.
[ultrasound; its physicochemical and biological effects]
U11trazvuk; fiziko-khimicheskoe i biologicheakoe deistvie.
Moskva,, Fizmatgiz, 1963. 420 p. (MIRA 16:7)
(Ultrasonic waves)

PULATOVA, M.K.; BURSHTEYN, E.A.; KAYUSHIN. L.P.
Change in the localization of unpaired electrons in irradiated
proteins under the action of infrared radiation. Dakl. AN SM
149 no.6s:L432-1434 Ap 163. (MM 16:7)
1. Institut biologicheskoy fiziki AN SSM. Predstavleno
akademikom N.M.Sisakyanam.
(Infrared rays-Physiological effect) (Proteins)

if ACCE5510V IMs AP3004437 510020163115'Ll(),--141098610986
z' i
AM BORS i
ligbt.
ISOURCE:
P.,
0strove'kiyq Ro Ao'f Kaq~hliij_-L
tudy of eleat resonance. In the -retina -in the -prese-,,e of
AN SSSR. DokladY*s V- 1519 no- 4* 19631 986-988.
TOPIC TAGSj eleCtTon paramagnatio resonanceg ratinag Rana temDorarla,
ADWRACTs Isolated, dark-adapted retinas from the frog, Rana temporaria, which
contained traces of the pigmented epithelium were examined in an electron Dara-
Magnetic resonance (M) spectrometer at temperatures below 000. The reti'nas
gave a definite EPR signal at -200. An average increase in ampl.~tude of 50%
occurred when the retinas were exposed to a 750 watt Incandescent lann. T~,e
amplitude returned to its initial level a few minutes after the lamp was turned
off. Both light and dark signals had a vinglet Jbrm; the g-factor of the opectrum.
approximated the g-form of a free electron; and the width of the abacrptior. lires
between points of minimal slope was about 6 oersteds. I eimilax resronee wao
obtained at -196C, but the decrease in amplitude after the la= was s-vitched cff
was very slow. These experiments indicate that there is a considerable increaze
in the n-amber of unpaired electrons in the retina When it is exposed to visible
LCaird -1/2 .- ___ - - - -

ACCESSION IMs., AP3DO4437
"Pure" pigr,6i~ted-6pitbollum~oxpostd,.t6.visible ligbt gave sigtals Vhich
increased only 17-15% from the initial "dark"' values. Increase in the arnplituae
of the iignal in retinas with traces of pigmented epithelium may be due either
to photochemical processes in,tbe photoreceptors or to basic photochemical prop-
erties of the pbotoreceptor-pigmented epithelium system. The law teirDeratitren
e=loyed in these experiments make It unlikely that enzymatic processes arp in-
volved. "Authors orrress deep gratitude to Prof. Vs 0. Samsonovays. for he-- con-
atant interest in the work and valuable advice, and also to 0o T. nikherevitya
and M. K. Pulatovaya for assistance in the work." Orig. art. hass 3 figu-res.
ASSOCUTIONt eryn . eyatellnosti I neyroft-lologii
Inetitut vy*ssboy,.n o~ dy
Akademil nauk SSSR (Institute for higber nervous activity and neurophysiolt3gy,
Academy of sciencea SSSR)*. Inatitut biologicheekoyi Miki Akademii nauk 333R
(Institute for, Biological P-hysicep Acade;W_of SciencesSSSR).
SUBMTED, 04VA63 JMTE ACQs 21AUg63 EICLt 100
SUB C CDEs AMt PH WO REF SOV 1 002 CrEER: co6
C04- 2h- -

ACCESSION NR: AP4042475 S/0217/64/009/004/0423/0427
AUTHOR: Umrikhina, A. V.; Golubev, I. N.; Kayushin, Le P.;
Krasnovskiy, A. A. ------
TITLE: A study of the paramagnetic properties of chlorophyll and
its analogs
SOURCE: Biofizika, v. 9, no. 4', 1964, 423-427
TOPIC TAGS: tetrapyrrol pigment,.chlorophyll, ethyl chlorophy'Alide,
pheophytin, phthalocyanin, magnesium phthalocyanin,'EYR sigaal,
paramagnetic property, light effect, chlorophyll aggregation, EPR
signal temperature dependence, protoporphyrin, hematoporphyrin
ABSTRACT: The article describes a study of the EPR signals of chloro-
phyll and some of its structurally different analogs, namely,
pheophytin, ethyl chlorophyllide, hemato- and protoporphyrin, and
phthalocyanin and Ng-phthalocyanin. The pigments were examined
in the form of solid crystalline samples in glass ampuls, either
evacuated or i~ the pretence of air. All the pigments gave a similar
Card 1/3