SCIENTIFIC ABSTRACT TAMM, I.YE. - TAMM, I.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754820001-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TPI,24) I. Ye.
"Ibe Nature of Nuclear Forces (L. D. Landau, co-author).
DAN 194o. Vol 29. p.555.

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TAIR, -I. Ye
"Theory of Electromagnetic Processes in a Striated
Core (V. L. Ginzburg- co-author).
lzr. kkad. Nauk. Bev. Fizich. 1943. Vol 7. P 30.

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1'*V&- (of USSR1. N - I - . 1444- P- -14-1.
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rNplal" the "amcbmilm of &"ranciv of kwonplarte
..fvmt- which came the daily varisti-ma of the
lrrrrIIsr"l' IWItnrlic #*M mo di-claved, The
fallitalitv of two fit The thenrift Chap-
INAWS) Which A rnti~4 by Omholt 1%
1"Ove4l In the ;=18-no-rm. mmevfr. ap to the
Snel~enf thp ChaMan Meory of gravitAlkeal drill
Want t3brialoAlrount thefato that 1101140vilm.
tion of low lon.4 ip the Aw.plwft is as "PAMISM
~' fly falling into mccomat 1W% timma4micir a
sommorlats-In (of the CMPMAM t" i. mvoto..W.
OWNINNIVIAlly rakelalkim Indicelo Mal thk theory
may )*ld the magnito-se " Well am Ike phsr of
the imm"phelre fuirr"tA

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VV"
jBiectricl, Cumpts id th
in the euth lid. Z'
T, JU.11JIM4
acad, sci. U. R-S,
th'!;RIm prratzitl jo explain the Inte a-
O.-Thrim
bftbsplieric current4 caitsing.dally'
'filsm A the-.Wghl 6N
'variations of the tittll'# Inngliptic 6P1(1 are discus-pd, Tito
jh bries,61 Gunn ILlid,chdDinat, hie shown to be Incorrect.
e
Ch -to-n's theory Is tbw modffied b-y taking into account
on of Ions In the iomphrre Is
th"32 ti't tb. distributi
not equil. one. Preliminary cnIctis. indicate that in
Rh
theory can explain the forces as well!
this'new form the
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TAMPERE, Kh. T.
"Stillevye tipy melodiki estonskikh run."
report submitted for 7th Intl Cong, AnthropologIcal & Ethnological Sciences,
Moscow, 3-10 Aug 64.

TA113-15 I. Ye. (Cor. 1.,'br)
"Currents, in the Ionosphere are Caimed by the Variation-- Lr: t,J.~ --,*a~rthls
Macnetic rieldi-," a rrf)or'u s,,vbmiltted at 'he General Assemr)lics of i_,,, 191'-;.
11 -L U
IAN-Ser Fiz,, Vol 9, No 3, 1945

TAM, 1. E.
"Basic Theory of Electricity", published by State Publishers of Technical
Literature, Moscow, 10,46.

-IlWaK, I .It; .
"On the Forced Oscillation of an Endless Plate
in Contact with Water. (L. M. BrekhovskM, co-author).
zhu 1946. vol 16. P 879.

- ----t
i. 1'--.
"Energy Spectrum of a Cascade Electron
(S. Z. Belenlkly, co-author)
Phys. Rev. 1946. Vol 70. p. 66o.
#

TAM, 1. Ye.
Meson- A Series of Articles Under the Editorship of I. Ye. Tamp State
Publishing House of Technical-Theoretical Literature, Moscow-Leningrad,
1947
Book-CS-G-EG-M5

-A. i:

ni

Revi ews -2s -Vol
.///Z.. Z7

Ll

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J(p pill
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1111M Mill
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11 q I uy Y. Nflil-wh.-I,
M] r 11 J. i I?ZPIII' 1-tT-71
'QUIV )~J
os;
I U 1) 1 d'-

/A
1253. Problem a( the Mason and the Contemporary Status of Knowledge Pleggirdiag Cass'
16yo: by,I E. Taims. UsPekht Fiatcheskikh Ybuk 9j. No. 2. April 1947.
17 p ( n Russian).
These are intermediate particles which are heavier than electrons but not as heavy as
prot6na; they are also known as masotrons. Gives a general description, of mrsotra".
Also gives a basic intraduction to cosmic rays and the degree, to which they have been
studiod-and understood. This article is weant to be an intraductias to a book
entitled *nw Mason." published by the State Technical Ross, and we written by the
members of the Theoretical Department of Pion.

4

TAPY, Igor' vgenlevich, 1895-
The fundeinerlial theory of electricity.
lit-ry, 1949. 627 p- (50-15876)
QC518.T3 1949 MH
Izd. 4. Moskva, Gos. izd-vo tekhn.-tecret.

