SCIENTIFIC ABSTRACT NEMETS, O. F. - NEMETS, S. M.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Spino and Parities of the Levels of C 15 S/048/60/024/007/00VOll
B019/B060
There are 6 figures and 6 references; 2 Soviet and 4 US.
ASSOC IAT ION -, Institut fiziki Lkademii nauk USSR
(Institute of'Physics of the Academy of Sciences UkrSSR) J/
Inallitut "Rudzer Bogkovic"" Zagreb, fugoslaviya
cl
(Institute "Rudzver Bo5kovi"' , Zagreo, Yugoslavia)
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S104al6o""024100-iIO 2-J,O",-I,YX
B019/BO56
,e4,
AUTHORS% Zaika N. I. and Nemets. 0. F .
47 ')0 d9
TITLEg Spins and Paritie of the Lev els ~;?f the Ti and Sr
-
9j --7'y --
7~
PERIODICAL. Izvestiya Akademii nauk SSSR. Seriya fizicheoKava, 1960
Voj- 24, No. 7, pp. 865--668
TEM This paper was read at the 10th All-Union CDnference on Nuclear
Spectroscopy. which took place from Januan, 19 to January 27, 1960 at
Moscow. The authors endeavoreJ to m-easure the angular distribiition cf the
46 47 48 49 88
ac-
protons from 7i Ti Ti and Ti and Sr The deuterons werc
celerated to 13.6 Mev in the cyclotron of the inatitute mentioned under
Association. From the angular distri-butions of the protcn!5 from tne re
action Ti46 (d,p!JT!47 shown in Fig. ' it follows that the iuartum chara~-
teristic of the ground s-~ate of Ti47 is 5/2- or 7/2'-. Th-3' CI'OSS section
of this reaction is greater than that of the reaction T;48(d.p)Ti49
47 jround*
For the reaction Ti (d,p)Ti48 the qutantum characteristLC Of the
~zround
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85559
Spins and Parities of the Levels of the 9/048/60/.024/007/'023/032/XX
Ti47--50 and Sr fig B019/BO56
ground state of 0+ is obtained. For the Ti 47 and T''48 gr.)und states
angular momenta Of ln = 3 are given. For the 1-33- and 2.51-Mev Jeve',s
piossible values of 14', 2*, 3+, and 4+ are obtained. For thE grounJ 3fatr-
of Ti49 and the 1.55 Mev; 1.7 Hev, and 2.4 Mev excited statCs 3 1 1 ar, 1
1+3 respectively are obtained for ln. The possible values of the quantum
characteristics: 5/2- or 7/2"; 112 or 3/2,-; 112- or' 3/2' ar-d 1112- or 512-
respectively; 1-12- or 7/2-, The quantum characteristic of t1-e ground state
of TOO is givon as 0*. It could n.~t be found out whether 1, = 3 o- 'r = I
For the 1.58 Mev and 2.8 Mev levels --n = ' Dr 0_ the quantuz~ chara:teristic;3
are 2', 3'. 4", 5, and 3- and 4'. For Sr 68 the auth)rs del.erMLne 1N ~ 2
for the ground stated and ln = 0 for the first excited statf-, The va1ues
of the quantum characteristics are 3/2+ Dr 5/2', and 112'. The auth-jrs
finally thank M. V. Pasechnik for his ,nterest in thie paper,
Bin~kovski.y fo:7 the production of the targets, Yu. V. Gofmazi and V. N.
Dorbikov for their assistance in measurements, There are 8 figure3,
1 table, and 1'5 references: I Soviet, 2 British, and '0 US.
ASSOCIATION3 :'Institut fiziki Akademii nauk USSR (Insiltute of Physics of
.~he Academj__of Sciences. Ukr3SR)
Card 212

IOcc
S/048/'60 /024/00-/ 02 4/0 3 21XX
Do BOI 9/B056
AUTHORSt Nemets, 0. F. and Prokopets, G. A.
TITLEt The Spin of the M 24 Level With an Sicitation Nrergy of
1.58 Mev `~q
PERIODICALs Izvestiya Akademii. nauk SSSR. Seriya fizichtskaya. 1'9(0,
Vol. 24, No. 7, pp. 869-671
TEXT: This paper was read at the 10th All.-Union Conference c-n Nuclear
Spectroscopy, which took place from January 19 tD January 27 1960 at
Moscow. By a detailed study of the angular distribution cf the inelasti-.al-
ly scattered deuterons and protons, the authors attempted. to detemine the
spin of the 1.7j8-Mev level of K924. The measurements were carried out .-th-
in an angular %nterval of from 2.50 to 140'0. The angular intervals in the
0
case of small angles were 2-50, and in the case of large anE.-les 5 . The
statistical error in the determination of' the relative cross sections in thi!
case of large angles was 15%, and in the case of small snglos 2y%. As a
target an Mg-foil with a thickness of 1.4 mg/cv,2 was used. In Fig. 1~ the
angular distribution of the inelastically scatiered deuterons is shown,
Card 11L,

The Spin of the.Mg 24 Level. With an S/ 00/60/02 4/0,)7/02,1/052/XX
Excitation Energy of 1.38 Mev B019/BOr-,6
Curve 1 shows the measured values obtained by thE- author3, Curve 2 is the
curve theoretically calculated (direct interaction) by H-Ay and Newns
(Ref. 13), and curve 5 shows the angular dL3tribution calculated by Mu'llin
and Guth (Ref. 7). The authors show the peaK at 200 to ba in agreement
with the theory by V. I. Mamaeakhlisov and T. I Ko alevshvili (Ref. 14).
and relate it with the general properties of th; Mg~4 nuclei. The t,-;t
agreements between theory and experiment are obtained fir curve 2 in the
case of an interaction radius a = 6.3-10-13 cm and for curve 5 with
a = 15-8-10- 13 cm. The theoreti3al peak at a scattering angle of 20 " with
a - 7.10-13 cm agrees with the experiment. From .he resul,-.s obtained, the
authors draw the conclusion that in the inelaFtic scatter.,.ng :)f 13.6 Mev
deuterons the direct interartion predominates. Further, they Conclude tha!
the given Mg24 level PQ89#23ses the quantum characterist:c Df 21*. From the
angular distribution of the inelastically scattered pro!;ons shown 1-;-,
Fig. 2, the authors draw the sonclusion that the scatteririg in medium and
large angles takes place via the formation of a (,ompound ~,.iucleus. The best
agreement between theoretical and experimental results 16 obtained by a9
sliming an electric interaction (a z 24.7-10-13 cm). There ari 2 figures
(X
Card 21,3

The Spin of the Mg24 Level With an S/046/6( '024100710241'0321'XX
Excitation Energy of 1.38 Me'r B019/BO')6
and 15 referOnces: 2 Soviet and 15 US.
ASSOCIATION: Institut fiziki Akademii nauk USSR (Institu-.e of Physcs of
the Academy of Sciences, UkrSSR
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B/048/60/'024/007/0?r /()A? /YY
IeA B019/B056
AUTHORSs Zaika, N. Ij, Nemete. 0. F., and PrQiMpanka, V- S-
TITLE: Spins and Pa.rities of Ca4l Levels
PERIODICALs Izvestiya Akademii nauk SSSR. Seriya f:.zicheskaya, 1960,
Vol. 24, No- 7, pp. 872-873
TEM This paper was read at the 10th All-Union Conference on Nuclear
Spectroscory, which took place in Moscow from January 19 to 27, 1960.
By means of a deuteron beam (Ed - 13-6) Mev) obtained from a cyclotron, the
proton angular distribution in the reRction Ca40(d,p)Ca4l for the ground
level and the excited levels at 1-95 and 2.42 Mev were studied. The angular
distribution of protons from the reaction Ca4o(d,p)Ca4l is shown in Fig. 1
(Q = 6.14 Mev, in - 3)- In Fig. 2 the same is shown for Q = 4.18 Mev and
in - '1, and in Fig- 3 for Q = 3.69 Mev)and 1., . 1. The curves plotted were
calculated according to Butler (Ref. A. , an interaction radius of
a = 6.10-13 cm being assumed. As the quantum characteristic-. of the Ca40
level is 0+, the authors draw the conclusion that the qu~-.ntum characteris-
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Spins andiParities of Ca4l Levels S/048/60/024/007/029/032/YX
B019/BO56
tic of the tvo Ca41 states is 5/2 or 7/2; 1/2- or 3/2-j and 1/2- or 3/2-,
respectively. The shell model indicates 7/2-, 312-, and 112-'. There are
3 figures'and 7 references: 3 Soviet, 3 US, and 1 British.
ASSOCIATIbNi Institut fiziki Akademii nauk USSR (I-natitute of Physics.of
the Academy of Sciences UkrSSR)
S
Z
Pac. 3. Yricovae PKWAMOHOG
upoTonos z3~peamFxwuCa4O(d,p)CEj4I;
Q - 3,69 MOV, In =t
-Card-2/3- I-

