SCIENTIFIC ABSTRACT ANTUFIEV, V.M. - ANTUSHEVICH, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101820005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KS*-1K. F.P., ka-rid. to],11-m. nauk; ANTUPYW, V.F.0 Inzh.
Characteristics of the manifestation of bearing pressure while
mining fInt seams using the hydraulic method. ITrudyl VNIMI
no# 47 0-91621 (Mllk 17:7)
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upmrnuL 19mrivATiOA; OF THE ACTION (*' SUMICH PAYMS-103. Vs.
9- AMUFIBY A11D_Ujj 0kJZWG0O TEPLOTr 11CHESV00
_LWV (IZVrSTIA VZFS "M
lt$TITVT,& JHVLL. PAX UNION W-UML-CH. INST) 1936. (11) 40-44)( In
Russian) from thororeti cal, calculations and expartmontal. curves
of the relation of te"raturs to Cie rate of goo-flow the mistaiwe
s,riving duriar mosoutments vdth suatic, o prrmetere with cerardo
*Mild# may for pro*tloal purposes be corrootod Tfith suffiolont-ua-
olmady by the same theovottual fomolve, as for metallio shloWeeN.Ae
Imediato source clipping

PHASE I TRZASURS ISLAND BIBLIOGRAPHICAL REPORT AID 284 - I
11OOK Y Call No.: TJ265.T4
Authors: ANTUFW,,V. M., Kand. of Eng. So. and Beletskiy, G. S., Kand of Eng. So.
Full Titles HEAT TRILISMISSION AND RESISTANCE OF PIN HEATING SURPACES
Transliterated Title: Tooloperedacha i soprotivleniye plavnikovykh
pov,erkhnoatay nagreva,
Publishing Data
Originating Agenop Ministry of the Heavy Machine-Building Industry
(Glavkotloturboprom). Central Scientific Research Inst. of
Boilers and Turbines im. 1. 1. Folzunov. (TaKTI). This
article is from a series toploperedacha i aerogidrodinamika
(Heat Tranwdesion and Aero-Wrodynamice), book 2, issue 1,
pp. 28-35.
PublIsbing Houses State Scientific and Technical Publishing House of Literature
on Machine Building. (Mashgiz)
tiate: 194? No. of copiast 3,000
Editorial Staff
Editors Shubenko, L. A., Laureate of Toch. Ed.: None
Stalin.Prizol, Kand of Eng. So.
Editor-in-Chiefs Fetisovj F. I., Leningrad Appraiserst None
Div. of Mashgiz
Tort Data
CA)verage: The effects of fin surfaces are studied for practical coefficients
1/2

Toploperedacha I soprotivleniye plavnikovykh AID 284 - I
obtained In computation of heat transmission coefficients and aerodynamic
resistance factors in boiler and soonomizer installations. The author's
experimental data are applied as correotion factors for Nusselt value
Mu. 12 charts.
Data and ow-yea presented mV be used in designing of the f in heating
surfaces.
Purpose: Obtaining practical correction factors for design formulas.
ilsoilities: Central S*ientifio Research Inst. for Boiler and Turbines im.
L L Politunov. (TaKTI) &M All-Union Heating Engineering Inst. im.
F. E. Dzetzhinakiy. (M)
No. of Russian Roferencest None
Avallablet Library of Congress
2/2

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Subject USSR/Heat Engineering AID .P - 4357
Card 1/1 Pub. 110-a - 2/19
Author -Antuf'Xey, V. Mp, Kand. Tech. Sci. Nevskiy Machine
Building Plant
Title Heat transfer and thermal resistance in stacks of
corrugated sheets heated by flowing fluid.
Periodical Teploenergetika, 4. 5-10, Ap 1956
Abstract Results of research on heat exchangers composed of
welded corrugated sheets st&64p.ot different shapes
and dimensions are reported. A theoretical analysis
for the computation of heat transfer from the vertical
and horizontal flows to the corrugated sheets Is given.
Eleven diagrams. Three Russian references, 1944-1952
and two English, 1950-1952.
Institution None
Submitted No date

HARNMYT, M.G.; AIITLTFIYNV, Y.M.. doteent, kntid.takhn.nauk, nauchnyy
rukovodit'hll~
[Research on heat exchange in a gas turbine combustion chamber
with a cool air swirler.- author's abstract of a dissertation for
the degree of candidate in the technical sciences) Iseledovenle
toploobmana v gazoturbinnol kamere egoranila a savikhritelen
okhlazhdaiusholiego vosdukha; avtoreferat diseartataii na soiskanle
uchenol stepent knndideta takhnicheakikh nauk. Nauchn.ruk. V.M.
Antuflev. Leningrad. Leningr.kornblestroitellnyi in..t, 1958.
16 P. (MIRA 12:9)
Was turbines)

S/114/61/000/002/002/007
2194/9255
AUTHOR: Antuflyev.V. M.. Candidate of Technical Sciences
TITLE: Comparative Invest-igations of Heat Transfer and
Resistance of Finned Surfaces
MIODICAL; FAnergomachinostroyeniye, 1961, No. 2, pp. 12-16
TEXT: Finned surfaces are widely used in gas-liquid heat-
exchange equipment* The most complete and systematic investigations
of tube bundles relate to tubes with wire fins and tubes with
relatively thin fins. The optimum proportions of fine have been
calculated. For many other types of surfaces used in heat-exchange
equipment the fin proportions are selected on the basis of con-
structional or manufacturing considerations and are not always the
best. Recently, TsNIIT Mash has developed a new way of making
tubes with fully drawn fins. With this method of =Lnufacture
reliable contact is obtained between fin and tube, and expensive
metal is not required for brazing. A number of different types of
finned surface are now available and the object of this article is
to report upon comparativo heat-exchange tests on them. The tests
were made in a rig described in an article by the author (Ref- 5).
Card 1/6

S/114/61/000/002/002,/007
E1014/E255
Comparative Investigations of Heat Transfer and Resistanco of
Finned Surfaces j
The tube bundles to be investigated were installed in a wl.nd tunnel.
Water at a temperature of 90 to 9800 was circulated throuf;h the
tubes. Special precautions were taken to avoid heat loss to the
surroundings. The instrumentation and procedures are briefly
described. Heat-tranafgr coefficients on the water side were
raised to 20 000 kcal/mdhr by using helical baffles in the tubes.
Under these conditions the temperature of the main tube surface is
practically the same eta the water temperature. The experimental
results on heat transfer and resistance were plotted in the form
of graphs of Nu f(RO) and Eu - f(Re). The surfaces were compared
on the basis of LrGichey's energy coefficient E a q/An, where q
is the amount of heat removed from the surface, and An is the power
required to overcome resistance, expressed in thermal units. In
determining the amount of heat It is necessary to assume a temper-
ature difference which of course depends on the flow arram,3emant.
Instead, a slightly different form of reprouentation of thi) energy
coefficient may be used to assess the efficiency of a surface. A
Card 2/6

5/114/61/000/002/002/007
E194/E255
Comparative Investigations of Heat Transfer tand Resistance of
Finned Surfaces
revised method of expressing these energy coofficients is then
given and is very convenient for characterizing the effec,,;ivenesa
of cooling surfaces under the conditions considered. It :~.s found
that surface No- 3 has the poorest thermal characteristic an it
has long steel fine about 3 diameters high, which are inefficient.
Surfaces Nos. 1, 2 and 4 are practically equivalent but No. 2 has
some advantages at high gas speeds. The surfaces were assessed
for space occupied on the basis of a given removal of heat for the
same power consumption on resistance. Under those conditions the
effectiveness of the surface depends on its efficiency and compact-
ness. The method of calculating Is explained and the results are
plotted. It is shown that surface No. 1 has the smallest size and
weight because it has very thin fins whichare closely pac.ked on
the surface of the tube. On the other hand, In rezipect of both
thermal and aerodynamic properties this surface has no advantages
over surfaces Nos.. 2 and 4. They will (,,.*,vo as good a resu.'Lt if the
thickness of their fine is made the same as those of aurfa(,,e No. 1.
Card 3/6