T.AW,,, 1.
. t.
373.92. Elematarwe chastitay. V ob: Nauka i Zhisn'. M., 19490 B. 409-18
SOt Istopts' Zbwrml_tWkh Statay, Vol 79 1949

T"'I'm" I. YE. PA 30/10 Mi

P=%,-0 LSSHKOVTSEV, V.A., redaktor; GAVRILOV, S.S., tek
T&)% jjY
rodaktor
[Basic theory of electricity] Omnory tooril olektrichostva. Isd.
5-9. Moskva, Goo. Izd-vo tokhniko-teorst. lit-ry, 1954. 620 p.
(Blectricity) (MIRA 7:11)

u, s
I ,~' ~,
a'-'", t I. r I Al 1 c 41~
4Y -ki. L-E-I&wn
26.
~Z~l MlTii Pmian.
4 dw appmich (cr
2 nucLeon of

co

Vf'q'.) aft treated :,hcw.

:on oi th~ Nsic
:m~-tant

iiUMSLISHTAX, L.I.; LIOUTOVICH. N.A., skademik; AIMROHOV, A.A., akademik
[decea'sed];'LLUSBARG, G.S.. akademik- TAW I.Te., akademik;
GUROT, K.P.. redaktor; SOIrOLOVL -: is-Eg-fcTeRkty redaktor
I T.F6
[Complete works] Polnos sobmnis trudov. Pod red. N.A.Leontovicha.
[Moskva] lzd-vo Akad. nax* SSSR. Vol.4. 1955- 511 P. (MLRA 8:6)
(Vibration)

FRENKELI, TA.I.; SYMNOV, N.N., akademik, redaktor; SOKOVOV. A.A., doktor
fiziko-matematicheskikh aauk, redaktor; BOGOLTUBOV, N.M., skademik,
redaktor- TAMM I Xp
skademik, otvatetvennyy redaktor; ANSELIM,
&.I.. doktor'fiziko-matematichasklkh unuk, redaktor; BLOKHINTSBV,
D.L. doktor fiziko-mstematichemkikh usuk, redaktor; KONTOROVA, T.A.,
kandidat fiziko-matowtichaskikh nauk. redaktor; GOIANT. T.Te..
radaktor tzdatelgotva; SHMNOVA, A.V.,, takhnicheakiy redaktor
[Selected works] Sobranie isbrannykh %;rudoy. Moskva. Izd6-vo Akademit
nauk SSSR. Vol.l.~CXlectrodynamics; geaeral theory of ele:Citricityl
Blectrodimmika; obahchnia teorita alaktrichestva. 1956. 370 P.
(KLRA 9:11)
1. Chlen korrespondent AN SSSR (for Prenkell)
(Blectrodynamics)

Y
,VSSR/Tb*or#iicaI Pbysics - General Problems
Abet Jourml i Roferat Zhur Flalka, No 22, 2950, 33702-
Author : Team, 1. To.
Institution i Name
Title I Albert linatein and Modern Physics
Original
ftrIodi4al I Uspekhi riz. Wauk, 1936, 59, No 1, 5-10
Abstract s Opening address at the meeting of the Einstein session Of the
Division of Physicomathematical Sciences on 30 November 2955,
8-1
card 1/1

-rwv),
JOLIOT-CURIM, Frederic; -,'ffOBXL1TSYN, D.Y., akedazik. otvetstvezmyy redaktor;
redaktor; DZHBLIKPOV, B.S., redaktor; FRAIX. I.K.. -
-ii-di iii-ROSENT.L.T., redaktor; SKIMTAO:.G.K.9 rodaktor; RARIT,
I.Ya, redaktor isdatel'stva-, RYRMZYUNSKAYA, S.M., redaktarAzdatel'stva;
ZELDMOVA. Ye.T.. takhnicheskiy redaktor; RAZARYAN. L.Y., teklmicheskly
redaktor
[Selected works. Work vritten in collaboration with Irene Jotot-Curis)
lzbranrqe trudy. Yrederik i Iron Rholic-Duri. Sovmeetnys tzW.
Moskva. 1zd-vo Akadomil nauk SSSR, 1957. 561 p. (KLBA 10:2)
(Radioactivity)

astr: "I-
3348
04 THE STRUCTURE ~LLLAW~ k-;_jarv4
of .15ciencea `- S-t~t Phy3. JETP 5. 154-5
119511 Aug,
~f ~N- ~e.Qlts Df im--rern~ntfi of !he
11.4, .;--h en'rz ~Ip t' -'~; If-
.1t;i M-su. -.en(' ! ~ze mr-IC-tin" ;f ole~-
trons with neurrons has led to convi-top" ttl-,t Itese data
as a whole are in co,atrudiction oither with the charge
Indepeutenee of the intc r2c ti,m of ~-icrs tal auck"
,,r -.ith if-., ( M,
_IL,tL7 EL t 1(4 c I r W
1. A I P r 1: 1 7 f M4 f 0'!
/F~ r?I
ZY