Poe. L YmoBoe pacupeAPzecme
uparonoom peaxLxmtCa'O(d,p)ca";
Q = 6,14 MeV, In = 3
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4
2
S104 8/60/024/007
-BOl 9/B056
7 10 Jig 66' ev 4g;,
Puc. 2. Yraoiaoe pacapeAencHme-
UPOTOUDD 313 peamtom Ca'O(d.p)Call;
Q = 4,18 M eV, In = i

WKA, N.I.; NEMETS'-q-.U.; PROKOPENVO, V.S.
41
Anpular distribution of protons from the reacti.)n r!a4'0(d, p)Ca.
Zhur. eksp. i teor. fiz. )8 no.1:287-289 Jan 160. (KIRA 14:9)
(Protons) (Nuclear reactions) (Calcium--lostopes)

S1 05 6/ 6 C/ 0 3 8/ 0 1-4/04,; C)
0 Boo6/BO 14
AUTHORSS ~.F., Lrokopets, G. A,
TITLEt Inelastic Scatterind~of Protons and Deuterons by Mg 24JC/
PERIODICALs Zhurnal ekspeviLaentallnot i teoreticheskoy fiziki, 1960,
Vol- 38, No~ 3, pp. 693-696
TEXT: As confirmed by investigations of ir-ela-itic proton scattering by Mg,14
(Refs., B-10), the formation of compound nuolei also plays an important part
in addition to direct interacEtion in the energy range 7-3 - 18 Mev. Experi-
mento at 7.5, 8.9, and 15 Nev showed (Refs, 11-13) that direct interaction
predominates. Little attention is drawn by previous authors to the ranges of
small angles; howdver, just these small angles make Important contributionp
(Ref. 13). For this reason, the authors of the article under consideration
carried out a detailed investigation of the angular distribution with special
regard to small angles. The investigations were performed on the cyclotron
of the Institut fiziki AN USSR (Institute of Physics, AS UkrSSR). An
ionization chamber served as spectrometer. The experimental setup is
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8 2L 06
Inelastic Scattering of Protons ::n.-I Ddll'tbr
Ojyp, S/ 056/60/;031'/'03/04/'03'
by Mg 24 1,',o :(,/'BO 14
schematically shown in Fig. 1. The statistical errors amounted to 15 per cent
for large angles and to about 25 per cent for small onos. At angles smaller
than 12.50 in the case of deuterons anti smaller than 1150 in the caGe of
protons tho results are qualitative in nature on account of the background.
A free magfiesium foil (thickneses 1.4 ing/c.m2) served as target. Fig. 2 shows
the angular distribution of inelastically scattered deuterons (13.6 Mev),
and for comparisonj an experimental (Ref, 13; curve 4) and two theoretical
distribution curves (Refs. 2,6; curves 2,3), The peak at 200 is in agreement
with the theory established by Mamasakhlisov and Kopaleyshvili (P~-f- 3),
The angular distribution was studied in tf.e range 2,r' - 1400; a comparison
between experiment and theory reveals th,~t :~j inelkst-i'le :icattering- the
1 - 37-1-111% level ('11") of the Mg24 4s exclfec: (dire'ct linteraction) , Fig
. k - 3 de-
monstrates the anLnular distribution of 6,,U-11ev protons inelastically scat-
tered by Mig24; for a comparison, see a theoretical cuv7e (2) for direct
interaction with the surface (2.2 P 0 + P7 and a theoretical curve (3) for
electric interaction with the surface (1 2, a - 24.7,10" 13 cm), and ex-
perimental data (curve 4, Ref. 8). The results are not in good agreement
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Inelastic Scattering of Frubonb az~,_ _~outerons 9/056/ 60/038, 03/04/03-
by Mg 24 BOO(J/BO14
with theory. The results obt;tirrd r. values seem to indicate an un-
known interiiction uiechani~~:_ the -:esults are qualitative in nature
in the small-angle region A co,;,Fi_riscn with theory discloses that the
direct interaction is the most essentiall one. In conclusion, the authors
thank 14. V. Pasechnik for his interest in the experiments, and Yu. A. Binlkov-
skiy for preparing the target. There 'ire 3 figures and 15 references, 4 of
which are Soviet.
ASSOCIATION:
SUBMITTED:
Institut fiziki Akademii nauk USSR (Physics Institute of the
Academy of Sciences, UkrSSR)
August 22, 11059
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2.
o"
9006//BC7C
AUTHORS: Nemets 0 F , Sit! ' -,-k S Sok,-,ov, M V
TITLE. The .(pl) ReactionN 0krid the Inel-Lst., - Scattorine -f
Protons From BeJ
M
PERIODICAL: Zhurnal eksptarimental'noy -v-,retichesk~;y
1960. Vol 38, No 6 pc 6~1. - 664
TEXT: The angular distr,~but~or. -~f protans ine-'astica2iy scattert-d
from Be9 nucle; , an- ~f' de.,;t~-ron.. from th~, reaction Fe9fr~ d)BeS
have been measured. th;v r,~actior: being ind.ced by 6 E-M - protons
The objec- of the 3tud.,,, was fc, determine the s~~n anc . pt r i' -,, - f
Be9 levels whose knowl,!dg~- is of iffpL.-tar.-e f-r choosz,E th~
model frr 20 The
the Ins%t--~t f4ziki AN U")SR In.~,ti*~-*ti
in the same vciy as in Ref 8; cniy a H-
s c; n t 1. 11 a t L c; n s f, e c t ro m e t L- -&-aa em
char,ber Tht ~hckne-,95 Df thie -.rpet
on t~.e
-f *h- AS
ic-n beaz Nas a~- 4
insteal a.,.
'Aas T-
Card

8'-:6 72
The 'I;, d) Reaction and th~ 1r,c-11 ;Ist] XY
Scattering of Protonr, From Bo) (,,'B07 G
a ngu I a r d~ s t rih--i t ion -~ f t he , ro !as t i cal'. jy 5-,tter-d i:
is shown in Fig ' (Curve ') Curv-? 2 s:,.c Ar--i th- rz?su' ts -a:
j
for the case of a d-rect int--racl: -. 3n N' ! h r 0 ' * ' ~:m ; C, - ,e
sh.-,-ws t he resul ts of calcul ati or, f,-:)r tYe case of i di zre'~' -xc i t~~'
cf the rotational levels in th,e alpha-particle -mud~l
in the firs' case thp 2 4,'-Mlt~v ml;st i;cs-tlve i)a:-
and in the sez:,nd case, a neEativi- cr~ The t-he3:-et,-a-- ~-nd
mental curves, however. d~, nct ag--ee s(. w.?--! that --f
state -ar. be determin,~-d A I ~; -- 1~. irp .j n -1 tnp c ry c fr ~ r- a
,7rcss section for small al-.91. c- :-- w.'.-rnf,-(~t the -a:
a-tior of the prot-r wi th *he F i7 C e o W
ang,iiar distr,,buti3n c f f r-7: react ion -14)
theoretical c,,rves are agair. gLv4~n f~.,- co:n~arriscn Cur-.-e 2 , 5
calculated for the :ase when -.re proton ~nt~rac*s cnly w.t~,
unpaired neutron; Curve 'j is calculated in Bcrn app--.-x1T4at.---,n Th~
z-rbital' momentum of the re-it:-~n was ass,m~eft *~- be . n ac,.-,,rdan:,~
Cari ~~/ ~~;

