SCIENTIFIC ABSTRACT SERGIYENKO, T.M. - SERGIYENKO, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548120013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

D S L F, 1, C
(~l SS
(7 r
f rLS nt
M,~(; Inst), coplos T~~o I'Z,

KA 2-11 FiNOV' E I Yy
L
nemical study of Aclinc!~ thy
Niy toc
no . 2.- -,1-33- MIr";,p 165.
Kh-,.,rlkovskiy farmatsevt4cheSkiy in:?ti~.ljtz t i',_- rn~. t% 1~,-, d
1,,,, 1964.

VIROZUB, I.D.;SBRGIYENKO, T.M.
Method of Drogressive increase of intracranial pressure in continuous
experiment in animals. VoDr. neirokhir. 16 no.6:50-52 Nov-Dec 1952.
(CLML 23:4)
1. Senior Scientific Associates. 2. Of the Scientific-Reaearch In-
atitute of Neurosurgery (Director -- Prof. A. I. Arutyunov) of the
of the Ministry of Public Health Ukrainian SSR.

SERGIYEYKO, T. M.
"Investigation of the Dynamics of the Cerebrospinal Fluid in the Diagnosis
of Tumors of the Spinal Chord." Cand Med Sci, Sci-Res Inst of Neurosurgery,
MinJstry of Health Ukrainian SSR, Kiev, 1953. (RZhBiol, No 8, Dec 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
S': Sum. No. 556, 24 Jun 55

SERGITINKO, T.M.
Technic of pneumooncephalography. Top. neirokhir. 18 no-3:57-59
My-Je 154. (MIRA 7:8)
1. Is Nauchno-isoleclovatellskogo Inatitnta, neyrokhirmrgii
Ministerstva zdravookhraneniya USSR.
(BRAIN,radiography,
*pneumooneophalography, technic)

SERGIYENKO, T.M.; MIKHAYLOVSKIY, V.S.
Dynamics of the cerebrospinal fluid in cerebrocranial injury.
Vop.neirokhir. 19 no.2:33-39 Mr-Ap t55- - (MMA S-7)
1. Iz Instituta neyrokhirurgil Ministerstva zdravookhraneniya.
ROSPINAL FWM, in various diseases,
head inj.)
(HSAD, wounds and injuries,
CSF in)

SERGITFMO, TM. ;MTKHA VSKIY. V. S.
Technic of kymographic registration of fluctuations of the cere
brospinal fluid. Vop.neirokhir.19 no.4:18-20 JI-Ag '55 (MLRA 8:10)
1. 1z Instituta neyrokhirurgii Ministerata zdravookhrananlya USSR.
(KY40GRAPHY,
of GSF dynanics)
(C7ARBROSPINAL ?MID,
dynam!cB, kymograph7)

SERGIYENKO, T.H.. kandidat meditainskikh nauk
Method of increasing intracranial pressure under-chronic experimental
conditions. Yop.neirokhir. 20 no.6:53-54 N-D '56. (MIRA 10:2)
(CE'RIMROSPINAL FLUID,
increase of intracranial pressure in animals (Rua))

Nervous System.
Jibs Jour :Rof Zhur Biologiya, No 13, 1958, No. 60791
Author :Sorgiyonko, T. 14.; Zozulya, L. N.; Prikhodchonko, I. A.
Inst :Mot 31'%ro-n-
Titlo :The Blood Vessel State and Reactivity in the Dynamics
of Intracranial Hoportension Reflected In the Fluid
Pressure and Ophthalmoscopy
Orig Pub :V ab.: Probl. neyrokhirurgit. T. Z. Kiev, Gosmodizdat
USSRJ' 1957, 253-264
Abstract :No abstract given
Card .1/1
148

KVIFNITSKIY-RYZHOV, Tp.H. [Kvitny-tslkyi-Ryzhov, IU.M.]~ MESTECHKINA, A.Ya,
[Miestechkina, A.~A-1; S=J_M_.KO,
a _j,.M. (Serhiienkol T.Mj
Liquor pressure and the edema and swellin of the brain in experi-
ments yith increasing intracranial hypertension attended with
inflarWatory complications. Fiziol. zhur. [Ukr.] 7 no.ltl0l-106
Ja-F 161. (MIRA 14:1)
1. Ukrainian Research Institute of Neurosurgery, Kiev.
(BRAIN--DISEASES) (HYPERTEISION)
(EDEM)