TAM, I.Te.._ akademik.
Role of the leading natural science will shift from physics to
biology in the relatively near future. Tekh. mol. 25 no.9:13 3 '57.
(Biology) (NLU lorg)

A,Lf1"HQR
`
TAMM, I. PA - 2087
A
I~I-
L
TITLE cture of Nucleons (0 struktur* nuklonov).
ru
;
n
M
PERIODICAL Zhurnal Eksperimentallnoi i Teoret. Fiziki, 1957, Vol 32, Nr 1
PP 178-180 (U.S.S.R.)
Received 3/1957 Reviewed 4/1957
MSTRACT By comparing the results of the measurements of the scattering of fast
electrons by protons with those of the interaction of electrons with neu-
trons, some physicists have formed the opinion that the total of these
data is incompatible with the charge independence of the interaction
between pions and nucleons and also with the basis of quantum-electro-
dynamics. The present work furnishes proofs against the correctness of
such conclusions .
The most direct argument in favor of the conclusions mentioned is raised
by D.ENNI, M.LEVI, and D.RAVENHALLi In the case of superposition of charge
densities in the proton and in the neutron, their meson charges cancel
each other and the charge density of the so-called "nucleon heart" is
obtained, i.e. the charge density which is only due to the distribution
qp(r) + 9.(r). In consideration
of the nucleons and the nucleon pairs Sc
.:.
of other experimental arguments ENNI et drew the conclusion that the
mean quadratic radius of the charge of the heart piece is practically
equal to rp. rc-rp -0,77 .10-13 cm-3,7 h/Mc. However, it is just this
result that is paradoxical. For, if only a sn,Aller energy than(.4ca is
studied, the recoil on the occasion of the radiation of a meson through
allhollow" nucleon can be neglected. These and other conclusions are contra-
Card 1/30~
:2-

PA - 2087
On the Structure of Nucleons.
dictory -to the statements made by ENNI et al. According to TAMU the theory
mentioned here (though only indirectly) is based on the condition of weak
interaction between masons and nucleons. Because., however, this interaction
is actually strong, each meson must be dissociated in a nucleon - anti-
nucleon pair during a considerable length of time. Therefore,.the distribu-
tion of these pairs (which, according to the definitioq,. belong to the
parts of a nucleon heart) must be approximately equal to the'distribution
r- h/(4c of the mesons.
It is highly probable that the anti-nucleons produced on the periphery of
the physical nucleon and the nucleon in the center of the physical nucleon
will annihilate each other reciprocally, after which they win newly creat-
ed, etc. Therefore, the charges of all nucleons and anti-nucleons (i.e.
the charge of the heart piece) are distributed more or less symmetrically
over the whole volume of the meson cloud. These ideas are entirely in
keeping with the fact that no experiments whatever point in the direction
of any concentration of the proton ch-~xge near the center of protons. A
further contradiction in connection Ath the structure of the nucleon is
pointed out. A precise theory of nucleons must also take the properties
of the cloud of the virtual K-mesons (which surround the nucleons) into
account. e0 '4J.
Card 2/,'~

AUTZiOR TAMM, I Ye-. PA - 3253
TITLE NofiW~ Une' Article by JANOSSY L.(YANTOSHY) "Further Delibera-
tions on the Physical Interpretation of the LORENTZ Transfor-
mation.
(0 sUdle L.Yanoshy "Dal$ neyshiye soobrazheniva o f izicheskoy
interpretatsii pzeobras.3vaniy Lorentsa" - Russian)
PERIODICAL Uspekhi Fiz. Nauk, 1957, Vol 62, Nr 1, PP 183-185, (U-S-3 R.)
Received 7/1957 Reviewed 8~1957
ABSTRACT The main ideas of the paper by YANOSHY (U 62, 149,1957) are
sharply criticized. It is pointed out that the life ofat-me-
sons does not depend on the manner in which a certain veloci-
ty is imparted to them (by slowing down in the atmosphere or
in a particle accelerator on the occasion of their creation),
and that therefore the difference in life is not due to ac-
celeration. Also the fact of the rotation of the arms of the
Michelson interferometer (according to Yanoshi of essential im-
portance as accelerated motion) is only an experimental trick
which, in principle, could be avoided. Einstein's theory makes
it possible to made definite statements also if the processes
which take place are not quantitatively known or recognizable
and in this respect it is analogous to the energy conservation
law. The fact that the theory of relativity is based upon con-
ditions which cannot be "proved" is common also to all other
Card 1/2 physical theories. By new discoveries this theory, which has

PA - 3253
Votes on the Article by JANOSSY L.(YANOSHY) "Further Delibera-
tions on the Physical Interpretation of the LORENTZ Transfor-
mation.
been so often and so well approved, will not be proved wrong,
but mererly the limits of its applicability will be made clear
such as has already been the case with the theory of relativity
itself with respect to Newton's mechanics.
ASSOCIATION
PRESENTED BY
SUBMITTED
AVAILABLE Library of Congress.
Card 2/2

