SCIENTIFIC ABSTRACT BELOVINTSEV, K. A. - BELOVSKY, O.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/120-59-2-4/50
An Apparatus for Measuring the Intensity Distribution in an
Expanded y-ray Pulse from a Synchrotron
the time scale either by hand using a time delay afrouit,
or the whole pulse is split into n sections and the
Instrument automatically covers the whole time interval
using a step-by-step switch. The circuits of the two
channels are shown in Fig 2 and the time delay circuit is
shown in Fig 3. The step-by-step switch is shown in
Fig 1+. The apparatus has been used in studying elastic seat-
terin' ofl'quanta.oh protons (Ref 4), photo-production of
.9
'K 0-mesons (Ref 3) and electron distributions associated
*th radial-phase oscillations
Card 3/3 W1
There are 1+ figures and )+ Sovi;t references.
ASSOCIATION: Fizicheskiy Institut AN SSSR (Physical Institute of the Academy
of.Sciences of the USSR)
SUBMITTED: Marcfi 31, 1958'

0.0000 78336
sov/89-8-3-21/32
AUTHORS: Ado, Yu. M., Belovintsev, K-_A~_
TITIE: All-Union Intercollege Conference on Electron
Accelerators
PERIODIdAL: Atomnaya energiya., 1960, Vol 8, Nr 3, pp 268-269
(USSR)
'ABSTRACT: The conference, in which scientists from universities
colleges, scientifi.c'research institutes, and industry
took part, was Leld in September 1959 in Tomsk and
discussed theoretical and technical matters, control,
stabilization, and accessories to electron accelerators,
and their application in metallurgy, machine con-
struction, geology, geophysics, and medicine. The trans-
actions of the conference are scheduled for publication
by the Tomsk Fol~technic Institute (Tomskiy politekhni-
cheskiy institut).
Card 1/1

33964
S/089/62/012/063/001/013
e~ 1z 71.2 0 B102/BI08
AUTHOR63'.1" -Ado,'Yu.`M., Belovintsev, X. A., Stolyarov, S. N.
'TI
VLFf-:,- 260-Mev electrons
Ps g. ~.-'energiya ~.V. 1-2, no. 3, 1 �t 2, 195 - M
TEXT tt,;,.~-Th6 bretootrah Ung bpectrum of'260-Mev electrons from the synchro-
tr'6~1 ~i-:th"64 AN,vas: measured *on a simple arrangement with a 15-channel
. I W , -A- 2
gamma pair,.:spec, rometer of a,--Ztotal dispersion of 3-3-10- . The efficiency
-6
o~~ gamm4'-. qftn uw.reoor -ding:,was-8.25-10 radiation intensity.was equal
-so; ental error was 5~). The exper
Experim imental
i'e" .'' th the. calculated number of photons
resu t1k) of
wi
ai ':~d- ih- t'' (error
ii op. in the tar et, which in first approximation
..energy k.
2 3A)
Card'I

33964
SIOB91621012100310011013
~rems*strahlung spectrum of.*'O B102/B108
The.:bremestrahlUng cross.section 6T (B, k) ;-L I/k ln(E /k); nr(t,j)
0 0
B is' the energy 'of,the primary electrons. When
~.Multiple. phAp'n- emission is taken into account,agreement between theory
ajid~ fiefitA a- impi6v~d..,.-Th6--s'peetrum distortion owing to the
"P Pr I
6011imator. 6f f ect.:,,Aoes,. nA_`-.:exceed 2/0a. The material (f oil, air, window)
thr6iighwhi6ht,h6gamm.r4y.:pasp,ce-hasitn,.influelice on the spectrum only in the
''low-energy range.'. 'The- dis'erepincy -between experiment and Schiff 'a theory
(Phys. Rev'.'I-ftj,. 252 (190)) is due -to:multiple phonon emission from one
-eleotrdn., Prbfeesor P.. A., Chere"n-kov is thanked for discussions Engineer
M. P. Piskov and Techri:cia,n.Yu.*.I. Krutov for help. There are figures
Car4 2/f

33964
3/08 21 12/0 i~106116f3'
%6 0 0
eivifi,uiig -.spectrum' of.-.. BIO B108
and-U.'ref are'rio'es's ',,_4,_.SoViet- and 10 non-Soviet.' The four most recent
~.referbnoes to En'gliih-language -ublications read as follows: J. Lawson
P
-NucI66ni'ca ~-'1'O1--6i_(1952)j R. O'Rourke, A. IAnd6son. Phys. Rev., 22, 1484
'0955) i'!*- -Byge6 Rev;.81,,982 (1951); R Wilson. Proc. Phys. 50C.0
Pby
i66- -638
.,SUBMITTBDi
96 1",
Fig. 4~- -.Experiment"-'-kes atd compar6d with results from Schiff's theory
d. --.: F-.q 3 1, a: correction was made fqr
aP-ectrome el~,418'btre. '9P,,~.9n -,-:for.-burve 2 multiple phonon. eikission was
keh'into. target -'(tungsten) thickness 0.15
adiatibb'-ufil
r -B ordinate:.radiation intensity,
arbitrary uti a
,card 3/f-

ACCESSION NR: AP4029697 S/0089/64/016/OOr4/0353/0354
AUTHOR: Belovintsev, K. A.; Denisov, F. P.
TITLE: The possibility of generating and accelerating positrons in amicrotron
SOURCE: Atomnaya. energiya, v. 16, no. 4, 1964, 353-354
TOPIC TAGS: positron, microtron, gamma radiaticn, storing device, electron I
positron beam. bremsstrahlungo electron positron pair, relativistic
positron, annihilation radiation, electron cyclotron
ABSTRACT:The use of a microtron is proposed for the. production of
accelerated positrons. The latest achievements in the development of highly
! 4
efficient microtrons justify the hope'that the proposed method will fadilitate
production of much more intensive positron beams, compared to those in currbnt'--
production, and reduced overall equipment costs. Under the new scheme, the
electrons emitted from an injector are accelerated by the electric field of a
high-frequency resonator to the maximum energy level aehievable in the given
112
Cord

ACCESSION NR: AP4029697
microtron. In view of the high lnu=ty of the high-frequency electric field
(&Qr38O kv/cm), a considerable portion of the positrons with an initial energy,of
about zero will be captured by the microtron acceleration system. A further
acceleration of the positrons occurd simultaneously with the following b*unches-
of electrons, and most of the orbits coincide spatially. In their last orbit the
p(~sitrons are automatically deflected by a system of magnetic canals, and can be
removed from the micro.tron for the purpose of,generating monochromatic an1ni-_1
hilation gamma-radiation or for accelerating to higher energy levels. 'The above
outlined method of generating and accelerating positrons was experimentally
tested at the photomeson laboratory of the SSSR Academy of Sciences. Orig. arti,
-has: 1 figure ,and 1 formula.
ASSOCIATION: None
SUBMITTED: O8May63 ATD PRUS: 3048 ENCL t. 00
SUB CODE: Np
NO REF SOV: 004
OTHER: 003
2/2
-_Car-d',

