SCIENTIFIC ABSTRACT BALATONI, P. - BALAURE, F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103220014-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

~WNI, 1'&,I; KOCSIS, Gabor
RA M--
SpInning r.111 reconstructions. Magy textil 16 no. 2:69-70
F 264,
BALATONI) Pall KtC.1;19, Gabor
Some words about the looms with sticky levarn. 11-Agy AxtIl V
no.203-76 F 165.
AGAMET, NsI.j.B&1ATOVL-FtS.j ZYMM, D.P.; ITANOV, I.A.; LWGLIT, S.M.;
NIWT, I.X1 nNSHMAN, T.G.1 LUIS, V.A.; SMA, I.A.1 BLISKIT. T.Ne
Condensation of a solution in vacuum evaporator Installations*
Promeenerge 15 no*40,5-16 Ap 160o (MIRA l3t6)
(Bysporating appliances)
B/004 152/000/010/001/903
D274X308
LUT'
HOICi: Balashev, Angel, "Lateva,-Adrimat Belcyarov, 1!~Mii
(Nngincers) and Niltolov, Radi, Uoctor of L~ngineering
Sciences
TITIE: Investigation of the mechanical properties of steel
45 and 40X (40Xh) turned electromechanically
WRIWWAL: Takhnilta, no, 10, 1962t 365 -368
TF.Tr: This subject was investigated in VII po linshinostro-
ene i Metaloobrabotvane (Scientific Reaearch Institute of Machine
Suilding and Metal llanu~Cacturing). Similar -investigations were Car
ried out in the USSR by Larin, Pakhomov, and w1chinazi. The follow:
ing mchanical properties 'OC equal samples of steel 45 caid 4M with
and without thcmal treatment, were established by parallel measure-
tuents when treated. with and without electric current of 220,. 300 and
380,1, and with cutting speed of 5-22 m4nin, using a feed rate of .
0.1 rnaa/rcv and a cutting depth. 3 m. rhe surface hardness of nontem-~
pered cteel does not change, while that of -tempered steel with hard-
Card 1/2
3/004/62/000/010/001/003
Investif,fation of the mocharticAl D274/D308
nens abovo II.R.c. 30 hg 2
/m decre'asen with increasing current and the
ciitting speed. The smoothneso measured by the electronic apparatus
ty.pc 6100 BrUcI "Ild Kjner, is greater when electromechanical turning
i& ured. War stron th, meanurcd by, Savin's method, does not change
in the case of plantfo samples while in the case of harder once it
dccrcascs with increasing current. The fatigue limit, measured by
Amplerla machine type BE 133 (V8 133), (when clectromechapical turn-
ing with a current of 220 & is used), increases independently of the
initial structural stAto of the samples, so that with the harder
sampler. it reaches 40%. The tensile strength was not studied. There
am 6 figures and 3 tables.
C TA rd, 2/ 2
AM02l Sdemki PAT-ATOVA-TU
1119NOVA Smills
Biologic and hmu slounts of the $oil on which certain madow
plants in~ the valley of Opays, RIv*r are growing$ and their
relation to the looalit;r and "getatione PrLr oas slosaky 23
no,W61-174 162,
lo Katedra botanik;y a mikrobiologissNysoka skola medelska,
Wmj Botanicky ustay Ceskoslovenske aWasio Yod, odbocka Brno,
i3ALAT '.VA `X71.W-.Q1A4aiilie; Botanical Instittzte of the Czecho-
aL Brno Z-Botanicicy Ustav
CSAV, Odbocka 3rno-7-
The Inflivenco of the BufL^erin", ?roporties of Soils on Some
.01
Kinds of Nanocarit-olia and i.1iotal ia.
Bratizlava, Biologia,_ Vol 18, No 10, 1963, PP 7113 - 729
Abstract: The aut.ior studied the influenco of the buffering
prDpertles and the p11 valuns of some soils on som swamp-and
Qa'dow plants. It -.-ias found that sono variotios are sensitive
to these influoncos Pnd sono are not. Exaimplos of bo.-h are -ivon.
The influence of $the level of undor-round water in connection
with thepl! values of Vne soil on the ecology of the ver;Otation
is discussed. IL', was found that it is possible to predict the
influence of the variation or t1he underground water lnvel on
the growth of the plants studied.
