SCIENTIFIC ABSTRACT STARODUBTSEV, S.V. - STARODUBTSEV, S.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652930001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STARODb'BTSEV,, S.V.; KHRUSLICIEV, B.I.
Elastic scattering of 94 -particles on silver and deuterons
on gold. Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 6 no-5:85-86
,62. (MM 15:11)
1. Institut yadernoy fiziki AN %zSSR.
(Alpha rayo-Scattering)
(Deuterons--,Scattering)

tSTAHOD -ABLYAIEV, Sh.A.; BU@GV, F.; ZIYATDINOVp Sh.;
KEYTLIN, L.G.
Molecular transformat ions in a natural gas produced by
electrodeleas high-frequency discharges. Izv. Al Uz. SSR. Ser.
fiz.-mat. nauk 6 no.6:53-W 162. ' (MIFU 16:2.)
1. Fizik-o-tekhnicheskiy institut institut AN U2SSR.
(Electric discharges through gases)
(cracking procen)

STARODUBTSEVS S.V.; AB41AYEV, ShA.; ALIMGVA, L.Ya.; SOKOLOVA, Yu.B.
Molecular transformations in a natural gas produced by
electrodeless high-frequency dischargda. Part 4. Kinetics
of the formation 4M destruction of certain free raPicals.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 6 no.6:61-65 162.
(MIRA 16:2)
1. Fiziko-tekhaicheskiy institut AN UzSSR.
(Radicals (Chemistry))
(Electric discharges through,.gases)

AM140278-111 BOOK EXPLOITATION S/
Si-arodubtsev, S. V..; Niyazova, 0. R.; Yiv" A. Y-E.
Radiation effects in cadmium sulfide (Radiatsionny*ye effekty*
v sul'fide kadmiya) Tashkent, Izd-vo AN UzSSR, 6@. 0132 p.
illus., biblio. 1,500 copies printed. (At head of title:
Akzader,uya nauk-,Uzbekskoy.SSR. Institut yadernoyfiziki) Added
t.p. in Uzbek.@
TOPIC TAGS:- cadmium sulfide, semiconductor, radiation defects,in
semiconductors, sdmicohductor particle counters, electromagnetic
radiation charged particle effect, neutron bombardment, induced
.conductivity, cadmium bulfide radiation effect
PURPOSE TUND COVERAGE: The-book contains a r-eview'of Soviet and other-
literature devoted to the study ofi:physical properties of cadmium
sulfide, and radiation effects observed when various types of radi-
ation-act on the ;admium sulfide. ':,The.monograph contains the physi-i
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4 0 2 7 8 7 1
dal characteristics oficadmium sulfide, the current ideas concerningi
the changes in it-@ pro@erties follbwing irradiation, and the results
of the authors' research on the x-ray conductivity of this semicon-.1
ductor under locai irradiation. The book is intended for scientist
i-fho@investiqate prioperties of semi6ondu6tors, semi6onductorr,coUriters,!
the cnaracter and@.ro16 of radiatiofi def6cts in semiconductor ma-
terials.
TABLE OF CONTENTS (abridged]:
int.roduction 5
Ch. I. Formation and nature of radiation defects.in solids 7
Ch. 11. Physical properties of cadmium sulfide 25
Ch.'III. Effect WE wo@rking and different external conditions on thel
.65
structure and "rqpetties of ca&ium sulfide
ch. IV. Radiatio4 a;E:Ebcts followifig interaction botween electro-
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'AM402787l
magnet-ic radiation and cadmium sulfide 77
Ch. V. Radiation effects in cadmium sulfide irradiated by charged
particles and neutrons 99
Ch. Vj-. Probe characteristics of induced conductivity of cadmium
sulfide 114
SUB-CODE; PH SUBMITTED:@: 27Mar63 ---NR REP SOV: 067
OTHER: 190 DATE ACQ: 070ct63
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ACCESSION NR: AT3007Z48 S/2951/63/000/000/0011/0018
AUTHORS: Starodubtsev, E. S. V.; Ablyayev, Sh. A.*; Yermato:v, S..Ye,; Pulatov;U-. U.
TITLE:' Changes in adsorptivities of silicagels.ana.zeolitds: under the action of
high-frequeiic y discharges
SOURCE: Radiatsion. effekty* v tverd. telakh. Tashkenit,'.Izd-avo AN UzbSSR,
19 63, 11-18
TOPIC TAG�: adsorption, adsorptivity, silicag6l,' zeolite electric discharge,
slow electron, gamma ray, cosmic radiation, temperature effect, isotherm,
high-frequency discharge,
ABSTRACT: The paper reports the basic resuhs.oif an e'3cperimental-investigaiion
e on properties of synthet*
of the eff ct of fluxes of slow electrons on the adsorpti Ic
zeolites and silicagels. Test objects were.: Silic.ag'el Mark KSK and synthetic zeolite.s
...:of -the types 4.X (NaA) Gor'kovskoye,. CaA 5.X G'or'Xovskoye, -.-13x(Nax) Gor1kovskoye,
4X (NaA) Gr- oznoye, *. and CaA 5,k' Groznoye. -High'@-fre'quency electric discharges
served as slow-e'lectron sources. The.changes in the adsorpfiorial properties were'
ga:ses -"by Adsorbents measured b
investigated experimentally by the adsorption' of` y
;manometric Wbes. The specimen adsorbent, contained in. i glass ampoule (A), is
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ACCESSION NR: AT3007248
0
.'ffrst heated to 350-400 C under continuous e.vacuation. The,.-A: is then4illed .'with
;the test gas froryi aieser r V, following the '.evacuation of -the air from the 'entire
system down to 10- to lonoi mm Hg. The.gas 'is permitted to enter*the adsorbent
icontainer A up to a specified pressure, whereupon A is solde'red tight and thus
!cut off.from the -@acuiim equipmeht and held at 'room temperature Yntil the estab-'
-of 10-.mm Hg. The 4
:.lishment,of,an equilibrium pressure, which is of the order
'!instrument is, then exposed to the action'of the high-frequency. dis charges. Zeoli s
te.
!Test results., plotted in the form of curves, sh6w that all-types, of zeolites gain in
-These changes increase
;adsorptional capacity under the effect of slow electrons@
e n
with increa�ing irradiation time up to a'specifi * d limit and the -achieve saturation
6 'ith
:afterabout tolOmin. Optimal results were obtained wi @he Gor1kovskoye
aA 5
:@Z'eolites of the types 13x(Nax) and C X Is '6therms'of ordinary and induced
.'adsorption of zeolites with reference to dry air-ai temperatures of 20 and -101 C
;Were derived. Silicagels: Exposure to the discharge-@ increased the adsorptivity
of silicagel substantially. Saturation at any given.oscillatory -power was achieved
after 8-15 minutes. Isotherms of ordifiary and.induced adsorption of silicagel with
respect to dry airIn the 10- 1 to 10-3-mm-Hg ran g'e were obtained at temperatures
.of 0, +30, +60, and -1960C. Adsorbent temperature exerted a noticeable effect on
the magnitude of both ordinary and induced adscirption.. The adso-rptivity of silicagel
and zeolites increases with dec@vasing temperatures even without irradiation.
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ACCESSION NR: AT3007248
However, the,changes are substantially greater urlder irradiiition,. and the adsorp-
tion is much more permanent. The effect of lower temperatures- is stronger on. .fi
zeolites than on silicagels. Some light is shed on the effect,of slow electrons and
.,gamma-ray radiational effects on the surface layer and.into the depth of an adsorb-
.ent. Orig. art. has; 7 figures.
V
iASSOCIATION: none
:SUBMITTED: 00 DATE ACQ: 140ct63
ENCL: 00
SUB CODE: PH,-EE, -MA NO REF SOV:. 006, OTHER: 000
Card