ACCESSION UR., .,ATS007923
1AWHORT: Ad
Rao Yu.~H.~, Belov
riemlyanovr A
sk y, 0. B.; Si&r~ At Shir V S
TITLE: Storage of particles in a Unchrotron
International e6nference Enerxv- Accelerators. Dubna. 1963. Tfudy.
IMoscow, Atomizdat, 1964, 355-357
TOPIC TAGS: high energy accelerator, charged particle beam, pavticle physics,
synchrotron
ABSTRACT: Synchrotroh-type accelerators of several:100 Nev aM. higher.can be
employed for particle storage (Yu. H.' Ado, "Atow-aya Energiya, 12, 54 (196") 1. In
,the case of simultaneous storage of electrons and positrons in an accelerator, one
-positivn beams. In order for a sync n 'Lo oper-
in obtain col' iding electron hrotro
in the storage state, the conatant coVonent of the driving magnetic field must)
be larger than the amplitude of the variable component. In particular, if the vari-4i
ble component is a sinusoidal function of time, the driving magnetic fileld H Muz;-
have a specified shape. In this case, the accelerating hf potential is step-shap-ed
i Card lJ4--

463.58-6>
!ACCESSION W: AT5007923
Ii.e. remains switched on continuously in contrast to the synchrotron's operation in
the usual state. The injection of particles is effected at moments of tive t1l t2s
t3,. - which correspond to intersections of the ascendiiig curve H-versus-t with
the constant ordinate Hil The particles captured ir the svnc~u-ctmn state of th;?
st-~rage device, which ar-- accelerated during the rising of tne "lagnetic
fi -1d 11 &-id slowed down when the magnetic field is decreasing, IleMain in t:he accel-
erator chamber for a period that is detemiined mainly by the scattering processes
ard by the bremsstrahlung on the ato-ts of the residual gas. During each period of
t,~- driving Toagnetic field H close to mAximum. R tbert- exists considerable radiation
namping of the amplitudes of betatron and synchrotron oscillations. As a res-.-It,
ip phase volume occupied by the parti-.les decreases. 11his per-mits the onset of
d.Ti-,iitude modulation of the specified hf-potential without loss of the particles
captilred earlier. In this case, the injecticn of particles will proceed into the
phase space between the sepa-ratrices which are defined :,y the amplitudes of hf-
otential U (maximum step value) and V - W (modulation decrement due to H L-eing
1P
less tNtii R1 for the brief periods just before ti. t2l t3- The admissible
.,-,Iepth of modulaticn AR is larger the Iarger the magnitude of: radiation danping of
the oscillations. The effectiveness of the injection into the synchrotron state of
storage dvring onset of amplitude modulaticn of the hf-potential is ten times the
effectivenersa of injection directly into the steady-3tate separatrix. In the case
i Card 2/4

CCESSION UR: Ats,007923"
of '- particle i ect, on is e vari e
storage:~ n a synchroti4m,- ffected'into the abl
netic field during ihe low'energy of tbb injected particles which is typical fo~-
t
i'he given accelerator. Consequently 'he problem of particle injection ts essen-
Itially simplified in comparison with injection into storage rings. Moreover, th-i
Ismail injection energy simplifies the pmblem of obtaining po3;trons. These Propel,
Ities permit atta-inment of a comparatively hLh rate of storage and thus a laorer.,
LP ing
of t--lie requirements made on the degree of vacuum. To verify the possibility in
principle of realizing the method of particle storage ir. a synchrotron, experi::tevat-
'were carried out on a 280-4ev synchrotron under specific conditions of par~ticie
energy (170 Mev for maxin. um, 11 and 7 Rev for minimum N), amplitude V,of hf -potentiai
(1. 8 kv). modulation depth AU (0-36 kv), rate of growth of driviDg magnetic f ield
~at moment of injection (1.5-105 oerstads/sec), pressure of residual gas in vacuum
icbamber (5-10-6 mm/Hg). The source of electrons is an 6.-%4ev microtron (K. A.
Reelovintsev, A. Ya. Belyak, A. H. Grbmov, Ye.. H. Moroz, P. A. Cherenkov, "Atomnayit
ergiya, 14, 359 (1963)). Finally a* shown by tests conducted on electron storage,
t
111 a synchrotron, it is possible to carry, out simultaneous storage of both elec-
tr.Dns md positrons in quantities sufficient for setting up experim.(,nts on callid-
ing beatm if the pressure in the vacuum chamber is lowered to 10-8 cmft -and the
conditions for particle capture are slaitably irproved. Orig. art. has 4 fig
:-Card.. 3/4._..~_

N
i
I
I
i
i
i
i
i
I

-~,ACC N%, AT6013168
SOURCE DE: UR/0000/65/0007000/51.576125.
WHOM Belovintsev, K.,A.,; Cherenkov,. P. A.
ORG., s c -Institute P't H~-* LebedeV AN - SSSR' (Fizicheskiy 'institut AN SSSR)
KRI :"T,ITLE zA'position
ab rnik-statey, 1944-1965
SOURCE:. AN SSSR. Mikroiron (Microtron 0 VINITI,
1965't 118-125.
'TOPIC TAGS:- partl ie
c accelerator, electron accelerator, positront synchrotron
The authors consider the possibility-of.us.ing a microtron as a general-
apurpose- inje6tor for a synchrotron storage. ring. 1~ethods for producing, accelerating)
and'extracting positroni; from the-microtron are.discussed. If a beam of electrons
'an on -o
from the last orbit isAirected at the.positz 6 verter X located on the wall f re-
adnator P of the microtron (see, Figs - 1) the angular cooffIcient for' capture of posi-
j~*~,-_ trb a c0
ns I aving the converter with low energies will be nsiderably:higber than in the
.rase of..direct convirsion on the storage. tar at-due to the high electric-field
g
Strength in tv xesonator'(about:.400 kv/CM'). -.S
Of the electron
patial displacement-
V-1
b
eam toward the.converter is accomplished by Using two magnetic channels 41.and-1
-2
with a - difference in length which datermines.the*amount of displacement At.-An ap-
proximate expression is given for determining the length of the magnatiechannels.'
ara

lo BELMHTSEVAt H. F.
2. USSR 600
4o Huseles - Diseases
79 Huacular chronaxy in man in bMwfunction of the adrenal glands~ N&u
Cho biul. Len
uney No. 30., 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

BEUN.MSEVA, K. F.
muscle
Change in the skeletal muscles of a frog after adrenalectomy.
Vest. Len. un- 7 no. 7, 1952
9. Monthly List of Russian Accessions, Library of Congress, ~~at .1953. Unclassified.

JEMVINTSEVA M.P.; SHALYAPINA, Mr.
In.sulin inactivating Papacity of the hepatic tissue of rats.
in experimental pancreatic diabetes.- Pat. fiziol. i eksp.
terap. 8 no.6:55-57 -N-D 164. (M]RA 18:6)
1. Laboratoriya fiziologii zhelez vnutrenn,ey sekretsii Instituta
fiziologii imeni.Favlova AN SSSRI Leningrad.