18 Fi-ures, 4 Tables, 6 Czech, 6 Gonnan references.
1/1
) "-, - - -1? A
I . . I I . . - 1. 1 ~ P, I
11 1 i I
- I . 1~
I -N ~ ,
BALATS,_D.S.
"--Owwoww~ -
StarAardistag metallic supports for dtvelopvmnt ninixg. Ugol'
32 no.4124-25 Ap 157. (XLRA 100)
1, Uestrallnoye norwativao-Iseledovatellskoys byuro.
(Rim timbGriag)
117-58-6-9/36
AUTHORSt Balats, D.S.,ShershnwjV.RpMorozovj I.L., Engineers
TITLEs Increasing the Wear Resistance of the Bearing Settings in the
Frames of Face Machines (Povysheniye iznosostoykosti posa-
dochnykh meet pod podahipniki v korpusakh zaboynykh mashin)
PWODICALs MashinostroitelIg 1958, Nr 6p pp 1.9-20 (USSR)
ABSTRAM The worn bearing-settings in face machines were repaired
formerly in the following wayt a 5-mm layer of the metal was
removed, and then now metal fused-on by means of the Tek-7
electrodese This now metal is then machined. The process
of repairing the setting in this way is very difficult. In
the Rutchenkovek Plant imeni N.S. Krushchav two apparatuses
(Figure 2-3) were developedi a floating reamer and a floating
roller. The repair process is now carried out in the followinj~
wayl electric fusing on the worn surface; rough boring with
an allowance of 0-15-0.25 mm; clean boring (with the reamer)
with an allowance of 0.01-0.25 mm; finishing by means of the
special floating roller. This method is used for repairing
Card 1/2 settings under the bearings with a diameter of 90-220 mm. The
117-58-6-9/36
Increasing the wear Resistance of the Bearing Settings in the irames of
Face Rachinee
new method increases the wear resistance of the settings
3-4 times and the period between overhauls 2-3 times. There
are 2 figures.
ASSOCIATIONt Rutchenkovskiy zavod imeni N.S. Kruahchdva (Butchenkovsk
Plant imeni N.S. Khrushchev
AVAILABLE: Library of Congress
Card 212 1, Machines-Bearing settings-Maintentnee
-- --BAIATS-9-- DO-
let's Improve the work of research centers for setting up labor
norms In coal mining, Sots* trud. no*9t?7-79 158. (K12A IWO),
(Coal mines and mining) (Time studv)
25(2) 3OV/117-59-5-18/3c)
AUTHORt Balats# D*S.t Engineer
TITLEt Surface Lapping Attachment
PERIODICALt Mashi~ostroitell, 1959, Nr 5, P 32 (USSR)
ABSTRACTo To meohanize the lapping of flat surfaces of machine part3
(jaws, compressor rings and so forth), foreman L.Ye. Doro-
feyev and designer Ye.V* Moiseyev from the mechanical repair
shop of the*Shchekinakiy gazovyy zavod (Shchekino Gas Plant)
have designed a special attachment. It consists of an to-
oentrio chuck and a driver faceplate with driver chuoke, and
is used on vertical drilling machines, i.e. attached to the
drilling.machine spindle by the center chuck. A lapping
plate is put on the drilling machine table, the workpieces
-
are attached to the driver chVcks (Figure 2). The lapping
is carried out, by rotation, combined with radial. shifting
(through the eccentricity of the center chuck), The rotat-
ion speed is controlled by 9hanging the rpm of the machine
spindle. The eccentric is shown in a drawing (Figure 1).
Card 1/2 The'attachment has raised the rate of the lapping process by

SOV/117-59-5-18/30
A Surface Lapping Attachment
4 times, and improved the accuracy of lappinp. There are 2
diagrams,
Card 2/2
a
BALATS, D.S., GRMIUIIK, 1.1.1 KUZMIN, V.I.
- - I-- ............-
Machine for bending claWs. Hashinostroitall
(Bonding rachines)
no.704 JI 139-
(MIRA 12t11)
BAIATS. - .D. S..; ~ICAIINDVSKIT, V.H.