8/114/61/000/002/002,tOO7
E194/E255
Comparative investigations of Heat Transfer and Rosistanco of
Finned Surfaces
Surface No. 5 has somewhat worse characterit3tics although the uhape
of tho tube and the thickneau of fins iti the same as for gurface
No. 1. Thia io probably because the tube3 are in square arrange-,
ment in the bundle. According to present data and to Investiga-
tions of the All-Union Heat Engineering Institute the surfaces with
wire fins have the worst characteristics. On the basis of the
results it is concluded that round tubes with coiled wire fins give
the worst results and are not recommended for new designs. There
is little difference between the thermal and aerodynamic p.roperties
of surfaces 1, 2, 4 and 5, the shape of the tube and the fLn have
little influence on the process of heat excilange. On the 1)asis of
these results It appears advisable in developing new heat oxchange
equipment with finned surfaces to recommund tubes with ful:ly drawn
spiral fine of TsN1IT Mash, the production of which is mechanized
and does not require brazing. Acknowledgements are made to
R. 1. Mesh for his assistance. There are 3 figures, 2 tab3es and
6 Soviet references.
Card 4/6

6/114/61/000/002/002AM
E194/B255
Comparative Investigations of Heat Transfer and Resiotanco of
Finned Surfaces
Table I
1
2
CtLrd 5/6
Characteristics of Finned Surfaces
A bundle of tubes of egg-shaped section,
with rectangular fins
New
AM
Round tubes with fully-drawn spiral
fins of Tsh'IITRASH
ism
o4
V

S/114/61/000/002/002/007
E194/E255
Comparative Investigations of Heat Tran3fer and Resistance of
Finned Surfaces
Table I
3 Bundle of round tubes with spiral
strip fins
*4i e_:a
f4v=
4 Round tubes with wire fins
0
h-13
M-M
Oval tubes with*spiral strip
fins of the NIMMASH
(~~4& smog
1 JU
Card 6/6

Effect of the te"rature conditions of a atrean and a wall on
beat exchange in liquid flow in drops across a cluster of pipes*
Inth.fis.shur. 4 no.7125-29 JI 161. (MIRA l4t8)
1e Takhnologicheskly institut, tsellyuloano-bmashnoy proWshlonnosti,
Leningrad. (Heat-Tramminsion)

S/145/62/000/010/004/006
D263/D308
AUTHOR:
TITLE:
PERIODICAL:
,Antuf'Y_QYo.,_VJ1., Candidate of Technical Sciences,
Docent
Experimental investigation of the effect of the
temper&ture factor on heat exchange in transverse
flow through a set of tubes
Izvestiya vyashikh uchobnykh zavedeniy. Mashinostroy-
eniye, no. 10t 1962t 117-127
TZXT,. The effect of the temperature factor for both direc-
tions of heat flow is investigated on a special installation in the
form of a return flow wind tunnel in which a checkered arraagement
of aluminuiA pipes in located. A specially designed water calorimcter
is uped for licat exchange measurements. The analyals of tho ex0eri-
mental results shows that for an increa!ie of aiirfacc totiperature
from 35 to 150%' the coefficient of hent traiunfer increases by 10
15'N', and the -direction -of heat flow has rjo substantial effect on
heat exchange. Temparaturea of stream and walls affect heat c%change
Card 1/2

S/145/62/000/010/004/006
Experimental investigation ... D263/0306
in the awie degree. There are 5 figurea and 5 tables.
j,-ssoci,vrION-. Leningradskiy politeklinicheskiy institut (Lenin-
grad 11olitechnic Institute)
Card 2/2 - -1 .-

A-MTIJFIYEV, V.-M.~,~and.tekhn.nftuk; GUSEVI YOOK*p inah.
Determining the optimum speeds of a two-waY gas flow by the energy
characteristics* Trudy LTITSBP noolltI52-156 162. NiRA 16tio)

kYrUFII%Vt V.M., kand. tekhn. nauk-
Reply to IA. L. Polynovakii's romarks. Energomashinostroanie 9
no.7:44n 163. (RIRA 16:7)
(Sturfacos (Toohnology)) (Polynovokiip IA.L.)

A! A-n hif
TTIF 7he prob r t ul".1 Lyl,., to th"
i,,,1 t i n 4! ,;urfac-
S C'q r. I n-, h 1 ~n r rni hk I r-nn Ino. I t~4'
TMTC TArS: heat trannfe- -u. 1'rive -oii jinegr leff iint, eynoldii naribor, Nu-iselt
number , Prand t I tuv- FF' nt - "t I
AR-i 7 UA ~-r Tho b'4LIv I nd t Uri hl. f (1-4 of a 'l I d
1 1t t pd Ii r. cm in nt t t v T 7,-1: 'j), I
speed of 4 to 5 wter-slinec. Thp tt~,-.-p,-r-turen were m-a-v-PA by :.hermocouplps, uLling
PP prtentiompter.1, wid thf, 11 r F" 07 9R"k 1- IN,:% lat IkP- ~tn'. t , hc vi i Q1 ", - =
p T t W,[q f ly 1,4 t)~t t h I
Card

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0 004
---Ly* Tit
ID D
Card 21;'

;,;4.1 JIM,

ACCESSION NR: AP4038899 S/0114/64/000/005/0009/0013
AUTHOR: Antuflyav, V. M. (Candidate of technical sciences, Docent)
TITLE: Comparative studies of convective surfaces on the basis of energy
characteristics
SOURCE: Eno rgornashinostroyaniye, no. 5, 1964, 9-13
TOPIC TAGS: heat transfer, convective heating. heat exchanger, gas turbine,
aircraft intercoolor
ABSTRACT: The thermal efficiency of convective surfaces Is evaluated by the
power used to overcome the resistance per unit vf heat-exchange area. The
thermal efficiency of these surfaces is estimated (using the author's formulas
published elsewhere) for longitudinal -flow and cross-flow conditions for these
(cross-section) tube shapest lentil, drop. oval, fish-fin, irregular. oval-like.
Formulas for -Ku, Eu. compactness coefficient (surface per unit volume) 0 and
Cord I /Z

ACCESSION NR: AP4038899
thermal efficiency are given for all of the abov6-mentioned shapes, Complicated
shapes have some advantages over round tubes: their heat -transmission factor is
higher than that of the most efficient round-tube staggered bank by 10-20fe. The
thermal efficiency of rough surfaces is found to be much higher than that of any
smooth surface; with properly shaped ribs. the heat transfer of a rough surface
may be increased by several times. Orig. art. hast 3 figures, 14 formulas, and It
2 tables.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: .05Jun64
SUB CODE: -rD, PR NO REF SOV& 007
Cord 2/2
ENCL: 00
OTHERt OOZ

1, ~4 -~ - '.
- 1. - I.. , : I .~', ~, I': I L; : I I I.

JkNTUFIYF'.V, VJI.., kand. tekhn. nauk, dotsontj GUST.V, Ye.K., inah.
3tudy of the wear of cylindrical cast iron buihings during the breaking-
in of diesel engines using a rRdicactive tracer method. Energomashino-
.t,,cx)nip. 11 no.6s9-12 Jo 165.
Hc-nt enission and resistancf~ of profllr, hentirp rnirfAces. lbid.j?_9
(n, RA 1817)

17. 11 ri - . . -
.-I . T , I i ii. I p,
U 7 - &M 1963
Tj MW 16 L
Radiation c. 162-
Nuclear Physics

04 SOURCE CODE 1 5
UR IZ563/65 10 001 255/ 016Z/O
iXUTHOR: Antuflyev, V. V.; Votinovj M. P.;
Shelckhin, Yu. L.
!ORG: none
TITLE- ~tectror~iSpararnagnetic res-onant spectrometer
SOURCE: *"'jSa1nLr;LcL I I ln~qtitqt
_ _ ___t Trudy,
RKy
Radioelektronika (Radio electronics), 162-165
TOPIC TAGS: EPR spectrometer,
spectromAry
ABSTRACT: The construction i a 36-Gc
(.A . 8 mm) EPR epectrornete~( supple-
rnenting an older 9-Oc type) is reported.
The new spectrometer intended for
analyzing the complex spectra of poly-
crystals has been developed along the
lines of the standard RE1301 type; it
has a power detector and uses a
small" modulation of the magnetic field.
Klystron 8-mm oscillator I (see figure)
-vla attenuator 2, directional coupler 3,
I
for the
millimeter band
no. 255, 1965.