BELOYINTSEVA, M.F. (leningrad)
'm ,
wenc; Wthe way by which insulin reaches the portal circulation
%
of liver on its barrier function* Riport Noole Functional state of
liver aft er Iiiation'of the duodenopancreatic vein (with summary in
Aagliah. P.123 . Probl~mendok. i gorm. 3 no.2s.3-5 Mr4p 157.
(MIRA 10tlO)
1. Is laboratorit fiziologii shales Ynutrenney sakratsii (sav. -
prof. Ye.N.Speranskaya) Institute fisiologii imeni I-P-Pavlova
(dir, - aked, X.M.Bykov) AN BBSR.
(LIM, physiole
eff. of ligation of duodenopancreatic vein (Ras))
(VEINS, PCRTAL SYSTSM, surg.
ligation of duodenopanereatic vein, eff. on liver
funct. (Rug))

BILOVINTSITA, X.F. (baningrad)
==nce of the pathway.of discharge of insulin into the.portal
circulation in its barrier function. Report Vo,2s Level of bloodL
sukekr-falloving a change in pancreatic venous airculatioR [With
summiryAn Inglish, p.1261 Probl.endok. I gorm. 3 no.3:35-39
NY-Je '57, (MIRA 10tlO)
1* Is laboratorit fistologit she,les vautranney sekretsit (say. -
prof. Te.NoSperansitaya) Instit;ia'fizioiogii iment I.P.Pavloya (dir.-
aked. X.M 4kov) AN SSSR.
5ANORMAS, blood supply',j
venous circep eff. of ligation on blood sugar In animals
(Rue))
(BIA30D SUGAR, p)7siology,
eff. of ligation of pancratic venous circ. (Rua))

BELOVINTSEVA
Change in the quanti f insulin in the peripheral blood of
animals tdith carbo e loads in disorders of the venous
blood flow from the pancreas. Nauch. soob. Inst. fiziol. AN
SSSR no.1:117-119 159 - (MIRL 14:11)
1. Laboratoriya fiziol4gii zheies vnutrenney sekretaii (zav. -
Yo.'N.Speranskaya) Instituta fiziologii imeni Pavlova AN SSSR.
(INSULIN) (PANCREAS"ISFASES)

MOVINSIVA, N.Y.
Insulin content of the peripheral blood vhen its'eutry iflio the
portal vein Is modified. Trudy Iust,'fisiol, . 8t236-239 1590
(KIRA 13:5)
1. Taboratorlya fisiologii shelax vuutranney setreteli (savedu-
yushchan - U.N. fteranskays.) Institute. fisiologii im. 1.1!.
Pavlove, AN SSSR-
(INSU IN) (PORM VNIN)

i
Restoration of glycogen reserves in the liver In white mice following
muscle effort after ligation of the pancreaticoduodeual vein. Blul.
eksp.biol. I med. 48 ~O-M40-43 0 159- (MIRA 13:2)
1. Iz laboratoril. figiologii shelez vnutrenney sekreteii. (zav. -
chlen-korrespondent AMN SSSR Ye.T. S~eranskaya) Institute. fisiolojii
iment, I.P. Favlova (dir. - akademik K.M. Bykov (deceased] AN SSSR,
Leningrad, Predetavlena akademikom 1,M# Bvkovym [deceased].
(PANCREAS blood supply)
(DUODENUM blood supply)
(LIVIA v0jab. ).
(OLTCOGBN' metab.)
(FATIGUE eff.)-

BELOVINTSEVA, M.P.
Secretion of insulin in disorders of liver function. Uziol. shur.
47 no,12:IhTgL,.3489 D1610 13:1)
1. From the Laboratory of Glands of InternalSecretion, I.P.Pavlov
Institute of PhK!iology Leningrad.
(LM -DISWES) (INSULIN)

UW I
rev
it .1
r Irv 2
I.
jil'I 'R
ra I Uil; I j
wig 'r
Fa
41
T.T;U- P. -
Eli !INHI-affl's P. ijrjp~i-. Iffini it
sit-if aft I
I.
F112

31

41-WVITSKIY, A4.
"Orpnia o"Ung t4ohnalogyN by H,Irjhpo (trauslated from the
ftlighl. Ravlowed by A.A, Belovitskli, lakokras,sat* I lkh prig,
noi4r88-90 160. (NM 13tlO)
(Protective coatings) (Pans, H.F.)

BELOVITSK f, A.I~.~ SERB-MBIN, P.V.; GkFSMAN, D.Ya.
Conference on ngments for the Paint and Varnish Industiv-
Zhur. VKHO 7 nd.6:684-686 162. (MIRA 15:121'
"'(Pigments-Congresses)

BELOVITSKI7, A A GERSMW, D.Yae
All-Union Scientific and Technical Conference on the present
state and prospects for the development of lacquer corAensation
resins* Lakokras.mat.i ikh prim. no.1:87 163. (KM'16:2)
(Paint materials)
(Resins., Synthetio-Congresses)
---------- -- --------

EELOVITSKIY., A.A.; SERB-MBIN., P,V.; MRSHMAN., D. Th,
=AUZZion conference: on pigments for the paint industry,
Lakokras.mato i M-Prim, no*41-5 162* (HIM 16: 11)

-9Lff==p-A.A.; GERSHKAN, D.Ya.
Scientific and technical conference on lacquer resins in
Yaroslavl. Zhur. MO 8 no.51570-571 163. (KIRA 17tl)

BE=VJTSKIY~ G. YE.
I..

.dwNuclear Physics Cosmic Radiation So 48
p
Nuclear Physics -Mesotrons.,~-
Mw Influence of Altitude on Heavy Particles
Cavised-by Comic Rays," G.'Ye.~ Belovitskiyj
~L. T. Sukhov, Pbys Inst, Imeni P. N. Ioebeftvp
Amd Sel UM, 4 pp
:-*Dok Ak flauk SM Vol LXII, No 2 107- Ito
'Aives results of 1946-1947 Pamir expeditions.
Photographic method was used to determine, n=Nw
:.:Iof -heavy particles. Curves and tables show tbist
..Umber of hoary particles increases directly
*iik altitide. Obtained curre' for fllmsAocatedi
36/A9Z63
'Comic
.1~=/Nuclear Physics sop 48
Radiation (Ccntd)
/* -4 vacuumf and foUns located in open air., with,'..
Ipmer aboving greatest'n=ber of heavy,particl0f.'.
same. phenomenon was shown!
Im's
ly due,to prolonged expon
d by Aead, S. 1. Tavi lorr,
JU3
48

ation-Between the Formatlon~ofzeav Fartlo2si
l
i;l 'T ft;~. .
the Absorption of the Compone a
nt Genex tins
Ift at a He lgbt~, *of 3,M Xeters Above Ses Lava;
Litre. Pelovitskljy, L. V.'Bukbov, Pbys Ine't.1m,061"
'I'X. Lebodev, Aoad Sci UM,
3 Rp
10k Ak Nauk SMH Vol LUI, No 6 7x*7- xj.
Ping thick photofilas, plotted the curve of abz
~rpt Ion- In lead for the component that - generittes
i*V7 particles at 3,860-mwtor elevation and ex;;
Ained the dependepos of their formation on the
EI)