Machine for coiling coupling, devices. Mashinostroltoll
?I' no.12:23 D 159. (MIRA 130)
(MacpIns, tool$)
I
4
21(7)
AUTHORS: Sanlko# L. A., Takibayevp Zh. S.# SOT/56-37-1-1/64
Shakhovaq To. I.# Bala18j.L_ L&~_
TITLE:: On the Angular Distribution at Shower Particles In Star#
Formed by Particles of High Energy (Ob uglovom rasprodelonil
livnevykh chastits v avesdakh, obrazovannykh chastiteami boll-
ahoy onergii)
PERIODICALs Zhurnal skeparimentallnoy I t*oratiaheakoy fisiki, 1959,
Vol 37, Nr ts pp 5-10 (USSR)
ABSTRACT: In the*course of the evaluation of emulsion piles exposed in
the geographical latitude of Moscow at a height of 30 ka, a
star (20 + 15 + 590 was rooordeds which had been produced by
an interaction. between a cosmic radiation proton and an
emulsion nucleus (Fig 1). in the present paper the authors
report about an analysis of the angular distribution of charaw
particles in this star. The energy of the primary particle
was determined an amounting to
N - (19 +50 7).103 Bevo Accord-Ing to Heitler and Terreaux
14:0
(Ref 4) the star ought# at such high energies, to consist only
Card 1/3 of 3-4 highly Ionizing partioleal the star investigated by
On the Angular Distribution of-Shower Particles in SOV'/56-37-1-1/64
Stare Formed by Particles of High Energy
the authors (N h - 35) cannot be explained by the Heitler-
Terreaux theory. Figure 2 shows the differential angular
distribution of the shower particles In this star. The histo-
gram has two different maxima. For comparison, the curves for
isotropic distribution (in the ams), for Heisenberg distribu-
tion, and for distribution according to Landau are plotted.
It was found thato if it is assumed that in a nucleon-nuclous
collision the angular distribution does not deviate consider-
ably from that of the mesons formed in a nucleon-nuoloon
collision, the angular distribution observed can be explained
neither by Heisenberg's (Ref 6) nor by Landau's theory (Ref 7).
Figure 3 again shows a histogram of the angular distribution
of shower particles in the laboratory system. The curves
1,2,3,4 (in the ems) successively show Gaussian, isotropic,
and anisotroplo distribution for each of the two maxima
separately (in consideration of the energy spectrum of the
produced particles and on the assumption, that they are mono-
energetic). It may be assumed that the two maxima observed in
Card 2/3 the differential angular distribution originate from a meson
On the Angular Distribution of Shower Particles in BOY/56-37-1-1/64
Stars Formed by Particles of High Energy
emission of two unconnected centers, which move in different:
directions In the omat 30 partioles in the narrow,and 29 in
the diffuset cone. Figure 4 shows the integral angular distri-
bution of such a star. The authors then give a report on. an
investigation of further 11 stare witb I prim > WO Bev, which
have the same characteristic anisotropy. Figure 5 shows the
total histogram of these 11 showers with the two maxima.
Table 2 shows the results of an analysis of all investigated
show:r; (Nr 10 gives the data of the first star described in
data 1 . In conclusion, the angular distribution of the gray
and black traces of the (35 + 590 star is discussed on the
basis of figure 6* There are 6 figures, 2 tables, and 12 refer-
encesp 0 of which are Soviet.
ASSOCIATION: Institut yadernoy fiziki Akademil, nauk Kazakhakoy SSR (Insti-
tute of Nuclear Physics of the Academy of Sciences, Kazakhe-
kaya SSR)
SUBMITTED: November t4, 1950
Card 3/3
SUBJECT USSR PHYSICS CARD I / 2 PA 1623
AUTHOR BALA09U.JA.0 LEBEDEVOP.I.t OBUCHOY,JU.V.
TITLE assuring the Life of X-Mesons.
PERIODICAL lurn.ekep.i tsor.fie,a,faso-3, 531-533 (1956)
Issued: 12 / 1956
The average life of the charged 1-mosons of cosmic radiation was measured at
sea level with the help of liquid-sointillation-counters and of a high fre-
quenoy oscillograph. The arrangement and the mode of operation of the counters
in discussed in short, The time needed for development was
1,3.10-7 soo and the minimum time of growth in the amplifier was 20-16-9 s*o.
The error, which was found by experimenting and which is connected with the
fluctuations in time of the photomultiplier nU-10 remained below 10-9 goo.