0 '~X 72
The (p,d) Reaction and the Ineiast.-~~ 5/05 60 /0 3 8 /00 ~A
Scattering of Protons From Be9 Bc06y3G7()
with the sDins of the ground states of Be9 and Be 8 z/2- and G+).
The result; of deuteron distribui 'ion agree well with other measure-
ments of proton energies. Professor M. V. Pasechn.k is thE~nked for
his int,~rest, and Yu. A. Bin1k0V:3kiy for preparing th~. targ-~t.
There are 2 fiCures and 13 referonces: 2 Soviet, 9 US. 1 Ttulian,
and 1 British.
ASSOCIATION: Institut fiziki AKademii nauk Ukrainsk,)y SSR
,Innti sics of the Academy of Sc4ences
tute of Phy
Ukra'~nc-kaya SSR)
SU BYI TTED: c em h ~-- r 119 5 9
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070
2W -
Fig.
70~ to 8
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ol.~: 7 2
5/05 6/60/0 38/00 6/014,/r '0/,/Yy
BC'06/BO70
Fig. 2
Ara
Fig. 2
40 10 9 /X /V No OCILIL
Ptic. 2
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84710
s "o 5 6 / 6 ()/'0 3 9 / 0 0 1/ D 3 0 / 0 4 1 " X X
4f; jj#0 B06/B056
AUTHORS: Zaika, N. I., Nemets, 0~1 Tserineo, 111, A-
TITLE; The Angular Distribution of the Protons 1q in the Reaction
C 12 (d P) .,-' 5at Deuteron Energies of From ~ to 13 Mev
PERIODICAL: Zhurnal eksperimental-noy i teoreticheskoy liziki. 11460.
Vol 39, No, "(7). pP, 3-6
TEXT: The authors measured the angular distributions of protons (ror-
responding to the c13 ground state) at the following deuteron energies,-
13,3 + 0.2, 12~1 + M, 9 55 + 0 2, 7.15 + 0-2, and 4 65 + 0 2 Mev
(Fig..-I) as well -as of' protons (correspon_~Ing to the thre-e lowest ex-
cited states of c13) at deuteron energies of 13 , 3 + 0, 2 an d 12 , 1 + 3 .2 Mev
(Figs. 2, 3)~ The authors worked with a 13.6-Mev deuteron bearn from the
cyclotron of the Inet Ltut fiziki AN USSR ( Institute of Physics of the
AS UkrSSR). The experimental arrangement was the same as described i n
Ref. From a comparison of the experimentally obtained angular distri-
butions with the theory, the following spin values could be ascribed tn
the ground state and to the first three excited statec- of C13;
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8471)
The Angular Distribution of the Protons
in the Reaction C12(dp)C1_5 at Deuteron BOo6//BO56
Energies of From 5 to 13 Mev
1/2- - 3/2-, 112% 1/2-- - 3/2-, 3/2 5/2* Whereas the proton distribu-
tions corresponding to the excited states correspond to the Butler thecry,
that of the ground state protons has a number of pecul.arities.. Thus, the
proton distributions recorded at 4..65 and 7.15 Mev deu-;eron energies.
deviate from those recorded at 9 55, 12.1, and 13-3 Me-, (the latter show
two additional peaks at large angles). It is assumed tiat the change in
the shape of the angular distributions within the region of' 7-9 Mev 13
interrelated with the change in the contribution of va-ious mechanisms
to the reaetion, and also with the change in the ratio between nuclear
and Coulomb interactions. At E d < 7.11, Mev, it is assuned that the frrma-
tion of a.compounl nucleu.9 increases and the stripping of heavy part:ries
increases , and leads to an enlargement of the cross se-,tion and a broader.-
in& of the peak at large angles-. The authors also measured the lifferen-
tial cross section of the reaction C12(6p)C'3_ fir angles which :or-
gr state
respond to the distribution maxima at -7 15. 9 5". 12,1, and 13 5 Me%,
The following values were obtained. 24, 18, 14. and '13 mb "steradian
(+306), The authors finally thank Professor M V- ?asechnik for his inter
est, A. M Korolev and Yu- V- Tsekhmistrenkc for discusiiens- There are
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8h 71 ~j
The Angular Distribution of the Protons 31/056/60/'(- 39/001/ C)30/"O,,, 1,"xx
in the Reaction C12(dp)C'3 at Deuteron B006/BO56
Energies of From 1) to 13 Mev
3 figures and 11 references 2 Soviet, 1 British and fl T7S.
ASSO',IATION: Instit-it "Rudzher Boshkovich", Zagreb, Yuposlaviya
(Institute "Rudzher Boshkovich", Zagreb Yugoslavia)
Tserineo, M. A.
SUBNTITTFD: December 11, 19~19
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61, 7
S/056 1601OZ91-
BO-16/30,16
AUTHCRS: Gofmar-, Yu. V., Nemets, 0. F.
TITL-1-1': Elastic Scatteriril of 11.6-Mev Deuterons bV Nuclei. T
PER!--DICAL: Zhurnal eksperimental'noy teoreticheskoy fizJlvi, 1--'
Vo]. 39, No. pp. 1480 - 1491
TEXT: The causes of the deviation of the elastic gcE_t'erinc c-oos section
of deuterons from the Rutherford cross section have titherto not I-een
explained. In order to obtain additional data on the mechanism ~f elastic
scattering, the authors measured the ang.-ular distribi~tior- -~ ' 7.
deuterons scattered elastic;_~lly from Fe, Ni, C,,;, A- , Sn, Pt, an('. F!
nuclei in the rarge of 10 - U~O; measurements were carried r-it ever~,-
2.~. - 50. The deuteron beam oriq-inated from the cyclotron of t~e ln:-tttut
fiziki AN IFSS~ (Institute cf Physics AS UkrSSR~; the experim-!-1 met,od
is described in Ref. 6. The tar7ets were free metal fDiln ..:-: - 7 __ 'i !_-2
t~_ick, witY tl-.e exception cf leech' (4 .7 mg/cm2). The di --l"it ~ :r--
obtained are F~~.-.wn in Pi;-. 1 (6- /~- ). In heavy n,~cl--~i ~P~,
i Ruth 1, Tt
a deviatior fror, the CouloO- ~c,ttering occjrs at 2`0. T~
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S /.': C ' , r ' /~ 7 1,
Elastic Sc-~t-erinF cf 17.~'-Yev --euterons
by N Lie I i) i . I
of ti.is deviation is briefly discussed. For the t~.r,~e hetvy nuc'-- i, *~.e
decrease of' the cross sect,.on relative to that of Rutherford ~,t i.n-lps of
C
up to 600 in explained by electrical splittiner of the Aeuteron. Tr lightor
,11-1 1.(Ilow 11%)"
ritiolod , it 0ovintion from thij R,J)wrl,ord rical.tortrip fit. 1mv
may be obw~rved. In 1,,eneral, tYe angle at which the deviatior. i~i observed
a-so decreases with lecreasing Z. The authors thank Yi. A. Bin'l-ovskiy
for target preparation, and V. N. Dobrikov and N. I. Zaika for their help
in measurements. There are 2 fig-ires and 6 references: 1 Soviet, A US,
and 1 Japanese.
STBMITTEL; April 9, 1960 (iritially~ and August 29, 1960- (after revision'
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C/o 5"/;r C/o - "
n nn ~'. /,n ~ r, r
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Pme. I

NEMETS, 0. 1'. , Dr. P'-, y j3 - 114 p C d 113 S SO C
~f Deutro-s
p-,. 3'-te Iric-.ltute i-. A. 1-~. Tor'','iY),
(KL Supp, Y-F-1,

206f!P
S/120/61/000/00-L/o24/062
2. Wj E032/E114
AUTHORS: Kosinov, G.A., Nemets, 0-F., Saltyk(3v, L,S., and
Sokolov, 1-1. V.
TITLE: A Device for the Selection and Adjustment of
Photomultipliers
PERIODICAL: Pribory i tekhnika eksperimenta, 19,51, No~ 1, p 78
TM : The principle of the device is illustrated in Fig.l.
Light from the lamp I passes through the slit 2 the
collecting lens 3, and finally reaches the mirror 4 which is
rotated by an electric motor. The reflected ray falls on the
photomultiplier 6 through the slit 5, The focal length and
the position of the lens are chosen so that the image of the
light source in the plane of the photocathode has the required
dimensions and brightness. The mirror (5 x 8 mm2) is rotated by
a MM, -1 0%04-1) motor, working off the audio-oscillator - - -10
(ZG-10). The speed of the motor can be varied between 4800 and
25600 rpm when the oscillator frequency is varied from 1200 to
2000 cps and the supply voltage from I to 6 V, The angular
velocity of the motor is independent of the supply voltage
Card l/ 4