Nov 9
i,,088 Nu. -ICA Cdi C
".Decay_of Cosmic Rarlarticles dausing.Nuclear
F~saion-," G.'Ye..'Belovitskiy, N. V- 14aslennikova,
V, F. Smirnov, L. V. Sukhov, Ph" Inat imeai
4bedev) Acad Oci U33RJ pp
."Dok Ak- Nauk SSSR" Vol MIX, No 3
,'Considers problem-of nature and properties of'par-
dles, entei~lng into' colipositioi of. that COMPO-
~ia6nt of cosmic rays which dausta."star-formine
au6lear-fisii- a
nr-I 1"stirs"). Unstable'particles
cauri1bg "staro"Are subject of present experi-
413igned to cIAWify their.. existence. Sub-..
17 A 49 by'AcaA D. V. Skobelltsyn-
158778

Or_LoVvrIKtY,,G-Ya,
UBR/Nuclear Physics - Fission of U by neg&tiv yi-mesonA
Card 1/2 Pub.-146 - 14/34
Author Belovitsk!&.12G..; Homanova) T. Aq Sukhov., Li'V,j and ft4wkp
Title Fission of uranium nuclei under the action of alov negative Vito
meson:z and-high-energy particles
Periodical : 'Zhur. eksy. i teor. fi.z. 28, 729-732) Jun 1955
Abstract : In this work the authors investigate the fission of uranium nuclei
by sldv negative pi-mesons (G. Yet Belovitsklyp at alUp Otchat
rim*, April 1950 ~ June 1950) March 1951)'p W fast neutrons p with ansr-
gies UY'to 460 Mevj and by gawA-rays with energies up to 2P Way
(Go Yet. Belovitskiy*et aliij ibid.,, Dec,1952). For the recording
of the fission of uranium nuclei they used yhot6plates wiih
emulsion layer 100 microns thick with uranyl &estste (To Ao
Romanova and G. Yo. Belovitakiy,, ibid.) June 1951)p which plates
permitted the observation of protons with finergias,up,'to 30 Mov-
The irriAiation of the plates by slow negative pi-nesons and fast
neutrons-vas carried.out in the synchrocyclotron of the U#tituto
of Nuclear Problemd, Acadezy of Sciences USSR; the Irradiation by
ga=a-rays vas.by the synchrotroaft of YIM*. They not# that the
energy spectrum of neutrons from overcharging" (Parstaryadka) of

Card 2/2 FD-2349
670-Mev protons on beryllium was measured by V. B. Flyagin. They
present 5 photographs of indicated fission. They thank Prof. M. G.
Meshcheryakov, G. P. Dzhelepov, and Ye. Grigor'yev for aid in experi-
mIents with negative pi-mesons and fast neutrons, and also tbank Prof.
V. I. Veksler and Yu. S. Ivanov for aid in experiments with gamma-mys,
of high energy. They state that a more detailed report on the re-
sults obtained will be published in this journal. They conclude
that the distinguishing 'peculiarity of the process of fissioa of
uranium nuclei at high energies of excitation is the significant
probability of the emission of fast protons and alphaparticles;
these particles bear only a comparatively synal I part of energy ob7
tained by the uranium nucleus from the primary particle. Thirteen
references.
Institution Physical Institute imeni P. N. Lebedev, Acad. Sci. USSR (FIAN*)
Submitted March 9, 1955

"B''FL-OVITSK-1 Gf E.,
USM/Nuclear 'i'asion of U-nuclqi.
Card 1/1 Pub. 146 - 1/28
FD-3329
Author : Belovitskiy, G. Ye., Romanova, T. At) Sukhov, L. V. and Frank, I. M.
Title : Fission of uranium nuclei under action of slow7t- mesons, fast
neutrons an&20-rays up to 250 Mev energy
Periodical : Zhur. Eksp, i Teor. Piz., 29, No 5 (11), 537-550, 1955
Abstract : Fission of U-nuclei by slow r- mesons, fast neutrons and high
energy r -rays was studied on thick.emulsion photographic plates.
The probability of U-nuclei fission at;r- capture proved to be
high. It is evaluated around 0.5. Under high excitation energy
the fission is probably accompanied by charged particles emission,
i.e. protons and A particles. Energy spectra and angular distribu-
tions of particles were obtained and plotted. These data were used
for discussion of the mechanism of U nuclei fission at high excita-
tion energy. Indebted for help to M. G. Keshcheryakov, V. P.
Dzhelepov, Ye. P. Grigorlyev, V. I. Veksler, Yu. S. Ivanov, A. N.
Kuznetsov, YU. N. Lizunov and 1. L. Nesmelova. Thirty one refer-
ences, Including 2-1 foreign.
Institution : Physics Institute im. Lebedev, Acad. Sci. USSR
Submitted : March 9, 1955

BXWVITSKIY. G.,Ys.; GOLOVIN, V.N.; SUKWT. L.T.
Spring board used ir. recording multiple scattering of particles
Inphotographic emulslons. Prib. i tekh. eksp. no.l.-102-105
R-Ag 156. (WBA 10: 2).
I* Fisichaskly institut imeni P*N, Lo'bedeva Akademil mail SSBR.
(Photomicrograpby) (Photograpbvt Particle track)

~- () Y j Ts Al / Y / 62, ff.
USSR/Nuclear Physics - Installations and Instruments. C-2
Methods of Measurement and Research.
Abs Jour : Ref Zhur - Fizika., No 4., 1957., 8599
Author : Belovitskiy, GaYe.I, Golovin,.V.N., Sukhov., L.V.
Inst : Physi-c-s-Witnu-te, Acadewj of Sciences, USSR.
Title : Spring Stage for Measuring Multiple Scattering of
Particles in a Photographic Emillsion.
Orig Pub : Pribory i tekhn. eksperimenta, 1956, No 1, 162-165.
Abstract : Description of the construction of a spring stage, having
very low noise level ( - 0.01 -- 0.03^ ). Ite noise
measurement occurring during vertical displacement of
the objectivel-J6 carried out, as'is the measurement of
thermal noise due to non-uniform heating of various parts
of the microscope. Steps that permit substantial reduc-
tion of the thermal noise are proposed.
Card 1/1

BELOVITSMY
', d. E.,, ~WMANOVA) T. A. and WHOMMOV, F. A.
------------
"Uranium Fission Induced by Slow
./t -Mesons.
paper to be presented at 2nd UN Intl. Conf. on the peaceful uses of Atomic
Energy, Geneva, 1 13 Sept 58.