A f=ther source of errors is mentioned.
ror the purpose of taking "post Impulse" of the multiplier and of the shifts
with respect to time between impulses (which occur an a result of the differ-
once in the time needed for the passage of two coupled particles) into account,
the distributions of the time intervals between impulses in the case of differ-
ent arrangements of the counters are measured. In connection with these control
tests the number of acts of decay in the counter itself was negligibly small.
The results of these control tests were taken into account when dealing with
the results.
iurn.eksp.i teor.fisj.~I,faso-3,53t-533 (1956) CARD 2 / 2 PA - 1623
The lowest energy of the decaying myon which was still able to obtain a re-
sponse from the measuring systemt amounted to 25 MeV. Thus the acts of decay
x 4 4" + V were eliminated. An act of d:cay eu -, 9 + 2 Y was able to cause
the device to respond, but because the re olving power of the coincidence
scheme amounts to 4-10-8 sea, the probability of such a response was suffi-
oiently small.
All in all, 64 acts of decay were noticed during 1600 hours of operation in
the interval of from 10-a to 4.10-8 sea. The integral distribution of the times
of decay is shown in a graph. The average life of X-mesons obtained is
(9,5 1 2t0).10-9 sea if a decay rule with an exponent is assumed. This result
is in agreement with those of several American works. Two further graphs
illustrate the scheme of the measuring system and the curve of the resolving
of the threefold coincidences.
INSTITUTION:
iUMORt Balats, I.I. Ya., labodev, P. I., and Obukhov, Yu. V.
,TITIZ; A High Speed Oscilloscope. (Vysokoskorostnoy Ostoillograf).
PEAODICAL: Fribory i Tekhnika -_'Ekspe rime nta , 195?, Wo.2,
pp. 63 - 67 (USSR)*
ABSTRACTi A description and analysis of an oscilloscope f06 the
photographic investigation of pulses with 3 x 10 secso
rise time is given. The scope has been built in the Soviet
Union using Russian components. The signal is applied to
~ two stage pre-amplifier and via a 20 meter IIF cable%
~ phase inverter and push-pull output is applied to the
vertical deflection plates of a 5RPl-A CRT (since replaced
by a tube of Russian manufacture). A part of the 150-180V
signal is applied via an inverting pulse transformer to a
high speed time base using type 2050 thyratron. Part of
the scanning voltage is used for ti-IFgering the rtlay of
the camera shutter. The final vertical deflection amplifier
consists of 12 tubes t pe 6)K/ff in distributed amplifier
connection. Matching irom the pre-amplifier to the output
amplifier is achieved by means of a phase inverter designed
as a three tube distributed parameters amplifier with 6)KIrT
tubes. This amplifier has a gain of about 1 and band-width
of about 200Mc/s. The pre-amplifier consists of two
Card 113 identical travelling wave amplifiers of 8 tubes G>KITT in
'A High Speed Oscilloscope. 120-2-18/37
each stage - The delayed triggering is obtained using a
co-axial eable length of 200 ohms impedence between the
phase inverter and the pre-amplifier. Matching between
all stages is achieved by means of a 200 ohms impedence
for the grid line of the vertical deflection amplifier
and for the anode line of the hase inverter and of the
pre-amplifier. Artificial aUe and Grid lines are
m-derived filters with m 1.27. The load lines have
m-derived sections with m 0.61 which permits to keep
the wave impadence constant up to fz 0.8f . A detailed
description of all distributed line sectiSRs is given
(Ref. 5): the total bsin of the vertical deflection
amplifier is 500, its response flat up to 170�c/,-;, which
corresponds to a rise time of about 2.5 x 10- secs. A
detailed description of the fast time thyratron bace
generator is also given, two speeds being available for
the final anode voltage of 23kV: 130 and 40cm per psec.
Photoj;raphs are taken using 1 : 1.5 objective Lind type P16.3
film with a sensit2xity of 800 unitsrocr - One
block diagram, three circuit diagrams, the frequency
response graph, a detailed drawing of the loading section,
Card 2/3 photograph of the 8 tube distributed amplifier and four
IA High Speed Oscilloscope. 120-2-18/37
photographs of pulse pictures are 61ven. 8. Ya. I'likitin
and A. G. Mleshkovskiy have co-operated in the construction
of the instrument. There are 6 references, 2 of which
are Slavic*
SUBUIWED: November, 189 1955.