ACCESSION NR: AT3007249 S/295Z/63/000/000/0019/061
AUTHORS: @tarodubtsev,S.V.; Ablyayev, Sh. A'.-; Ye rmato,@, S.'Ye; Azizov, S.A.
TITLE: Effect of gamma radiation on the adsorpti.onal properties of synthetic
zeolites,
@SOURCE:: Radiatsion. effekty* v tverd. telakh. Tashkent, Izd-vo AN UabSSR, 19 6 3
19-21i
:TOPI@ TAGS: adsorption, ordinary adsorption, supplementaiy" ad's orption,
radiation- induced adsorption, zeolite, gamma ray, gamma- ray-induced adsorption,
:radiat!@-on- gamma radiati6n, temperature effect, isotherm
.BST@,ACT: The paper d' t 1 investigati n of the effect of
escribes an experimen a 0.
d'
gamma rays on the adsorptivity' of synthetic zeolites. -The.tests were p@rform%
by.the@ ordinarcy volumetric method on 3 Goirlkovskoye` specimens of the types 4A'
(NaA),l CaA 5A,' and 13x (Nax), and,two G@roznoye specimens-4,k (NaA) and CaA 5-9.
The zeolite specimens were first h6at-treated thoroughly at temperatures of 350@--
4000C,at pressures between 10-1 and 10-6 mm Hg for severa
@@hour-. The zeolites
were then exposed to gamma6rays of a radiati -on.dosage rate of 150 to 350,000 r*/hr,
with a total do s e of Z to 3 10 r. The adsorptivity.of the`.z@olites was found to be
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ACCESSION NR: AT3007Z49
significantly increased; the increase grew to a-certA4n limit depending on.the inten-
sity of the- radiation dose. The eff@ct -of the glass. on the test results was deter-
mined by identical control ampoules with 0 and H, with and without adsorbents,
:exposed to gamma radiation. It was found that- the an@poules'not tofataining adsorb-
ents maintained a constant gas presiure. Thereforej the effect of the glass was
,found to. be nil. It was found that ihe adsorption tem@erature @affects the magnitudd
@of the Igamma-ray effect substantially. The radiatioAal effect decreases at elevated
tempeiratures, that is, a radiational anneal occurs. The effect disappea'rs com-.
i
'
n annea
l-the limiting pressure
,pletelV at 300-4000C. It is noted tlat*following-a
occur,9 at lower values of the radiational dose. Comparative 'isotherms of supple-

e and ordinary adsorption of an irradiated z'eolite were plotted for dry air
M
nta ry
'
,
of the radiation effect observed is
,@at -196 and at i7oom temp&rature. The nature
explained by the knocking out of a Compton electrofi by. a primary gamma* quantum,.
'
olite.
whereupon the fast eledtrons pass along a path'df 2"3 z)arn within the ze
'
matter,.- they form a large
Having expended their energy on the ioinization.6f t@e
*
r of tens of ev. The
mumber. of relatively slow electrons with energies of the orde
:resulting strong ionization forms negative and positive io@s:which produce excita-
tions and other defects of various kind. The number of possible defects per.gamma
'
se defects do not
ntum ordinarily amounts to several tens of thousands; the
qua
'
The supplementary
differ from those obtainable by UV -and X-ray impingement.

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'ACCESSION NR.- AT3007Z50 S/2952 /63/00 0/000/0032/0037
AUTHORS: Starodubtsev, S.V.; Mikhaelyan,-'V. M.
TITLE: On the effect of ionizing radiation ori the kinetics of isothermal crystalli-
tzation of vitreous selenium
1SOURCE: Radiatpion. effekty* v tverd.* telakh. Tashkent'' Izd-@vd- AN UzbSSR,
i1963, 32-37'
'TOPIC *TAGS: Se, selenium, vitreous selenium, radiation, ionizing radiation',
gamma ray, gamma radiation, - crystallization, orygtallizitioii nucleus, isotbermal
c rys tallization, c rys tallization ge rm, ge rni, amorphous selenium, amorphous Se
.;vitreous Se, development, development temperature, aefect,. crystallization center
'ABSTRACTr The paper describes some results ofari experimental investigation on
@the effect of.a preliminary irradiation by powerful gamma'-r'a'y fluxes on the pro-
ss of formation and growth of crystallizationce' 's'in*vitreous (amorphous)'S
e nte r e.
c
Vitreous specimens we*re prepared in the form -of cylindrical rods 6-
mm diam r
P !:t@@
50-60 mm long,. by chilling fused Se. The fusion temperature (T) was 300-350?c,
0
the quench T'60-15 . Each specimen was divided into "a -radi "atiori and a controt'.
portion. Co.6 radiation*with 500-650 rl sec and an ambient T. of 400 were use&
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ACCESSION NR: AT3007Z50

Cbntrol specimens were held at the' same T for m a-
the -si I elime.. Following irradi
the specimens were "developed-- at T=970; whereupon germs grew
to dimeh-
.
.sions that could be readily observed und@r the ordinary microscope. After
.11development," the specimens were cooled to room temperature (RT) at which'the
growth rate of germs is practically zero. Since the specimens had thus become
-d-a -eparate specimen. Therefore
irreversibly 11spoited,11 each test point require s
'
each half of
a'rod wa@ further subdivided into tablets which were polished and. used
'
-
.in the experiment to provide an opportunity for
an averaging of the germs
observed-

t.The effect of the dosage rate and the total dose on, the number of crystallization .;4X
:nuclei is graphically shown in the. article.' The &rystalliz.-ition nuclei are of the
sphe rolite "\type.. A strong increase in the number of crystallization nuclei with
radiation is evident. A separate test was made to prove that this effect is truly
radiationa.1 and not due to the effect of a radiational increase in temperature of the
.specimen. A separate experimentation showing the effect: of the '.'development'
process. on the change in number of.germs is also. performed. Additional consider-
ations'. not ye't fully taken into account, are the"following"' (1) Since the number of
C060 per
defects, produced by gamma rays of unit Volume, exceeds the number of
'
efecijion", -.displaced atoms)
grain@ I;y many orders, it is evident that noteVery d
becomes a crystallization nucleus, and that a germ apparently is a larger formam-..,e:.
tion tl@an a singular defect. (2@ The strongly nonlindar. variation *of the number of

iCa4
Z
/3

ACCESSION NR: AT3007Z50
rains with radiational dose and dosage rate sh6@vs that a, preliminary coagulation
9
of defects is necessary for the-formation of age rm. - (3) The possibility that the
radiation produces an activation of "undeveloped" impurities, is not to be excluded.
However, the independence of.the increase in 4um-ber of germs from the dose in
various specimens contradicts this hypothesis.. Orig. art. has: 6figures. %4
:ASSOCIATION: none 01.
SUBMITTED: 00' DATE ACQ:, 140ct63. ENCL: 00
:SUB CODE: MA, C H, PH, EE NO REF SOV:,OOZ. OTHER; OOZ
-3
Car
d 313