-7-
AUTHOR:
TITLE:
PERIODICAL:
Tamim, I.Ye.
4
In Memoriam G.S. Landsberg (Pamiati G.S. Landaberga)
Uspekhi Fiz. Nauk, 1957, Vol. 63, 11r 2, pp. 287 - 288 (USSR)
ABSTRACT: The author recalls above all the discovery of the combination
scattering of light by Landsberg and 14and.ellshtam. According
to Tamm this is probably the greateut physical discovery of
Soviet Physics during its existence. Landsberg, however, was
very active in other branches of physics: Physical optics (he
discovered the selective scattering of light, and was the first
to separate the 'IV-rue molecular scattering of livht in solids)
and molecular physics. The great army of the spectrosoepy scient-
ists working in research institutes and plant laboratories con-
sidered Landaberg to be their teacher, inspirator and leader.
He was the initiator and a pioneer of the far reaching penetra-
tion of spectroscopic methods into 8oviet industry. He put aside
an investigation lie had once begun only when it had lead to well
founded and reliable conclusions. Above all his preference for
Card 1/4 basic thought must be emphasized.
t

PHASE I BOOK EXPLOITATION SOV/1241
Akademiya nauk SSSR-. Institut atomnoy energii
Fizika plazmy i problema upravlyayemykh termoyadernykh reaktsly, t.I.
(Plasma Physics and the Problem of Controlled Thermonuclear
Reactions, V. 1) [Moscow] Izd-i,o AN SSSR, 1958. 300 P.
3,000 copies printed.
Resp. Ed.: Leontovich., M.A., Academician.
PURPOSE: This collection contains previoualy. inipublished work of members
of the Institut atomnoy energii (Institute of Atomic Energy) of
the Academy of Sciences of the USSR. It is Intended for scientists
interested in this field.
COVERAGE: This book is the first of four volumes of a collection of
articles on theoretical and experimental Investigations of problems
of controlled therm,=aclear reactions and assooiated questions of
plasma physics* The research reported on was eonducted during 1951-
1958 at the Institute of Atomic Energy. Only papers not previously
Card l/ 6

Plasma Physics and the Problems (Cont.) SOV/124i
published are Included in the colleotion. The articles are
arranged In baulcally chronological order.
'TABLE OF CONTENTS:
Tamm, I. Yes Theory of the Magnetic Themonucleays Reactor
3
Sakharov., A,D. Theory of the Magnetic. Ther-monus-lear Reactor
(Part 11) 20
Tamm, I. Ye. Theory of Magnetic Thermonuclear Reactor (Part 111) 31
----------
Andrianov, A.M.p O.A. BazilevBkaya, S. Yu. Luklyanov, S.M.
Osovets, Yu. F. Petrov, I.M. Podgornyy, and N.A. YavlJ.---1-qkiy.
Investigation of the Heating of Hydrcgen Plasma J.-n Small
Toroidal Systems (1951) 42
Card 2/ 6

Plasma Physics and the Problems (Cont.) SOV/1241
Budker, G.I. Questionis Cor-nected WIth the Drift of Particles in
a Toroidal Magnetic Thermonuclear Reactor 66
Davydov, B.I. Effect of Oscillations on the Electrical and
Thermal Conductivity of Plasma 77
Davydov, B.I. Ignlt-lon of an Electrodeless Discharge 89
Andrianov, A.M., and S.M. Osovets. Theory and Experiments
Concerning Ignition of an Electrodeless Discharge in a
Magnetic Field 95
Leontovich, M.A. Forces Acting on a Rectilinear Current Which
is Inside a Conductive Cyl:'"ndrical T-abe lio
Braginskiy, S.I. Contraction of Plasma Under the Action of its
Own Magnetic Field 115
Card 3/6

Plasma Physics and the Problems (Cont.) SOV/1-241
Budker, G.I. The Betatron Method of Heat-41-ng Pla-sma to HIgh
Temperatures 122
Kogan, V.I. Speed of EqualizatIc-n -?f the Temperatures of Charged
I
Particles in Plasma 13 0
Zubarev, D.N., and V.N. Klimov. Toward a Theory of a Temperature
Jurp Jz~- the Plasma Boqzidary in a Magretl.3 Field 138
Galitskiy, V.M., and A.B. Migdal. Dielectric Constant of 11-figh-
Temperature Magnetized P.1-aawa and Evaluatic-,n of'Reidlant
Heat ConductIvity 16l
Kogan, V.I. and A.B. Migdal. Bremsstrahl--ing Spectrum of
Dependenoe on the Electron Temperature of the Plasma 172
Braginskiy, S.I. Flt-.,ws-of Particles and Heat Across a Strong
Magnetic Field in a Completely 1--cilzed Two-temperature
Plasma 178
Card 4/6