::',Y A,
L-- Ll 1; 1ayp I
ihjr. k
7- d. 4 n ~ .2
40
L

L .63.1)29-65 --Pu-4L---LjP(c) 14/JD/,JG -
'ACCESSION NR: AP5016347 UR/0149/65/000/002/0096/OldO
669.293
AUTHOR, Sorokin, I. P.. Kolltsov Yu. 1.;~Sergiyenko T. V.; Petrik, L, St
ITITLE: Recovery of niobium from bulk zirconium-pyrochlore concentrates
ISOURCE: IVUZ. Tsvetnava metallurglya, no, ~5 1965,-.96-100
iTOPIC TAGS: niobium, zirconium, pyrochlore, ore treatment
.ABSTRACT:~ For the utilization of abundant zirconi=-pyrochlore ores, four chemical.? _JI
separation processes were investigated, namely, sulfuric acid leaching of ccncen-
-trates, sulfatization, leaching of concentrates with hydrofluoric acid, and loii-
:temperature chlorination.* The bulk concentrates used were obtained by, flotation an(I
!contained 5-7% Nb205+ Ta205 and 12-40% Zr02. In sulfuric acid leaching, maximum re-i
,covery of niobium was 94.3%, achieved in one hour.with a high concentration and high.
!consumption of the acid. In the second process involving leaching of niobium.sul-
:fate from the cake produced by heating a mixture of concentrate and sulfuric acid,
~maximum niobium recovery was 93.5-93'.9% at acid: concentrate ratios of 1.46-1.52.
Jn the decomposition of rich pyrochlore concentrates with hydrofluoric acid, the
Card 1/2..'

- ----- - -- -
L ~31~49-65
:ACCESSION NR: AP5016347
wacid concentration was varied from.5 to 40% and temperature from 20 to 700C.- 'Opti-
mum recovery of niabium--99%--was obtained by heating the comminuted concentrate
with a 15% hydrofluoric acid solution at 700C for one hour. In the final process,
poor zirconium-pyrochlore concentrates were briquetted with 14-20% carbon and
!chlorinated in a quartz tube at temperatures between 400 and,8000C. Maximun recovery
~of niobium--98%--in chlorides was obtained at a temperature of 6000C. Process time
,was 4'hours and chlorine consumption was 5 liters.per hour. At the same time, zir-
conium recovery increased with the temperature. Chlorid6s obtained in this process i
,May be hydrolyzed to yield niobium concentrates or.utilized for extrusion of metal
,niobium after appropriate purification. Orig.~art. has: 2 tables.
ASSOCIATION: Ukrjziprotsvetmet
~SUBMITTED: 210ct63 ENCL: 00 SUB CODE: MM'fGC.'j
NO REF SOV: 004 OTHER: 001
F
;-Card- J

- ~ 1~ -, F ;,~ . I I
i- ! 11 1 . - -- - I ~. - - -
.1 , I ~
sl'oft I ~101Yd, V., yefroytor.
Bonchbcard adapter. Votizy,.. avi.-M. 16 no. I. ~.- -',-1 158. (MIRA 11:2)
(Fadio--3quipmeont and cu-miles)

SERGIIEIIKO~, V. fSerhiisnkop V.]
Futu.T.a i6 built today. Znan. ta pratsia no.4-20 Ap :60. ~
0 ITM 14. 12 )
(Bibliography-Scienc,e)

GOLYSHIV, leonid Sergayevich; 4~~YICNKO..-Vas-il.iy.,A,.n-iisimovich
[Mechanized cultivation of cotton grown in checkrows] Nekhanizataiia
obrabotki kvadratno-gaezdovykh posevov khlopchatnika. Tashkent, Goe.
izd-vo Uzbek SSR, 1955. 50 P. (MLRA 10:1)
(cotton growing)

5 1 yc-[-q ~ 1 is satisfied. Otherwise the ratio
must be considered probable. For the double coincidences in
a double spectrometer the limiting values of the relative
Card 2/3 intensity of the A-e- and e-e decay chains must be taken