B/166/63/000/001/004 010
3104/3186
AUTHORSi qtarodubtsev, Generalovao V. V.)@ Polyak, G. V.
TITLEt The influence of the irradiation,conftions on the radiolysis:@
of carbohydrate solutJ.ong
PERIODICALi Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya, fiziko-
mitematicheakikh nauk no. 1 1963j 39 45
MXT.- Glucose, maltose and saacharose solutions hava- been irradiated, in
closed and open ampuls of molybdenum lass by 0 60 with an activity of
13
-10 g-equ. *Ra, the dose ra bet een 7 and 600 r/sec!
120 tes being varied W 2 J
at temperatures between 0 and 800C. The.aim was to study the influence of
the dose r@te,- the temperature and occluded gases on the properties of
solutions. Results: The rotation of the polarization plane increas wi-ai
es
the dose rate. The variation of the specific rotation5is the greater the
smaller concentration. The polarization plane rotation of a solution
depends only slightly on the dose rate, on the irradidion temperaturej onI--I
the'outer pressure and on the existence of occluded gases. The absorptiozi-,
maxima are in the near UV (264 2Mm;l) and depend linearly on the'dose.:".
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AUTHORSt B-tarodubtsev-, S. V., Generalovat V. V.
T ITLEE: The use of some carbohydrates for dosimetry of neutrons
mixed with y-fields.
PERIODIGALt Akademiya. nauk Uzbekskoy,SSR. Izvestiya. Beriya fiziko-
501,
m t
ematicheakikh nauk, no, 1, 1963# 46
'TEXT: The first section is a study of: dose measuring izi'mixed radiation.:@
fields according to the variation of the polarization plane rotation in
Arradiated solutions of glucose,,maltooe ancl saccharose. It is found that.*-:,
With a decrease of the neutron 'Llu-x in;the order of one magnitude within
13 @ ;
2
the range of a.neutron flax'of 2010 neutrons/CM , the decrease of
the
specific rotation angle-does not exceed-10 % at one integral dose. The
second section deals with dose measuring according to an investigation of,
the absorption Spectra of the irradiated solutions. The absorption Spec -
trum of an.18 % glucose solution shows a,monotonic increase of absorptionf@:@
.density dependent on the radiation dose between .230 and 290 mg. -It,is
shown that his method'.can be expandsd@for measuring.small doses. In the
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ACCESSION NRI AP3000218 3/0166/6j/0W/002/0062/0W
AUTHORSt Starodubt3evs S. V. Kiv* A. Yli;_-
TITtEs On the problem of radiation-generated destruction in C@Ystals
SOURCEs AN UzSSR* Izve Seriya fisiko-matexis- naukj, no. is 19639 41-43
TOPIC TAGSi- radiation destructionp electron boWardn@nts. ionization arose sections,
pair distribution, valence crystals
ABSTRACTt A process of radiation destruction in germanium crystals, generated by
100-kev electron bombardments, has been studiede' Th6 K-4hell ionization cross
Section 6-K is given, and the assumption is made that the crystal thickness in
much small7ei- than the electron mean free-path. An express'ion is derived for the
concentration of probable pair distribution of ionized atoms n' p (multiplied by I
- .. f .K - output fluorescence), and eventually of the atom concentration
d plac d by a single electron, or
4 n,,W -f IVU 1K a (I -
It is shown that in valence crystals,, with sufficiently slow hole mobilityp the
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;4
NO: APiO00219 S/0166/63/000/002/W44/0048
AUTHORS: Starodubtsev. S. V.; Begzh1inoVt_11.-11D.; Rakovitskiy, S.
TIME: Investigations of Hgl98.cdnver3ion electrons on beta-spectrometer with Trr2
focusing
601MCIE: lul UzSS-11. IzV. Seriya fiziko-matem, nauk, no. 2, 1963, 44-48
TOPIC TAGS: beta spectrometer, resolving power, transverse magnetic field, excita-
-tion level, conversion line, gamma radiation
ABSTRACT: The details of a beta-spectrometer BPP-NT with a double-focusing system
atv.T focusin- angles has been discussed. The authors claim it has a high resolv-
ing power with a transverse magnetic. field range of 11 -4 to 624 oersteds, capable of
focusing electrons with 5.6 kev to 3t.7 mev eiaergies. The beta-spectrometer is used
to study the' 0-decay of Au198 to the'first excitation level of Hg1ga, which in turn
decays to the ground state by emitting tr -r adiation with 411.8 kev energy. The
spectrometer is shown to record with"good resolution the conversion lines L1, M,
and N-shells of Hg198 generated by t#e gamma@radiation. Comparing theoretical and
experimental'values, the transition 4nergy o@ 411.8 kev in H&198 is found to have
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ACCESSION NO: AP3000219
an electric quadrupole nature. Orig. art. has: 3 tables and 3 figures.
ASSOCIAT@011: Institut yadernoy fiziki, AN UzSSR (Institute of Nuclear Physics
K., UZSSR)
SUBS'XITTED: 06Feb63 DATE ACG,:- 12jun63 ENCL: 00
SUB CODE: PH NO REF SOV: 005 OTHER: 012

L 17@16_63 ZPR/EPF@c)/kFF(n)-2/EWT(m)/BDS AFFTC/ASD/F-5D-3/6SD PS-4/
Pr-4/Pa-4
AccEssioN NR: Ap3oo,5532 S/0166/63/=/003/0023/0028
AUTHORSS Begzhanov, R, B, Glady*shev, Do Aj Sta--odubtsev, So V.1 Kheydarov, T
TITLE: 'Investigation of- Blow neutron spec@ra
SOURCE: AN ArmSSR, Izve Ser. tekhn. nauk, no. 3, 1963, 23-28
TOPIC TAGSs slow neutron, chopper, reactor) pulsed neutron source
ABSTRAGTt Experiments were conducted to determine the-neutron energy.spectrual of
slow neutrons emerging.from. a horizontal channel of a water-moderated reactor* qT0
determine neutron cross sections in the 10-KeV energy, range a mechanical neutron
velocity selector of 8.5 g sec/m resolution was used with a pulsed neutron source
of 1200 pulses per minutd. The slow neutron energy spectrum obtained at various
reactor loads and various channel widths (64 and 32 ji ec), gave a Maxwellian.
distribution in the wave length region 0.75 to 1.5 X. Me effective neutron
temperature was estimated at 375K with a moderator temperature of 308K. Orig.
art. hass 4 formulas and 2 figures.
ASSOCIATIONs Institut yadornoy fiziki AN UzSSR (Institute of Nuclear fkhysi6s
Academy of Sciences, Ulzbek-SSRL

CESSION NH: A?3oo5.534 S/0166/63/000/r,03/CO41/0043
,TFORSI: Kiv, A. Ye.; Starodubtsev, S. V.
TITLE: Some models of radiation damage in nonconducting crystals
SOURGE: AIN ArmSSR. Izv. Ser. tekhn. nauk, no. 3, 1963, 41-43
TOPIC TAGS; radiation damage, nonconducting crystal, dielectric crystal, dielec-.
trip, multiple ionization, K sliell., Auger transition,, lifetime, rest time., Coulomb
collision, valence crystal
ABSTFUCT-i This is a continuation of the authors' previous work (Izvestiya AN
UzSSRJV ser. f-m., 2, 1963) on the mechanism of displacing atons in valence crystals
by, ionization of the inner shells in two series of arranged atoms. The appearance
04. a supplementary charge near the arranged atoms leads to an increase in potential
energy. The potential curve for the subsystem consisting of the indicated atoms
is raised relative to the initial curve as a result of sup
.plementary Coulomb
collisions. The aut4o;s consider two characteristic times of holes in the effect
of ionization: lifetime and rest time (this latter determined by the degree of
overlap of the wave @unctions of elpotrons in neighboring atoms or by the width of
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ACCESSIOU NR: AP30055?4
the corresponding ener@r zone in ti crystal). Disp'14'cement is a matter o
I f
ionization,, arxi mult@14e ionizatiWh,of an indivi
dufl 4om is possible during:
1) the photoelectric-'effect in the It shellj with s@bseiguent Auger trans.1tions2-
2) the ConTton effect 9n with subsequent Auger transitions; 3) the
the K she#
ionization of the K 4h by high-.-[peed charged paAi4es., with subsequent Auger,
transitions; and 4) t multipl4.'Ionization of i4e jalence shell by high-speed
charged particles. dA-8- art. hasy' 1 figure and 7 f0imulas.
@ r QP k A
ASSOCLVION: Institut yadernoy fiwilci AN UzSSR (Insfit@te of Nwlear Physics AN
UzSSR)
SUBMITTED: 12Mw63 h1TF. AGQ-. 20ku&63 ZNCL:@ 00
-SUB-CODEs PH
REP SOV: 004 OTHER: OOW
S
'id '2/2

ACCESSION YR: AP4002542' 166/63/000/005/0040/0044
@kUTHORS:,. StarodAbtsev-,_.S. V.; Begzhanov, R. B.; Rakovit@kiyv S.:L.
116
11,1ult polari@y of gamma transitions in Sn accompanying beta decay of
;54 min. Inl 1
:SOURCE: AN UzSSR. iz-@estiya. Seriya fiziko-matem.' naukp no- 59 1963, 40-44
@TOPIC TAGS- tiii 116, indium 11'6m,-' gamma trarxsiiio@, beta decay gamma emission
'ABSTIACT: The ;internal conversio4 of high energy transitions in Sn 116 accom-
panying beta decay of 54 min In110M have been studied, correcting and extending
previous invea@t@itions. Measurements viere maae on-the e -@ spectrometer with double@
focusing at 17 2 angle with a resolution, determined by K-line -d-radiation at
198 1
411.8 kev Hg , equal to O.e..* The source used was indium oxide on aluminum foi@,
I/ME /CM2 in thickness applied to'low intensity r -#ansitions in the hard band.
The results alfow'one tolgetermine the angular momentum and the 3a
J@ity of high
1
excitation levelo,in Sn1 , obtained from thejG -deW 54 min In @'. For tl@e 2807
I-ev level the most probable magnitude was I - 4 and 7r-,+ which confirms the mmsuzq-
ments of 16.-tran4tion angular correlations of 1510,,mev @,nd 1296 mev. orig. art. !L---
hast 3 figures, 2 tablesp and 1 formula.
Card ASSOCTATION: IkSTITURE OF NUCLFAR PMICS AN UZSSR