206.38
s/120/61/000/001/024/062
E032/E114
A Device for the Selection and Adjustment of Photomultipliers
(between 4 and 6 V) which ensures that the length of the leading
edge and the amplitude of the light pulse remain constant.
Figs. 2 and 3 show photographs of pulses obtained at the maximum
angular velocity of the motor. Fig.2 was obtained with a
circular diaphragm, 3 trun in diameter-, and Fig-3 with a 0.1 mm
slit (both at 5 in Fig-1). In these figures one division
corresponds to O~27 4sec. Thus, the device is capable -f
producing light flashes with leading edges --r -:> 0.05 usec,
repetition frequency 420 sec-1. and amplitude equivalent to
a scintillation produced in a sodium iodide crystal irradiated
with particles of a few MeV,
There are 3 figures.
ASSOCIATION: Institut fiziki AN USSR
(Physics Institute, A5 Ukr.SSR)
SUBMITTED: December 2, 1959
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20688
S/ 1 -2 0/61/ 000/l.'01/024/ o6 2
E032/EI14
A Device for the Selection and Adjustment of Photomultipliers
Fig. 1
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20U~8
s/no/61/000/001/024/o62
E032/EI14
A Device for the Selection and Adjustment of Photomultipliers

Card 4/4
Fig. 2
Fig- 3

BINIK(JVSKIY, Yu.A.; NEMETS1 O.F.; STEPANENKO., V.A.
r
Vacuum depooltion of film without beae layers. Prib.1 tekh.ekap.
6 no.5:190 S-0 161. (MIFLA 14:10)
1. Institut fiziki AN USSR~
(Met4alle fums)

NOWSP O.F.j TOKAREVSKIY, V.V.
Spins and parities in certain states of Cd'12, Snl-lk3, and
Sn320. Izv. A.N SSSR. Ser. fiz. 25 no.9-.1138-1140 161.
(MIRA 14:8)
1. Institut fiziki AN UM.
(Cadmitun-lootopea)
(Ti-n-Isotopes)

GOMMI, Yu.V.; DOBRIKOV, V.N,; ZAIKA, N.I.; NEICTS, O.F.
Application of an ioniza * n chamber for particle selection --T
the method of measuring a , Izv. All SS5R.SerJJz. 25 M-1~:
1305-1307 0 '61. (MIRA 14;10)
1. Institiit fiziki AN jSSR
(Ionization chambers)

ZAIKA, N.I.;_ NEMETS, O.F.
Spin values and parities of certain states of SOO, Zr9l, 702,
aixi W114 nuclei. Izv.AN SSSR.Ser.fiz. 25 no.10:1308-1312 0 161.
(MIRA 14:10)
1, Inatitut fiziki AN USSR.
(Nuclear reactions) (Isotopes)

5 /-- ;6.'6*!/64')/:)02/',` - 4. ~4_'
B Ce-/13202
AUTHGRS~ Yu . V N e m E- 1 0
1 71
TITLE~ 9catt#~rlrq -)! ,,~ h(;..v from nuc'kg.'.
PERIODICAL. eksperimt-r.?, r. ,, - te-r#--t~--heskuy flz.IK"7
r.,-, , 2 , ' ') ~, ' , ] - . .1 7 C.
TEM 15, I.g a 6 -me%- jr- .~ t" r -.r, tt aa f'r- ,r !nt: :y : ..:)tron Df the lnsti-~.,
f i z ik i AN USSR '~n~ -_ i tu ~ c of Pny AS '.'i, : 3SR -.ht-, tiu'ticrs
y z,-,: a ~ -t e f. E~
angular -f deu--7-r_t a I d ' -crE i i f f e rent
E- I e a r -,r,.g '. r- -nn i jue az_a T r~,- a r i - r a r g,? t s a r s,~ r a
R f -9 an j 'z-j, AN SSSR, -!59 ai.d ZnFTF,
Tne na- f w, d th -.1i, peak .v~z C. ~0$ ang-eEt-
o -1 -i to 9C-~ ,i, and tne statiezi-a- -rr.- in measiri!menL was 'OA, Sin,:fi in
Al, Si . nd ~ tne At,,rla-_on ::::r -n~ z - -4 r z. a' r e &,!,
a' smal., arg.-Ew~ 7he abso'...,c- meas-ired *hese- n--
":agrarns. Tn" zirr_,,w~. _V~
g
j wn r N~ ~igr,-
Cara

S 'n,,~ C1,0/c)o,,/,-
El as "I c .9-it-ring
men4 waE t is i, c r r . b n th,
t iz 1. r- a 1 f 1 n" p %
71 r. Zn 'N
T
m r- lvt~ P( er. h, f o ON I r, g p aX. e 9
u r 'I M v r
r, a r. -,v 71 t n 1.1A kanoff (Pr:l--. I n
C -)nf n z N,l cp t F . p,
p9 it d r. r. iz- g r - 7! A Me v r ang
D
Th~r~ r? :11"a r..- n - t u-
I T'- E
Card 2,1~

Elastic scattering of ...
41
41
41(

3/056161104C/002/0141C471
C
Card 3/3

ZAIKA, N.I.; NEMETS, C.F.
Stripping rea~:ti-)ns on ZrqC and Zr9l nuclei. Abur. eksp. i teor.
fiz. 40 no.4:lrjq_lo2l Ap '61. (YJRA 14:7)
1. Institut fiziki Al Ukrainskoy SSR.
(Nuclear reacti-)ns) (Zirconium--isotopes)

KOS IIqOvv G. A. ; -NEHM, 0. F.
Measummt of the p ~'~-engular corr lation in the reactio
B69 (do pjIB910. Izv. AN SSSR. Ser. fis. 16 no.12:1 18-A
D 162. (MIRA 16T
(Nuclear reactions) (Spectromstry)

4
U2P
S/04e/62/026/o12/013/oi6
B117/B102
AUTHORS: Kosinov, G. A., and Nemets, 0.
TI'ALEs Measuring the p6--angular correlation in the reaction
Be9(d,p,-)~10
PERIODICALi Akademiya nauk 653R. Izvestiya. Seriya fizicheskaya, v. 26,
no. 12, 1962, 1518 - 1520
TE'XT; The p~f-angular correlation was measured when bombarding an 8mg/cm 2
thick Be9-target with 15.6-Mev deuterons from the cyclotron of the Institut
fiziki AN -JSSR (Institute of Physics AS UkrSSR). The measurements were
made with on a device consisting of a readtion chamber, two scintillation
spectrometers and fast and slow-coincidence circuits. The reaction chambel
was composed of two cylinders welded together at right angles. The proton
spectrometer (resolution 3.5-47o for 6.6-liev protons, distance from target
11 cm) and the (-spectrometer (resolution 6-7% for the second Co 6o line,
distance from target adjustable from 11 to 25 cm~ each contained J;)"1-15
(FEU-13) photomultipliers and Nal(Tl)-crystals and were able to rotate
Card 1/3

5/048/62/026/012/015/ol6
Measuring the pf--angular ... 3117/BlO2
around the axis of one cylinder. The second cylinder of the reaction
chamber, mounted in guides, could turn the whole system in the vertical
plane around the center of the chamber. The system described allows of
measuring the angular correlation 0within the following rangest In the re
action plane from -155 up to +155 1 in the plane perpendicular to the re-
coil axis from -155 to +155 0 or 5600 depending on the angle between the
directions of the recoil and the deuteron beam. For fast coincidences,
the coincidence circuit proposed by Bell et al. (R. E. Bell, R. L. Graham,
h. E. Petch, Canad. rhys., 30, no. 1, 55 (1952)) was used, giving a time
resolution 6.10-9 sec. To relieve the system amplifiers of the type
~)HC_-2 (UIS-2) with double pulse formation and single-channel pulse-height
analyzers of the type AaA-1 (AjD-1) were used. To measure the p angular
correlation in the reaction investigated, which leads to the 3 3~_Mev
excited state, the proton counter was adjusted to make an angl; of 15' with
the direction of the proton beam. The results could be expressed by the
equationt W(Q) - 1 - (0-3810-04)P2 (cosQ) (9 is the angle between the
~--counter and the recoil direction). Conclusions: The Be9 ground state
is a 3/2- state. The first excited state of Be'0~2% is excited in the
Card 215

S/048/62/026/012/013/016
Measuring the p I -angular ... B117/BI02
neutron capture with In and de-excitee to the ground state, 0 via an
E2 ,,-transition. Assuming - S coupling the spin mixture for the spin
of the entrance channel was found to consist of about 90% of spin 2 and
I(Yl,' of spin 1. This paper was read on the 12ttr Annual Conference on
Nuclear 6pectroscopy in Leningrad from January 26 to February 2, 1962.
There are 4 figures.
Card 3/3