22-2-13/ 17
A Double Magnetic Lei~se Spectrome* Win Improved Focalization or coin-
cidence Registration
for computation these limitinki- values representin,~ the linit"
4
where -.he and r-r chains can still be investio-ated.
In connection with this an investigation cf the most intensive
decay chains ofthe isotopes ThB, Au 198 and Ce141 as Ifell as
of the coincidences betwqi~n several ,r -trans mutation conver-
sions in the decay of Yb'69 was conducted. On the basis of
these investiGations it was conclud,2d that aith the help of
the described spectrometer it is possible 1) to investiCa-to
the A-e decay chains, the relative intensity of which is not
below 10-3 at an energy limit of the [:,-spectrum of from 0,5-0
* 1 MeV and 2) to investi6ate the e-e decay chains, the inten-
sity of Ythidi is not below lo-5v The spectrometer was desiz;ned
by B. S. Dzherelov. Constructional computations were perform-
ed by P. A. Tishkin. G. S. Xvarter assisted in the startin.
of the apparatus. There are 11 fi-;-ures and 35 re _~erences, 7
of which are Soviet.
ASSOCIATION: Fizicheskiy institut Len_Jn.-rads':oj3o Gos. universiteta im. A. A.
,Zhdanova (Physics Institute Leningrad State University imeri
A. A. Zhdanov)
AVALLA- T-- Library of Congress
Card V3
1. Spectrometer-Characteristics

'V
4 '3 -- 2': - 7 - c,,,,2 16
UT 07, b r 9, 7, r iy 1~ . K Sergiyenko, V. A.
5 5 5
~-cn C(j ro-,-i ~j tmv 1, 11 ""t,
0 v komvvv:;J-onn,,/kh nri ra.,37.ade
Tb
"i 'OLICAL L-.ve,,i t i,.q i n,-- ij 1, SH fi va f-i -, i-c'f e s k av r-- , I 'q 5 8
vol, 7, i)i,. 791-794 !U,-!:;:1')
I;T 155
H C' Tb b t a i n; -- d b:;- thr~ -irrat',; ation of a tanTaitim target
- r- G' Mz~ ~,
ai th ,)i.-uton~i an enerp,7 of i~* -'. The irraui~!ton lasted
for several hours. The cliromatographic separation -,,.,as car-
ried out 2o-.3o hours after irradiation. The coinciderce was
investigated -.,.-ith the magnetic double-lens G-spectrometer
of thp Unive-r-Q-ity Ltnin,-)i-aa (-?,ef i). The in-ves-tigat ion
was refformf~d as One half of the Z-nectrometer re-
corded the K- rand L-electrons 4. rom a certain y-transition,
whereas the other half -r-corded the K- and L-line!- of the
other transition. The eXI)erirI-,entvl results comniled in a
table sho-.. the following. 1) A coincidence of the L-63 and
f'ard 1/3
K-262 electrons. The line. which. pending final decision

/IA 2 --7 - 5/2 6
155---->SOV 1,
-onversion Electron Coincidence in the Decay of Ib Gd
s d e r. o t e d a 6 eorj~.j'...tE: (:j-' T ' ~-
L 00, 1 ~j,I n W I
a d .--
it is pu-.-,si-blc-:, how~~ver. -that also i~-57 and L-63, .,rhich are
generated in transitions, are contained in it. Th,:~ -.otal
number of ccdncidences of' (L-063) amount,~,d to 12-:5
T,ulse, Del' hOUr, 22 of those -,.,ere random uuls-es and 101
were true oneo. The existence of coincidences of L-63 and.
K-262 electrons- is beyond tioubt. The authors are of the
opinion that these coincidences are essent-itilly-connected
with tile cascade of the 1--transitions -,-,--i.th h9 -60 an-4262 keV
in the nucleus of d 9 Coincidenr!es of L-,
G nd
-hese coinci-,
160 , loll + 163) electrons. The exi-Sterice of I
dences cntilnot be -Ioubted. The folloviin4r combinaticns coul,]
take ~,-.ert in coincidencea of' thi-s type:
(V-. -, 01 ) (K- 161 -, 5(rr--105,32~( 5'
(L-60; 00'(K-16',A)~
and Th--~ exi-stt~nce of these cascades is
also substantiated by the con-,i-lic-ated c-aracter of the !spectrum
of th~~ coincidence of '.,.'-elt?ctrcns or,*-FJ-n,,tinjr from the
16r) f 16 1 7 ) _ -~ 1., .1 , - h
s i t j 0. nS I ~ qj
fr.or~ the electrons o1' t
-o-incidenc,: o' the 'f"'-149- and '-(V~0~161+
re ~'~ ne c' t 1 VE ine. U 0
:bard 2/3 +163,-electrons. The transitions an energy of hV = 118;8