.kcansica ApOi3024 S/01"/63/000/006/006/W50
She A* A,
AUMOI-IS: Stax.od.ubtq@@T,-A!L
TITLE: rpR* spectra of gmzwirradjated germanim-doped quLrtz! crystals
SOUR=-: AN UzSSR. Seriya fiZikQ-WteMQtICh6OkIkh nauko U00 6,,, 1963, 46-50
TOPIC TAw: EPR spectrum, electrm- paramagnetic resonance, gama MY,. quartz
crystal, germanium doped quartz crystal, gerdanium impurity, radiation defedt,
hyperfine structure, negative rhambohedron,, positive rhonbchedron,.cobalt 60,
paramagnetic center
ABSTRACT: The paramagnetic resonance method has been proved very successful in
recent years.for studying.several defects and for discerning the connection betwm
these defects and both impurities and crystalline peculiarities in quartz. The
method employed by the present authors is that discussed by 1. H. Anderson and I.
k. Well (The Journal of Chemical Physics, v. 31, 1959, no. 2). It was found that
after Ge-doped cluartz crystals aie exposed to gamms, radiation specific peaks of
electron paramagnetic resonance are formed. The samples were cut in plates (10 X
4 x 1 nm) frcm negative and positive rhanboheclrons.After sectioning and polisbkg, w-
the samples were exposed to gamma radiation from CoI4 for 15 min, at a radiation
Ccrd 1/P-

ACCESSION IM: WP4013024
intensity of 590 roentgens/see and either a temperature or 3@C or in liquid
nitrogen. Three peaks were observed. The second disappeared after 24-hour GOO-
sure of the plates to gamm rays or if the sample vas hold at I= for 10 minutes
The authors suggest that the paramagnetic centers ex'e unpaJLr;ed electrons., localized
at impurities of Ge surrounde4 ty four ataas -of WWgen and one ccmpensating charge
of an electron by a Nat or U*r im. The hyperf in 93 struct#re of the line appears
because of interaction with spins of 1=3/2 of Na or U I nuclei. The authors
conclude that the shape of jhe electron paramagnetic resonance lines is deterviined
by Ge impurities. Since the second peak is observed in all pyramids or crystal
:gro,fth, it is probably due to a defective state in which Ge occurs In interstitial
sites. The zpecific spectra of elsetron paramagnetic resonance and the nature of
h"inescense,of the ditfereat faced of growth confirm the view that the properties
of quartz are sectorially distributed. Orig. art. has: 5 figures.
ASSWIATIal: Institut yadernoy fiziki AN UzSSR (Institute of Nuclear Physics AN
UzSSR)
SWUMM 09&u963 DATE ACQ: 03H@ ENCL: 00
SUB CCD,9: PH NO ]RD? SOV: 009 002
Card
----------- - ------------

STARODUBTSEV, S. V.; GENERAWVA, V. V.; POLYAK, G.-V.
Effect of irradiation eonditione on the rad-to3,vais of carbo-
hydrate solutions. Izv. AN Uz.SSR. Ser. fix.-Cat. nauk 7 no.19
39-45 163. (14IRA 16:4)
1, Institut yadernoy fisiki AN UzSSR. -
(Carbohydrates) (Radiation-Dosage)

----PTAPPIPI;@EV, S. V.; GENERALOVA, V. T.
Use of some oarbohydrate for the dosimetry of neutron, aizv&,
and V-fieldd. I--- gli.SSR. Ser. fiz.-mat. nauk 7 mo.l:
46-50 163. CHM 16:4)
1. Institut yadernoy-fialki AN UzSSR.
(Carbohydrates) (Aadiation-Daifte)

STARODUBTSEV, S. V,,; KRUSHCHEV, B. I.
Diffusion of slow neutrons through liquid oxygen. Izv. AN
UZ.SSR. Ser. fiz.-mat. nauk 7 no.1:51-55 '63.
(KERA 16:4)
1. Institut yadernoy fiziki AN UzSSR.
(Neutrons) (Liquie. oxygen)

STARODUBTSEV, S.V.; KIV, A.Ye.
Mechanisms underlying the formation of radiation defects in crystals.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 7 no.2:41-43 163. (MIRA 16:6)
1. Institut yadernoy fiziki AN UzSSR.
(Crystals-Defects) (Dielectrics, Effect of radiation on)

STARODUBTSEV, S.V.; BEGZHANOV, R.B.; UKOVITSKIYpS.L.
Conversion electrons from Hg198 in a beta-ray spectrometer with
focusing. Izv. AN Uz. SSR. Ser. fil.-mat. nauk 7 no.2:
44-48 163. (MDU 16:6)
1. Institut yadernoy-fiziki,,AN UzSSR.
(Internal conversion (Nucl physics)) (Beta-ray spectrometer)
(terreury isotopes)

BEGUANOV, R.B.; GLADYSIIEV, D,A.;_,@TAIRODUBTSEV,,_S.V.; KHAYDAROV, T.
Energy spectrum of slow neutrons emerging from the hori-
zontal channel of the TM-S reactor. Izv. AN Uz. SSR. Ser.
fiz.-mat. nauk 7 no.3:23-28 163. (MIRA 16:8)
1. Institut yadernay fiziki AN UzSSR.

KIV., A.Ye.; STARODUBTSEVp S.V.
Structural changes in crystals resultant from multipl'61dniza-
tion of atoms. Izv. AN Uz,SSR, Ser. fiz.-mat. nauk @'Jhd,.5:37-39
(MW 17: 8)
1, Institut yadernoy fiziki AN UzSSR.

ST_*.ODUBTSW,.S.V..; BEGMANOV, R.B.; RAKOVITiKI'L? w.
0
Maltipole order of e"-transitions in snl!6 acccapalifing the
(3 -decay of 54 min. Lnll6m . Izv. A)l Uz,SSR. Sar. fiz. -mat,
nauk 7 no-5t4O-44 163. OMMA 17:8)
1. Inatitut yadernoy flziki AN UzSSR.

sAO9/63/008/002/019/028
D413/0300@
MTHORS atarodubtsev S V Ablyayev Sh.A., Yermatov- S Y
and-Mra-YO
TITLE: -The effect of radio-frequency discharles on the nd-@
sorption properties 6f silica gel
PEMODICAL: Radiotekhnika i elektronika, v. 8, no. 2,@1963,,
TEXT: The'a-@@thors_have earlier (Dolcl. XN SSSR, v. 1297.
fiz. -m t. nauk no. 6, 1960,
no. 1, 19591 72; Izv. A14 UzSSR,. Ser. a I
93; etc) shovm the effect of T -radiation in 'enhancing the adsorp-
tion of various gases by silica-gel: since this surface effeCt*.3'.S
known t o be dud to blow electrons arising from ionization processes
it should also be produced in an RP discharge. Samples of. KCK (KS
industrial silica-gel were 9xposed after baking tol.an RF field of
intensity 45 - 60 v cm-1. derived from an jirE -36 (tGYe-3B) equip-
ment with nominal power output 2 kxq and working frequency 25-30 nc/s;-
the adsorption of air, H2, C114, C02 and lie after various a.-c-posure
Card 1/2

S/109/63/008/002/019/028
The effect of'radio-frequency
times was measured by manometer tubes. The resulting curves shoVI
increases in'adsorption closely sioilar to those obtained by the
Cu
action of T -radiation,- ranging from zero for He to.a sat ration
value of OA )i mole g-l for H2. The,induced adsorption disapp Iears
completely on baking at 3500C. Isotherms are also@t-'iven Afor the
induced adsorption of dry air at 00, 300 and 6000 over the range
10-1 - 10-3 Mm Hg. It is suggested that the ef-fect.:is due to remov-.
al Of'Dart of the OH-groups normally-covering the gurface of the s3. II
ica-gei. There are 3 figures.
SUB1,11TTM;, March 19, 1962.
Card 2/2

AID Nr. 961-1 3 June
MEASURING SECONDARY ION AND ELECTRON EMISSION DURING FILM
DEPOSITION ON METALS (USSR)
Starodubst
-ey. Rad.iotekhnika
Arifov, U. A., A. Kh. Ayukhanov,. and S.- _V
ielektronika, v. 8, no. 4, AprI963, 669-674. S/109163/008/0041017/030
A vacuum-tube instrument is described which permits improved. observation
f of high-speed deposition of Na or Mg on a Ta substrate. The device can
measure simultaneously the coefficients of secondary emission from the target
surface caused by either bombardment by particles of two energy levels or by
alternate bombardment of electrons and ions. This electrical circuit differs
from the usual double modulation circuit in that the bombarding particles are
energized both with a d-c potential, E'0- and a square-wave generator, whose
wave form is in turn modulated by a sinusoidal voltage E' sin wt. Thus a
a
Current of secondary particles, changing periodically per"I I(Fd + Fsinwt),
Card 1/2