L 206&-66
ACC NR, AT6004861
and phase shifter 5 excites silver-plated brass resonator 6 (its 0 a 8000). After the
resonator, the energy is detected by crystal detector B. The klystron frequency is
atabilized by an AFC system, which consists of n 10-kc reference -voltage oscillator 20
amplifier 9, and phase detector 10. thL AFG systLm keeps the klystron frequency
constant within 0.001%. The use of 10-kc frequency, instead of the conventional
460 kc, permitted reducing the modulation broadening of lines. The new spectro-
meter has a sensitivity of 1013 unpaired electrons In the specimen. Spectr;Ll curves
of T-90D and DaTi03 ceramics taken on both spectrometers clearly show the better
resolution of the now Instrument. Orig. art. has: 2 figures. 1031
Sun CODE: 20, 09 / SUBM DATE: none / ORIG REF: 002 OTH RM 002
ATD PPM:

-U4' Yt
Crtegory I LISSR/Nuclorr Fnysics - Nuclorr Hotctionn C-5
Abs Jour t Rof Zhur - Fizilco, No 5, 1957, No 6053
luthor i Taytko, S.F., Antji6av~_
Inst i Phycierl-TochffrUFFInstitute, Academy of Sciencoof Ukrrino SSA,
Title i Rasonnneen in Renotions of Proton Capture, by Silicon Isotoron
Orig Pub , Zh. eksporin. I toor, fizlki, 1956, 30, No 6, 1171
Abstract t A study of the rototion 61 (p'V P is reported. Tho in-
vestirrtions were crrriod out . th en oloctroatctic ronorntor
tnd the proton onerey ranged from 5W to 2600 kov. Tiventy-six
now roronrnoeo verv found. The vrluos or the proton cnergics,
corresponding to these rosonences, Pro riven. The rorctions
voro Idontiftud b~ inve;t~rrting the yield of the positron.-
retive IsotopO3 F nnd i 0. Nino ruponrnece, rpprrently, crn
be rttributod to the 31. 0 (p,,~ ) r31 rotetion. Tho ronrining
rosonnneon hrve not yet boon identified.
Crrd 1 1/1

-11 - --- - - T- .- - - - -
I L- . ... , -. ~ .1 lp 7. - , -. . - -1
--~Y[,Tf =1 - - - - v I - , I t - t -* ' ' 1. 1. - .1 11. 0 . I I I I . - .. I.,
. i. ~, . . ... I v A. ',-.
"Investigation of gavvia4Udlation fropi the "'Ou (j dl iieaction,"
-hysical Tech. inst, kcad. Ukr SS11
,~.-Apcr subudtted at the A-U Cont. on nuclear -Reactions in -'edilm and Low Energy
i'hysics, iloscow. 1."-27 'iov 57.

7z

F12137
-.7 0 3/058/60/000/02/12./023
Translation fromt Referativnyy zhurnal, Fizika, 1960, No. 2, pp. 68-69, # 3o42
AUTHORSi TsYtko, S. P., Antuf'yev,_Yu. P.
I - I
TITLE: aamma-Resonances n the Reactions of roton Capture by SIlLoon
Isotope and Energy Levels of the Nucleus
f?
PERIODICALt Tr. Sessil AN UkrSSR po m1m. Ispol'zovanlyu atomn. energli. Kiyev,
AN UkrSSR, 1958, Pp. 70-76
TEM Die reaction of the capture of protons by 31 Isotopes within the
range or energies of' up to I Mov was studied. The monoenergetic protons were
obtained in an electrostatic generator with two accelerating tubes, at the exit
of which electrostatic and magnetic analyters were Installed. The measurements
were carried out with thick and thin targets made of naturol Bi and also with thin
targets made of separated isotopes. With an accuracy of + 0.05% the position of
9 resonances was determined on the thick natural target a-t the proton energies of
p29
a95; 717, 7M 775; 801; 831; 895; 940 and 980 kev. In the case of S128 (P. r
reactions not a single resonance was detected. In the case of S129 (p,l,)?
reaction only the resonances observed earlier (Milani, S., Cooper, I. N.,
Ca1*`d 112

S/A%/OW/OZ/12/023
Gamma-Resonances in the Reactions of Proton Capture by Silicon Isotopes and
Energy Levels of the Nucleus
Harris, Phys. Rev., 1955, Vol. 99, p. 645) were detected. On the basis of the
data on the'f-resonances of P31, the energy values of the following p31 levels
were obtainedi 7.655; 7.783; 7.898; 7.983; 8.027; 8.049; 8.073; 8.103;
B.1651 8.2io; 8.246 mev. to,*"
N. Z.
Card 2/2

3/048/60/024/007/008/011
BO19/B060
AUTHORS: Vallter, A. .., AntuVzov, U. P-9 G~n har V. Yu.,.
L'vov, A. N., Kopanets, Y-e. G., Tsytko, S. P.
TITLE: A Study of the K 41 Levels With the Aid of the Ar 40 (P.Y)K 41
Re act i onj? -
PERIONCAL; Izvestlys Akademii nauk SSSR. Seriya fizioheskaya, 1960,
Vol. 24, No. 7, Pp. 891-894
TEXT: This is the reproduction of a lecture delivered at 1he 10th All-
Union Conferetce on Nucleftr Spectroscopy held in Mosrow from January 19
'to i_7171_9~~.' The v-3re carried out by using an
electrostatic precision generator serving for the proton acceleration. The
thin Ar40 target was prepared in an electromagnetic separator. The excita-
tion function of the reaotion was measured by a scintillation counter
provided with a CsI(T1) crystal. a proton current integrator serving for
measuring the proton beam hitting the target. Fig. I shows the excitation
function of the reaction under investig%tion in the proton energy range
Card 112

A Study of the K41 Levels With the Aid of the S/048/60/024/007/008/011
Ar40(p,Y)K41 RO&Otion B019/D060
of 1085 - 1130 key. Resonances were identified at )092, 1107-5, 1114-5, and
1125 key proton energies. The most intensive resonances occurred at 1092
key and 1107.5 kev and their gamma spectrum was Investigated* Fig. 2 is
a graph depicting the soft and the hard part of the gamma spectrum of
resonance at 1107-5 key. These spectra are thoroughly discussed and the
authors suggest a decay scheme of the excited X41 levels (Fig. 3), which
also Indicates the spine for some levels* The authors thank M. 1. Guseva
for having prepared the targets. There are 3 figures and 12 references:
6 Soviet, 5 US, and I Canadian.
MOCIATION.- Fitiko-tekhnicheskiy institut Akademii nauk USSR
(Institute of Physics and Technology of the Academy of
Sciences UkrSSR) V/
Card 2/2

S/041D/60/024,1007/026/032/XX
B019/BO56
.Antufl.yev Yu. P., Val' ter, At KO, Gonchar,_
Kopa 9t9, Yea 0-*, and Tsytko, S,- P.
An Investigation of the Levels of the C135 Nuclejs
77
Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 11
Vol. 24, No- 7, Pp. 877-685
TF.XTs This paper was read at the 19th All-13nion Conferen e-on Nuclear
Speotroscopy, which took place from January 19 to January 27, 1960 at
Moscow, The authori studied the levels and the quantum characteristico
of the C135_nucleus by means of the reaction S34(p,,.)C,35. The excitation
function, the spectrum, and the angular distribution of the 1--rays were
measured. The investigations of the s34 target! were carried out by meana
of a monochromatic protoit beam accelerated to 4 Mev in the electrostatic
generator of the FTI AS UkrSSR. The l-rays were recorded by means of a
CtII(TI) crystal. When studying the excitation function, X-qtiftnta with
Er ~ 1-5 Mey were recorded, In the Table, the proton enort;ies are given.
Card 1/5~

85'592
An Investigation of the Levels of the 01,35 B/040/60/024/007/026/032/XX
Nucleus B019/11056
at whilch r-rosonance was observedi also given are the relative intensities
of the resonance peaks and the energies of the excited C155 levels. For
the purpose of studying the spectra and the angular distributions of the
(-rays, the authors used a monocrystal scintillation mctrometer. On thp
basis of the data obtained, the authors suggest the C1 5 transition schemp
shown In Fig. 5. Resonances in the case of f:)ur proton energies N) are
discussed in ietai!6 The resonance at 9 p - 048 kev corresponds to 'he
7.196 Mev c135 level, for which a r-transition to the 1.22 Mev level occurs
with a probability of 95~, and a 4-transition to the ground state of C135
occurs with a probability or not more than 5%. For the 7,196 Mev level,
112' is presumed. The resonance at, R, - 890 kev corresponis to the
7.236 Mev of the level of the C135. The g-spf-etrum Jvidtcates a transiticn
from this level to the ground atate. Also traneitionq to the 1.22-Ml?v
level are possible. For the 7.236-Mov level, 5/2+ is assumed. Resonance at
Sp * 929 kev corresponds to the 7.274-Mov level, from which transitions to
the ground state (70%) and to the 1.22.-Mev level (30%) o:cur. For this
level, a spill of 112 Is assumed, but here a more exact investigation Is
necessary. The authors carried out preparatory measurements of the spectra
Card 2/5