240)
AUTHOR; Belovitskiyq Go Ye. SOV/56-35-4-2/52
- ---------------------
TITLE: Inelastic Scattering of Positive and Negative V-Mesons With
Energies of 300 MeV on the Nuclei of Photoemulsions
(Neuprugoye rasseyaniye polozhitellnykh i otritsateltnykh
Tf-mezonov s energiyey 300 MeV na yadrakh fotoemultsiy)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958
Vol 35, Nr 49 pp 838-844 (USSR)
ABSTRACT: The aubhor reports on investigations of the inelastic scattering
of 300 1 15 MeV IT- and lff+ mesons on emulsion nuclei. He uses
photographic plates of the types NIKpj - and Ilford G-5 (400,A
The number of nuclei per cm3 of the first-mentioned type
(without hydrogen),is -7.5 . 1022. In the following, the
results obtained by the analysis of 5000 "stars" are published.
1. Determination of the inelastic scattering cross section
(Ref 8). Investigations were carried out of:iY-0622-stars,
lr+:1377-stars on h further of 286 IT--stars on G-5
of~iinelastio
rate of r rcentage of cases
ecatteringt
Card 113 IT-3(45 Z 2)%t 11+:(40 i 2)% (Wjof.) and Yrt(38 � 4)% in (C-5);

Inelastic Scattering of Positive and Negative SOY/56-35-4-2/52
IT-Mesons With EnergiO of 300 MeV on the, Nuclei of Photoemulsions
inelastic scattering cross sections:IT-:200 ;t 32 mb
Tr +: 185 :t .33 mb- +
2. Angular distribution in inelasticIT and IT scattering.
Two measurement seriest E ~~-60 MeV - (Fig 1) and E >-10 MeV
(Fig 2).Ra.tio of the number of mesons with a scattering angle of
-900) (the values for *>900 are in brackets)
IT+ t 1-48 � 0.14 (1-5 � 0033); IT 1.15 � 0.1 (1019 � 0.23)
3. The energy spectrum of inelastically scatterediT+ - and
Tr -mesons (Fig 3). For JT- the maximum is about 50 - 100 MeVv
for IT+ it is shifted towards higher energies.
Average energy values:
0 -. 600 60 - 1200 120 - 1800 (scattering angle)
iT+-300 MeV 186 163 152
Tr'-300 MeV 194 95
4* Determination of the cross section of exchange scattering:
Card 2/3

.,Inelastic Scat"tering of Positive and Negative BOV/56-35-4-2/52
IT-Mesons With Energies of 300 NO on the Nuclei of Photoemulsions
In the course of the investigation of 5000 stars 3 electron
pairs were found which originated from the decay:
110-~ e++ e- + r , with the cross section
6 4:V.0(3*8ON - 450 ~ (20 :t 12) mb
Tr T? 5_00W
In the 5th and*last chapter results are discussed. The author
thanks Is X# Frank for his advice, and A. P. Lagers-and
0. N. Pavlova for their help in carrying out measurements.
There are 4 figures, I table, and 14 references, 7 of which
are Soviet.
ASSOCIATIONi F12ichaskiy institut im. F, N, Lebedeva Akademii nauk SSSR
(Physics Institute imeni P.,N,. Lebedev of the Academy of
Sciences, USSR)
SUBMITTEDs March 29, 1958
Card .3/3

SOV1120-59-2-25150
AUTHORS: Belov Korablev, L.N., Sukhov, L.V. and
untranlich, J.V. i
TITLE: An Apparatus for the Automatic Meaurement of Multiple
Scattering of Particles (Ustanovka dlya avtomatizatsii
izmereni.y mnogokratnogo rasseyaniya chastits)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 22
pp 86-90 (USSR)
ABSTRACT; The instrument may be used to carry out both measuring
and computing operations on multiple Coulomb scattering.
It can also be used to measure lengths. The table of
the microscope can be moied repeatedly through fixed
intervals (50, 100, 250 and 500 ji). The second
coordinate which gives the deviation of the crack from
the x-axis is transformed into electrical pulses by means
of a photoelectric device in the micrometer eyepiece.,
These pulses are transmitted to the computing part-of the
apparatus and the number of pulses given by the photo-
electric device in eaah.measurement of the y-coordinate
is proportional to the magnitude of the first difference
Card 1/2 in the coordinates. The instrument is not fully
automatic since an observer must place the track manually
in a standard position. The apparatus was checked

SOV/120-59--2-25/50
An Apparatus for the Automatic Measurement of Multiple Scattering
of Particles
against an observer and the average percentage difference
between the semi-automatic machine and an observer
working with an ordinary microscope is 1-5%. The use of
this machine cuts down the scanning time by a factor of
5 and increases the accuracy because it eliminates any
possible arithmetical errors committed by the observer,
The instrument can also be used with bubble chambers and
Wilson cloud chambers. A.V. Shileiko and M.I.Tretlyakova
are thanked for their help.
Card 2/2 There are 1+ figures, I table and 7 references, 1 of
which is Swedish, 1 Italian and 5 are Soviet.
ASSOCIATION: Fizicheskiy institut AN SSSR (Physics Institute of
the Academy of Sciences of the USSR)
SUBMITTED: March 31, 1957

B~E~IDV KASHCHUKEM., N.T.,- HMML, A,; PETRASHKU., K.G.j RMMVA,
T.A.1 TMOKIROV, F.A.-
Machmism of urmium fission Wucad by slow /I- -Mesons$ V=96kapai
teorsfiz, '38 no,240&-408 F 160. (MMA 3.40)
1, Obuyedinenan.inatitut yadernykh iseledovaniy i Fixicheakiy
inatitut :Lm. P.H.Lebedeve, Akademil nauk SSSR.
(Uranium-IBotopes) (*sono) (Walear fission)

X-C
S/056)WA8/02/57/061
B006/BO1 4
00
kUTHOR: B!l !kig, r,- Ta.
TITLEx kpplioation of the "Z-Law" by Fermi and Teller to a
Photoemulsion Containing Uranium
PERIODICALt Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 19609
Vol. 38, No- 2, pp. 658-66o
TEM It has been found that, contrary to Permits and Teller's theoreti-
cal predictions, the relative capture probability of slow 1117-mesons by
various atoms in chemical compounds is not proportional to Z, but depends
on the number of atoms of the respective element in the molecule of the
compound. Calculations of the uranium-fission probability P f have
usually been based on the assumption that the Z-law holds for the pion-
capture probability of various atoms in the gelatin of the photoemulsion.
In the present "Letter to the Editor" the writer studies the question as
to what extent this assumption is justified. The writer intends to
verify values of Pf so far obtained (Pf was between 0.18 and 0-5),. for
Card 1/3

Application of the "Z-Law" by Fermi and Teller 3/0 5 ~%W)X3 8/0 2/5 7/0 61
to A Photoemulsion Containing Uranium B006 B014
which purpose repeated experiments were made on uranium fission by slow
rr, -mesons. Nuclear emulsion plates of the type HWKqM -'P (NIKFI-R S~
impregnated with uranyl acetate were used (200 p thick). The uranium
nuclei contained in the layer were determined by alpha-counting. The
plates were bombarded with a beam of slow n7-mesons on the aynchro-
czelotron of the OIYaI (Joint Institute of Nuclear Research )i the
,a -admi-xture was 20%, the portion of fissions released by them was 3%
and is taken into account. Experimental data are compiled in a table.
Calculations of Pf based on*the following assumptionst 1) U is
completely adsorbed on gelatin (according to 6. V. Lozhkin and V. P.
Shamov); 2) the 1T--capture probability of the various elements in
gelatin is calculated (exce t for hydrogen) in which a) the 7c--capture
is proportional to Z, and b~ the Tt -capture is proportional to the
number of atoms of the respective element in gelatin. In the first
case Pf -4 0.4, in the second Pfm 6. The second case was neglected with
regard to gelatin + uranium investigation. Azi experiment on Th 232
fission by 10- to 340-Mev protons revealed that Pf rapidly increased
Card 2/3,