3 /-'C'S ?/04 2 lrj() 7 Irlrj 5/049
Go ~m-n, Yu. V. ts. G. F. , Strjuk, Yu. S.
17 L, T-.,?',,,StiC ;3catterint.-, of 1 3.6-4ev deuteron.9 from nickel iso-
to 0 S
ODIC A-' Zlhurnal ek!-Dc.,ri:7:cr,,ta1'noy i teoretichaskoy f4-ziki, V. 42,
no. 3, 196~', 651, - (,56
T !.:.K- in V 02 t. i*r-ition!3 ubout thc, intoraction between leuturons and nuclei
not ho-/ P. s-.ttz3fU(-tnr,-/ bi2twecn r~xperlmental results and
t 11~ c ,-. ry .To ob'.,4 n iutnors stu,!4 ed -~cuteron scattering
o4
n
1~it, isoto-cs N* xi be ex, "ments
viere carriec, out wi t!~ I v iw, Le rons iit the cjclotron of the
7 s AS 63 2 - h a . s t 'T, e - a n11 a r .4, i s t r i b u t i o n o f
_n5titi~tc 3f Ph-isic
- ran s sc ~ t t.-re, on T-c. ntiner i2otopes yiell similtir curves with
te
j
7,axima at 45, 75, an~ 11') -or Ni60, and i)robably for ',;i62, a small
0
T-axirnum appears also in the anF-ular range of 29 30 he peak intensity
clearl,j varies from isotc~pe to isotope. For N158 and lqit2 sharp peaks
Card 1,1

Vr,56/6~/042/005/005/049
'IB10a
lnel,13ti.C scattering of B1 54/
64 0
-re o-111-ained at ~~nJ 7:-
i and have clearer Deaks at 115
I-ese re-s~,,It3 do not 9~~ov: pErf,~ct apreement with the theory of electric
or nuclear inter~tction -J~.vre,n deuterons and nuclei (Refs. 4 an,! 5, see
P 1 ow' . T.;e atithors th~it it is not possible to apply any of the
:-. nown m,)A,1i-ini3ns with preforence to inel,i5tic scattering of deuterons
described in the present It is stated that in the rangre of small
.-.-n,-Ic,s th,~ electric into~raction bet-ween deuteron:, ani nuclei is predomin-
-- ~~ t. T-A-' COnCIUSiOrl i3 confirmed by the fact tl-,at in contrast to previais
-.-'ork3 ('.1ef. 13: 0. F. Nr~:;ie-,3, G. i,. Prokopets. ZhETY, ~8, 693, 1960.j
~P-f. 1.) --ood ar-reement ;iith the theory is obtained if the parameter r 0 is
pronr~rl.-,, -~ho3en. There are 5 fifrures and 14 references- 6 Soviet and 6
non-6oviet. The 4 most *:ecent references to English-lanpage publications
roqi as follows: ~. S. Blair, Phys. Rev., 1L~, 928, 195% Ref. 4: R.
;~1; 1~y , Ref. 5: C. J. Mullin, E.
H. C. Phil. .'2, 1442, 1951;
Giath, P,iy%. Rev., 82, 141, 1951.; Ref. 10 J. 7i., Haffner, Phjs. Rev., 101,
13 ') ~,' ,I c, 51 6 .
A53'OCIATIGNz institut fiziki Akademii nauk Ukrainskoy SSR (Institute of
P',Vsics of the Academy of Sciences Ukrzinskaya SSR)
Card 2/3

16/056/62/042/007/002/049
B154/bl,08
A Uj 3 R 3 3o'mr~.n Yu. V. t3 0..
-:1 It.,t; o so ittQ-,i r~j- ~(,uterons.
e K 3.,r --- ~- -.e n-j Iroy i teoreticheskoy fizik` , v. 42,
I C1 A Z'hu r n a
o 1 -,~ 0' 2 , 65 7
cinm;1-ir iistr'buior. of 6.o-"..ev protons elasticall scattered
y
5Q-' ,. - 6-,-) .. 6~ 6,A"
r, o':)-)es Ni 1 , ~Nl i and of 7.5 an~! 17NIev protons
the is
sc~lttered from niclci near values of Z show that the
:iffe-(~ntial cross 3ection fDr ,4~(, -mr-les varies corsiderably from 4so-
to-.~e to isotooe. To get inf-,n-ation o- the behavior of -leuterors, the
.Ili-hor-; stulied the elast;c z3catt,-.~ring of 13.6':e-v deuterons on t1he men-
tioned Niisotopes. Tne spectrim cf leuterons scattered throuF-h an angle of
n5o
show a satisfactory form. shoW3 the anralar distribution of
58 6o 62 64
13.6-,,;'eV deuterons -21astically ac-ittered from Ni , N i , N i , IN i . The
Ni targets were enriched betweer 94 and 981A. Their thickness was between
2
2.116 and 3.37 mg/cm . In the range of large angles essential fluctuations
Card 1/3

3 /) "6/62/042/003/002/049
Ela3tic scatterinr of ... 3154/B106
4n t'-.e frorr. isotone to isotone were not observed.
.-e-4uit.3 s-o-v; that ev;-n if *~`!,~ o-,a oe of thi:~ sur'a-ce --)otentlal of the
n,
lo,~s cho~r-oloe with incrcasiln~- numbi-:r of neutrons tniz; effect is so
c-an-ot be o,)servc-~ -,-i scat,erinp. -n a pr4
t ovate- note Klyucha-
3t-itcd 4hat at lar.-e anrrl :.3 thin fluctuation of the c.-03S section
0- elastic Drotcn scat,ering ,.hich is as.ociated with the change of the
(p, n) reaction threshold from i--o-.ope to isotope can be explained as the
~,c- sl,!It of a co.m:etition b(?tween ILh(!f,,e reictions. For scattered deuterons
t.hi~i interpret.-ition -eman-Is the -ibz.~--nce of auch differences in the cross
sections as it wds foun-1 in cx-,,eriments. in this ca3e however it is nec-
os-ir dsui-e that for elaz^.-
Y t 0 ..t~c scattering of protons a e,,reat part of
e
this -,)roces3 scr-ies "or the nrniuctjon of a compound nucleus. Comparison
-.v 4- t- other eyp,riments (Hef- 3' confirms this assumption. There are 2
and 4 re'arences: 2 ~'Ioviet and 2 non-Soviet. The two references
publication,-; reid as follows: '.Payton, G. Schrank,
Phy3. Rev., 101, 1358, 1956.; -lef. N. 'Nall, Phys. Rev., 107,
602, 1957.
2/3

.~'l a S t4 C 3C a tterin'r, of . . .
I
6/056/62/042/00'/002/049
131 r: '/B 108
"i
k36GC1AT--CN'. Institl~t '11,z-ki n-uk 'Ukrainskoy SSR (Institute of
Phjsi,cs of the Academy of Sciences Ukrainskaya SSR)
-",:1TTED. July 17, ',()61
F1,7. 2. Antrular distributionv of
4,a~:terons elasticaLly scattercri
on nuclei of nickiL isotopes
4!4 24. 4 "Y
Cara 3/3

-i ) -~ -.
to. ~&o
S/05 62/042/004/014/037
B163YI02
AUTHORS: Gofman, Yu. V., Nemets, 0. F.
TITLE: Inelastic scattering of deuterons from Si, Ti and Fe nuclei
PER:ODICAL: Zhurnal eksperimental'noy i teoretichesko~- fiziki, v. 42
no. 4, 1962, 1013-1016
TEXT: The experimental method used has been described-earlier in
more detail by the same authors for deuteron scattering from different Ni
isotopes (ZhETF v. 42, 19629 653) is based on the simultaneous measure-
ment of the energy E and the energy loss dE/dx for the scattered charg
ged
particles. The angular distribution of the scattered deuterons was meae-
ured for Si 28 (q ~ 1.8 Mev), Ti 48 (Q - -0.99 Mev), and F056 (Q _ _0.85
Mev) with a primary deuteron energy of 13.6 Mev. The agreement with
theoretical data is -
poor. The increased cross sections for small scat-
tering angles may be explained by eleatrical interactions. There are 5
figures.
Card 1/2