An Invest gation. of the Levels of the C135 S/048/60/024/007/nn"Al,"t"
Nucleus B010056
and of angular asymmetry of the X-rays for the resonances at E - 881#
1024t and 1214 kov. By a further investigation of the angular Lstri-
butions and correlation of the I-cascade tranuitione, the problem arisinC
in this connection are expq9ted to be cleared. The authors thank M. ~1.
-Pikalo and Yu. A,
fuLcLova for producing the 4arget, and A. As Ts.Y
lQarchanko for work carr ad ou on the aecelerator. There are 5 figures,
I tablog and 8 referencess 4 Soviet and 4 US-
ASSOCIATIONs Kharlkovskiy fiziko-tekhnicheakiy institut Akademii nauk
USP (Khar1kov Institute of Physics and Technology of_the
Academy of Soienceo,-UkrSSR)
Card

e.5592
3/040/60/024/007/026/032/XX
B019/BO56
'ip;,WMW N, XW"XeTEKII poanelk CIMO nPootessmataxeA
a peswitit S " (P. 1) C,

m
up, kev oo-pma
t.
vi pan sm"W"O.
Itoctf. p"o.
A botoraR
KPI tov I p 0 8
N
R. IMA liff"Vems.
11OCT& pro*.
IV
r wousul Us- ,
V
JW "Aw"Ut
X

1
715
7,067
0.6
23
1450 7.780 v
,
1.4
2 756 7,107 t,o 24 1455 7.785 0.5
3 M 7,180 0.7 2-1) 1471 7.801 2
4 M 7.196 1.8 26 1510 IXG 5,5
5 $81 7,229 1,4 27 047 7,875 0,6
a 889 7,230 2A 28 ISSO 706 2.1
1 929 7,274 3 29 IS79 7.903 1,7
a 1020 7,363 4.5 30 11M 7.931 -
9 ic6l 7,399 019 31 If-25 7.9.',0 0.7
i0 1112 7.02 0.3 32 1650 7,91,5 1
it 1158' 7.497 0.5 33 Im 7,989 .1,3
12 1166 7,W5 j,3 34 IG81 81005 1.3
13 1184 7,522 0.6 3b G84 8 as
3
0
,
14 121f 7,551 4,3 36 1721 81044
1 3.5
15
10
11
01; 7o564
00 1
CA 37
sx 1751 (13
700 2 0
:

t? 3
1286
1:621
t'd
39
1778 8.("3 2
2
2,5
18 lltg 7.662 0.8 40 1791 s,112 4,4
9
I
134t
7,675
t,4
4t
f832 8,151
t,5
A) f= 7.GM 3,1 42 t842 8.161 2,0
2f 1318 7.71 t 3,4 43 189G 8,214 8.5
21
rd 4/ ~5----- 1418
- - ~ ~ 7,749
, t,5
J~ L --, I. 44
- I. 11*4 8,221
J.-I I.- . 5,5

An Investigation of the Levels of the C135
Nucleus
3/040/60/024/007/026/032/XX
BO'-9/B056
at whichr-reaonance was observ(,-dj also given are the relative intensities
of the resonance peaks and the energies of the excited C135 levels. For
the purpose of studying the spectra and the angular distributions of the
(-x-rays -, the authors used a monocrystal scintillatiDn ope~,tromqter. On the
basis of the data obtained, the authors suggest the CI~ ) trannit.ion vchemt~
shown In Fig. 5. Resonances in the case of f--,ur proton energies ) are
9 - 648 kev corresponds 'Nh
discussed In 4etnti. The resonance at. p ") - e
7.196 Mev c135 level, for which a r-transition to the 1.22 Mov level ce!curs
with a probability of 95%, and it 4--transition to the ground statc of c135
occurs with a probability of not more than 5%. For the 7.196 Mev level.
112* 'a presumed. The resonance at. EP . 890 kev corresponle to Me
7.236 flov of th4 level of the C135. The r-sp,~ctrum indtnates a tranalticn
from this level to the ground atate. Also transitione to the 1,22-Mev
level are possible. For the 7.236-Hey level, 5 '12* is assumed. Resonance' at
91) - 929 kev corresponds to the 7.274-Mov level, from which trnneitions to
the ground state QOP and to the 1.22-Mev level (30%) o,-cur. For this
level, a spin of 112 is assumed, but here a more exact investigation Is
necessary. The authors carried out preparatory measurements of the spectra
Card 215

An Inves4gation of the Levels of the C135 S/048/60/024/007/('r"/'~'~'~ly'y
Nucleus BOIq/BO56
and of angular asymmetry or the )r-raye for the resonances at E - (1819
1024, and 1214 kov. By a ftrthe:,- investigation of the angular Niotri-
butione and correlation of the !,-cascade transitions, the problerm tirising
in this connection are expq7ted to be cleared. The authors thank M. I.
Djjqova for producing the rget, and A. A. jamr.1kalo and Yu. A
0 on iod t on the accelerator. There are 5 fij-uree,
Xharchenk for vork
I table, and 8 references, 4 Soviet and 4 US-
ASSOCIATIONs Xhartkovekiy fiziko-tekhnichookiy inetitut Akademii rauk
USSR (Kharikov Institute of Physics and Technology of the
Academs of Sciences,-UkrSSR)
Card

919 mu'l VOM - it -6WL 91H tr

vt VIC
11111
sicl.
11
Z1, 14C EN91L %ex 1 W.
sli 1WR "tv's s It VI TLU'L IM 69
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s'z WY8 WU 1 61: 911 17914 QRZ I I t
Z:z I wo, W oq& I ou o.v 0014 tug 1 01
0 t C1.019 1140 L9 V1 Ivos I L Let 1 9 t
SIC vVO,v 170 9E CIV MAIL I'M t $
Ole RWR K191 Cc 310 ZZ9'L "it C;
9,1 SWIR I RXj I W. Eli W, I L 991s I ri
Ell 6 sy) I L S991 Ce CIO LoWL Wtt Is
1 9014 "3 1 ?c CIO ZsVL eM of
L'O Orlolt 117-91 1C 610 66VII
I Lvol
1116'4 SQ% Oc 91 L
M o7ot 9
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%.,8, L 6111 Wz VE OLZIL 61M 9
910 qts,L IKI LZ Vt RZZIL IRS T
CIS
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9611L
RvR
z ;0R,1 101 5z L'O 08111. m
CIO M, I m ; K 01 LOVL M
V; On, L ostl Cz 910 L90'L SU
"Oman 80A
XMN.)Nrso
A a IRMAMIN
1
1 AOM
I
.04W 1400M '.
...dA UP W .
ad A*% Ids Wo W
.08.1majils Iowa imidome .2W.W"Um mou Imudiome

m somouAu as4daut onuammoma
misminom-smodu
9~09j6t0il
xx1zu1qzo1Loo1vzo1oq1qvo1G ...

Oil
L
3/048/60/024/007/026/1)32/XX
B019/BO56
Card 5/5
Poe. 5. Cisma tiepewotoo a CIO*

8/048/61/025/002/010/016
Btl7/B212
AUTHORS: Antuflyev, Yu. P.o Gonchar, V. Yu., Kopanots, Yo, G.,
Livovo A. R.,'&nd Toytko, S. P.
TITLE: A double-crystal spectrometer and its application in studying
(py) reactions
PERIODICAL: Izvestiya kkademii. nauk SSSR. Seriya fizicheskaya, v. 25,
no. 2, 1961, 261-264
TEXT: The present paper was read at the 11th Annual Conference on Nuclear
Spectroqcopy (Riga, January 25 to February 2, 1961). The authors describe
a double-crystal spectrometer with a universal hookup. This makes it pos-
eible to use the unit as a coincidence spectrometer and summation spectro-
motor. The hookup was designed in the fiziko-tekhnicheskiy institut AN
USSR (Institute of Physics and Technology of AS UkrSSR) and was used for
one year to investigate a number of (py) reactions. Fig. 1 shows the cir-
cuit diagram of the unit. Two NaI(TI) crystals, having a diameter of 70 mm,
were used as counteral one of them as 60 mm high, and its energy resolution
was 11% for 661-kov gamma rayst the other was 40 mm high, but had an energy
Card 1/4