:7. Z:
C'n .-i:~ 1-~L: ion, n n
L
n~ i h, r fitc, t n d n the deca-.--
f rp ~7
The 2oincirlen-ce-
-7im'L~M-ht into connection ~,Tith the
!~,2'47 tran2i t icino.
~'oincidcnn,-- oi-
t -o n h e i . - t.r c e 0
ot
ind ~,,f' nd
K- ~ 1 060-t 16 1 io bevond doubt. 'L'hat of W-(180+18194) and
K-1,19 cin be n.-i:,umcd. T'here ,,re 1' table, and 6
refere:,ces, -1 c,-,' v,,~ich are
!AT I ON IIauchno-iszledovatel 'skiy 'izichec!:4y institut L-nin.gr~.dzkotgr,
gos. uriveircitet.- Zhd~!nova
(,:Ci`.IItif'ir :I:-:-~-i-,---rch of 111`i.-,-sic~-3 -' the
~~tlite 'Uni'vertiity I'meni Z!-~danciv
Card 5/3

173

C,

j~ t och ~t

j

c t r Z) M. Th-
fn pj 7 d Y'

l
t de-
u
ou n4 d e c '.tion o
I na

i t a

t

a. re -
tal

t
t
the
J
-
t on

1/5 1 t

'
~ on- r 10! -
1
0
dence
~_,;-c -
of the

o;

t7
lie

'
n!
0;.
t
a r
.
.
rtj

c
ar(l

0

7
r

SOV/148-22-7-6/26)
Coincidence of Ccnversion -.1ertrons in of Lui73. Precise De-
termination of the Lu172)___> ,,
level of 351 `2 keV is not in the rotation band of the ground
state and avi~arently is a one-particle level.(T.n this
range the vibration levels are higher). In the third chaDter
the quarital ch-zracteriotic_~ of the excited states of Yb173
a-,e investigated. The type of the -Iihird level at E = 35122 kell
was still oi)en to question, Evidence i~! furnished showing
that it must be of a 7/2+-type. -vea if deviations -from
theory of three orders of magn-itude are assumed to exists,
the uniqueness of' the conclusions is not diminished.
in chaDter 4 the relative probabilities of the transitions
in the decay of Lu173 are Precised.
The 5th section deals with an invest-i-gat-ion, of the relative
intensity of capture at the different levels of Yb173. It
is sho,.-;n that the ouantal characteristics of the ground
st of Lu173 coincide with that of the excited state of
YbT~~ at an energy of 2,51.2 keV. The transition between these
two levels must be a uermitted one. .From parity considerfl*~qns
1 Yrb
bard 3/5 it anDears that the transitions to all lower levels of ' 3

" O~ V /4 8 -2 2 - 7 -6
f I I
lo-incidence of Conversion -lectro in tile D Lu -1. Precise De-,
terminaticnof the Decay-Scheme Lu 773 * 73ay
;> YO
are forbiddeii. Among these, Vne transition to the 7/2 level
is the most Drobable one.
The quantit ve anallysis of.the e-- e- coincidences in thL,
decay of LuM > Yb173 is' the subject of the 6 th,5ection. Based
upon a comparison of the cxperimental and the comnuted co.-
incidence rate the following is stated: 1) The experimental
coincidence rate differs frOM the COMULIted one by a factor
of 7 - 9, if the K-78,7 line comes in in the measurements.
This is probably due to the fact that the K-78,7 line, being
the weakest one in the spectrum of conversion electrons,
is not recorded by the coincidence counter. 2) For coincidences
not connected with the K-78,7 line the experimental and the
theoretical v&luen agree within a limit of + 25 ~,'I, with each
other. The second-year students of the State Universit3~Lenin-
grad, V. Bunakov and A. ~kyakusheva assisted in the coincidence
measurements.
A. N. I'lurin, G. I.-I. Corodinskiy and V. N. Pokrovskiy communi-
cated the results of the investigation of the y-spectrum of
Card 4/5 Lu173 to the authors previoiis to the UUblication of their