S/05 62/042/004/014/037
Inelastic scattering of ... B163~~102
ASSOCIATION: Institut fiziki Akademii nauk Ukrainalcoy SSR (Physics Insti- I.-
tute of the Ukrainskaya SSR)
SUBMITTED: November 25, 1961
Card 212

S/056/62/042/006/011/047
B100102
AUTHORS: Nemets, 0. F.,-Tokarevskiy, V. V.
TITLI~t The "gross structure" of the proton spectra in stripping
reactions
Pz,RIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 42,
no. 6, 1962, 1481 - 1487
T ~,XT :In order to study the "gross structure" of the proton energy spectra,
56 63,65 93 107,109
the (d,p) stripping reactions on Fe , Cu. Zn, Se, Zr, Nb , Ag
111,116 116-120,124 196 206 209
Cd Sn Pt, ku Pt. and Bi nuclei were investi-
gated. Measurements were made with an external 13.6 Mev deuteron beam of
the cyclotron of the Inatitut fiziki All USSR (Ins-titute of Physics 2AS
Vkrt5SR) . The targets were unbacked films of between 2 and 6 mg/cM thick-
ness. The differential cross section of the stripping reaction as function
of the energy liberated exhibits maxima. There is a clear relationship
between the positions of the maxima of this gross structure and the
strongly excited levels of the nuclei. Many levels correspond to each
Card 1/2

3/056/62/042/006/011/047
The "gross structure" ... B104/BI02
maximum of the gross structure. As the nuclear shells progressively
become filAed the energy liberated in tae transition of the residual
nucleus to the ground state decreases. The maxisa of the neutron spectra
are coordinated with an excitation of the single-partiole statea of the
nuclei. There are 3 figures and I table.
SUBMITTEDs January 30v 1962
Card 2/2

VAIITER, Anton Karlovich; ZALYUbOVSKIY, Illya Ivanovich; NEI-ETS,
O.F., prof., otv. red.; VAYNBERG, D.A., red. -
[Iluclear physics] lAdernaia flzika. Kharlkov, Izd-vo
Kharlkovskogo univ., 1963. 367 p. (MlhA 17:5)

kz'

5/089/63/014/002/004/019
B102/B186
AUTHORSt Nemets, 0. F., Pasechnik, M. V., Pucherov, N. N.
TITLEt Investigation of nuclear reactions at the cyclotron of the
Institut fiziki AN USSR (Institute of Physics AS UkrSSR)
Pr;RIODICALs Atomnayr- energiya, v. 14, no. 2, -1963, 159 - 170
TEXTi This paper gives a review of the inv'estigations of the nuclear
reactions carried out at the cyclotron of the Institute of Physics AS UkrSSR
during the years 1957 - 1961. Pertinent material assembled by the research
team was also published in various journals. Mention is made of the in-
vestigations of the elastic and inelastic scattering of 6.8-Mev protons
and 13 .6-Llev deuterons f rom dif f erent metals of natuxal isotopic compos ition
as well as from separated isotopes. Furthermore the energy and angular
distributions of the protons in deuteron stripping reactions, etewere
studied. The experimental xnaterial is clearly presented in tabular form.
There are 6 figures, 3 tables, and 50 references.
SUBMITTEDs July 19, 1962
Card 1/1

B/056/63/044/001/004/067
BIOS/B180
AUTHORS: Zaika, X. I., Tokarevskiy, V. V.
TITLEs The spine and parities of some states of molybdenum isotopes
PERIODICALt Zhurnal *kaperimentallnoy i teorotiaheskoy fisiki, T- 44,
no. it 1963, 17 - 21
TEXTs The angular distributions of protons smorginj from (d,p) reactions
on targets enriched in go 929 94, 95, 96 were measured by means of an
ionization chamber with a deuteron absorber at Its input. The deuterons
releasing the reaction had an energy of 13.6 Nev. The angular 7momenta for.;"~
neutron oaptur* in the ground, and first excited, states were obtained
from the experimental data with the aid of Butler's theory (Proc. Roy.
Soo., A208, 559, 1951 ). The possible spine and parities of these states
of the Mo isotopes are considered in this way. Resultst No 92 _ (1) 3/2+
or 5/2% (2) 1/2+1. No" - (1) 5/2*+, (2) 1/2 +1 M095 _ (1) 3/2* or 5/2+,
(2) 1/2+; No 9,6 (1) from 0+ to 5% (2) probably 5/2+1 No 97 _ (1) 5/2+,
Card 1/2

3/056/63/044/001/004/067
The spine and parities of some ... Bloe/Bleo
(2) 1/2+ and 7/2+, not resolved. (1) refers to the ground level, (2) to
the first excited level. It is pointed out that the (d,p) reactions are
suitable for nuclear spectroscopy in the range of atomic weights around
100 at energies of 13 - 15 Mov. There are 4 figures.'
ASSOCIATIONt Inatitut fiziki Akademii nauk Ukrainskoy SSR (Physics
Institute of the Academy of Sciences Ukrainakaya SSR)
SUBMITTEDt June 18, 1962
tj
Card 2/2

MIETS O.F.; PIKAR, F. [Picard, F.]; SLYIJSAhrIiYO, L.I.; TOYAp:,~~VSKJY, V.V,
Elastic deuteron scattering on nitrogen, oxygen ' and argon.
Zhur. eksp. i teor. fiz. 45 no.4:850-851 0 t63. 04L~ 16 -.U)
1. Institut fiziki A14 Ukm'sh. 2. Sotrudnik Laboratorii yadernoy
fiziki imeni Zholio-Fojuri, Jrse, Frantsiya.

GOFMAN, Yu.V.; DOBRIKOV, V.N.; ZAIU, N.I.; MOKHNACH, A.V.; gMETS, O.F.
Measurement of asymmetry in the N14(d,p)Nl5 reaction on
elastically scattered deuterons. Zhur. eksp. i teor. fiz.
45 no.5:1317-1318 N 163. (MIRA 17:1)
1. Institut fiziki AN UkrSSR.

!.;,~~O. F.; TOKAREVSKiy, v. v.
"Determination by Model of the Natw-e of Levels of the Nucleus with the
Help of Direct x(eactions (d,p) and (d,d').11
report submitted for All-Union Coaf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 64.
last Physics, AS UkSSR

zz~?'-
B. N. )* iLm_q~) 0. F.; PIMt F.; SrRYUK, Yu. S.; MKAREVSKIY, V. V.
":nvestigations of the Lowest States of 5.t,
report submitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22
Feb 64.
IF AN UkSSH, KGU [Inst Physics, AS UkSSR, Kiev State Univ]

NENETS, 0. F.; STRYUK, Yu- S.; TOKAREVSKTY, V. V.
"Investigations of tow-Lying States of 51 3U.11
report oubmIt.terl f'or All.-Unton Conr on NucLvar 3l1pe!-tror.(-opj, 'Mil isf,
Feb 64.
Inst Physics, UkSSR, Kiev State tJnLv

~EMETS, 0. F.-; -- TOKAREVSKIY, V. V.; ZAYKA, 14. 1., Kiev
"The level excitation probabUites in nuclear reactions."
report submitted for Intl Conf on Low & Medium Energies Nuclear Ph~ysics,
Paris, 2-0 jul 64.

NEMETS.,-O._F.; PUDCHIK, A. T.; USIK, V. A.
fl, estigatipns of Low-Lying States of -"Uicon-2~; Excited in the Reartion
Alff (k,t)S126.,,
report submitted for AiL-Union Conf on Nuclear Spectroscop-j, Th~lls;,
Feb 64.
IF, AN UkSSR (Inst rnysics, AS 'ASSR I

a -KA, N. !. ; NE',EIS 0 F. ; YASNOGORODSKIY, A. M.
1. 71 78, Zr93, Zr95 with the Help of
"Investigation of Low States of Ge , Se
StrIpping Reactions."
report submitted for All-Union Conf on Nuclear Spectroscopy, ThIlisi, 14-22
Feb 64.
IF, UkrSSR (Inst Physics, AS Ukr,",STR)