82035
Application of the "Z-Law" by Fermi and Taller S/056/60/038/02/57/061
to a Photoemulsion Containing Uranium B000014
with energyt attains 0-45�0o07 at - 50 Mev, after which it remains
constant. Also P~(Pa,238 ) was equal to is 0-45- 0.35 < P i6 0.45
f f
resulted for excitation energies of 25-45 Mev. When P f zzs 0-35, the
capture probability is proportional to Zn with n - 1.25. Thus, it may
be assumed for the gelatin-uranium medium that the capture probability
is proportional to Z rather than to the number ofatoms. There are
i table and 7 references3 2 Soviet, 2 Italian; and 3 American.
ASSOCIkTIONs Fizicheskiy institut im. P. N. Lebedeva, Akademii nauk SSSR
(,Physics Institute imeni P. N. Lebedev of the Academy of
Sciences, USSR)
SUBMITTED% July 301 1959
Card 3/3

BELOVITSKII, d.ya.
Excitation of nuclearrotational levels in ~t-mssonie atom
transitions.. Zhur.eksp.i teor.fiz. 41 no.1:66-7o n 161.
(KERL 14-7)
1. Fizicheskiy institut im..P.N.Lebedeva AN S.M.
fission) (Plesons--Capture)

BOGOMOUW, K.S., red.; FERFIWV, N.A.; red.; B.&WVITSKIr Gjetp red4b;
DoHRoSp=A, Ye.P.0 red.; ZHDANOV, G.?7-~i~K',-`KAR;uzmmdy,
LL red LYIUBWLOV~ S L, red.; MIMVIKA, ZoVop red.;
I.F., red.; ROMANOVSYAUI X.M., red.; SAMOYLOVICH,
D.Ho. red,! STARININ, KoVs. red,'- TRETIYAKOVA, M.L.. red.;
UVAROVA3 V,M*j redo; SHMp L#I9 I red.; POPOVA, A.K., red.; VFJIRIK,
Ya.M.' red.; VMES., L.Fp red. iad-va; EIZNETSOVA, Ye.B.,, red. izd-
va; AiAKOVA, T.V., tekhn. red.
(Huclear.photograpby; transactions] Udernaia fotograftia; trudy
trettego MeaMunarodnogo.soveshebaniia. Moskva,, Izd-vo Akad. nauk
SSSR, 1962.' 474 p. (MIU 15:6)
1. Co2loque International de Photographie, Corpusculaire. 3d.,
'Moscow, 1960, 2. Nauchno-Isoledovatellskiy kinofotoinstituts
Moskva (for Bogomolovs Vvarovaj Itomianovskaya, Starinin). 3. Pred-
sedatell Organizatsionnop komiteta Tretlyego Mizbdunaroduogo save*
shchaniya po yadernoy fotografii. 1960., MosWa (for Bogomolov).
4. Zmestitell predsodatelya OrganizatBionnogo komiteta Trelyego
Mezbdunarodnogo soveshchaniya po yadernoy fotografii. 1960j, Moskva
(for Perfilov). 5, Radiyevyy institut Im. V.G.KUopina Akademii
nauk$ Leningrad (for Shur, Ferfilov). 6. Inatitut sovetskoy torgovIi
Im. FoEngellsa (for gartushanskiy). 7. ObjedinemVy institut yader-
rqkh issledovaniy, DubrA (for Lyubomilov). 8. Institut atomnoy
energii iie IoV.Kurchatova Akademii naik SSSRj Moskva (for
Samaylovich).-
Particle track)

BXWVITSKTY9 V. hzh,
F.reatL-Ig large-;anel tuild!ngs Irf the assembl~-'!.-,-ae mothod. ,
Znl'L. Strclo nou5n."-5 "&I, (MIRA r, )

4Zr

a= =PWITAUM WY/5245
MInlatftrztva svyaa 3SSR. Takhalcheakoye vpravlool"

lov7re roarabot3d v ablasti r&diosvyazl I radloveshchanlys; in-
forwataton"y ibomik (Now Dovelopmente in tjjo fteld or Radio
Conounicatlon and hedlo Broadcasting; Infamation&2 Calleation)
160640w, Sv7azI193A 1959. 80 V. 11.500 copies printed. (3ort"s
T*khmlft avy&a)
Rasp. Xd.g A. S. V'L-,Iq-iroyl Zd.s ~V. 1. bashur; To". Zd.s 9. 1.
Wwror.
FURKS12 This Collection of artlelso 1.8 Intended for t*chnlcal per-
mormol conoorned with the development and operation of radio
communication and radio broadcasting.
COU=Zs The book contains, according to the Foreword. InformatLom
an now devolopaesta reaUxed at the Ocaudarstywavyy nauchao-
losledovatel-skly Inatitut Klulatstratwo. avyazL WSR (State
Scigntiflo R4&oarab institute or the ministry of ComeemIcation
MM). Radio comeraniaLtion and radio broadcasting apgaratUS are
described. Several articles are concerned with the dIOTILOPmOnt
of now sh9oking and measuring instruments, No personalities
are mentioned- There are no roferancoo.
Prokharorl. Instrument for Measuring Oroup Delay Time
SuPOM&SA-Prequenor Range 42
Xtnv.& 1. Generator of OS-R-60-Typo aignals With Calibrated
VIX ve 59
Rabisovich, 0. 1. goterodyn* Way* Motor 65
ZM&n. M. V. installation for Callirating 30orld -Pregoacy
Atton"tors 69

,
, and. M. V. DoryugIn. Sloo-
'
r
l
9
P
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D
0
troole Copying OVI
ro
40,60
1
ag Electric Pulses of Arbitrary
Shape From a Dra 9
TS

Zl;gT,,_A !EOT, N.M., redaktor; KIRSNAOVA, N.A.,
-;A__roy, rarp_qvichpie
he'V "I
o
tso~ as iy rX or
[The state farm on the upeving] Sovkhos no podleme. (Moskva] Izd-vo
WeM Proflzdat, 1956. 78p, (K= 9:11)
Li -ptedgedatell raboebego komiteta,sovkhoza "Bovetakoys ruuo*,
Stavropollskogo kraya. (for Belovod)
(state farms)

KISLYAKOV, L.D.; BEWVW, R.N.; EFSLIMAN~ L.L.; SINELISHCHIMA, Y%H.
Adopting the use of hydraulic cyclones at the Krasnoural'sk
Ore Dressing Plant. Trudy Uralmekhanobra no',5:32-30 159,
(MIRA 15:1)
1. Urallokiy nauchno-issladovatellskiy institut melchanicheakoy
oblvabotki poleznykh inkopayemykh (for Kislyakov, Belovod).
2. Krasnoural'skays, obogatitelinaya fabrika (for Epellman,,
Sinellehehikovo),
(Krasnourallsk-Ore,dressing)
(separators (machines))

BELOVODCHENKO, A.I.
Water-glass mixtures tor making aasting..molds. Mashinostroitell
no.2:33-34 F 162. (MMA 15:2)
(Holding (Founding)-Equipment and supplies)