AVAILABLE: Library of Con(Sress,
Card 3/3
- -ft
507/56-37--,,
AUTHORSt Balats, M. Ya., Lebedev, P. I.. Cbukhov, Yu. V.
---I +
AITLE: Production of K -Mesons by Protons of Cosmic Rays
Altitude of 3250 m Above Sea Level
PERIODICALt Zhurnal eksperimentallnoy i teorcticheskoy fiziki, 1)59,
Vol 37, Nr 30), PP 589 - 595 (USSR)
A:kSTRACTi It was the aim of the present paper to determine the momentum
speotrim of K+-mesons produced by cosmic my rclcr.s
as well as to evaluate the production cross sections. In the
first part of the paper the experimental arrangement (Fig 1)
is described in great dctail.. Within a system of Geiger-Mueller
counters there were 6 lead slabs of equal thickness (5o: g/cm2
and different sizel below this hodoscope system there were 4
liquid-scintillation counters, twc of which (C 3 and C 4) were
sy-..mctrically located cn the two sides cf an aluminum absorter.
These four counters were connected in triple coincidence
(C1 4C2#C3 (C4)). The cointillatiun counters are discussed aepara-
tely and are schematically represented by figure 2. Figure 3
Onrl. shows a block scheme of the entire apparata3, Also the radio-
Prodiction of K*-Yesona by Protons of Conmic Ray's 30/56-~7-5--/62
a', 3;1 A'Atitude ol 3250 m Above Sea Level
A
technical system of K-reson recording (life time 1 2-10 Rfj
is briefly di3cassed, In the foilowing part of this i)aper
tho K -decay s~:heme is LrItAfly diacastiod Four exrerimcnts w-,rp
carrieA out an the devic(i i9at-ri'lled! Experizen' a~ Duration
12co houral it served the purpose of investiqating tho K*
stlectrum in the range interval bo-35o) glcm-- as well as dntorc
ining the production crous section of these mesons. Experiment
bt 2oo hoursi this experiment. in rarried out for the purnose
of investigating the degree of efficiency of K4-recording in
tho individual layersl the thrf,c lowest. lead slabs had been
removed for thin experizient. Experiment c' 50C hoaral this ox
peri::ent was carried cut in the sane manner as expcriment a,
but this time the absorber had been removed. Experiment dy
196 hours, This experiment was carried out for the purpose of
deterrLining the background connected with the air showers~ Tho
directivea for the evaluation of results are given, and the
thus obtained data are shown in table 1. Finally, the results
were diacussed. In figure 6 the momentum spectrim of the K-
mesons within the range of o,2 - o 9 Bov/c is shown; figure T
Card 215 shows the curve of the duration of decay The oxa-t val,3e of
Production of Kf-)ulesons by Protona of Coamio Rays SOV/56-37-3-.1/62
at an Altitude of 3250 m Above Sea Level
the life time of the K+-meaRne found in these experiments
amounts to (10.0 + 1.2).10-7sea. The momentum spectrum at an
alt'tudo of 52oo
A 'E may be approximated by the function
N(p)dp - 1- 2-7dp, where A- 0-9-10-3 particles /cm2sec. s~eradian
and the angular distribution in exproseed'q N(Q)dQ-vcos 0 dg.
The authors finally thank A. 1. Alikhanov, G. P. Yeliseyev, V.
A. Lyubimov, and A. G. Menhkovokiy for discussion, A. I. Ali-
khanyan for making it possible to work at i4ount Alagez Cosmic
Station, and further K. A. Zaytsev and A. N. Rozanov for
assisting in the experiuents. There are 7 figures, 2 tables,
and 9 references, 3 of which areSGviet.