AID Nr- 81-1 3 June
9
MASURIM SECONDARY ION [Contd)
S/109/63/OW/004/01T/030
d" rtical deflect' ampli-@
appears at the collector. This current is fe to the ve ion
fier of a cathode-ray oscillograph. The modulation.of the primary ion (or elec-
tron) current by the modulated rectangular pulses makes it possible to obtain
the zero line automatically and to measure secondary currents caused by the
maximum-energy (E@ + Ea' ) and minimuni--energy (EO' -Ea) primary particles,
The results of bombardment with electrons show that the dependence of the
secondary emission of negative particles on film thickness, while differing
quantitatively for different bombarding-ion energies, are identical qualitatively
and that the coefficients of the secondary emission of negative particles due
to both ion and electron bo-inbardment undergo qualitatively similar chang-as
witb an increase in film thickness. It is concluded that the method described
makes it possible to obtain reliable evaluations for anumber of basic secondary
emission characteristics. [DW
Card 2/2
2t

STARODUBTSEV, S.V.; VAKHIDOV, Sh., TSINOBER, L.I.
Sectorial distribution of 14unineseence centers in synthetic quartz.
Kristalograf-iia 8 no.5:770-773 S-0 163. (NIRA 16:10)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut plyezoopticheskogo
minerallnogo sy-rIya AN UzSSR.

L 11052 -63 EFF(n)-2/EWT(m)/BDS-AFFTC/ASD/AFWL/SSD-Pu-/,-DYI
ACCESSION NR: AP3001182 S/0089/63/014/005/0490/0491
AUTHOR: -Begzhanov, R. B.; Gladyshev, D. A.; Starodubtsev, S. V.; Khaydarov, T.
TITLE: Slow neutron spectrum in horizontal channel of VVR-S ctor 10
SOURCE: Atomnaya energiya, v. 14, no. 5, 1963, 490-491
TOPIC TAGS: slow neutron spectrum, VVR-S.reactor, Maxwell distribution
ABSTRACT: The neutron energy distribution in the WR-S reactoifbaing used by the
the AN. UzSSR-yas meag@
Institute for nuclear Physics of d. @The mechanical Inter-
rupter of 150 mm diameter had 13 plane-parallel slits of 1 = width, The flight
path of neutrons to detector was 7.6 meters, being mostly in a 300 mm diameter
vacuum tube. A 35 mm diameter boron counter served as the detector. A multi-
channel, matrix-type time analyzer was used for recording. The width of the time
channel could be varied from 1 to 128 microseconds. The dead time was 10 micro-
seconds. Measurements of the neutron spectrum in a horizontal channel starting
from the active zone of the reactor were made at 1200 rpm's and 32 to 64 micro-
second channel width. The experimentally found distribution curve is given:
energy of neutrons, in relative units, vs. wavelength UP to about 4 angstroms. It
follows the Maxwellian distribution only around the maximum between 0.75 to 1.5
Card i ko,

STARODUBTSEV., S.V.; ABLYAYEV*I, Sh.A.; BAKHRAMOV, F.; KETTLIN, L.G.;
Study of the electrommidng of natural gas by the method of
vibrational spectra. Zar.- lab. 29 no.6-.707-708 163.
(MMA 16&6)
1. Fiziko-takhaicheskly, institut AN UzbSSR.
Gas, Natural-Absorption .spectra)
t'aciting process)

STARODUBTSEV, S.V.; BEGZMIOV, H.B.; RAKOVITSKIY., S.L.
Nature of highly excited levels in W182. Zhur. eksp. i teor.
fiz. 45 no.4:921-926 0 163- (MIRA 16:11)
1. Institut yadernoy fiziki AN Uzbekskoy SSR.

L 12660-6.3 RDW/JD
ACCESSI .ON NR: AP3002882 S/OMO/63
/150/005/1091/1093
AUTHOR: Starodubtse Member, AN UzSSR)j,- Pu
v.--B- V _Sacheva, T. S.@
Mikha elyan,,
TITLE: Kinetics of formation of crystallization nucleus in
vitreous it
_@nium
SOURCE: -AN SSSR.. Doklady*., v. 150, no. 5J.1963., 1091-1093
TOFIC TAGS: crystallization nucleus, crystallizatidn,:.selenium,
vitreous selenium, ionized radiation, molecuiar chain rupture
ABSTRACT: An attemptis made to preBe nt.a possibility fora
logical description of the*kinetic phenomena in the formation and,
growth of crystallization nuclei in vitreous selenium. , It is
a known fact that X-ray and other ionizlng'iri@adlatlons increase
the crystallization process of amorphous selenium. It was.found
in a previous work that preliminary irradiations of vitreous
selenium,resulted in the increase of crystallization seeds N.
@Furthermore, a complicated dependence of N on the radiation dose
D is observed. These facts are qualitatively explained by several.
Card

!L 12660-63-
'ACCESSION NR: AP3002882
@general assumptions: (I) in order for the crystallization to
iproceed, it is necessary at first to destroy the polymeric molecules
:,which then allow the spatial regrouping of chains. This is
;ordinarily accomplished thermally since Vitreous selenium is
.thermally unstable. In the present study the Ionized radiation
,method was used to initiate the destructionj (ii) the crystalli-
zation process consists of the formation of nuclei in thecrystal-
phase and its consequent growth.. In order for this to take.!
:place, a-minimum number of polymeric chain ruptures nust occur,
;,forming movable segments in the molecule which regroup and form
;the stable seed. Further growth takes place by thecombination of
these separate segments; (iii) The formation of ruptured chains
in the irradiated field proceeds by two ways: through the
;recombination of ions during which the energy is released and which
is sufficient for the rupture of the -Se-Se- bond, and through a
secondary electronic exe'Itation resulting in the dissociation. In
.both instances the generation rate Is proportional to the intensity
.of the dose. Orig. art. has: 10 formulas.
ASSOCIATION: Institute of Nuclear Physics, kcademy of Sciences, UzSSR
Card 2/@

L 14357-63 EWT(l)/MM(q)/HWT(x)/BDS AFFTGIASDIE@3 JD/IJP(0
ACCESSION NRt AP3003849 8/0020/63/151/001/0550/0551
ATIHORSt Starodubtsev So (Mem. AS, UzSSR)i Kirt A* n. (00
J?q
TITM Ionization mechanism of formation.of structural defects in'orystals
SOURCEt AN SSSR. Doklady*, v. 151, no, 3, 1963, 550-551
TOPIC TAM radiation damage theoryp multiple ionizatim valence:,crystal.,
A
ABSIPRAM It has been suggested ky F. Seitz (Rev. Yod. Phys* 26, 1954t It 17Y,
and J. H. Varley (J. Nucl- Ene- Is 1954,21 130) that radiation damage may result
from exoitation-.and ionization of.elements.:.-This.effectle of importance only in
the rela7A-tion time in metalq I h it Th
ncneonducting crystalev a' 0 0 2*
show on an example of interaction of slow electrons (104 to 10 V . th the lattice
of a valence crystal that the ionization of the outer electron shells 'of the atoms
may be of greater importance than it is commonly believed. The cross section of
multiDle ionization is computed as that of K-ionization multiplied W the product
of orobabilities of Auger-transitions. The potential energy of a multipiy-ionized.
atom is calculated and found to be sufficient.to overcome the potential barrier.
The recoil energy of the Auger electron rAy be sufficient to remove the atom into
an interstitial position.. Orig. art. hass 1 figure.
Association: Inst. of Nuclear Physics, Academy of Sciences UzSSR1-
Card

L 17605-65- E;'IG(J)/E',)T(m)/EPF(c)/tPF(*h-)-2/~PA(Iti)-2/&IP(J)/T/iiVIA(h)/EV,A(l)
PC 47Pab-1O/Pr-a4/Peb/Pu-4 ASD(,a)~~5/B~D/S~D/AFIVL/AF-PTR/RABI(i)/ESD(gs)
AM4046?21 GG/Rh1/fALK BOOK EYPLOITAT ION
Starodubtsevi S. V.
RadiationUects on the surfaces Of Hadiatsionny*ye offekty*,na poverkh
nostya geley) TaBhkent, Izd-vo Nauka Uzbekskoy SSR'- 1964. 123.p. illuaw
biblio. 1000 copies printed. (At hea*d of title: Akademiya Nauk Uzbekskgy.
SSR. Fiziko-Tekhnicheskiy Institu ), Editor: A. A. Sokolovaj Technical
editor: Xh. U. Karabayeva; Proofreader.- A. I. Arzum2nova
TCPID TAGS: exciton, gamma adsorption, photeadsorption, InduceKI. adsorption,
---desorption --paramagnatic7-resonance~-i-ea:vhode--adaorptioi -rad-lation-
.gel surface
PURPME AND COVERAGE- @This book ms intended for scientific personnel i6rking in
the field of radiation physim and . radiation chemistry and for ifis'truct.ors and
students in senior courses in 'ruzes, The results of aXperiment4il research on the
radiation effects &rising on the surfaces lof,allica gale And synthetic zoolites .
during the action of streams of gamma rays.orlof slow electrons on--them are pro-
jeS
nented. The question of -theireluence of light on the surface propert 0
Card 1/4
-------- ------

