SCIENTIFIC ABSTRACT ANTONOV, Y.G. - ANTONOV-ROMANOVSKIY, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101810005-5
• 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

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SAZONOV, Anatoliy Tefirovich, doktor tekhn. nau:q
FILIFFOV,
Yuriy Harkoviahp kand. tekhn. nauk. Prinimall
uchastiyet HREKHOV, A.M.p inzh.; ANTONOV, Yu,G*j
kand.
takhn. nauk; DENIMV, K.N., kand,
t6khW.-TiAuki-HE3flKOV,
OsI.9 redo
[Mathematical principles of the automation of ship
naviea-
tion) Matenaticheakie osnovy nvtomatizatsil
sudovozlidenlia.
Mookyat Izd-vo "Transport," 19(V.. 175 1). (MIRA
17:5)

AUTHOR: AHONOVYU.N., VAVIIDV,YU.N., ZATSEPIN,G-T., PA - 2665
I KUTUZOV9A.A., SKVORTSOVvYU.V., KHRISTIANSM,G.B.
TITLE; Structure of the Periphery of Extennive Atmospheric
Cosmic Ray
Showers* (Struktura poriforil shirokikh atmoefernykh livney
kosmi-
oheskikh luohey, Russian).
PERIODICAL: Zhurnal Eksperim. I Tooret. Fiziki, 1957, Vol 32, Nr
2, pp 227-240t
Russian)
Receivedt. 5 / 1957 Reviewed: 6 / 1957
IBSTRACT., The present paper Investigates the spatial
distribution of the
different components of a broad atmooDheric cosmic ray shower at
groat distances from its axis (200 - 800 m). For a detailed study
of this problem the Pamir-Expedition of the Academy of Science of
the U,S.S.R. (au#mer and autumn 1950 and 1051) used a now method:
In different places of the observation plain the flux density of
all aharged particles (and separate from It that of penetrating
~&rtioles) was simultanously determined with hodosoopic devices.
Method of correlated hodoscopes).
Summary of results: The shower domain Investigated here consists
of an eleatron-photen component andef a penetrating component
(apparently myons).With increasing distance from the shower axis
the relative share of the penetrating component increases
consider.
ably and at a distance r - 800 m the flux density of penetrating
Card 1/2 particles and of electrons in equal. The spatial
distribution of the

Structure of the Periphery of Extensive Atmo-- PA - 2665
suharic Cosmic Ray Showers.

total flux density of electrons and of penetrating particles in

determined by the formula~(r) - I/r" with n -v2,0. On account of

the relatively slow decrease of flux densities of shower
particles

the periphery of the shower plays an essential part in
tho

goperal balance of the flux of the shower particles. The
mechanism

of the transition of electrous to the periphery of the
shower is

reduced to the Coulomb scattering of these electrons by
th*

nuclei of air atoms. The transition of Myons to the periphery
of the

shower is effected by their Coulomb scattering and also
apparently

at the expense of the emission angle in the elementary
acts of the

nucleus cascade process of th- positive and negative
myoris pro-

dusing these myona. Finally. data on the inten Ity
g primary

?
cosmic particles with extremely high energies :f 10 up to 10

are
given. (10 illustrations)
ASSOCIATION:
Physical Institute
"P.-I.Lebodev" of thm Academy of Science of the

UIS.S.R.
PRESENTED
BY:

SUBMITTED:

AVAILABLE:
Library of Congress.
Card 2/2

A Cl A- I . , 'I
- - - - - - - -- - -
radin-frequency trias
a of multicomponent
~ SSSH no.32:75-85
.1 f-eoflz.Slb.
(MIRA lq:,))

~ M I. rW',INjTSn.'. Yf F.; XI.YAFtx)VSKlyt V.Ml
Nvica fcr tl.~ jaArtitative doterminstion of
radiopnl~l von in
rw-k.q and mir;oreils. Gecl, i gooffiza 165.
- (MIRA ISW
1. Inatitut gsol~-gl-l i goofi&tki Sibirskogo
otdtql-niyn AN SSSR,
Norosibirsk,