-1 -6/26
F. 7-~ Precise De-
lo-,mci.-ence o' :~Iectronv in the Decav of L11
tv,,-maination o, rh.:~ Decay--.:chemp Lu173 - > ybl73
p.LT:-par, There are 7 figures, 7 tables, and 19 references,
of wilich are Soviet,
fiz,chezkiy institut Leningradsko-c
g~o:3. univer.9itet~.i im. A. A. Yhdanova
(.'*cientifle It'esearch Inntitute of 11hvaics, at tlie L,-ninerad
9t:.t~! Univaroity imeni A. A. ZhdaziovN,
Card 5/5

'.U'HOPS: Dzhepelov, B. S., Preobrazhenskiy, B. K., SOV/48-22-8-8/20
Sergiyenko, V. A.
147-43 147
TITLE: Conversion Electron Coi~cidences in the Decay Eu m
(Sovpadeniya konversionnykh elektronov pri raspade
EU 147 ---% Sm 147)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheskaya, 1958,
Vol. 22, Nr 8, PP. 945 - 948 (USSR)
ABSTRACT: The authors employed a double lens p-spectrometer (Ref I)
in the investigation of the coincidences between the conversion
electrons prodticed in the decay Eu147 -4 sm'47(T 1/2-'j 25
days'. EU147 -4-Sm147' -transitions with energ 1214~
and 1j X ijUl -4~ -, depay.
97,b keV (Refs 2 - 4 ) were found in tht, _ "4SM
The transition with an energy of 80 keV which was found in
the paper given by reference 3 and in the experiments could
not be observed in this investigation. However, conversion
lines with 76,3 keV were found (Ref 2). The spectrum of
conversion electrons up to an electron energy of 200 keV
was taken with one half on the spectrometer. The source
Card 1/3 was directed with its active side towards the spectrometer.

Conversion Electfon Coincidences in the Decay SOV/46-22-6-8/2o
147 147
Eu S m
Fij,; 1). The number of conversion lines, their po5ition
W-;thin the spectrum and their relative intensities agreed
with the data presented by Gorodinskiy et al.(Ref 3)- Because
of an insufficient resolving power of the spectrometers the
K and the (L + DO lines of the transition 76,3 keV did not
stand out clearly. The L-line could not be recorded separately
from the K-LL line of the Auger (Azhe) electrons and the
(L + LI) line could not be distinguished from the K-121,0 line.
Coincidences were observed between the K-121,0 and K-197,6,
the (L + 1.0-197,6 and (L + M)-121,0 electrons with the K-
Auger electrons as well as the coincidences of the K-121,0
electrons through the slit in order to determine the (L + 11)
lines of the 76,3 keV transition. Besides, coincidences
between the K-121,0 and the K-Auger electrons were recorded.
The number of true coincidences varied between 3,5 and 179
pulses per minute-1. The ratio of true and random coincidences
,7as 9 : 1 The experimental results are compiled in a table
and described (Figs 2,3). The data collected agree with the
~a.cd 2/3 decay scheme of Eu147 (Ref 5). The authors acknowledge the

Conversion Electron Coincidences in the Decay SOV/48-22-8-8/2o
EU147 ---~ SM147
interest shown by A.A.Bashilov. V.Bunakov and Yu.Zvol'skiy
assisted in the measurements. There are 3 figures, I table, and 5
references, 5 of which are Soviet.
ASSOCIATION: Nauchno-issledovatelskiy fizicheskiy institut Leningradskogo
gos.universiteta im.A.A.Zhdanova (Scientific Research Institute
of Physics at the Leningrad State University imeni A.A.Zhdanov)
Card 3/3

.LUTHORS: Dzhele;;ov, 1- S, Preobrazhenskiy, B. K., SOV/48-22-8-9/2o
Serr-iyenko, V. A-
167 167
TITLE; Conversion Electron Coincidences in the Decay Tu -4 Er
(Sovyaden konversionnykh elektronov pri raspade
'16 iYa167
Tu Er
PERIODICAL~ I--vestiya Akademii nauk SSSR, 3eriya fizicheskaya, 1958,
Vol, 22 , Nr 8, PP, 949 - 951 (USSR)
ABSTRACT- The authors investigated the conversion electron co~ncidenc
between the conversion transitions of the decay Tu167 -4 ErT97
"'T.Iil~-' 9,6 days) with a P-double spectrometer (Ref 1). Tu167
was obtained by bombarding a tantalum target with 600 keV
protons. The neutrcn deficient Tu-isotopes were separated
from the rare earth fractions in a chromatographic column.
In the decay Tu167 --~ Er167 transitions with the following
ener,gies ta?e place (Ref 2-4): 56,9 and 208,1 keV (average
values acco-nding to references and 4), The spectrum of
the conversion electrons of TuI97 in the range to about 200
keV was taken by one half of the spectrometer (Fig 1). The
Card 1/3 position of the lines and their relative intensities agree