SUBMITTED# December 3, 1958
Card 3/14
ee)678
3/056/60/038/006/020/049/XX
z 4'~o B006/BO7O
AUTHORS: --Balate- 9, Y'a., Kondratlyev L N , ~a!!Asberg. L. G
MeVre-7- =., , Obukhov, Yu, V', ,Pon teko rvo,-T-
TITLE: Non-r&diative Transitions in Heavy p.mesic Atomall
PERIODICAL: Zhurnal eksperimentallnoy I tooretichGakoy fiziki,
1960, Vol. 38, No. 6. pp. 1715 - 17119
TEXT: This paper is concern9d with studies of the spectra of X-ray
photong emitted by mesic atoms of uranium and lead, Since so far only
two 2P-+lS transition mechanisms in mesic atoms have been studied
(emission of meso-X-ray photons, and Auger effect), this work is a
supplement as well as a contribution to the data on the properties of
heavy nuclei, The experimental arrangement is described in the intro-
duction and schematically shown In Fig. 1, A n-beam (270 Mev/0 from
the synchrocyclotron of OIYaI (Joint Institute of Nualear Renearch)
was used, The targets had a thickness of-107 g/c!r2 for uranium and
of 10.3 g/cm2 for lo?ad A scintillation counter with a photomultiplier
Card 1/5
Non-radiativo Transitions in
Heavy)A-mesic Atoms
85678
S/056/60/030/006/020/0.'tg/XX
B006/BO70
of the type $)Y -33 (FEU-33) servod as the gamma quantum detector. The
counter pulses were conveyed to a 64-channe'. pulee-height analyzer
The background of tho accidental coincidences amounted to about 5%
of the counting rate. A Na24 source (E 1,38 and 2-76 Rev) was usod
for calibration and checking the linearity,. The results of measurement
for the range 3 - 8 Rev are shown in Fig, 3 Curve I given the upper
limit of the background, IT the lower limit for tho background of Pb,
and III the lower 'Limit for the background of U (n - number cf counts
per analyzer channel). The spectra are normalized for one and the same
A-mesons stopped in the target. The Pb curve has a clear peak at 5 3
Rev. On account of -.he smallness of the Nal (TI) crystal, this peak
can be due to three photon energi9j: 1) E 1 2) E r -0.5; Movi
3) E 1.02 Rev, whore E - 6~02 Rev is tAe energy of the 2P4 'S
tranh-tion photons in mehe 'Lead. In the region of the peak (5 - 5 5 Rev),
less counts were obtained from uranium than from lead The mean energy
of the peak corresponding to the transition 2P-'S Is about 200 kov
larger from uranium than from lead. Thq rhotcan intensity difference
at 6 Rev in mesi- -iranium and mosie. lenJ indicatoi that a non radiative
Card 2/9
Non-radiative Transitions in S/056/60/038/006/020/049/XX
Heav~ )L-mesic Atoms B006/BO70
transition OfAc mosono to the 13 level of moaic uranium takes place
hero'. Such a non-radiative transition in which the transition energy
is directly transferred to the nucleus, had not yet been obaerved.
A rough estimate of the ratio of the non-radiativo transition
problability in lead to the probability of emission of a photon gives
the value (W
b/W8)U23e' 2. Preliminary experiments have further shown
232
that'non-radiative transitions take place also in Th
A. L Alikhanov is thanked for his interest, and D. F. Zarej2hiX for
makIng some-results available before publication. G. Ye. Bolovitskiy
is mentioned. The preliminary results of these investigations were
comm ed.by A. I. Alikhanov t6 the Ninoth All-Union Conference on-,
.1nicat
XhX CM gf High-energy-Particlos held in Kiyov in 1959. There are
3 figures and 6 references: 2 Soviet, 3 US, and I Dutch.
SUBMITTED: January 19t 1960
Card 3/5
10
Aw - -
Fig.
0L
q
Card 4
8,5678
S/056J60/038/006/020/049/XX
Opt B006/BO70
1060;
#0 "mom
85678
8/056/60/038/OQ6/020/049/XX
B006/BO70
Fig.1
Legend to Fig. 1: 1 - concrete shield II collimator, III - deflecting
magnet, IV - R-beam, V - filter (75 g~=2 Cu + 32g/cm2B 4C), VI - target,
VII - counter shield (20 cm lead), 1,2 -plastic scintillators '(110 mm,
diameter1 10 mm thick), 3 the uame'(125 mm diameter, 12 mm thick),
4 - Nal(TI) crystal (30 mm diameter, 10 mm thick).
Card 5/5'
8hh29
S/056/60/039/004/047/048
B006/BO56
PR
AUTHORSo Balats, H. Y&., Kondratlyev, L.__N , Landeberg. L, G.