VZONOV, Yu.111k; ZINOVIYEVp L.P.; K07NUBOV I V.1 HASIEVSKIyo
V.P.;
-----~~A-1-tAii~SEV, V.P.; CHWAN Chzhun-m (CU;~ Chung-mu].
[Focusing and adjusting the injector beam of a linear ac-
celerator) Fokusirovkn i iustirovka puchka. inzhoktora linoi-
nogo uskoritelia. Dubrap Ob"edlnonnyi In-t indornykh isal.,
1961. 19 p. (Particle accelerators) (MIRA 15W
- I , _~_' _~-_~5_p~,.' '- L !'LL~-__~ ~ ~ -_~

ANTOROV, Yt
~ 11it-P.
Justification of requirements to specific electrical
characteris-
tics In Insitlatinp, roterials (solid dielectrics) used
In electrical
mine eqnipment with voltages reaching 700 v. Trixty
MakNII 9
no.2:72-9) 159, (HIR& 1218)
(Mlectricity In nining) (Insulating materials)

ANTOWN, Yu. P. Cand Tuct; Sct - (dmv)
"Conditons GuArNtiteoing
the Safety of Mining Electrical Equipment,,
Ijetermined by t1e
Properties of the Electrical Insulating
Materials (Plastics),"
Moscow, 1960,, 25 pps 200 coples (Moscow
Mining lrrtltute im 1.
V. S"elln) (KL,, 46/60, 1425)
. . i

"-.ONOVP YU.P.
Results of studying the condition of the insulation of
electric
sine squipwnt. Trudy MANII
U.Vop.gor.olektromokh.no.3tlO-21
160a
(KMA 160)
(Electric awhinery-Maintenance and repair)
(Xining machinery-Elsotrio driving)

ANTONOVg YU.P.
Analysis of conditions for insuring maxiwam safety with
leakage in
sin* cable networks. Trudy VkkNII
ll.Vbp.gor.elektromekh.no.3x
22-39 060.
(MMA 16151
(Electricity in mining-Safety measur44)
(Electric, power distritution)

lKM, A.O.: "TORN. 14,t.
Discussion of TA,Khorunshil and IU.M. Ribas' article
"Proposed regulations for the manufacturing of
explosion-
proof electric equipmentl. Prom.energ. 15 no.5t4l-45
JV 160. (HI" 13:7)
1. Makeyevskiy nauchno-iseledovatel'skiy inatitut
po besopas-
nosti gornykh rabote
(Ilectric apparatus and appliances)

SHURIN, E.S.; LADOXHIN, S.V.
Study of the possibility of using stone casting as an
insulating
m&terial. Trudy NONII 14. Vop. gor. elektromakh. no.5tlQ-12
1629 (MIRA 16:6)
(Stone) (Electric insulators and insulation)

ANTONOV,, Yu.P.; SHURIN, E.S.
Mow
Developing methods for testing electric mining equiptuent
with
voltage ratingo up to 660 v, under high humidity
conditions.
Trudy ftNII 14. Vop. gor. elaktromokh. no.5tl)-35 162.
(MIRA 16s6)
(Electric maehin-iry-Testing)

T=- Yu
Testing new non-arcing plastics to be used in electric
mining equip-
ment. Trudy MakN11 14, Vop. gor. elektromekh. no,5s36-40
162.
(?GRA 16s6)
(Plastice-Testing) (Electric insulators and Insulation)

ANTONOVt Yu.P.
flygienir evaluation of vibration in tho manufacturing of
ehipal sorew-propellers. Trudy LSGI-11 75t138-11,3 163,
(MIRA 1714)
1. Kafedra gigiyeny truda s klinikoy profoasionallnykh
zabolevaniy (sav. kafedroy - prof. Ye.TS. Androyeva-
Galanina) Loningradakogo sanitarno-gigiyonicheskogo
moditainakogo inatituta,