Convars,ion Electron Coincidences in the Decay SOV/48-22-8-9/2o
MU1617 167
-4 Er
with the spectrum given in reference 2. The coincidences
bet,.-ieen the conversion electrons of the transitions veith
h1! = -1,6,9 and 208,1 keV and between those electrons and
Lhe Au~,7er electrons from the K-series were examined by the
authors, The results are *led in t' table and explained
"Jge
7 which was advocated
(Fig 2). The decay scheme Tu
in t~.e re-erences 2 and 3 (Fig 1) is substantiated by the
ex,;-`erii,.iental results. T`:o 7~uthors express their gratitude to
K.Ya.Gromov and to t',~~ L;tudents of t1le Leningrad State Uni-
versity, V.Bunakov and L.Popenko. There are 2 figures, 1
.able, and 12 references, 6 of which are Soviet.
ASSOCIATIO,,': Nauch-no-issl --dovatel I ski.,
.r fizic-heskiy inst~tut Leningradskogo
gos.universiteta im.A.A.Zhdanova (Scientific Research Institute
of Physics of the Leningrad State University imeni A.A.Zhdanov)
Card 2, '-5

Conversion Electron Ccincidences in the Decay SOV/,~8-22-8-9/2o
Tu 1167 --) E r', 6 -t
Card 3/3

Cal .1'si
A-I^I a
0 001 Ki sits!
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AUTHOR, ~f~ V89 -7.! V/2i
TITLE.
(U V....
PERIODICA1, Ato=uy. oosr~riya. 195). 7,1 !tr -(-!2 (7"P.) .3-
LBZr]LACT, The IX All-Cr.1- C-f.-n- 1-0. fr~ -6 to
100
loot r , th a At i p~rt-.t -f 1.1 h
following fi.Ldz. !N~liix Th-ry l- f
A. 3;.DA,7d-
i d L. 1% r. i. ~"_L_
__EjtkrALu, L. K. P.k.r, L. A. 51-
raills-lone it d.fl
It!-. 'f the ft-r--
%y ~*- of tti go-i"set
40d.I T B (W)s Conn. terct I.,- 7f ;,~ir--latt,c
N (IAZ) , rh. ~p. -t Ir th, -;-
u l'ity -1.1 to -:1.i cc, the ~f -1-11'~."
their -ant. if I 1~. f
nqrt X-*--kl~ (UE".
th L-t- utatality . . .-~A
of
C~d 1/3 pr: out tg. 1. the th-rj c f
of th -4
neutrino In the yof the n!
between the trazia-ra.l. .1-trIn onj ct -~l
polarizatlea of J- u-t. -,ria !.n The -N~ .r i
3~46 end C.60. 1).ny if 9-1.1. t~~
AMLfzly.,. V. -h-r, I-
%
Kher-kqz~tj institut 1-ti-4t chez,kov),
8 3 20
T
h 126 9.30 (p,r), No (p,r), " 1'~"'4
remotions. A. C.-V
W or, not
r -t:lif g hot b __z rt
th ,o.-I.tI
mul ti "Y haxg.'~ t."'. (c. S, 0. -1 s. FS2J.1ald, - .. W -
_4*_,u 1L.-I-11 Now
5.
61 53, o155
(LZU).
pthe b-t. :f 1h, 71-1-
4.... or tl,.
&.61mo.ring.
T* (1, Ch
?be repro.ontativos if the )'.rAjtsr:t- ra,!Lct-);21Lch,a1(oy
b(Hini -try tf to, IrIvatry)
I -or,
11 1 Po tlp
.1c..4 ty I, S. D-h
t.bl.. and work. ou4&.t -.-. to p~blt.! .1 .,to
quickly in order in be of ro4l jja to -k!e ex;vriment4r.
Co,rd 3/3