Plasma-Physics and the Problems (Cont.) SOV/1241
Braginskiyq S.I., and G.I. Budker. Physical Phenomena In the
Process of Ignition of a Discharge in the Case of Incomplete
Ionization 186
Leontovich, M.A., and V.D. Shafrar-ov. Stability of a Flexible
Conductor in a Longitudinal Magnetic Field 207
Budker,, G.I., Disruptive Discharge in a Gas in the Presence of a
Strong External Magnetic Field,Variable With Time 214
Leontovich, M.A. Magnetic Field of a Linear Current Siirrounded
by an Ideally Conducting Cylinder With a Gap 222
Braginskiy, S.I. Investigation of the Axial Region of a Plasma
Filament 229
Komellkov, V.S.., and V.I. Sinitsyn. Piezoelectric Method for
linvegtigating a Strong Gas Discharge 234
Card 5/6

Flasma.Physies and the Problems (cont.) SOV/1241
Budker, G.I. Thermonuclear Reactions in a Potential Hole of
a Negative Charge 243
Zubarev, D.N., and V.N. Klimov. Stationary Regimes of a
Magnetic Thermonuclear Reactor 249
TrubrAkov, B.A. Instability of a Plasma Cylinder 289
AVAIUBLE: Library of Congress (QC794.A38)
IS/ksv
3-6-59
Card 6/6

TAMMO I. Ye., and R SMCIRODMM, Ya. I. (editors)
Me Works of Ya. 1. Frenkell on Atomic Nuclei."
in Collection of Selected Works of Ya. I. Frankel', Vol. 2, Scientific Articles.
Mwcav, Izd-vo AN SM, 1W, 600pp.

/ L C,-
CILTCCK/31-58-20-7/13
Tamu,. Is YQ.
Unified Field Theory-of Xlementar7 Particles
Kto Hsfieh Tfung Pao (OWE TONGBAO)q i958,, Nr 20, pp 627-629
This is the author's speech which he gave at Acdemia Sinica of
Red China in April, 1958. It vas recorded by Ho Tau-haiu (4~ltl
11M). The author discusses the general ideas of Heisenberg's
unified field theory of elementary particles.

e.
IMIOLIJakov Il' ich,Receased 19453; SPOW.N.N.,akad.otv,ree jSqYOLOV,Ii,A.doktor
f U.-mat. nauk. red.; BOOOLYUBOV, U.11. . atcad., red.; TAuXR Z Ye.
skad., red.; ANSELIM. A.I.,doktor fiz.-mato nauk, red.; BLOCKHDITSEY.
D.I.,doktor fiz.-mat. naak.red.; XONTOROVA# T.A., kand, fix.-mat.
nauk, red. 12d-va,-, SMLUOVA, A.Y., tekhn. tad.
[Selected works] Sobranie izbramykh tri0ov, Moskva, Izd-vo
Akad. nauk SSSR. Vol. 2. [Scientific articled Neuchnye stat'i. 1958.
600 p. (MIRA 11:11)
1. Chlen-korrespondent Ag SSSR (for Prenkell).
(PIWaics)

TAIV) 1. Ye.
"Radiation of Particles with Speeds Greater than that of Light."
The Times Science Review, Quarterly, No. 30, Winter 1958.
(Bbstance of evening lecture given during the 2nd UN Conf. on Peaceful Uses of
Atomic Energy. The Nobel Prize for Physics has since been awarded to Academician
Tamm, P. A. Cherenkov and 11 M. Frank for their part in the researches here described.)

AUTHOIra: Kobzarey, 1. Yu. Tamm I Ye 56-34-4-17/6o
TITLE: The Decay Processes of the Strange Particles in the Theory by
Feynman and Gell-Mann (Raspady strannykh chastits v teorii
Faynmana i Gell-Manna )
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol. 34, Nr 4, PP. 899 - 901 (USSR)
ABSTRACT: This work gives an explanation of the equal probability of the
Ke3 - and K43- decays in the case of absent K e2-decay and of
the high asymmetry in the decays of the polarized hyperons on
the assumption of the universal A-V-interaction by Gell-Mann and
Feynman. One of the most interesting features in the lepton decays
of the K-mesons is the i absence of the decay K+ ---~ e+ + \)
in the case of the presence of the decay e --~ p+ + V on which
occasion the decays e --- )p+ +1)+ no, e--~e+ +~+ no have
approximately the same decay probabilities. These features very
easily can be explained by the following assumption: All these
decays take place because of the universal four-fermion inter-
Card V3 action which was suggested by Gell-Mann and Faynman (Ref 1) and