P'.71 0 1 . i,
. - -1 .6 - 0
Vibratlon durInp the bjk'nA firilshing of ship
pi,c)[xilloirs and Its
evoot on thei human body. S~Oostroenle 29 no.()142-44
Je 163*
(MIRA 16:7)
(Vil,ration-Phyatologiral offoct) (8,hipfitting)

. - kapitan owditsinskoy alushby.
Immediate results of pneumoperitonsum for treating
pulsonary
t0sroulosts, Voen.-ned. shur.co.9t25-30 8 151. ( "A
910)
(TUBIRCULOSM) (PNMOMITOVWX, ARTUICIAL)

HIMYLOV, F.A.;AMNOT, TU.T.
%a- - -
Pulnonary contractibilitY and its Gignificaucs in
respiration,. Klin.
med.. Hookys, 30 no.8s18-21 Aug 1952. (GIXL 2392)
1. Professor for MIkhAylov. 2. Of Moscow Municipal
Sojentiflo-Reaearch
Tuberculosis Institute (Director -- Prof. 1. L. J~,ujs)
and of Rrazano
Medical 1natitute Iment Aaada%iclan I. P, P&TIOve

q,10 00 00 If 113?)
AUTHORSs
29095
S
02"'B
Sukatov, V. A.,,Antonov-Antinov, Yu. 11.
-- ------ --
TITLEa A generator of pulso "packets" in the millimicrosocond
range
PER10DICALt Appitratura dlva yadernoy sPektrometrii, no. 1,
1960, 126-132
TEM The pulse packets generator described has a rulse repetition
frequency of 10 Mc/sec, as it was originally deiiened for a
256-channel
analyzor with this frequency. Other parameters tire an follows:
Pulse
packets repetition frequencyt 2-103 cps; ran(--,e of pulse
repetition
frequencies within a packetst 3-75 - 10.25-106 cps; pulse height
in a
packets generator outlets 0 - 30 v; 0 Mi
pulse duration in a packetas 25-1 -9
number of pulses in a packetat 0 - 300.. The pulse heiclits in a
packets
are constant to 0.5%. The pulse repetition frequency in kert
connt;int by
means of a quartz stabilizer. The block diagram is the followings
Card I if

ir,""Aull V1 ;111V
oscilloscope
81
paroe,
The master oscillator consists of two sinusoidal oscillator3
and an ampli-
fier-limiter tube. The first of its oscillators operates at 10
Mc and in
accordance with B. K. Shembel's design, has quartz
stabilization on the
tubeJj, (Fig '~) wnich io of the type 6nl4n(6F- 1.1r) . The
second oscill,iter
of the'master device works nt 3.75-10 6 - 10.25-10 6 cps with a
6P14P tu're
V), in Fier 3), the amplifier-limiter with a rY-29(GU-211.)
tul,,? (JI3 ) with,
a + IDO - v supply. Both generators are supplied by pulse
tran3for'.Ter:,
with OK-1000(OY-1000) cores. The ti-ning oscillator consi,,-ts
of a blocking
oscillator with a 6H3[1(6N3P) tube 07.); Its pulses have a
duration of
Card 2/4
29095
S/507/60/000/001/005/005
A generator of pulse "packets" ... B102/B158

I.M.; ANTONOT-11 redaktor;
aktor
[Bibliography of works Issued by the Railroad
Transportation
Publishing House (1935-1949)] Bibliogrefichaskit
spravochnik
isdanil tramesholdortsdata (1935-1949 gg.). Moskva, Go$.
transp.thel-dorJad-vo, 1950. 377 P. (Huu 10:7)
1, Russia (192)- U.S.S.R.) Gosudaretvannoye tradeportboye
sholeano-dorothnoys isdatellstvo
(Bibliography--Railroads)

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