3/04 61/025/002/010/016
A double-crystal ... BI 17YB21 2
resolution of 10 for gamma rays with the same energy. Besides, 40 mm-higb
NaI(TI) crystals with a diameter of 40 mm and a resolution of 9~ have been
used. The crystals were attached to the photomultiplier of the type 43V-iB
(FEU-IB). The latter was designed by Khlebnikov. The crystals themselves
are mounted on a truntable and thus may be adjusted at any angle with re-
spect to each other and the proton beam after modulation the pulses of the
ninth. dynode of the photomultiplier had a duration of 3 see and flat peak&
They are amplified by linear amplifiers which have a maximum amplification
factor of 100. This amplification may be varied by means of a stopped at-
tenuator. The pulses of the fast-coincidence circuit are omitted from the
plates of the photomultiplier. The are modulated by a short circuited
delay line (5 m"PK -50 (RK-.90) cabled. Tbus, per coincidence circuit a
pulse duration of 5-10-8 sac is obtained. A tube of the type 6A3,k(6A3P)
has been used for the coincidence circuit. The discharge of the latter
starts the multivibrator which generates the driving pulse that is trans-
mitted to the pulse-height analyzer of the type AA -100-1 (AI-I 00-1 ). Such
a circuit has been described in Ref. 3. The output of the second linear
amplifier is fed to the input of the pulse-height analyzer via the limiter
and an additional amplifier with an amplification factor of 5. The ana-
Card 2/4

S/04 61/025/002/010/016
A double-crystal BI 17Y5212
lyzer is,-opened in tht case of synchronized pulses of both photomultipliers.
After leaving the linear amplifier the pulses have a specific height. A
pulae can be transmitted from the photomultiplier via this aMplifier which
controls the scanning of the electron-beam.,tube- In this case, a coincidence
spectrum is obtained from the other photo-multiplier in which part of the
total gamma-ray spoctrum-is separated. It is also possible to transmit a -
pulse which is equal to the sum of the pulses in both photomultipliers. In
this casep a gamma spectrum ie obtained in which the sum of the radiation
energy attains the given value. In order to illustrate the operation of a
opectromet1r(,pteat2results for a constant Co6o source and for a nuclear reao-
tion of Al 7 Y)Si 8 are discussed. Within + 15~'O, the experimental data for
the first case aCree with the calculated val7ues. For the second case, a
much more accurate spectrum has been obtained than with a sinCle-crystal
spectrometer. The circuit diagram of the spectrometer may also be used for
a Compton spectrometer, and the pulse-heirht analyzer is also opened by a
pulse of a Compton gamma quantum scattered through a certain angle. In ad-
dition, it may also be used asspectrometer for total absorption, if the
circuit is closed at the presence of a scattered quantum. Apart from the
feeding tubes, the circuit consists of 28 more tubes. There are 3 fiCures
Card 3/4

8/048/61/025/002/010/016
A double-crystal ... B117/B212
and 3 references.
ASSOCIATION: Fiziko-tokhnicheakiy institut kkademii.nauk USSR (Institute
of Physics and Technology of the Academy of Sciences UkrSSR)
Legend to"Figure 1:. 1) pulse forming blockal
2~ cathode followers) 3) coincidence circuital
4 composition scheme; 5) linear amplifiorl
6 blockinC generatoral 7) multivibrator.
Card 4/4

3/04 6?/025/002/011/016
B1 17YI3212
LUTHORS: -AAti4j!,ysv Val I ter, A. K. , Gonchar, V. Yu.
Kopanets, Ye. G,, L'vovs A. N.. and Taytko. S. P,
TITLE: Radiative proton capture by the S34 isotope
PERIODICIL: Izvestiya Akademii nauk SSSR. Serlya fizicheakaya, v, 25,
no. 2, 1961, 26A-269
TEXT: The present paper was read at the 11th knnual Conference on Nuclear
Spectrcaeopy (Riga, January 25 to February 2 1961), The authors have in-
vestigated the radiative proton capture by 33i at a 1214-kev resonance ener-
gy. The gamma spootra were analyzed by means of a aingle-crystal spectro-
meter, a coincidence spectrometers and a summation spectrometer- Based on
the values obtained, the authors state that the transition of the 7.5-Mov
resonance level proceeds only cascade-like over an intermediate level. The
energies of the gamm4 rays in the cascade are 3.17 and 4.36 Mev. A direct
transition to the ground state may have a relative intensity of less than
Or.5d,#. The angular distribution of gamma rays was measured for rays with
4.38 Mev and 3.17 Hev at an angular interval of 0-150 degrees on both sides
Card 1/3

8/04 61/025/002/011/0!6
Radiative proton capture B117YB212
of the proton beam. Test,' data and calculated data were intercompared.
They were in beat agreement when the spins of the resonance- and intormedi-
at* levels were equal to 7/2. The value of the gamma-gamma correlation,
measured with the summation spectrometer, corresponds (within the limit of
error) to the calculated value, which fact confirms a spin of 7/2. An ana-
lysis of the relative transition probability from the resonance level to the
ground state and the intermediate state with a spin of 3/2 4 and 7/21 , reepeo-
tively, leads to the conclusion that the parity of the resonance and inter-
mediate levels must be negative, and that the transition from the resonance
level to the ground state must be A42. The prenence of one more level with
the spin 7/2- near 7.55 119v, which corresponds to a resonance level, cannot
be explained by single-body excitation on a shell- or generalized model. It
may be assumed therefore that this level corresponds to a two-body excita-
tion. A oomparison of the values obtained experimentally for the width of
the resonance level with those calculated according to a eingle-body model
confirmed this assumption. The authors determined the absolute yield of
gamma ray& from a thick $34 target and found it to be 2-56-10-9 + 15f. per
each proton decay. The authors thank M. I.. Guseva for preparini-the iso-
topic targets, A. A. Tsygikalo. Yu. A. Kharchenko, and the personnel of the
Card 2/3

S/048/61/025/002/011/016
Radiative proton capture B117/B212
electrostatic generator for the smooih operation of the latter. There are
5 figures and 5 referencest 4 Soviet-bloo.
ASSOCIATION: Fiziko-tekhniohe akiy institut Akademii nauk USSR (Institute of
Physics and Technology'-.I
k1of the Academy of Sciences UkrSSR)
Card 3/3

VALITHRO A.K.; TSYTKO, S.P.j ANTUPY&W, Yu.P.; KOPANETS, Ye.G.;
LIVOV, A.N. -.11 .... ....-
Studying the levels of P31 by the aid of the Sj30(pVp3l
reaction. 1zv. AN SSSR. Ser. fiz, 25 no.71854-661 1 161.
A,,' Fiziko-tekhnicheskiy institut AN USSR. (MIRA 14:71'
(Phoophorun-lootopes) (Silicon-lootopea) I I,- -
(Nuclear reactions)

VALITER) A.K.; ANTUFIM
. - - - P ju. P. ; KOPAIXTS, Ye. G. ; L I VOV p A. 11.
TSMO) SOPO
Quantum chamoteri ice of tO8.6.847 Me. level of P30 obsernd
in the reaction SVq Zhur. skep. i teor. fiz. 41
no.5%12.49~3453 N 161. (HIM 14:12)
I* Fiziko-tokhnichaskiy institut AN UIxainskoy SSR.
(Nuclear reactions) (Phosphorus)
(Silicon-Ieotopes)

vi 5/m a 6
-IV
r vit-lif t Y'q -f u 1 Y 0 P t'. t: t t' 9 Y e Llvovt
'Ie"k. e Of tile [;.9..-!~ov 11tatt' "n~] qu~!ntum charact-,rirtiaa
ol tile lowor I,,v(-I-,- of tio! KO -
nucl eus
Akade.-AyiL nfluk lzvostiya. jeriya fi7ichtskayix, v. .'6l
1"62, 1 137-1142
2!, continu;itioc. of an carlier paper by A. K. Vallter I't -11. (Izv.
TEXT.
4(1(1)/,) tile
z 110. 7t 091 (11,)*u) on the rea(ition Ar
iIU7,) tiov rosouanco i.1 tUdisud. Tho proton beam fro-1 the electrostritic
(~cnrr,tov of ti%Q FTA %aEl M.IdP to strike the tarj;vt through a.
colli 11yott".1. r ions "Ierc "knocked" into the tantaluri backing
of such t r,etr.. Fi i nhow.~ the hird part of the spoctrum taken by a
r-uper-1-o ,tt:r wiu, an Ninl(Tl) orystnl. 'r0e peaks 4, Aq i~j (, 'tnd ',) of
tho aofL , rt nro nt 0.5; ).(q I.o; 1.3, and 1.0 ".1ev. 'file Opootrum of
F16- ,, i-ao ~y it coincitivnce spectrometer with two crystals. Tile
vard 1/6