Lebedev, Pln ., Obukhov, B._V., Pontekorvo, B. ---
TITLE# The Intensity of Radiationless Transitions int*-Meajc Atoms/*7
PERIODICALt Zhurnal ek aperimentallnoy i teoreticheskoy fiziki, ig6o,
Vol. 39t No. 400), pp. 1168 - 1170
TEM In an earlier paper (Ref. 1) the authors found that the intensity
of mesio X-rays 2P - 15 in U238 normalized to one stopped muon is con-
siderably less than in Pb. This fact indicates the existence of radiation-
le39 transitions in heavy mesic atoma, in which the energy of the 2P - iS
transition is not liberated in the form of an X-ray photon. It is assumed
that the probability of radistionless transition (W rX ) in mesic lead is
negligibly small in comparison to the probability (WhV) of a transition
with emission of one photon ((,KhV)Pb I ) t I ;" (W rd U2313/(Wh )U738>0.1.
Now, the authors investigatod the 2P IS t.-innition intennittes in the
Card 1/5
84429
The Intensity of Radiationless Transitions in S/056/60/039/004/047/048
,a-Vesic Atoms B006/BO56
mesic atoms of Pb, Bi, Th, U235, and U'38. and give a. report on this in-
vestigation. With the help of a scintillation spectrometer, the X-ray
spectra in the energy ranges corresponding to the transitions were
measured, Special attention was paid to determining the background level.
Figs. I and 2 show examples of the spectra recorded - I shows the
spectra of mesic X-ray photons from targets of Pb(4:4F6ig/cm2),
Bi(4,46 g/cm 2), and U238 (4.60 g/cm 2)1 as abscissa, the pulse height in
volts, and &a ordinate, the-number of pulses in an interval of 5v is
taken. Fig. 2 shows the same for Pb(5.56 g/cm2)and U215 (5.59 g/cm2). The
Intensities of mesic X-radiation (2P - 15) normalized to one stopped
(in relative units) are given in a tablet
Intensities Fraction of radiation-
less 2P - IS transitions
Pb I
Bi 1 4 0.06 0 4 0.06
Th 0.85 .1 0.07 0.15 0.07
U235 0.71 0-05 0.29 0.05
236
U 0.77 0.04 0.23 0.04
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8"29
The Intensity of Radiationless Transitions in 5/056/60/039/004/047/048
)*-Moaio Atoms B006/BO56
There are 2 figures, 1 table, and 1 Soviet reference.
ASSOCIATIONt Oblyedinennyy Institut yader kh i ledovaniy (Joint
Institute of Nuclear Researelh . ITitut teoreticheskoy i
eksperimental.Inoy, fiziki AN SUR (Institute of Theoretical
and Experimental Physics AS USSR)
SUBVITTEDt August 13, 1960
Card 3/3
BALATS, M.Ya.; KRIVITSKIYj V.V.; LEKSIN, G.A.; TREBUXNOVSKIY, YU.V.
Shaping plastic scintillators by pressure. PrIb. i tekh. eksp.
6 no.21l7l Kr-AP 161. WRA NO)
(Scintillation counters)
ALUTIAMV, A.I., L.
LYU111MV, V.A., OMMK)V, Yu.
"Search
report rresented at the Intl. Conferenco on lilej Emirgy Mysica, Ceneva,
4-U July 1962
Institute of Wwaretical and "rimental Physics, Yloscov, MSR
-,A TA I -2V, A.T. mu-m m.y.. V.s., V.A.,
Yu.
Somrrh ror/1- ~,T-r N*csy'
mport prrsotitta at the Intl. CmNrtnee on Mrh YjierKy Physics, Geneva,
4-11~ July lq~~
Inst. of lhooretical WA Exivrtwntal ll*~stcs, Wmcov, M13R
S/05 62/042/002/048/055
B108YB138
AUTHORS: Alikhanov, A. I., Babayev, A. I., Balate, M. Ya., at al.