BJLOYOMKQ. A.I. I KUMINOT M.Yu.
IMP ved rolling-ont-'of'watertubes for boilerm'o Obm.takhopyt.
PEW 0
I uo*27:35-36 ' 156.!' litil).
(Rollim (Netalwork)) (Boilers, Watertilbe)

BELOVODSKAYA, Ya.yel
Aseptic experimental-keratitis in rabbits, Uchozap. UZIOB 5t
224-229 062 (KML 16ill)
PIPE

SHEVALE7, A. Ye.; BEMVODSKAMYk
MAstotonometric examinations in Urov disease, Uobozapo
MGB 5191-915 162 OM 16111)

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-
OF VIKRAI.%tAN CRIMMT AND SUPIUC
rev^ j.-mvpTiatus- Vkrasx. KAwmm. -Zhim. 7 1.11 103-12
(IM").-A detailed account 44 fe-&Afches nude tt% Ur
kirwiphr in the refractory and mm t inft-Arim
Vv", The revalts are talmlAted, Immdating brick with
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o a 00 goo@ 00 goo** 0 0; 0 4 0 *010* O*N00,000
0 00 0 0 0 0 0 0 0 * 090 eiii - 0 * 0 0 0 40 9 0 0 * 0 * 06 0.0 41.0 411 0

ms~v W W Wv ,
Mig I I A A A Alf..? ! 0,
I'WIMS&IS flaffelms OWN
00A ad -- -- ---
do pra"e" tA nkoctarim kam aDw-
bWWA $NAPO" L Mmowsky
C, lee
*so
see
too
see
foe
see
we*
of *10oo 0009,09

EGTDVOL, Aq-
YlOdOirnisW aUtMUO (MtUt MUM; ')dwAUd.S= 32 nof2t" 161,
(NMI Us7)
1* POItsvskiy sevod NProdmashw
(Poltava-Meat) (Automatic control)

ROMENSKIY, V.; BEWVOL, A.
MP-1-160 rotating chopper. Mias. ind. SSSR 32 no./+:18-19
'C1. (MIM 14:9),
1. Poltavskiy zavcd "Prodmashm.
(Heat grinders)

PWWONOV, V.A. A.As]
M--nu-f-,ucture of a new meebanlzed continuous productlon line for
-eady.-to-cook hamburgerve Khare promo no&3:i6-17 jl-S 165.
(WRA -18:9)

BELOVOL A M -..KHATSINSKAU, A.P.
Workers of the Korenovska,7a Sugar Faictory are well prepared for
the busy season. Sakh. prom. 35 no.12:11-12 D 161. (I-MU 15:1)
1. Korenovskiy oakb nyy zavod.
(Korenovskaya-Sugar industry)

,q (- C, v ~:,) N~
POLYAKOV,.N., polkovnik;_.!!!2yko*gop.,,podpolkovnik; ASOOV, N., Impitan.
I
Training of tank crave.. ?anklet no,2:39-41 7 158, (MIRA 110)
Mike (Military science))

Individualapproach to training tank troops. Voen.vomt, 39 no.5;
84-87 Qj 160. ... (,t,'T~'.A 14:2)
(Tar~c warfare)

; podpolkovnik; MUTSINOV9 S.~v polkdvnik; ROMMNKO, A.,,
BBIDVOrl N.
-------Tp-OTk -
- PO ovnik' -
Demonstr~ation lessons and exercises. Voen. vest. 40 no. a-.,64-67
mr l6l. (Military education) (MW, .14s2)

BELOVOLP M. lkovnik; MMINIX, N., podpolkovnik; TIKHOLAZ I... mayor
J"' I
zju'.~, . T-*dpo
, , ---
"Individual evaluation"; discussion of the article published in
No.4. Voen. veot..43 no,901-53 S 163, (KM 16t1O)
(Military education)

ACC NRi AP06027118 SOUICZ CODE: LPV00l8/66/C00/0O5/0ll3/0ll4
(A)
AUTHOR: :3010vol, X. (Lieutenant colonel)
024. 14'0n0
TP~11~; aring from a moving 411-aaik
SQ%GL1; Voyenny-jr veatnik, no. 5, 1966, 113-114
Ti,TIC '2AGS: military tank, conventional warfare, aLm sidit
A!Z',L2aCT: The estimation and selection of lead angles and time laZs for aiming a1A
fii-iiu, from a moving tank io discussed vrith reference nade to ar, artdicle by Colonel
YU. Semenov -*ublished in "VoyenW. vestnik", no. 12, 1965- Colonel Scmenov proposes that
tho lead taken be alwajs equal to 1/3 of trio siGht mark swine,, or 2/3 of the ampiitude.''
Ap:)rovin- this proposal, tho author, ho-orovor, thinks that suclh a mothod can be zucce,
fully used on,31 on condition that the occillation oci-iod is cqual to one second, with the
propar tire lag of 0.16 sec. 'fais laZ of 0.15 to 0.16 see is Gti?ulated in the firin$i
rules. In the author's opinion, such a quick ra&ponoe can be don.-.onotrated only by well
trained and experienced gunners.- In general, tho firing practice schows that the ti=u laz
lies within the limits of 0.15 to 0.25 see. Consequently, the author presents the results
of his calculations of the lead based on the time lag of 0.2 and 0.25 see and various
pitching movements of the tank. The calculations were made Tor various taract heiGhts

ACC NR: AP6027118
varyinC from 1 to 3 m. The results, sumarized in a tablo, are analyzed and reco=-eada-
tions for firing are presented. In general, it is concluded that a Greater lead is
needed for a smaller target and a greater range as well as for an extendea 1,ag and a
higher angular velocity of the tank pitching movement. The importance of training for
acquirinC needed standards and habits for fir:Lng while moving is stressed. Orig. art.
has: I table.
SUB CODE: 15/ SUBM DATE: None

MMOVOL. Vasiliy Takovlevich: SMYGM , A.I.i red.izd-va; ROKAHOVA,
[Tables of a6rrectiono for conterinc "c!" "r-eduction at points of
triangulation] Tablitsy pop~',avok. to.entrirovku i reduktaiiu
Is
na Punktakh triangaliatoli. Voak-Of, Izd-vo goodox.lit-ry, 1960.
23 P. (MIRA 13:9)
(Triangulation)

B=VOLOV# B, (g.Kyzyl)
1-11-
Tuva news photographers. Sov.foto. 19 no-8:32 Ag 159-
(mm 13a)
(Tuva.Autonomic Province--Photograpby, Journalistic)

DBORDITIT, Stepan Stapanovich; MWWLOT, V*P., redaktor; SMWI. 'V.A.,
r*dakt*r-, PROZOROTBUYA.-IM"I'" ~--'
(Nathod for determiaing the econotio effectiveness of metal
supports iu timberiikg staping facef3 Rated apredelexiia eke-
Momicheskai offectivaosti kreplonlis, mat&llom odhistaykh za-
beev. Kooky&, Ugletakhisdat, 1956. 109 p. (HLRA 9:6)
(Mine timbering)