Decay ocht: Of tix 13.9,~-:',Cv B125i BW
L;~ ~A,~ h.ira part of U,,v vj%octinim. ~I kv
of t'liv aa,-,ular ~isti- bu! ior'. oC the
L 7 o ::,-v in J- ' '-4' ;+ ki #0-05,
14
r t? n i, v c v I' v Iv no t"C:111 A i oil bo t ~i o e vc-)rm-'ce
lcvv.l :.:iD I i 61-oikill , t ~w t of '.r kusitiollo eo-Al1j; fl-o:- tile
411~'v " ~-ivc t. I. t: v1:;~ C, i, v a 1r; 1) 111 t v
reounanc
I I rl~lwr indi"vetly ov-01, t-1k, I C,-:'cwv lvv.,l or ovor the
1Vol illo int'Awity r,-.,U'io I V/ IA al -3vt conotant
f 0.:1 Then i t d cc reases r:i joid 1 y t o - 0. 1 tli
:7-' :.Iv,
~ho levelit wit;i I.;' .nu I
U tl
V u. 'Ceor, I n(, to the vehezzle of N l
hl:it A 1.'0 i6 (11)55) by rtingle-i,articlo oke-Pation oin
ollto ~)tatu- wit!i 1/~-, 7/;~-, and
rti:onancv, loval occurs when (A proton in the ntate g-91 .,I t
3/2" i~i c,iptm't!d. For t',q: levels i.ol 1.6; 6 awl Ei.f3., Ak-v tli" tlp4ll"~
told i!artis?" 31-~-' 5j"- , and 31c- are the moot. probable. Theaq
:;?*., Avo C~-): '"i)Av aith thu shell model havJng a strong ji-couplin,-,
Thvrc ;s- k" fizur. iil ~' tallea.
C"rd "/'6

/048/6c
'A2c,Q; of Ukt,
WAitut AkjWomit nabk
lVoicotcol-Ac ~I Inatitute of tho %cadwny of
r.
Fit,. 1. r-ray :,rectrum ttudieJ witii a llsinglo-cryntall' opeotrometer
Fit;. r-I';Ly k1liectru.-i nLudicd hith the aid of a. "summing" spectrometer.
of t1ij, lcvt!113 of the X41 juclous
Table 2. :Owiblut v.,luo.; of the level npins.
c,irj 3/6

Fig.I
4/6

1A

'311-5/BI86

Ar'~p
p1g,
4,f

P 12 5/11106
ca r(I

3/040 621026/009/003/011
Decay scheme of the 8.92-Mov B125V86
Table 2
I fro, I

0
o 1 0 to Its
1 0.0

6
f
0 O,t
2. 0 0109 20
0

Card 6/6

8/056/62/042/002/013/055
B102/W38
LUTHORS: Antuflyevo Yu. P.,.Vallter, A. K., Llvovp A. N.p Kopanats,
P.
TITLE: Investigation of the resonances in the reaction S1 29 (p'Y)r 30
PERIODICAL; Zhurnal ekspertmentallnoy i teoreticheskoy fizikij v- 42,
no. 2. 1962, 386-391
2k .10
TUT: The relative gamma quantum yield of the reaction Si A %p,Y)p * was
measured in the range 1-3 4Ep4 1-55 Nev- Of the five resontnees detected,
those at I p - 1375 and 1500 key were studied in detail, the others were at
1308, 1330, and 1470 kev For the 1375-kev resonance, related to the
6.892-Mov level of the P30 nucleus and the 1500-kov resonance (T-014-Mev
level), the speotra and the g&mma-quantum angular distributions were
determined. The parameters of the gamma lines of these spectra were
determined numerically and the decay schemes (Pigs- 5, 6) are given. For
the most intense line (6.20 Mev) of the 1375-kov resonance spectrum the
angular asymmetry of the angular distribution W - 1 + Acos2ii' (dipole
Card 1/~

Investigation of the resonances
S/056/62/042/002/013/055
B102/B138
y-transition) was measured as AO; [W(60) - W(qOo)]1W(qOo) - .0.63.1 0-05.
The corresponding valuet A a 1. + 0.10 was measured for the most intense
gamma line (2-83 kev) of the 15001~ev resonance spectrum. The values of
the level parameters Jx and T are discussed. There are 6 figures,
3 tables, and 5 references: 3 Soviet and 2 non-Soviet. The two references
to English-languagu publications read as follows: P. M. Endt et al. Phys.
Rev. a. 580, 19541 Ct Van der Leun, P. M. Endt. Phys. Rev. 110, 89, 1958.
ASSOCIATION: Fiziko-tekhnicheskiy inatitut Akademii nauk Ukrainskoy SSR
(Physicotechnical Institute of the Academy of Sciences
Ukrainskaya SSR)
SUBMITTED: August 17, 1961
Figs. 5 and 6. Decay schemes and gamma transitions from the roannance
levels 6.892 and 7.014 kev, respectively.
Card 2/3 -

ANTUFOYLV, Yu-P-) EL'-SHESHENI, M.M.; SOAD, Kh.R.; SALCH, Z.A.; SOROKIN, F.V.
Study of the reaction Li6(dp,,,-)He4at deuteron energies ranging
from 1 to 2.5 Hev. Izv. AN SSSR. Ser. flz. 27 no.ID1451-
1455 N 163. (MIRA 16t11)

ANTUFIYEV, Yu.P.; SOROKINp P.V.
j,'- -- -
Circuit for dividing the vorking range of the AT-100-1 analyzer
into tvo subgroups of 50 channels each& Prib. i takh. Ik:p. 9
no.3&79-80 Mr-44 164 (MIRX 8 1)

ABUZCTD, M.A.; ALI, F.M.; ANTUPIKV, Yu.P.; BARANIK, A.T.; N-Im, T.M.;
SOROKINJ P.V.
Studying the reaction A127(p,,)b)Vg24 in the proton energy range
1 - 2,5 Nov. 1$v. AN SM. Ser. fis. 28 no.b46-50 Ja 164.
(MIRA l7sl)
1. Yogipetakaya atomnaya komiasiyat Kair, Ob"yedinermaya Arabskaya
Reapublika.

-ACCESSION NRs AP4019200 S/0056/64/046/002/0409/0414
jAUTHORS1 AMntuflyev, YU, P.1 Bunduk, T.1 Pikri# A.1 Machalit F.1
Sorokin# P: V;..-------------"
7 4
TITLEs Investigation of the Li (p, a)He reaction i!nduced by po-'
larizedIprotons with energy 0.5--2 MeV
BOURCEs Zhurnal ekspero i teoro fizej v. 46, no. 2, 1964* 409-414
,TOPIC TAM lithium 7, helium 4, proton Alpha reaction, proton
1polarization, sensitivity to proton polarization* elastic proton
,scattering, left right asymmetry
ABSTRACTs The sensitivity of the Li 7(p,a)He4 reaction to proton
polarization, defined as the ratio of anisotropic component of the
1,
treaction cross section to isotropic component, was measur d usiny
pol4rized protons obtained from the elastic scattering re:cticn
C12 (p#p)C 12 atia 600 angle. The sensitivity was determined from

r
:ACCESSION NRI AP4019200
'the left-right asymmetry defined as the
readings in positions 7 and 8, respectively
!relation
ratio of the counter
(Fig. 1), using the
R + P r)/(l - P r),,
1 1
where P1 is ths'polarization of the elastically scattered protons..,
At low energies and at an angle of 45* the sensitivity does not ex-
,coed 10%, but rise* smoothly to 60% at 2 MeV with increasing proton
energy* The results are in good agreement with those of L. Wolfen-
stein (Physo Rev. v. 75, 1664# 1949) at 2250 phase shift and of K.
Bearpark at 'al (Nucl. Physe v. 33, 648, 1962). "7be authors are *in-J
.debted to Prof. El-Nadi for collaboration in the work. We are grato-~
ful to A. M. El-Nasharj, 0. F. Kirshin, to Mustafa Rag& for help with
,the experiments, and to 0. Akeenova for help in preparing the arti-
.fclo for ppblicationt" Orige art. hast 5 figures. 3 formulas#. and j 1wh

AMWIYEV,, Yu. P.; BEDEVII 0. Ye.; ELI-NADI, L. M.; DARUSH, D.A. Yc.; SOROKIN, P. V.
26
"Energy Levels of the Nucleus S1
report nubmitted for All-Unlon Conf on Nuclcar 5pectroseopyp Thilisi, 14-22
Feb 6h.
KhFTI (Ukrainlanrhyalco Technical Inot, KharIkov)

P.; BARAMF FL
'Ki(ib, P. V.
"Investigations of the Reaction A127(d,-,-)Mg 25 at Deuteron Energies 1.5 - 2-5
MeV. Dependence of ~~e Intensity of Alpha Gn)upo on the Spin of Levels of
the Final Nucleus Mg .,-
report submitted for All-Union Conf on Nuclear Spectroscopyp Thillai) 14-22
Fab 64.
KhFTI (Ukrainian Physico Technical Inst, Kharlkov)