41

L 17605-65
A94046721
0:@
6. Experimental isotherms of induced adsorption 43
7. Temperature dependence of the gam-ma-adeorption effect 50
8. Annealing of the surface radiation effect (desorption of gases) 53
9. Radiation yield of active center3 59
10. Uass-spectrometry of the affect of irradiation on the processes of adsorption,.-,
and desorption of gaseous mixtures - - 62
11, Kinetics of induced adsorption - - 72
12# Application of the method of electronic paramagnetic resonance for investi-
gating gamma-adsorption effects 74
13, Possible practical application of the gamma-adsorption effect 89
Ch. Ill. Cathode adBorption effects 94
1. Fixperimantal installation and method - - 95
2. Change in adsorption abilities of gale under the effect of hi .4requency
@gh
discharges 97
3. Sjounding methods of investigating the parameters of a high-frequency plasma
4. Experimental isotherms of induced adsorption 110 101
5. Temperature dependence of the cathode adsorption effect 113
-60----Kinatice--of-the--cathode-adaorption effect -115 -- ---- --
Cord A

L 1582-66 EWT(m) DIAAP
molW96 BOOK EXPLOITATION UW,
Interaction of gamma radiatio Vn-d matter. pt. 1: Sources of g a radiation
and elementary processes of the interaction of gamma rays Iand matter
(Vzaimodeystviyp gamma-izlucheniya s veshchestvom. ch. 1: Istochniki
gamma-izlucheniya i elementarnyye protsessy vzaimodeystviya gamma-luchey
s ve illusw, biblio. ,
shchestvom) Tashkent, Izd-vo "Nauka," 1964. 248 p.
tables. (At head of title: Akademiya nauk Uzbekskoy SS@. Institut yadernoy,@
_fiziki) 2200 copies printed.
electromagnetic wave scatterin gamma radiation, gamma ray abs6 ion
TOPIC TAGS: 95 rpt
gamma ray attenuation, hard electromagnetic radiation, pair theory,.pair.-,
production
PURPOSE AND COVERAGE: This book is intended for researchers, scientists, and
engineers concerned with nuclear and radiation physics The book deals
ati0h
with processes connected with the penetration.of hard eiectr6magnetic.- radi" - - _V
through matter and gamma ray transition, and secondary radiation. The. resul a,:.
of calculations and experimental research are- given in 6 form' convenient
for practical use. No personalities ai@e mentioned.
CardA lp

A, 11021-65
ACCESSION NR: AT4046907
adsorption of nitrogen vapo r-7" M2/g, maximum porediameter. -191 Chemical treat-
ment of the silica gel was avoided; however, It was -heat.treated. at 35OC- for 8 hours
-2
before irradiatior- EPR spectra were taken for two values of atmospheric pressure (10
and 10,43 .. Hg) and for different temperatures and doses of irradiation. The concerv
tration of paramagnetic centers for a,given radiation dose and temperature could be
obtained by graphic integration of the EPR curves. However If the EPR lines are similar
and their amplitude proportional to the concentration, one can obtain the dependence of
the concentration of the centers an radiation dose from the amplitudes of the first deriva-
tives of the adsorption line. The latter method is employed in this paper and the depen-
dence of the concentration of paramagnetic defects on radiation dose is given in Fig. 1
of the Enclosure. ne satursition effect Is evident starting at about 7-8 Mr for 10-2
mm Hg and 15-17 Mr for 19-0 Yn Hg. Tbe sabmati effect In enlained by the equilib-
rium between newly formed centers-oreatedby.the 71=3: Ond the recombination Of
defects and their radiation annealing.. An Incr_ease In temperature causes a slow decrease
in the magnitude of the amplitude peaks at IT-3 TnTn Hg, but a stmilarly regular beh
to not observed at 10-5mmAg.. Hereo,at 663@',saxu@&-tamperature,. the EPR lines become
more symmetrical and Um-ampUtudesbaorww.ii~ThiziBiesIdainedbyftforimaUou of
Card 2/4

@:L 9967-65 SIT (M)/EPF (C)/EPF W'4/T "/PU-4 AEX(b)/AFWL/SSb/A@(m_:
Pb-4 GG/MLK
..-ACCESSION NR: AT404690. 1/0000/64/0
00/000/0023/0929
;AUTHOR:- 4tarodubtsev, S. V.; Ablyayev, Sh.A.;@_PuIatov,-U.U-; Rasuliv,._U. Kh.
..;TITLE: Mass spectrometric Investigation of the adsorption and desorption of _qas
P
rradlated.synthetic-reolites-
mixtures on the surface of Irradiated and non-l-
SOURCE: AN UzSSR. lnstitut.yadernoy fIzIkI..'-@RadIatsIonny*ye effektV
ikandensirovanny*,kh sredakh (Radiation eftects kn condensed medla)., Tashkent,
llzd-vo Nauka UzSSR, 1964, 23-29
JOPIC TAGS: gas adsorption, gas desorption, nitrogen, adsorption,.oxygen adsorp
ition, Irradiated zeolite syntheti.c,zeolite.
ABSTRACT: The adsorption and desorption processes of a mixture of N2 and 02 on
s of
ithe surfaces of Irradiated and.non-irradiated zeol.ites were studied by mean
a type MKh-1302 mass-spectrometer...The experimental set-up Is described* Zwtlte,,!,
Isamples were subjected to thermovacuum treatment at 350-400C, Irradiated with-the.
!necessary V-ray dose, and exposed to the gas mixtures, In which the partial
t pressure of the components was changed from 20% to 80%. Adsorption was performed'-
at -196C and des7orption was observedduring@a gradual Increase In temperaturee'
iKinetic curves of the adsorption of o, gen and nitrogen an lrradiated.and.non-
XY
Card 1/4

kCCESSION NR: AP4025901 S/0166/64/000/001/009210094-.
NUTHOR: Scarodubcsev, S. V.; Yunusov, M. S.
TITLE: The effect of y-irradiation on some optical properties of
synthetic ruby
SOURCE: All UzSSR. izv. Seriya fiziko-matematicheskikh nauk, no. 1.
19-04, 92-94
TOPIC TAGS: laser, ruby laser, ruby crystal, gamma irradiation, gammat
ray, ruby color center, ruby crystal defect, irradiated ruby
ABSTRACT: In connection wit@ the laser applications of ruby crystals,!
pink ruby crystals containing 0.2% Cr203 were studied to determine the7
fogmacion and stabili'@y of color centers as a function of y-irradiation.
The dose rate from, a P60 source at 34C was 350 r/sec. The ruby ab-
so'@ption spectrum changes markedly in the visible and ultraviolet re-
gions of the spectrum, beginning with irradiation doses of about 103 r.---
In the red region, this dose causes an increase in density which re-
mains constant regardless of any further rise in irradiation dosage.
,14arked color saturation was observed at 106 r. The thermoluminescence-
temperature curve, plotted from room temperature to 500C, has a wide
' 1/2
C.rd