The Decay Processes of the Strange Particles in the 56-34-4-17/6o
Vneory by Feynman and Gell-Mann
by Sudarshan and Marshak (Ref 2) If such an interaction is
present the decays K+- --Pp+ + ~ , i+ ---) e+ + ~ must be caused by
the transformation of a K-meson into a pair baryon-antibaryon
with subsequent transformation into eo, go. A graph is given
for such a process. The corresponding probability is proportional
to 1 + (V' gVe /c)cos W. where t means the angle between the direc-
tion of the momenta of the myon and of the neutrino. The pro-
bablilit ies of the decays K -4~ e + %~ , K --~ p + t) show a ratio
of 0,25,1o-4. The situation changes completely if a pion is
emitted from the baryon-loop. Then the authors derive the followi;
relationships for the probabilities:
(K ---~ e + V (K + J (m e/m 0,25- 10-4 K -4, e + 1) +
K + V +
n -4 e + V -4
IE -) A-;T -J 1, 3. 10
2 K -,1 e + 9 + n -3
+ + 7
Card 2/3 SY n + e K --) g + 9 10

The Decay Processes of the Stran,,-e Particles in the 56-34-4-17/6o
-Theory by Feynman and Gell-L"ann
According to the examined acheme the ratio of the probabilities
of the decays A. --) p + -it, A--) n + no is determined mainly by the
relative probability of the production of a charged and of a
neutral pion by a baryon. This ratio is equal to about 2, which
approaches the experimental value of this ratio. There are 3
figures and 8 references, 0 of which are Soviet.
ASSOCIATION: Fizicheskiy institut im.P.N.Lebodeva Akademii nauk SSSR (Institute
of Physics im. P.N. Lebedev,AS USSR)
SUBMITTED: January 16, 1958
1. Mesons--Decay
Card 3/3

Vonsovskiy, S. V., Leontovich, M. A., SOV/53-65-4-12/13
AUTHORS:
Tamm, I. Ye.
TITLE: Semen Petrovich Shubin (On the Occasion of the Fiftieth Anni-
versary of His Birth and of the Twentieth Anniversary of
His Death )(Semen Petrovich Shubin(K pyatidesyatiletiyu so
dnya rozhdeniya i dvadtoatiletiyu so dnya smerti))
PERIODICAL: Uspekhi fizicheskikh nauk, 1958, Vol 659 Nr 4,
pp, 733 - 737 (USSR)
ABSTRACT: As introduction a short curriculum vitae of the scientist,
who was born on July 31, 1908 in Liepaja (Latvia), is given.
Subsequently his work is discussed in detail.
a)Publications on the classical theory of oscillation:11Some
Problems in the Perturbation Theory of Linear Oscillation
Systems" was the title of his first publication (Ref 1); a
theoretical investigation of the oscillations of thin dia-
phragms fastened at a finite number of points followed one
year later. b) Publications on the theory of solids: "On the
Theory of the Photoeffect in Metals", "On the Transmission
Band in Silver", "Concerning the Theory of Liquid Metals",
Card 1/2 "On the Possible Anomalies of Resistance at Low Temperatures",

Semen Petrovich Shubin (On the Occasion of the Fiftieth
Anniversary of His Birth and of the Twentieth Anniversary of His Death)
"On the Theory of Exchange Interaction", "Problems of the
Quasiclassical Treatment of Ferromagnetism" and others.
c) Publications on physical statistics: A summary of statistical
formulae is mentioned. d)Publications on quantum electro-
dynamics and theory of the quantized fields: OClasaical Analog
to the Dirac Theory of Emission", "On the New Dirac Theory
of the Electromagnetic Field" and others. Finally a list
of scientific papers published by Shubin is given (18 papers,
written partly in German, English, and French). There are I
figure and 26 references, 21 of which are Soviet.
Card 2/2

21(9).24(0) PHASE I BOOK 3)(PLOTTATIO' SOV/3Z I
Akadowiya nauk SSSR. Pl7ich"akly -.nbtitut
lasl edavaniyo. po eksperitsentallnoy I tooratlcnealcoy fLzike; Csbornl~-j
( studies on Experimental and Theoretical Physics; Coll*ctlon 0r
A rticles) Noscowt Izd-vo AN SSSR, 1959. 304 P. Errata slip
Inserted. 2,300 copies Printed.
Zd.: 1. L. rabollnakly~ Doctor or Physical and Mathematical Sci-
ences; Zda. or Publishing H use: A. L. Chernyak and V. 0. Borkgaur.
Tech. Ed.: YU. V. flylina, Commission for PubLiahing the Collection
In Flommory or Grigortya Samullovich La"3borg: I. Ye. Team
(ChaUgman), Academician; M. A. Levntovich, Academician;
P. A. Bashulln, Doctor or Physical and Mathematical Sciences;
S. L. Randel'shtam, Doctor or Physical and Mathematical Sciences,
1. L. Tabelinaklyp Doctor at Physical and Mathematical Sciences; ov%
F. 3. Landoberg-Baryahanakaya, Candidate or Physical and Math-
somatical Sciences; and 0. P. Notulovich (Secretary), C&ndldatt of
Physical and Mathematical Sciences.
PUPOSX: This book to Intended for physicists and resea-r-chors
engaged In the study of electromagnetic radiations and their role
and composition of materials.
COYUAGN, The coll*ctlon contains 30 articles whiiii _m"ei -'*'--
Investigations in spectroscopy, sonles, molecular optics, goal-
conductor physics, nuclear physics, and other branches of
physics. The introductory chapter gives a biographical profile
or 0. S. Landaborg# Profoaaor and Head of the Department of
optics or the Division or Physical Technology at Moscow On%
attering. combs;
varsity, and reviews his work in Rayleigh bc

spectral analysis of ostala, etc. No personalities 4"
=
;nod. References accompany each article.
Me Kinetics or the Action or Light Gages on the
S
_
~tnenxft~'
.
Absorption Spectra of Vapors of Aromatic Com-
pounds 149