AP4010289 S/0048/64/028/001/0046/0050
AMORt Abuseyd# Me A*j Alip P. Mo,* Antuflyov, Yu. P.1 Baranikj A. T.1 Nuor, T.H.1
Sorokinp Po Ve
T4ITM Investigation of the A12?'(pCt,)mg24 reaction in the I to 2.5 MeV proton
IONY y range 41*port# Thirteenth Annual Conference on Nuclear Spectroscopy hold In
K 723 Jan to 2 Fab 10627
S?VRCgg AN SSSR. lavostiya. Seriya fisichaskaya, v.28, no.1, 1964, 46-50
TOM TAGS1 proton reactiont aluminum 27, magnt-sium 24, silicon 26, proton reaction
frogs section, proton scattering, angular distributLon, compound nucleus, nuclear
presonance. spin assignsient
AnITRAM Although the A127(p,ao)MC24 reaction (Q w 1.59 MoV) has boon invostigat-
by different authors, at a number of different proton onorgios, the data for the
to 2.5 MsV energy Interval are scanty. For this region, only the excitation funa-
Fl'on (F.CShosuaker fit &I@ Phys.Revol83#1011,1951) to known, and this was measured
under conditions of poor energy revolution. The present paper gives the results of
weasurint the oroan section for the reaction and the angular distribution of CIO pu-
Card 1/j

AP4010289
ticles for 13 rtsonances In the proton energy range from I to 2.5 M*V. The expori-
mental data vere analyzed to determine the "strength" of the resonances, and the
spin and parity of the 1.184 and 1.363 MeV levels of the compound S12B nucleus. The
protons were accelerated by the eloctraitatic accelerator of the Commission of Ato-
mic Energy of the United Arab Republic (Cairo). The energy spread In the collimat-
ed bean was 0.2%. The bean current was measured. by means of a Faraday cup and an
Elcor Model A-30-9A current Integrator. The secondary electrons were suppressed by
a 300 V potential applied to the guard ring at the entrance to the Faraday cup. The
unsupported A127 targetso which varied In thickness from 20 to 50 mg/cm2o were pro-
pared by vacuum evaporation. The energy losses for I MoV protons in such tnrgets
equals 3 to 7 koV. The reaction products were detected by two semiconductor dotoc-
torn of the OMC-IOOA-40 type. One of these, with-& solid angle of 2.1 x 10,35to-
red, vas mounted at an angle of 1350 to the beam and served as the monitor. The ao-
cond detector could be rotated about the target In in angular range from 30 to 1500
in the laboratory system. The effective solid angle of the rotatable counter was
1.9 x 10,3 stored. The pulses from the semiconductor detector were amplified by
three amplifiers bullt In the laboratory and also by Dynatron Radio Ltd. typo 1430A
amplifler*6 The pulse spectra were analyzed by means of integral discriminatore of
the Dynatron Radio Ltd. 100-9t type or by a 100 channel Al-100 pulse height analys-
Cord 2/3

AP4010289
or. The energy resolution of the detecting equipment was 2% for Po2lO Ci-particles.
The experimental results are presented in the form of the excitation function for
1500 scattering (cross section versus proton energy) and experimental lkngular dis-
trLbution curves. A brief analysis of the results Is given.-The spins and pArities
of the 1,184 and 1.363 MoV levels of th 0 compound Sj28 nucleus woro oviklunted with
the aid of the data obtained In studying the A,27(p,y) reaction (Yu.P.Antuf 'yQVA et
al, Private communication). It to noted that In view of the fact that Of-particles
and th gr2Vnd state of Mg24 have isotopic spins T a 0, the levels of the compound
Auclou: SOO evinced In the investigated reaction must also have T u 0. "The nu-
tore are grateful to M.91-Nade for his assistance and interest in the work, and al.
a express their gratitude to the technical group operating the accelerator." Orig.
t.hast 2 formulag, 2 tables, and 2 figures.
ASSOCIATIOM Nglpstskaya atowaya koniselya, Kair, Ob"yedinonnays Arobskaya Rospu.
bilk& (Egyptian Atomic Cowlesion, CaLro, United Arab Republic)
JUM17=1 00
PUB COM N8
DATE AOQt 10IFob64
NR REF S(Nt 001
ENCLt 00
OTHEM 006
CW 313 1 -
.. .........

ALIV WV,-Yu.P..t REDEVI, 0. Ye. [Badaw-y, O.E.]; ELI-41AIDI, L.H.;
-
DARVISII, D.A. Ye. (Derwish, D.A.E.); SORCIKZ'o P.V.
biorgy levels cf the S128 nucleus. Izv. SN SSSR. Ser. fiz.
28 no.7tll56-1159 JI 164 (MIRA 37:8)
1. Otdolenlya yademoy fisiki Atomnoy koralsoil Gb*~,ed!nennoy
Arabokoy Respubliki, Yogipet, Kair., i FizIko-teklmlicheikly
institut AN Ukr6SR.

ANrUilYM, Xu.,P.; BUNDUK, T.; A.; !-UGHAL1, F.; SOROKIN', P.V.
Study on the reaction Li 7 (p,,,(.*)1104 Induced by 0.5 - 2 Mov.
polarized I.-,rotons. Zhur. oksp. I toor. fiz. 46 no.2t4O9-414
F 164. (MIRA 17:9)

27
';tWy of Al OA 'Ff
j at dvitcrori
of 1.5- 2,,6 Mpv,. Depenirive of thpA !nt#3rp'.ty
on th" 4"" Izv. AN F~, R.
Sp4n of the Nral Yc
Ser. fly. 0 lt,4. ( ~r- FA7

T
ACC NR
AT6015897 SOURCE CODE: UR/0000/65/000/000/0100/0102
,M'h(,~R: Antuf'yova, R. N.. Svechkarvv, 1. V.
;0.%G- PUsico-Technical Institute for Low Temperatures, AN UkrSSR (Fiziko-tekhniches-
ikiy institut nizkikh temperatur AN UkrSSR)
.TITLE: Lattice periodicity of indium alloyed with gallium~l
~SOURCL., AN UkrSSR. Issledovaniye energeticheskogo spektra elektronov v metallakh
(Study of the energy spectrum of electrons in metals). Kiev, Izd-vo Naukova d=ka,
1965, 100-102
'TOPIC TAGS: indium alloy, crystal lattice parameter, semiconductor theory, electron
idonor, Brillouin zone, metal physics, gallium
i
11ABSTRAM. X-ray lattice parameter measurements on indium- lium alloys (to 2.5 at
'Ga) were made. ror the face-centered tetragonal structure~the c/a ratio increased
1.0745 A to 1.0770 A tor .5 at % Ga. The parameter 'a' decreased from 4.597 A to
t~4.590 A, while the parameter 'a' remained constant at 4.940 A. The 'compressive' ef-
jact of gallium on the indium lattice is typical of donor impurities, while the oppo-
Isits is true of acceptor impurities such as Li, Mg, Cd and Hg. Gallium decreased the
,energy gap and increased the filling of corner states in the Brillouin zones. A compari-
-son was made with thallium--an Isovalent impurity, known to change the local electron
1/2

-- L -32968_66
ACC NAt AT6015097
concentrations in the comers of the third zones. ror equivalent numerical old change
with opposite signs and Th-- -1.1-103), the clianges in energy gap$ de-
pended not so much on the changes in the volume of the lattices as on the Ionic poten-
tials of the impurities. The change in energy gap with pressure was calculated
ON W a -1.3-10-6 ev/atm) from the dependence old a f(Z) and the known density of
9
states of Indium, which compared well with the same Values for semiconductors. Orig.
lart. has: 1 figure, 1 table.
SUB CODE: 20,11/ SUBM DATE: 12Nov64/ ORIG REn ow OTH RErt 006
2/2

ANTMOVI N.M.
Flask manipulator with a /Jo-ton lifting capaaitys Sbor, at*
MIXTIAZHMASH& UralmashlaToda no$914&64 165. (Mnu 1818)

:. T'~".L t . ~',
Uge of t van:%istrr-,. I . 62. (s~E( AiM. Vol . ' -1, ';"f . ~', , ]~'1)515. )
!k: honthly 1-.st or --;,-tt ~-uropa;~n to essicns. IT, Vol 4, 6. Juneb 11,55, Uncl.