EWTi S6
L 9-5 :m)/EWP(e)/EPFk6)/EPF(n).~,2/EWPfb) Pq-4/Pr-4/N.4 BSD/E (d
AFWL/Aq-D(a).b/A~(mp'.~~/APGC'*b)/ES
ACCESSION NR: @ AT4046905
OR: abtsevj_,@. V.- Vakhidov, Sh. A. Kaipov, B.
UTH StarodL
A
B
TITLE: @nflnence of electrical treatment on the absorption.spectrum of cj@jstallind@@
Z Ins.01M.It yadernoy fiz-11d. @ Radiatsionny*ye effekty* v
A
Tashkent, lzd-VO
n ensirovanny*lch sredai@ ifiadidtf6n iiif@C'C@ in condensed medio
0
Nauka Uz8SR, 1064, 9-11
TOPIC TAGS: absorption spectrum, quartz, germanium Impurity, germanium.
configuration, 'quartz crystall electrical treatmeat
ABSTRACT: The purpose of this work was to clarify the Influence of germanium
--F-iiiir-)tir-iti6-s-oA-theF-ttbsorption-spectrum--ofquart~.---Quartz-crystals-ae.tivated-by-germaniuraT,;,
purities exbibit a new abso ti band with a m aximum In the region of 290,rng when
Im _Vp on
iq=sed to Ionizing radlatlon.l@ This absorption band originate a on the pyramids of a
positive awmad nega Zr-> of a rhombohedron. The results presented In Fig. 1 of the
Enclosure were obtained from a study of the ini'luence-of electrIcal treatment on the
absorption spectrum from the and (pinacold) branches In synthetic quartz. Two
Other
kinds of crystal weiv grown, one activated with germanium impurities and the d
non-activated. The samples were In the form of 10 x 4 x 1 mm3- chips. Electrical treat-,.
meat was carried out with the aid of graphite and sodium chloride. The source of Y-VSYEI.
was C060 and samples were irradiated for 15 min. at 260,v/sec. It Is cloax from The
kpv that the maximum of 290 mg disappears- after electrical treatment, together Adth

I
I
I
I
@ Card 2/3
I

L 22554-65 DJT(m)/EWF(t)/WP(b) UP(c) JDIJG
ACCESSION NR: AP5000467 -S/0166/04/0001004/0032/0036@
13,
AMMOR: Begzhanov, Ro B.,' Gladykshev,- D.-A.S' Starodubtsev,.,S. V.,',Khaydarov,, T
.TITLE: Measurements of the total neutron cross.sections of In'and Sm
7,
8OURCE: AN UzSSR. Izvestiya. Seriya fiziko-mateinaticheakikh Aauk$ no. 4- 1964t
3;-36
TOPIC TAGS: neutron cress section, resonant-cross section, indium, pamariuqueu-
tron,spectrometer
ABSTRACT: Measurements of the total cross sections for neutrons interacting with
the In and Sm nuclei were carried out on a neutron spectrometer,, . described earlier
(Atomnaya energiya, vol. 14, no. 5, 1963). The width of the channel was 8 g: sec,
with a 2.23 p aec/m resolution for In and 2.5 p sec/m resolution, for.So.i. T-he..In
target was In,the form of a 60 mg/cm2-metallic strip of natural Isotopic composi-
tion and was Investigated over the 0.7-14 ev range. Sm was in.the form :of a,chem-
ical compound w Iith 120 mg/cm2 of natural samar Iium. The article contains a detail-
ed description of the mathematical procedures used for. tbe processing of experi-
mental data* The results for In and Sm are contained in Figures la and lb of the
Enclosure in Table
reepectively. The parameters of the,reeonances are presqated
Card l0d-

L 21355-6@ EPF(c)/FPR/EWG(J)/EWT(M)/EWP(b)/T/EVIP(e)/F,dP(t)/, Pr-w4/Ps 4
1JP(c)1AF'dL1SSD WHIWdIJD
A,_C'ESSION NR,-' AP5000857 8/0160/64/000/065/0037/0040-
AUTHOR: Starodubtsev S.V.; Khrushchev, B.-L, Belyakov, V. A., Komarov, V. E.
TITLE: Measurement of neutron spectra y amonocrystalline spectrometer in the
thermal c-olumn
SOURCE: AN UzSSR. Izvestiya. Serlya fiziko-matematicheskikh nauk, no. 5, 1964t 37-40
TOPIC TAGS: neutron diffraction crystal spectrometry, monocrystalline lead, thermal
111eutron 77
ABSTRACT: A method suitable for investigating thespectra of thermal neutrons with
wavelengths from 1. 0 to 5.3A is described.;In this method,- reflection from the-(III) plane- -
of monocrystalline lead Is til' ed to analyze the neutron beam. The scattering by the
[1z A
crystai is shown scTe-Na- ally in Fig. 1 of the Enclosure. The,angle of cut relative to the
(111) plane is denoted byyry to the width of the impingent beam, x that of the reflected
beam - 7be experimental device to shown schematically in Fig. 2 of the Enclosure. The
graphite plugs are each 50 cm in length. A fraction of the order of 1% of the basic beam is
scattered by the device. Fig. 3 of the Enclosure shows the spectrum obtained by the
device. The distribution to approximately maxwell0n. Orig. art. has: 5 figures and 4
equations.
C93rd I/

EWAW/EWr(Wj/T Pb-4 Amv4s@
T N
R:
50008 0076
AUTHOR- Starodubtsev, S.V Gurskiy, M.N., Ts2y, A. N.
TITLE: A liquid scintillator for measuring the dosage of nuclear radia tion absorbed in
composite reactor fields
SOURCE: AN UzSSR. Izvestiya. Seriya fiziko-matematicheskikh nauk,,no.. 5, 1964, 75-76
TOPIC TAGS: radiation dosim"etry, radiation chemistry, liquid scintillator, terphehyL,
chemical doafmetry, gamma radiation, neutron qetecto@
ABSTRACT: 'Ionization, chembers and scintillation detectors are used to detect ionizing
radiation; however, chemical dosimeters 'Permit the measurement of large doses of
radiation. Some of the well-known reactions of,-radiation chemistry can be used-for dosi-
metry. In the present paper, the authors investigate -the possibility of detecting radio@-
chemical changes by means of scintillation radiometry. p-Terphenyl was chosen 'as beat
fulfilling the conditions necessary for the detection of mixed gamma-neutron radiation.
Determination of the absorbed dosage was accomplished by measuring the light output of
the exposed sample in toluene. The scintillation apparatus consisted of a model FEU-29
photoelectric multiplier supplied by a model VS-16 high-voltage stabilizer.. The output of
the FEU-29 went to a wide-band amplifier model USh-2. p-Terphenyl samples were
Card 1/3

STARODUBTSEV., S.V.; LYUTOVICH, A.S.; FRUTKIN, V.P.
PhosphoruB diffusion U high-purity polyarystalline Silicon.
Izv. AN Uz. SSR. Ser. fiz.-mat. nauk 8 no.1:77-81 164.
(MIRA 17-,6)
1. Fiziko-tekhnicheak-4y institut AN UzSSR.

ACCESSION NR.- S/0089/64/016/006/0523/0524
AP4041452
AUTHORS: Begzhanov, R,.,B*'; Gliidy*shev, D. A.; Starodubtseve.S* Ve
Khaydarov, T.
TITLE: Cross section for.-the--interaction between houtrong'and 8=@-l
and In-115 nuclei
SOURCE: Atomnaya,ensrgi@a, 'v.'.16i no'.,;6,; 1964, 523-524
TOPIC TAGS: neutron inteiaction;'neutron spectroscopy, indium,
s@marium, resonance dcatiering,
measured with the
ABSTRAM The total'effective@cross sections
were
neutron spectroscope previously described (Atomnaya energ@ya v. 14*%.-,-,
no. 5, 1963, Izv. AN-UzSSR. -Ser. fiz. matem., nauk, no. 3, 1963)
at a channel widtb-of.8 @wec and resoluti in'
on 2.23 and 2.5 0ec/m
the case of inaium'and*Iiamarium, 'respectively. The resonance para-
meters were calculated by a meihod.describpd.by'.G*,1. Maichuki,
Card lIpP

ACCESSION NR: -AP4042263 iS/0089/64/017/0.01/0059/0060
AUTHORS., Starodubtsev,,S. V.; khrushch0vt B. 1.
oron
TITLE: Elastic scattering of alpha particles by b'
SOURCE: AtoMnaya energiya, v. 17, not 1, 1964, 59-60
@.TOPIC TAGS: alpha particle, boron, elastic scattering, charge ex-"*:'
Change, alpha cross section, differential cross section, angular
;distribution
ABSTRACT: Results are presented of',measurements of-the cross sec-
1 ,tions for the scattering of alpha particles by natural and enriched,
'
particles in the primary beam had ener-'
(86% B10) boron. The alpha,@@
e -beam energy for natural boron
gies 13.6 and 14.7 MeV. Th ', primary
stributions
I was 13.55 and 14.66 MeV, respectively. The angular di
.
were measured in a multiple-platescattering chamber. The particlec
lbeam from the cyclotron was focus6d.on the tar:et by two quadrupole:@.
9