.21(7) SOV/48-23-2-9/20
AUTHORS: Dz-elepov, B.-S., Sergiyenko. V. k.
TITLE: Coincidences Between Conversion Electrons in the Gd146 and Gd151
Decay (Sovpadeniya mezhdu konversionnymi elektronami pri
raspade Gd146 i Gd151 )
PERIODICAL: Izvestiya Akademii nauk SSSR. Sezi.,afiziehaskaya, 1959,
Vol 23, Nr 2, pp 211-21Q (USSR)
ABSTRACT; The authors investigated the Gd146 --.;,.EU146 and Gd151 --.* EU151
decay, that is to say,they measured the intensity of coincidence
between conversion electrons of the most intense lines. The
results are listed in table 1 and illustrated in figures
(Figs 2, 3). The coincidence of transitions 114.8 and 115-5 kev
(coincidence AA) was found. It is unambiguous and is regarded
as a llself-coin~cidencell'of the electrons of line K(114.8+115-5)-
If both lines were separated, there would is only half the
intensity. The authors proved the coinq~dence of the lines
(K-114-8+K-115-5) and(LM-15-5+LM149.8Gd140) on the basis of the
coincid~e'nce of transition 155 kev with the transitions 114-B
and 115-5 (coincidence AC). Furthermore, the authors determined
Card 1/2 the coincidence of the lines LAI(114.8+115-5)+K-115 and the

SOV~g 8-23-2- ?~ 2o
Coincidences Between Conversion Electrons in the Gd' and Gd ' Decay
Auger electrons (K series) (coincidence BA). The components of
the A, B and C lines are given (Fig 1). The determination of
intensities of the individual omponentg is only outlined.
The scheme of decay from Gd149 to EU14 is given. All-tran i--
tions belqq to theltype Mi. The sequences are 1-9 2-9 3-9 4--
In the Gd > Eu 51 decay coincidence (L-21-7)(K-175) may
be regarded as proved. The authors thank A. A. Bashilov and.B.K.
Freobrazhenskiy for the source, A. A. Bashilov also for
communication of his results. A. Andriyanova, Kh. Nasyrova,
~Students of Alma Atinskiy gos. universitet (Alma Ata State
University) assisted in the coincidence measurements of
146 151
Gd , and A. V. Kudryavtseva in that of Gd There are
6 figures, 2 tables and 9 Soviet references.
ASSOCIATION: Nauchno-issledovatellskiy fizicheskiy institut Leningradskogo
gos. universiteta im. A. A. Zhdanova
(Scientific Research Institute of Physics of Leningrad State
University imeni A. A. Zhdanov)
Card 2/2

21M SOV/48-23-2-lo/20
-AUTHORS: Dzhelepov, V. S., Preobrazhenskiy, B. K., Sergivenko, V. A.
TITLE: Coincidences of Conversion Electrons in the Decay of Gd147
and Gd149 (Sovpadeniya mezhdu konversionnymi elektronami pri
raspade Gd147 i Gd149)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1959,
Vol 23, Nr 2, pp 219-222 (USSR)
ABSTRACT: The spectra of conversion electrons of a Gd fraction were
recorded by means of a two-lens spectrometer up to electron
energies of 350 kev (Fig 1). The results of investigation of
the coincidence of conversion electrons produced in the decay
of Gd147 and Gd149 are contained in a table and shown in fig-
ures 2 and 3. The scheme of Gd147 -). EU147 decay was determined
from the coincidences of the lines K(396+370) and 111096+370)
with the K line (229 kev) and the scheme of
Gd149 30 Eu149 decay in Gd149 from the coincidences
(K-149-8)(K-346) and (K-149.8)(W-346) (Fig 1). The authors
Card 1/2 thank N. hl. Antonlyeva and A. A. Bashilov for interest in the

SOV/48-23-2-lo/2o
Goincidences of Conversion Electrons in the Decay of
Gd147 and Gd149
paper. A. Andriyanova and Kh. Nasyrova, StudaiLts-of the Alma-
Ata University, and V. Bunakov and I. Myznikov, Students of
the LGU, assisted in the measurements. There are 3 figures,
1 table, and 5 references, 4 of which are Soviet.
ASSOCIATION: Nauchno-issledovatel'skiy fizicheskiy institut Leningradskogo
gos. universiteta im. A. A. Zhdanova
(Scientific Research Institute of Physics of Leningrad State
University imeni A. A. Zhdanov)
Card 2/2