091 1 1 1 ! ~ ~ I ~ I ~ - 11 -_-it - IF -g
LL LUJA
d-11.. I -J..Adi

W%riopment of Extraction of Bituminous Sholes.
(In litiviian.) V. T. 110twohn', 11o1 Weal), v, 2.5,
Afig. 11M. If, J-13~
IlM WIAS &VA4111101l'i of ilia lxi%t 10 goo
I- juntw-dr, it clArAilimi matl titilliahol, 0
"
!
=00
tissiugious shak. Stich *Iutlia is ~jd to Iw wi&L-I%
I
i I
k1uni in the U.S.S.H. a, a sourtv A solid fisel and GO 0
o:,3 NO gal, and as a raw nialt-rial bw lInKluction of
rtlilat-ing Ix4r%&um lo a large c1li-lit.
04
WrImraturv- wiwk had aln-ativ Iwrn tion, sit FMINnimts
Kos
so S.S.R. alld The Ullillgr-Atl Alk UCII A% in Off. 9100
K111))ACV0114.1 SWAIM' WgiOUS. At thi- VFMI Of MIS, J
goo
1WW gats-rixhicing PLnt was in oi-wration in tlk-
IA-nitagra( region. coo
see

J

I L I
L -A, - _.__ 1!jAjL- L111a,1.1 Ct,..jF..TWw
.

W
Got
1
1
P 0 too",
01"
4t
4
I C31C Gv isi
Joe
U AT
0 to

0 e000
0
or F
to A i a FW
of a it to a 4C a 49 't a of tt a It It a 1 14
.11116 ~16 .10 ei 1; 1*6
,0*00 04111,0000W.0000000*00000
0
a 01 8 1 W so 0 a 9 3 4 v Rat,
0 0 60004
0

0 00
00 * W" 0 0 0 0
0 0 0 * 0 So Wio 0 0 0 0 of 00 e, * 0 0. 0 o ~LM

BELOVOLOVP V. T.
Razrabotka goriuchikh slantsev ZIMining oil shales_7. Moskva, Ugletekhlzdat,
1953. 216 p.
SO; Monthly List of-Russlan Accepsionis. Vol. 6 No. 8 Rovember 1953

BEI4VOLOV-,- V. T.. Engineer -- -
"Systems of Working the Beds of Oil Shale in Baltic Basin." Cand Tech Sci,
All-Uhion Sci-Res Coal Inst, 3 Nov 54. (VMp 21 Oct 64)
Survey of Scientific and Tacbnical Dissertations Defended at USSR Righer
Educational Institutions (10)
SO: Sme No. 481, 5 May 55

BELOIOLOV ValliNa T,-# ich; RADULOV,.Te.F., oty.red.; SHUSHKOTSKATL,
~0--.--red. izd a; ~.IHDGRADOVA, G.V., red. ~zd-va; LOMILM.
L.H., tekhn.red.
[Systems of working deposits of combustible shale in the
Baltic Basin) Sistemy rasrabotki mestorozhasnii goriucbIkh
slantsev Pribaltitskogo ~ae~eina. Moskva, Ugletekhizdat,
1958. 69 P. (MIRA 11:12)
(Baltic Basin-Shale)

BOGDANOV, -M*Iqp inzh.;,5~V.OL()V V.Tj, kand.tekhn.nauk; G=KUL, M.N..
13UMMNI A,S, P
Mw=faotur(3 and ude of framedo reinforced concrete timbering under
Aictic Condition$. Shakhtestroi, 5 no.4:8-10 Ap 161- (HIP-i 1W)
la Kombinat Vorkutugoll (for Bogdanov). 2. Pechorskiy nauchno-
issledovatellskiy ixgol'Wy institut (for Jbelovolov). 3. Inutitat
gornogo de3A AN SSSR (for Rikbman).
(Fechora Basin-Mine timbering)

t-_ t7,
MAIL
Acul., UOK04 m
Under identiod kvd
19M.
comitions and maintenance lndivwud con Yield mak witis
differitut PH kvel& ludividuA animals abow a ciftlice of
acidity during p- lartation In MY tbtrw
is a trwral r*l in =11T, and in octow Them is a CCMTW
drapt Owing t? ctappaj? feed. M. KolobLooff

KHRISTOV, St.;._BEWVSKI, Ajj-MSTOV, T.
Postoy)erative'atelectasis in surgical treatment of tuberculosis.
Rhirurgiia, Sofia 10 no.10:905-912 1957.
1, Sanatorium 41skrets" Gl. lekar: S. Simeonov.
(Pb-3UMONWTOHT,'comol,
atelectasis in pulm. tuberc.)
(A.TEUCTASM, etiol. and pathogen.
pneumoneotomy in pulm. tuberc.)

WIIIL)V,*,Kl , Raiobri
_... -
Ecopwfdr! aspebU of tb, .4-,,akeloss c,12,tivallon of medimmi-early
tomatoes with azb'A w.1 ~hvuL seadiings. Selsknntop nauka 2 no.9.
2.037 1047 264.

ORLOVSKIY, A.S.1 MELIKANOVITSKIY, I.M.;
Simplified methods of calculating the gravitational effect of local
relief (as exemplified in eastern Central Asia). Uch. zap. SAIGIMSa
no.7tl83-191 162. (MIRA 17t2)
1. Upravleniye geologii i okhrany nedr pri, Sovets Ministrov Kirgizskcq
SSR, Sredneaziatskiy nauchno-insledovatellskiy institut geologii, i Mi-
nerallnogo syrIya i Upravleniya geologii i okhrany nedr pri Sovete Mi-
nistrov Tadzhikskoy SSR.

~ S Vk y , /-CIr--rAC- k
NUIEC, Roman,, inz.; BEWOJ60 Zdensk, ins.
C----------------
Nonvacuum impregnation of weak-current transformers by
insulation varnishes. Sdel tech 9 no.8:282-283 Ag 161,

BELOVUKOVIC., R.
Selecting candidates for squad leaders in the engineering corps. P. 58.
VOJNI GIASNIK. (Jugoslavenska narodna armija) Beograd., Yugoslavia
Vol, 9. no* 8, Aug* 1955
Monthly List of East European Accessions (EEAI) LC, Vol. B., no. 9,9 Sept- 1959
I I Uncl.

I
CERVIIVKA, 0.; BELOVSKY, Q.
Synthesis of the alkaloid edulein. Coll Cz Chem 26 no.12.-3181-
3182 D 161.
1. Institut fxir organische Chemiel Technische Hochschule fur
Chemie, Prag.

ONO
C:c'jNZl',5RL,%.# 0; BE-LOMRrs 0;
il-ep~--Artmnt or Oreanio of the Inctitate of
-b I&
Pragual 2,, l0eparlmaent of tpeaial
Ana34tla uotllwcls of the L -Ut4to O~c .21-ml 109oh-
noloc~.,Ys --. ra,-ac
uplIcation ot Onecimplovsk Charilcal
"0 1 'T
.11 17-u MIU-1- 67'~
Oj%symratric l*icact-lonzo, VIII, Ulltra-Vtolirlv- and Tnfra-Red
51'e0tra 0-69 Xotor'-ac., Cyclollex~,IwTl ""no$
and i'laryl llatonds.s