Let in the lnelsti2 s--atterln.;
Ukr. fiz. zhur. 9 no.,.).tA~r66
cf deuteron-7

ACCESSIONilh: AP4040929 S/0185/64/009/006/0599/0609
AUTHOR: Nemets', 0. F. (Nemets, 0. F.)
TITLE: Angular distribution of deuterons vith 13.6 Hav enerRy
elastically scattered by so-ma light and medium nuclei
SOURCE: Ukrayins'ky*y fizy*chny*y zhurnal, v. 9, no. 6, 1964,
599-609
TOPIC TAGS% scattered deuteron, angular deuteron distribution,
selective scintillation spectrometer, isotopic effect
ABSTRACT: The distribution of deuterons, elastically scattered
by nitrogen oxigen argon (gas targets). isoto es CU63, 65
84. 669 8~1 6 "107, 109, a d SnI16, 118, IN, 122, 124
Sr , A8 n h;s been
investigated. A selective scintillation spectrometer, Selecting
particles according to the (dE/dx)E method was used as a detector.
It was found that unlike the elastic scattering of protons, the iso-
topic effects are expressed very weakly. The dependence of the po-
sition of extreme points of differential cros6 sections of elastic
Card 1/2

ACCESSION NR: AP4040929
scattering on the atomic number A was plotted, including also the
data of the preceding measurments performed at an energy of 13.6 mev.
It also was found that both the maximum and the minimum change their
position systematically and smoothly. In the region of atomic numbers
A :: 50 anomalies are observed. In addition. depending on A,the change
of 6(9)/6R(0) is regular for each of extremity. Both these regulari-
ties allow predicting the angular distributions for deuterons with an
energy of 13.6 mev elastically scattered by some nuclei not yet inves-
tigated. Orig. art. has.: 8 figures, 2 formulas, and 1 table.
ASSOCIATION: Insty*t~t fizy*ky* AN URSR, Kiev (Institute of
Physics, AN URSR)
SUBMITTEDs 04Jul63
ENCL: 00
SUB CODEi NY NO RZF SM 010 OTHERt 007
Card 2 / 2

ACCESSION NR: AP4042959 B/lD048/64/028/007/1160/1163
AUTHOR: Zalka, N,I,; Nemets, O,F,; Yasnogorodskiy, A.M.
TITLE: Investigation of the low lying states of germanium 74, selenium 78, z1rcon-
lum 93 and zirconium 95 by mans of the stripping reaction 41eport, 14th Annual Con-
ference an Nuclear Spectroscopy hold in Tibilial 14-21 Feb 19617
SOURCE: AN SSSR. Izv. Seriya fizicheskaya, v.28, no.7, 1964, 1160-1163
TOPIC TAGS: nuclear reaction, nuclear structure, germanium, selenium, zirconium
ABSTRACT: The (d,p) cross sectionv of Ge73, Se77, Zr92 and Zr94 for 13.6 MeV deut-
erons were measured with several scintillation spectrometers and absorbers. The tar-
gets consisted of powders of the enriched oxides or elements on polystyrene supporhL
The absolute cross sections were obtained by comparing the proton flux from the
stripping reaction with the flux of elastically scAttered deuterons, and comparing
the latter with Rutherforid's formula. An accuracy of 20% is claimed ; the large ernr
is ascribed principally to the difficulty of distinguishlqg the deuterons scattered
elastically by the target nuclei from those scattered by carbon and oxygen nuclei
in the support. Proton angular distributions am presented graphically for the
1/3

ACCESSION NR: AP4042959 to
ground states of all four nuclei, for one excited state of Ge74 and Zr95. and for
two excited states of Se78 and Zr93. These angular distributions were in good agree-
ment with Butler's theory. The posuible and most probable spins and parities of the
states were determined and are tabulated. The reduced widths a4d spectroscopic fac-
tors were derived by the method of M.H.Macfarlane and J.B.French (Rev.Mod.Phy~.23,
567,1960) and are tabulated. The experimental results for Ge74 and Se78 are 4is-
cussed in terms of the collective model, which has been successfully applied to the
interpretation of the Coulomb excitations of these nuclei (F.K.MaGowan, and P.H.Stel-
son,Phys.Rev.126,257,190). The ratio of the reduced width of the first excited
state to that of the ground state was found to be In agreement with the theoretical
prediction for both nuclei. The resolution achieved in the measurement of the pro-
ton angular distribution for the second excited state of Se?8 was not sufficient for
an adequate comparison with the theory. The spectroscopic factors found for the
ground states of Zr93 and Zr95 were in good agreement with those calculated with the
shell model, and with those found by D.L.Cohen and O.V.Chubiasky (Phys.Rov.131,2184,
1963). The neutron was captured by Zr92 and Zr94 in a d5/2 state when the ground
state was formed, AW in an a1/2 state when the first exqLted state was formed. This
in in agmemut with the fiWings of N.I.Za*ka, 04.No"te atid V.V.Tokarov*kLy

ACCESSION NRi AP4042959
(Zhur.eksper.1 teor.fis .44,17,1963) for other nuclei in the now 'region of the per-
iodic syetem. Orig.art.hams 9 f1gurism and I table.
ASSOCIATION: Institut 91sMd Akademil nauk USSR (Institute, of Ph7mics of thW Acade-
my of Balances,-,BM)
SUMI 1 00 ZXCLs 00
SuR cams NP NR RM BOV: 002 OTMR: 006
3/3

ACCESSION NR- AP40429W
AUTHOR: Nemets, O.F.; Rudch1k, A.T.; Usik, V.A.
8/0048/64A28/007/1164/11"
TITLE: Investigation of the low lying states of silicon 28 obtained in the fX,t)
reaction on aluminum 27 jotaport 14th Annual Conference an Nuclear 8psetrasco"
hold in Milial 14-21 Feb 1;;i~
SOURCE: AN SSSR. Irv. Seriya fizicheskaya, v.28, no.7, 1964, 1164-1168
M
TOPIC TAM nuclear reaction, alpha reaction, nuclear mractroacopy, silicon, alu-
minum
ABSTRACT: The Al27(Cj,t)Sj28 reaction was investigated with the purpose of explor-
ing the suitability of (01,t) reactions for nuclear spectroscopy investigitions. For
this purpose, (Cf,t) reactions would have the advantage over (d,n) reactions that
the energies of the trItons could be mont accurately measlured than those of the
neutrons. A beam of 27.2 MeV Cl-particles was employed, azd two groups of trItons
were distinguished, corresponding to the ground state of S126 and Its first excited:
state at 1.78 MeV. The cross sections were measured with an accuracy of 15%. The
angular distributions of tb? two triton groups were sharply peaked in the forward

ACCESSION NR: AP4042960
direction; this Indicates that tho roaction was predominantly direct. It in otitimt-
ted that compound nucleus formation contributed only 1% to the.formation of tl~
ground state, and 3% to the formation of the excited state. The reaction is dis-
cussed briefly in terms of ;ho dispersion theory of direct reactioqs. It Is conclu-
ded that the stripping sechiLnism should predominAte, but that Oireqt knock-out of
the triton with capture of the Ct-particle, as wq11 as other more complex mechanisms
may contribute appreciably. 77he angular diLltributions are compared with the strlp-
ping reaction theory of M.91 Nadi (Phys.Rev.120,1360,1960). The principal (forwaid)
peak in the distribution of each of the triton groups Is well represented by U.
theory with a value of the the interaction radius (5.1 feral) that is consistent
with other measurements on A127. A becondary maximum at about 300 cannot be explain-
ed by simple stripping. The poultion of this maximum can be obtained from Butler's
theory of direct reactions with knock-out processes Included, but only by assuming
a large value for the interaction ipadius. It Is concluded ttiat 43,t) reactions are
suitable for nuclear arectroscopy Invest igat ions , but that this angular distributiaw
can be explained only liy considering the contributions of vazioua reaction mechan
isms and tho dist,)rtion of the wave functions by the Coulomb fleldo OrU.art.has:
3 formulas, 3 fitpires and-3 tables.
J2/3

LIM
a
I
ACCE-ZIOZI HR: AP104-1*)
ASSOCIATION: Instlt--it ftalkl AkadeuiL nauk WSR (InstLtutA of PhIMIC0, Academy of
Sciences, SSW)
SUBMITTED: 00 MCM 00
11us Cowl NP MR RN SOVi 003 OMRS 006

ki, M

lt~& LV.!ifKFN?j MINn-aMar" tu
. - - -

"Ums a IN i

ACCESSION NR: AP4037606
S/0056/64/046/005/1698/1900
AUTHORS: Nemets, 0. F.; Pikar, F.; Tokarevskiy, V. V.
TITLE: Inelastic scattering of deuterons by same even tin isotopes
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 196.4, 1898-1900
TOPIC TAGS: tin, level envargy, deuteron reaction, angular distribu-
tion, nuclear spectroscopy, inelastic scattering, quadrupole moment
ABSTRACT: Measurements were made, at a deuteron energy 13.6 MeV,
of the differential cross sections of the inelastic scattering from
the isotopes Sn 116, 118, 120, 122, 124 with excitation of the first
2+ levels and of the states which form a gross-structure peak at
Q = -2.5 MeV. The deuterons were recorded by a selective scintilla-
tion spectrometer described by the authQr previously (PTE, No. 2,*
34, 1962). The absolute cross sections were determined by a method
Carcl 1/4