21f7) SOV/48-23-7-16/31
AU'2'iiORS': Bunakov, V. Ye., Dzhelepovt B. S., Zvollskiy, I., Sergiyenko,V.A.
TITLE: The Coincidences of the Conversion Electrons in the Decay
Se75----* As75 (Sovpadeniya konversionnykh elektronov pri raspade
Se75 0 As75 )
PERIODICAL: Izvestiya Akademii nauk SSSR. Beriya fizicheskaya, 1959,
Vol 23, Nr 7P pp 859-863 (USSR)
ABSTRACT: The authors investigatedp by means of a lens-~ -spectrometer,
the coincidences of the conversion electrons-of the above-
mentioned decay, the isotope s75 being obtained by a (nfa-)_
reaction in the irradiation of the enriched isotope'se74. The
decay of Se75 was investigated in a number of papers; the lines
of the d--spectrum and the coincidences are indicated. The
spectrum, recorded by the spectrometer, of the conversion
electrons of this decay is shown in figure 1, and is supple-
mented by the level scheme. The observed coincidences of
conversion electrons are indicated, and it is ascertained that
their relative number lies between 0.5 and 3. The coincidences*
Card 1/2 of various lines recorded by the spectrometer are shown in

The Coincidences of the Conversion Electrons SOV/48-23-7-16/31
in the Decay Se 75 0 As 75
several diagrams, and the results are discussed in detail.
Pinally, it is stated that the results obtained improve the
data of previous papers (Refs 3-5). The authors thank
A. V. Zolotavin lbrTiadug.at tzdr didposal the isotope Se75
and mention L. Gorzhak, student of the LGU, who participated
in the measurements. There are 5 figures, 1 table, and
6 references, 3 of which are Soviet.
ASSOCIATION: Nauchno-issledovatellskiy fizicheskiy institut Leningradskogo
gos. universiteta im. A. A. Zhdanova (Scientific Research
Institute of Physics of the Leningrad State University imeni
A. A. Zhdanov)
Card 2/2

DZHELEPOV, B.S.; ZVOLISKIY, I.; SEFtGIYENKQ-,-V-A,----
Coincidences between conversion electrons produced in the decay
,;, Dy-L
of Ho160 -- 60. Izv.AN SSSR.Ser.fiz. 25 no.10:1228-1245 0
,61. (MIRA 14:10)
1. Leningradskiy gosudarstvennyy universitet im. A.A.Zhdanova,,
Ob"yedinennyy institut yadernykh issledovaniy.
(Holmium-Decay) (Dysprosium-Decay)

DZHELEPOV, B.S.; ZVOLISKIY, I.; NIKITIN, M.K.;-SERGIYEITKO, V.A..
Coincidences between conversion electrons of the dysprosiwa fraction.
Izv.AN SSSR.Ser.fiz. 25 no.10:1246-1255 0 161* (IMA 34.10)
1. Leningradskiy gosudarstvennyy universitet im. A.A.Zhdanova
Ob"yedinennyy institut yadernykh issledovaniy.
(Electrons--Spectra) (Dysprosium--Decay)

SI/048/62/026//002/005/0,72
3101/B102
AUTHORS: Dzhelepov, B. S., Zvol'skiy, I., Nikitin, M. K., and
Sergiyeriko, V. A. _
TITLE: Coincidences between conversion electrons resulting from the
Dy153 - Tb153 decay
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Beriya fizicheskaya,
v. 26, no. 2, 1962, 202-204
TEXT: The coincidences between conversion electrons of the transitions of
80.81, + 82~48; 99.7, and 147.5 + 149.0 kev with Dy153 electrons of
170-230 and 173.6 kev were studied*(Figs. 1, 2). The DY fraction was
chromatographically separated from a tantalum target bombarded with 155
660-IMev protons, The sources contained Dy153 (T = 6.4 hrs); Dy
157 159 1531/2 1555
(10 hrs); Dy (8 hr.); Dy (144 days); Tb (2.3 days); and Tb
(5 days). As the measurements with a double-lens beta-ray spectrometer
began 18 hrs after the irradiation of the Ta target and took about 15 hrs,
the short-lived Dy isotopes with A