TITLEt Further investigation of p -~ a + y decay
PERIODICALt Zhurnal eksperimentallnoy i teoreticheakoy fiziki, v. 42,
no. 2, 1962, 630 - 631
TEXTt The upper limit of a p -+ a +'y process is 1.6 - 2.0-10- 6 of all
muon decay events. This is probably the reason why such a process has
not yet been observed. Searching for this process the authors devised a
technique in which they operate with a spark chamber with high-speed op-
eration electronics. A 70-Mev R + beam obtained from the 680-Mev proton
synchrotron of the LY&P OIYal is separated out by the-coincidence monitors
1, 11, 0. The fast coincidences 0, 4P 5, 7, 8, -61 1, X and 0, 1, 2, 10,
11, 7, -17, 1 with a time resolution of about 10- 8 sec actuate a master
signal which startr up the pulse generator for the chamber. The traces
in the chamber were photographed from two sides. A third camera recorded
the oscillograph, from which was measured the time between signals of the
coincidences 1, 11, 0 and 0, 4, 5, 7, 89 16, 7, X or 0, 1, 2, 10, 11, 31
Card 1/0
S/056 62/042/002/048/055
Further investigation of .... B100138
T~, 1. The six-layer cylindrical chamber 1; was to record the electrons
and gamma quanta. The error in the determination of the collinearity of
events wag 4.80 across and 200 along the chamber. The efficiencies of
53-Mov electron and gamma recording, were 40 and 15 ~, respectively.
However, the general efficiency for p -+ e + y events was only 0.8
The results of the authors' measurement showed that unlike earlier
estimates the upper limit of p --~ e + y decay processes is 5*io-7.
Measurements are being continued .. V. P. Dzhelepov, A. A. Tyapkin, W0101
A. S. Kronrod, Yu. A. Simonov, and U. V. Terentlyev are thanked for
assistance. There are I figure and 3 referencest 1 Soviet and 2 non-
Soviet. ThO2 references to English-language publications read as followat
D. Berley, J. Lee, U. Bardon, Phys. Rev. Lett., Z, 357, 1959; S. Frankel
et al. Phys. Rev., 110, 589, 1960.
ASSOCIATIONt Institut teoreticheskoy i eksperimentallnoy fiziki
(Institute of Theoretical and Experimental Physics)
SUBMITTEDs December 9, 1961
Card 2/0
6/056/62/042/006/046/047
B104/BlI2
AUTHORS; Babaysvp A. ~aftanov, VA Be, Landabergi
L. Cal Lyubimov# V# A.l. Obukhov# Yu, V.
TITLE: Search for the p+ ---.* e+ + e+ + e- decay
PERIODICAL: Zhurnal ek operimentallnoy I teoreticheakoy fiziki~ ve 421
no. 61 1962, 1605-1607
TEXT: An attempt to find the P -,* 3e decay was made with the apparatus
shown in Fig. 1. The current ?f 70-Hav 0 mesons was separated by
coincidences in counters 1, 11, and 0. The number of it+ mesons stopped in
counter 0 was determined from the number of P * -+ e +. * \2 +_\;p decays
recorded by counters 0 and M (11 2P 3 + 4P 5t 9 + 7P 81 9 + IOP Ill
Fast coinciden6es of any pair of lateral counters with a central counter
generate a control signal which is amplified and fed to the high-voltage
electrodes of two spark chambers. The particle tracks in the +chambpre
are photographed and the interval between the stoppage of a x meson and
the generation of the control signal is measured simultaneously. The
amplitude of the pulses generated In counter 0 by decay R+ mesons and decay
Card
S/056/62/04~/005/058/058
B125/BI04
AUTHORSt Dubuyav, A.
_~u.Lp,._KaftanQvj V, Sep
Lundebere, L. G., Lyubimov, V. A., Obukhov, Yu. V.
TITI,ka Further suarch for the ~11-00 +9 +a' decay -
P6RIODM%Lo Zhurnal okaporimentallnoy i tooretichookoy fiziki, v. 43,
no. 5(11)l 19629 1984
TEM Thu present study reports now results on the /&--,>3e decajyj obtained
with tho aid of the expurimental arrangement used by A. I. Babayov
(Preprint ITO, 19621 Zh-L'TF, 42, 1605, i962).~ 1.36-109 muon steps %ore
recorded on the turt-,ut. "Ahrou&h 150 hours not a single stopping process
%as found tl:at had satisfied the kinematic and other criterions indicateq
in t1ke abovu-montionud previous work. Ad4itional calibrating moucurements
und electronic computationa gave the value t - 0.012 for the total
efficiency of thu rucordind of A-'#3e decays whuh -the matrix element of the
process LL-),3e was assumed to be constant, and the valuo E - 0.014 when tho
mutrix element had the form IM12 . const F-, (I - d3). For t-, - 0.012 the
uppur limit R of the number of ~i -3e decays is 'found to be 0, < 1 -45- 10'7
Card 1/ 2
1
Further sourch fvr tkio.*.
whorona R