ACCESSION NR: AP4037606
similar to that described by the authors previously (Izv. AN SSSR,
ser. fiz. v. 27, 927, 1963). A comparison of the inelastic scatter-
ing spectra of-deutercons with the spectra of protons from the (d, p)
stripping reaction on the isotopes of Snl18, 1.20 shows that the ex-
citation probability of single-paiticle states; is very low in the
inelastic scattering, whereas the quadrupole 2+ levels are excited
one-order of magnitude more intensely than in (d, p) stripping.
Orig. art. has: 2 figures.
ASSOCIATION: Institut fiziki Akademii nauk Ukrainskoy SSR (Insti-
tut of Physics, Acadew~ of Sciences UkrSSR); Joliot-Curie Laboratory,
Ornay, France
SUBMITTED: 28Jun63 DATE ACO.- 09,Tun64 ENCL: 02
SUB; CODEs NP MR REF SOV& 004 OTH-,Rs 001
Card 2/4

ACCESSION MAP4037606
mb/sr
3
ENCLOSURE: 01
Angular distributions of deuterons inelastical-
1,Y acattered by tin isotopes:
116 118 1 Ile! 0 122
Sri 124 Sri 0 - Sri Sri
A Sn Abscissa laboratory angle of
'13cattering, ordinate differential cross
ijection in mb/sr
deg
1AP AV
jw Af AF
Card 3/4

ACCESSION NR: AP4037606
41
b24CLOSURE: 02
Angular distributions of' 13.6-MeV
deuterons inelastically scattered-by tin
isotopes: a - scattering by Sn120 , b
scattering by SnI16 . Dash-dot curves
Huby-Newns theory. Other curves pertain
to various levels and peaks. Ordinates
differential cross section in mb/sr
(left - curves a4 and b2, right - other
curves). Abscissas -.scattering angles
of deuterons in tho laboratory system.
Card 11/4

ACCESSION NR: AP4037607 S/0056/64/046/005/1900/1901
AMOR: Nerrets, 0. F.; Pikar, F.; Slvusarenko, L. I.; Tokarevskiy, V. V.
TITLE: Elastic scattering of deuterons by s1;j4mtiLm and tin isotopes
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1900-1901
TOPIC TAGS: strmtiun, tin, deuteron, elastic scattering, angular distribution,
diffraction pattern
ABSTRACT: The elastic scattering of 13.6-MeV deuterons by s-trontim and tin isc-
topes. Veasurements in the anpae range 10 -- 1500 were made with a selective
scintillation spectrometer. Thd strcntiun targets were polystyrene film impreg-
nated with SrCO,. In the angle! region *0 - 301, the peaks o"xTespa-iding to elastic
scattering by the strontiun cotild be separated reliably fran the peaks coryvspcnd-
ing to the elastic scattering by carbon and oxygen. The tizn targets were free-
standing 'Oils 3 -- L~ -ng/CMZ thick with 90% enrichmnt. In the region of angles
larger than 2SO the angular dii;tributions of Sr have a clear out diffraction stnx-
ture, w...'dh changes little on going fran isotope to iscrtope. The anFular distribu-
tions cttained for the tin isawpes are in good agreement with those of N. Cindro,
Card - -1/13

ACCrvjSIQN NR- AP4037607
and N. S. Wall for natural tin at 13.5 MeV (Phys. Rwi. v. 1-19, 1340, 1960). on all
the tin isotopes me observes a clear out diffraction structure, with no noticeable
difference in the aross sections for the different isotopes. Fr(n the oornparison
of the elastic scattering of deuterons by tin at 15, 13.6 and 11.8 MeV it is con-
cluded that the diffraction Structure becanes more dlearly pronounced with increas-
ing ener& and shifts towards the smaller angles.
ASLOCLATICK.- None
SUBM=): 2&Jun63
DATE ACQ: O9Jun64
ENCL: 01
SUB CODE: NP
NR REF SOV: 002
CIrm: 001
2/3
Card-

NEMETSP O.F., prof.
Annual meeting of the Physical Society of the Gerwin Democratic
Republic. Vest. M SSSR 35 no.9s89 165. (KM 1819)

NEW,780, Dj.j!-,SOKOtqv~.",VA I, ST4PIKO, B.G.
fvm; Otlk,;SANI RN4 I
Use of the.neutrcak- ton co
incidence method
wWu,WjVLncj-,euorjCr correlatl=s ~n,tbs Ni(d,
lAd. fiz. I na,6:1024-1018 Js 965.
An
la studying the
np)Ni reaction.
(MIRA 18-6)

0419,
Ff NOT, 4.1 11 a A's bw slactl atlas:acy
04 1 - .1 u u
00 1p
00A
D"immig* sift" (w &Kmatial" is 4:41111111*4
iW t pri.-AwAhmat'. 4*
*0 :apid and actwate as wril as qwcilic te, ryjuv Ij ofIler
00,0 nrial, -00
00 analHv id finattwil profuell of to 1*.tori clintild illetn' -00
P Smith 6*0
00 =00
000
goo
60Sto IdUILLY11690A LOCOST'Al U4610KATOGO
U"SI1 0- or -v--A S a %p0 w a S a 4 0o
Is, 00 00 0 0
0 * 0 0 0-0 0 41 so* IS
0.0 0

GRIZHIVO, V.S.; IMMS, S. M.
Fishery Product's
Chemical composition and food value of canned fish., Ryb. Ichoz., .28, no. 2, 1952.
9. Monthly fist of Russian Accessions, Library of Congress, May - L9A, Uncl.

VALITEI, L. YA.; NNETS, S. M., SINYAKOVA, Z. M.
Fishery Products - Analysis
Vitamin content in ceLnned fish. Ryb. khoz., 28, No. 5, 1952.
IJQWjay LUt gj Rugglan Ar-roggainnig Library of Congress October 1952. 0CLASSIFIED.

GRZHIVO, V.S., kandidixt teldmicheakikh nalik-, NEMICTS, S.M., starahiy naiichnyy
sotrudnik. ~.. I -
More precise measurements obtained by usirg the RL laboratory refracto-
meter. Ref.nauch.rab. MIKP no.2:41-45 154. (MIaA 9:4)
(Befractometry) (Food--Analysis)

GRZHIVO, V.S., kandiat takhnichookikh nauk; -EMCL-&L-atarshly vaucbnyy
motrudalk; VALITBR. L.U., milaidahly nauchnyy sotrtAnik-, SZMBMO.
G.A., mlsdshJy nauchayy sotrudulk.
Nutritive value of eanned foods. Trudy VIIIV no-3:55-61 154.
(KLVA 9:8)
(Food. Cammed)

GRZHIVO. V.S.. kanilidat takhnichookikh nauk; ROWS, S.M., starshiy nauch-
My notrmdnik; VALIM. L.Ya., wisdahly6= YYwtotrudnik;
SEMSUM. G.A.. aladshiy n&UcbMy sotradalk.
Chodcal chiinges in tomatoes during processing. Trudy VNIZIP no-3:
8&" 154. (NLRA 9: 8)
(Tomatoes) (Food--Analysis)

RMTS, S. M.; Grzhivo., V. S. and Vallter,, L.
All-Union Scientific-Piesearch Institute of the Canning Industry
"Vitamin Content of Canned Heats* (Thiamine, riboflavin*, and nicotirLic acid
contents of various Russian canned-mat products an tabulated)
SOURCF.: Myasnaya Ind. SSSR, Vol 25, No 2, pp 52-540 1954

GHZHITO, T.S,; S, SX; ARKHANGILISIATA. AJ.; JIM. K.3.
use *or various vogetabl's oil* In the preparation of canned vogotskbLms.
rgas. I.ov._pron. 12 zo.4sl7-20 Ap 057. (MIRA 10.6)
1. * Tse.%4yusW. vauc.huo-loolodavatel'skiy iamt1tut konseryney i oveshoh-
soushillmoy preWshlonnostI,
(Tegetables-Proservatlea) (Oils ead fats, IdIble)