Obratmov, 1. V. and Tpu_"Ttkhq~. The Resistance of Mics
-
%W-?Uo cure Ilong t
F* Cleavage Plan* 159

R t 3 w ?be Correlation Theory of Rayleigh Light seat-
IT5
3obel'saa. 1. 1. The Quantum Mechanics Theory or the Zntenalty
Lines 192
3u6hcb1n~k1r_~ X Dependency of the Width of Combined-
tfa~ta at the Anisotropy of a Derived
Polarizabillty Tonsor 23
J._U___Lrvsent state or the Theory of Weak Interactions
Port1clos
-Tuffoijon, L. A. and B. A._Chaynnov * Tno Illumination of
DialeetrIca In High Voltage a-c Electric Fields
Ukhalln. 3. A.tand M. Z,_ftonlzp. Znvestigation or Combined
In H202-H20 and M202-Dioxane
solutions
Faboltnekly. 1. L. The Thin Structure or Lines of Rayleigh
LWfit;Scat5e-rrn& in Canso
The Bolt or the Croup Speed or Light in Irradia.
tion In a Refraction Medium
pliIah. S. E,and 1. P. BoVanova. Excitation of Spectral Lines
h-tbo-wegativo-rrr-um-iii-&'Fio-n or a Gas Discharge
rt.-A", and-Z-V-11adlex- The Possibility of
Acrw8alng the BonAltlvlty of the Spectral Determination
of So" Elements
jhNl!akly~X~V. The Interpretation of Spectra or Arcratic
Hydrocarbons In Frozen Crystalline Solutions
218
231
2:4
2 4
261
275
287
296

AUTHORS:
TITLE:
Neameyanov, A. IT., Academician, Tamm, 1.
Nobel Prize Winner
Academicians on the Future of Thermonuclear Energy (Akademiki
o budushchem termoyadernoy energii)
PERIODICAL: Tekhnika molodezhi, 1959, Nr 1, PP 4 - 4 (USSR)
ABSTRACT: Academician A. N. Nesmeyanov: Soviet acientiata advance
successfully on the way towards domination of the thervio-
nuclear synthesis and the utilization of thermonuclear energy.
These are Droblems the solution of which will provide man-
kind with a soi=ce of energy to an unlimited extent and for
all time(-.- to come. ,
Academician I. Ye. Tamml. Nobel Prize winner: blethods rendering
possible the domination of thermonuclear energy are already
clarified in principle. But for the time being it cannot be
estimated how much time, work and invention will be necessary
to overcome serious difficulties on the way towards practical
utilization of these principles. I have no doubt that in the
long mun the thermonuclear reaction will be the basis for
Card 1/2 power economy. The sources of thermonuclear fuels is virtually
BOV/29-59-1-3/26
Ye., Academician,

.% Academicians on the Future of Thermonuclear Energy SOV/29-59-1-3/26
inexhaustible in sea water, for instance, unlike uranium,
thorium, and the like. Tneir wide distribution excludes any
struggle among nations for their deposits. The very serious
problems actually arising in connection with the harmful effect
of radioactive waute in modern reactors will substantially
lose their importance with the use of thermonuclear reactors.
There are 2 figures.
Ca-'rd 2/2

2-1 1),.24 (5)
AUTHORt Tamm, I. Ye BOY/53-6a-3-3/11
TITLE: The General Properties of the Radiation Emitted by Systems
Moving With a Velocity Greater Than That of Light, and Some
Contributions to Plasma Physics (Obahchiye evoystva izlucheniya,
ispuskayemogo sistemami, dvizhushchimisya so sverkhsvetovymi
skorostyami, i nekotoryye prilozheniya k fizike plazmy)
PERIODICAL: Uspekhi fizicheskikh nauk, 1959, Vol 68, Nr 3, PP 387-396 (USSR)
ABSTRACT: This is the reproduction of a lecture delivered on the occasion
of the awarding of the Nobel Prize at Stockholm on December 11,
1958. The author discusses the fundamentals of his theory on
Cherenkov radiation: A system moving with the constant velocity
v through a medium emits a radiation of the frequency w propagated
with the velocity cl(w) in the medium surrounding the system.
This radiation, however, can be observed only under the angle
(measured with respect to the direction of the motion of the
system), for which cos4 = cI(W) holds, furthermore:
v
v >cl(w). These basic equations are illustrated on the basis
Card 1/4 of a schematical drawing (Fig 1). In the following the author