Phys1c,l basis for translator electrnic~;.
"AlUILI-Ii Peo;-mid, Vol. 1G, i.o. !., !~.~55.
.;0: Vonthly ilt;t .,f E-urot-e-an Accrvall--nn, ~:ol. 1,,-. 10, -A. IV55,

,;L'-1'.'WdAC R~'~OVIC vid ANII, ~
-JOVAN01', LeptrIzrimt e)t
RIVN11,11 !CA'P ion o le t";'?
f Itilo ir" modicint.. i 1-01"al.,11itAzil~. ?"O"CinS1,08 ttvtil't ct-
gk.017A, HCA,' 0'Pra%nA) i'.-ot Dr Aleksonditr POWIVIC. 1.5clgrodr.
'crum ' ix
lit iilLfente Witi. and %xi nant
vo, vel k,CL
t1, dot c r
t ir.14e f &
ci;ni- Ir 153 1,otiontii. 61iticot I)i vj,ti
1-iwic:iw %rong O~vsv, 3~1 I~61
1 1-
r v
t~v ;A r v r ta o r~ sl!~ , x q r o ff d I c;,.r. b t .T~t en, lot 5
2 Wio t t wn r It. t c rencea .

AWNJ ITAC
lutru-aural Ap-irouch In treparuxtions Voj, cam, progL, boogr. 1.4 uo.5:
'41:' 57*
1. Ollorbiolarir%oloska klinika VYA.
(C-MIUVI. surg.
trepanation, Intra-aural approach (Ser))

- - ---I- i,
L
"TI.e use, of t-lej-hone-telet-rayli 1). '1"1. (1~1~ Vol. 7, no. 'I, July
19--)3. 113eo~-,ral.)
SO: Monthly List of L-A,,..t Surojean Accessions. Vol. -14, no. 3. Libi-iry of C,>n(-re.-,,, . IL'.irch 19514.
Uncl,

Arrmoy, P.
Treatment of terminal conditions by intra-arterial blood trans-
fusion and other methods of reamination. Khtrurgila. Softs, 7 no.
5:311-313 1954.
(RASUSCITAT lost
Intra -arterial blood transfusion A other technics)
(BLOW TWSYUSION,
Intra-&rtertal In resuscitation)

MUNOVIC-KOUISKA, Milovan,, inz., prof.
The Ah International Hosting of the International Bureau
of Geophysics; Lalpzigt 1962. Rudar glasnik no.lt7S-80
161,
1. Rudarsko-gooloski fakultetp Beograd,

ANTUN(VIC Kobliska, M-p prof. Se
Fifth International Me-9ting of U)e 1jiternational Bureau
for Rock Mechanics, lAiptig, 196). Rudar glasnik 1
102-103 164.
"Mining machines" by Tadeuez Kubiogak. Reviewed by H.
Antunovic Nobliska. lbld.tlO4.
1. Mining and Geological Faculty of tEe University of
Belgrade.

DORDOSKI, Aarko. Dr.; ANTUNOVIC-4IKACIC, SmIlja, dr.; DIMIC, Miley&, dr.
Leptospirosis in Serbia. Higijona, Beogr. 7 no.1-4:118-125
1953.
1, Higijanski Institut NU , Beograd,
(LIMSPIRDSIS. spidesiol.
in Yugool. (Bar))

ANTUNOVIC-~ULIGIC S
~~v
Miorobiological diagnosis of leptospirosis. Attemnted standardization
of routino diagnosis. Higijena 12 no.lt68-82 160.
1. Pokusaji stand&rdizacije rutin3ka dijagnostike.
(LEPTOSPIROSlS diag)

ANTUNOVIC-MIKACIC# 6,
Recent epidemiological problems In leptcapirosia* Hig1jenag Beogro
12 no.W388-406 160.
(UOTWIROSIS apidexiol)

T
T
XAMBISH, I.Yo.. kand.takhn.nauk; PWiTbOVSKIT, Te.S., usuchnyy notrudnik;
HYDKIIIA, A.A., nauchnvy votrudnik; TARAWIVICH, B.V., nauchVy sotrud-
n1k; ZIBXV , B.Ya., blyvphiy nauchnyy sotrudnik, ksn4.t9khn.n&uk;
AMUJAVICH,.Y.P.; HYABIH'KAYA,N.K., inth.; MILNSHKO. L.N.; ONLINAU,
D.Ya.. red.-. GURHYSHKYA, V.A., red.; GOLUBKOVA. L.A., tokhn.red.
CA method for accelerated determination of moisture in newly harvests4
wheat and rye] Matod uskorenuogo oprodelenits vlashnosti syrogo soma
pahanitay L raht. ltd. 2-os, dop. Moskva, lid-vo tolchn.1 ekon. lit-ry
po voprossa mukosollao-krupianoio kombikormovol prolvehl. I elevatorno-
skladskogo khotioistva# 1957. 66 p, (MIRA 11:2)
1. Moscow. Yeasoyusnyy nouchno-ineledovatellskiy institut zerna i
produktoy voco Derarabotki. 2, Opytnaya laborstorlys Vessoyusnogo
imuchno-looledovatellakogo instituta soma i produktov yago pere-
rabotki pri Biyskon elevators (for Ubel'). 3. Starshty inspektor
punkto Goeudarstvannoy khlebnoy inepektaii Y Btyake (for Antusevich).
4. Zovedurushchir laboratorisy Biyakogo elevators (for Ryabenlkays)
5. Zovestitall seveduyushaego laborstoriey Blyalroro alovators (for
Koloshko).
(Wheat--4nalysis) (Rye--Analysis)

STAIM DAM VA. L. ; 9-,P-., bukhenltor
Our customers are workers of the Ural Electric Apparatus ractory,
Obehqhosty. pit. no,901-9 S 158, (WIRA IWO
1. Dtraktor stolovoy No.40 Vtorogo Sverdlovskogo trosta (for
Starnitanova).
(Svordlovsk-RAutaurants, lunchrooms, atr.)

STIPAN01r, TeXj ANDPMVp X.N.1 OSHAROVA, Ye.A.; GEM1240VA., B.I.;
jlTWWA,,__kjtj TUROVAt R.I.
t, I
Vf~at of 4ifferent feeding levels an the pbysiological cxmditloh
of *0 orgpism of sheep* Tradr-YM 26a190-192 162&
(MMA 1612)
1e laboratoriya fiziologiiWasoyusnogo inetituta eksperimentallnoy
Yeterinarit.
(Sheep-4fteding and foods)

S/503/62/014/000/005/007
1023/1223
AWHOI.,S: Knriinov, M.G. and Antushevich, M.I.
TITLS: Flare and emisuion lines of the solar corona
EZRIODICALt Akzxdpmiyn nnuk Kn7akhskoy.SSR. Actrofi-icheskiy
Ins-titut. Ir!ve,-,.tiya. v.14. 1962, 86-92
TLEXT t Tho simultnneous, recording of a flare and of corons,
emisnion lined; can clarify the problem of-mntter transfer from
the chromosphero to ths, corona. The uimultaneous appearance (;f
a flare and Sun zpots nenr the ed,e together with corons, emission
.lines is very rare; ditring nany months of observation only one
anno was re6istered. In another case emission lines together with
Card 112

S/503/62/C'14/000/005/007
1023/1223
Fl-ire nnd emisnion lines ...
Sun spots (without 1*1?ires) were observed. The emission lines
to 0, f) t o, oraion
were (-,mphed by moano of' -,pectro,-rqph having a diop
of 7A/.,-Ja. The flnren viore photojr-lphed with a eliromospheric -
photospheric teleacopp of' type Aq?2-2 (AFR-2). The two Cason
recorded nre .naalyved in grerit detnil. The conclusions reached
are: 1) The yellow coronri line of wnvelonTth 5694A appears brigh-
ter in the neighbourhood of a flare; it is at a distance of 8-100
from the spot fuld occupies n lar--er area than the Sun spot; 2) In
sOme Cnnes lines of different ionization potentials can coexist.
There are 7 figures and 1 table.
Card 212

3/503/62/014/000/006/007
1023/1223
AUTHORS: Karimov, M.Gs, 7ubtcov, A.S., Antushevich, WI.I.
and Dosybayev, S.K.
TITLE: Photometry of solar flares
PE'RIODICAL: Akademiya nauk Kn7akhskoy SSR. Autrofiricheakiy
instiVit, I!,ve3tiya, v.14. 1962, 93-106
T 3, XT Restiltr concerning the phot.ometry of flares of
intensity 2, observed from Octuober.1957 till the end of 1959,
are presented, The observation were done at a height of 2600*m
by means of a chromospheric-pholbspheric telescope of type A�P-2
'(APR-2). The line Hj. wns photographed thrqugh an interference-
polari!~ation filtor with bindItwidth of 0.6Ae on a stnndar~,35-mm
Card-1/2