ENCLOSURE$ o2
ACCESSION NR; AP4042263
Card to-I
4/5

44--

AP4010295 S/0048/64/028/001/0076/0079
AUTHOR: Starodubtsev,S.V.; Begzhanov,R.B.; Rakovitskiy,S.L.
116a to
TITLE: Co'ncerning the high energy transitions in the decay of 54 min In
116 rt, Thirteenth Annual Conference on Nuclear Spectroscopy-held In KI
S
n po OV7
25 J@n to 2 Fab 1963/
SOURCE: AN SSSR. Izvestiya, Seriya fizibheskaya, v.28, no.1, 1964, 76-79
TOPIC TAGS: 7-transition, conversion electron spectrum, indius-116m, indium ismer,
multipole order, decay mlons scheme.
ABSTRACT: Although the decay of the 54 min isomer of XnI16 has been investigated
by several authors the available information on the 7-transitions departing from
the high-lying levels in SnI16 is still scanty. The characteristics of these
transitions are of interest not only per se but also in connection with the theore-
tical investigations of L.S.Kisslinger (Mat.-fys.medd.danake vid.selskab.,32,9,19-
60). In the present work there were measured the internal conversion coefficients
of the high-energy 7-tran itions in Sn116 with a view to obtaining information an
these levels and amplifying the results of P.G.Hansen (Nuel.Phys.,30,140,1962) and
C"d

L 17686-65 ENT (1)AWF(e)AW (M)/EPF(e)/EH(n)4/EEC (b)-2 Pr-4/Pu -4.. IJJP W/
As (rap T--2TAj@,rL/sSD4kF11MC/ /.UT.1(i)/RkEM(c)/FzD
ACCESSION hR: AP4049480 199)6ffM4/P9MO2/0300/0302
AUTHOR: Vereshchagin, L. Fe (Corresponding member AN SSSR);
-M-a-d-effiTcian AN UzSSR) ;. Yunusov ,M. S
TITLE: Coloring and lumines ence of, y-ray-irrradiated Ilynthe tic rubies
SOURCE: AN SSSR. Daklady*, v. 159, nod.2-0 1964, 300-302
-TOPIC TAGS:. synthetic ruby crystal, ruby, gamma ray@absorption
spectrump gamma. ray irradiation, leochr
p oism, color.saturaLion.,@.
thermoluminescence, paramagnetic resonance, absorption
.center,
ABSTRACT: Crystals of light-rose syntheti crub
y :,containing about
0.2-- 0.4% Cr20S -were irradiated with. Y@-rays at.a dose rate.of
350 r1sec and a uource temperature of' 34*. The absorption s Ipe ctrum
of ordinary and extraordinary rays was measured by a system which
included a UM-2 monochromator, a light po.larizer.) and an FEU-22
phatowulciplier. it was found that at a dose of 103 r the absorption
spectrum had already undergone a noticeable change. With an increase, -
in dose, rubydensity increases within the green: and violet regions...
of--the- spectrum, _@._ -At.- 1_V__r__t4e -greatest dens_i_ty_ change is in the red
Card 1/3

.L'17686-65
AC-CESSION-M-AP4049480
which remains virt'ually- unchanged, at hi gher: dos@e@g- - --P-le6--;_
region,
h'-
chroism appears In the 420-- 530_m@_ region, and :increases@'wit,@eac
increase in dose. At doses on -the, order of-W r, there- a--
noticeable color.saturation.' With irradiationgthe, spectrum shifts
toward the shortwave .region, Investigations of thermolumines ce nce
due to irradiation of specimens, annealed at a temperature rate of
4*0.3*/min, showed that within the temperature range of 20-500*11. a-.
wide luminescence maximum occurs . at 300% The specimens thus a nnea ied
almost completely losethe color acquired through radiation.. Heat-,*? i:@
Ing of an irradiated specimen to 250' followed by slow cooling has no-'
effect an the absorption spectrum, but its illumination:.with u,ltra-,.,.-,..-:
violet rays from a mercury vapor lamp results 1) in a.more- intense
luminiscence than 'that of-nonirradiated specimens, 2) in the fading
of absorption radiation bands, and-3) in-the-loss of thermolumi-
niscence, An EFR-2 system, was used for' qualitative studies of the'
paramagnetic resonance,spectrum in irradiated specimens, A parallel,".
spectrum was investigated at a-frequency,-Of. �368.Mc.. It was found
t@.at at doses of several thousand r, the.number of absorption centers,.
noticeably increases, and that at the points of maximu.m:,slqpe the
lines become wider. It was also.found that the line due to tran-
Card 2/3

P@11--,Otwg

-1, .252446
ACCESSION MR: AP5020859 UR/0166/65/OGD/00,4100,79/6080
AUTHOR: Starodubtsev, S. V.; Muminov, V. A.; Baballyants,
V. F.
Abdurakhmaito Y, 4@@i
TITLE: Ion source of hydrogen,ions at low gas pressures
SOURCE: AN UzSSR. Izvestiy-a. Seriya fiziko-matematicheakikh nauk, no. 4, 19659-
79-80
TOPIC TAGS: hydrogen ion, ion source,.low pressure
ABSTRACT: The article describes a source in which the generated ions are drawn.'.
out in a direction perpendicular to the source, as shown in Fig. 1 of the Encloqu
The frame of the source consists-of two 590-mm steel rings connected by eight
stainless steel tubes 14 mm in diameter and 1900 m*long. The anode and cathode
are in the form of-0.5-mm tungsten wires suspended from insulated sleeves on the
'framing-tubes.. The wires are alternately,ineandescent and cold, and the potential-
d
difference applied to them.ignites the discharge. The source assembly is.place
in a vacuum chamber of approximately 600-t capacity evacuated with an oil-diffusic
pump to 10-5 * um Hg-. Hydrogen gas is fed in at, a working" pressure of (2--4) x 10-4 -1 V--
mm Hg. The discharge current ranged from 0.6 to I amp at an electrode potential
the order.of 1.5 kv and a filament current-of 32 amp, Oepending on the.bigh-nega
.Card 1/3

--L - 10265-66 -_EV-[r(1) --_--1JP(c).:---GG7
i ITC NRt AP5027389 soim(-F rnm:
,fill/3175/3179
qy, ly
ATITHOR: Starodubtsev, S. V Peshikov,.Ye. V.
MG: Tnstitute of NucYear &ysics, AN SSSR, Moscow (Institut yaderfidy__@Jzllcl AN SSSR)
TM.E.: Radiation changes Of prop,:!rties of to An internnl dis-
pIncement field
SOURCE: Flzika tverdogo tomia, v. 7. no. 11, 1965, 3,17 S - -j I
TOPIC TMS: rerrn-1,rtr-e-, rRdiatlon d9mage. Rochelle 90t, ti-Irlyerno sulfate,
gamma X
Ar-Ait- tj (I , T @- I
ABSTRACT: The @roperties of triglycene sulfnte and Rochelle snlt irradiatee with
gamma rays from a Co6o source at a dose rate of 0.4-0.6 Mrbr-c, were investigated.
The comparison of the plot of the dielectric constant near tho upper peak value of
the Curie point E versus the external biasing fietd with thnt of E as Ia func-
max
tion of the internal space charge field showedthat the effect of thebiasing and,
space charge fields are equivalent and can be considered to be secondary effects
arising as a result of irradiation. An attempt was made to explain an increase in
Emax of Rochelle salt at small doses of x-ray and gamma Irradiation. The effect of
the space charge field during pulsed polarization of irradiated triglycene sulfate
was als Investigated. Orig. art. has: 6 figures and 2 formulas.
SUB VODE: 10/ SUBM DATEf 26mar65/ ORIG REF: 007/ oTH F?FF,: oo6/ ATD PRES
Card

M., 4@:,
inagnei
SR .4.7--vit. nauk 9 nc,..-g:57-59
7- L . 0
yf@dcrriny A-N M1,53R.

J).V@-., M.
of grhmmn rays on ruby flaorescenc-e ylt-Id. lizv. AN Uz.
SSR. ler. flz.-miat. n.,iuk 9 no.lill-1-113 165. Off-IRA ;.8%6)
` I
. in-.i'.Ijtut, yadernoy flzlki A14 UzSSR.

a nonl2iifo-In magriFtic
ma A,,, s
Z:C-
f no.4-40-44 "5.
n r-.
-accrnoy

-STARODUBTSPI, ;.V.; YUMJ,'iVV, V.A., PABAL"I'ANTS, V.F.- A..Kh.
Hydroaen ioa source at lu., gas Dressure. 12V. AN Uz. SSR.
Ser. nauk 9 no.4@?9-80 165. (MIRA 18:Qj
1. institut yadernoy finiki AN UzSSR.