ihe Gen'eral Properties of the Radiation Emitted by 3071/53-bd-3-3/11
Systems Moving With a Velocity Greater Than That of Light, and Some
Contributions to Plasma Physics
points out the analogy in aerodynamics - the emission of
shock waves in the case of Mach waves moving with supersonic
velocity. The apparent contradiction to the theory of' reiacivi-.j
occurring as a result of the discovery mude by Cherenkov ai-lu,
Vavilov and its interpretation by Frank and Tamm is explaineu
by the fact that, though, if c is the velocity of light in the
vacuum and cl is that in a medium, the demand made by the ineory
of relativity 04,1 e-c remains conserved, it merely says that no
material particle is able to exceed the velocity of light in
the vacuum, but that v >c1 may be possible. Sommerreld, as was
pointed out to the author by A. F. Ioffe, theoretically inves'.-i-
gated the motion of an electron with the velocity of light, nat
only in a vacuum already in 1904. Frank, V. L. Ginzburg and the
author theoretically investigated the most important properties
of this new radiation; they may be represented in the following
fundamental equations: the system moving with the constant
velocity -4 emits the energy Fin the direction characterized rjy
the unit vector 4; the law of the conservation of energy is then
Card 2/4 E + 6T +,aU = 0, and that of momentum conservation:

The General Properties of the Radiation Emitted by SOV/53-68-3-3/11
Systems Moving-With a Velocity Greater Than That of Light, and Some
Contributions to Plasma Physics
n + A~ - o (T denotes kinetic energy and U the energy of
the internal degrees of -freedom; ~ is the momentum of the
system). If &it is small compared to V, it holds that Wp - AT;
from these 3 conditions it iollows thatdU v co.
of 9
where A denotes the angle between :1 and A. If ATJ - 0 (whic4
holds e.g. in the case of a point charge), there follows from
the latter equation. coO = ~/Y, the condition initially '
given. In the following- the duthor discusses these equations and
mentiona.a.number of interesting conclusions to be d1raxn here-
from. Asa, practical theoretical example the author then aeals
with plasma physics and discuses the qDnditions necessary for
the occurrence of the. Vavilov-Phereakov effect, the energy
losses of the moving charge, the absorption of plasma waves in
the plasma (inv4kse Cherenkov effect), and Landau's formula for
(- mu, ) -
the damping coefficient exp 29T Finally,
Card 3/4 possibilities of heating the plasma are discussed (excitation

T~q General Properties of the Radiation Emitted by SOV/53-68-3-3/11
Systems Moving With a Velocity Greater Than That of Light, and Some
Contributions to Plasma Physics
of the so-called magneto-acoustic waves in the magnetic plasma
by an electric circular current according to Marozov); the prq-
duction of such waves by a moving current is a special cape of
the Chere*w effect; under certain conditions the absorption of
the magneto-acoustic waves in the plasma may lead to a very
considerable heating of the plasma. A further possibility of
using the Cherenkov effect for plasma etabilization (Morozov
and SolovYev) is finally mentioned. There are I figure ana
15 references, 10 of which are Soviet.
Card 4/4

PHASE I BOOK EXPLOITATION SOV/4393
Cherenkov, Pavel Alekseyevich, Professor, Igor' Yevgenlyevich
Tamm, Academician,and Illya Mikhaylovich Frank, Correspond-
ing Member, Academy of Sciences USSR
Nobelevskiye lektsii (Nobel Prize Papers) Moscow, Fizmatgiz,
1960. 73 P. 7,000 copies printed.
Ed.: T. V. Mikhalkevich; Tech. Ed.: Ye. A. Yermakova.
PURPOSE: This pamphlet is Intended for physicists and re-
searchers engaged in the application of the Cherenkov
radiation principle in experimental physics.
COVEiAGE: The pamphlet contains lectures by Professor P. A.
Cherenkov, Academician I. Ye. Tamm, and Corresponding
Member of the USSR Academy of Sciences I. M. Frank given
In Stockholm on December 11, 1958 when receiving the Nobel
Prize in physics. The supplementary article relates the
history of the discovery of the Cherenkov radiation and
presents biographical data on the three Nobel Prize re-
Card 1/3

Nobel Prize Papers
SOV/4393
cipients. photographs of the prize winners are included in
the booklet. The complete text of the speeches and of the
article were previously published In Uspekhi fizIcheskikh
nauk, v. 67, no. 1, and v. 68, no. 3. The articles are
accompanied by bibliographies listing Soviet and other tech-
nical literature.
TABLE OF CONTENTS:
Editor's Preface
Cherenkov, P. A. Radiation of Particles Having Velocity
Greater Than That of Light and Some Applications of This Radi-
ation in Experimental Physics
3
5
Z4mM,_I. Ye. General Properties of Radiation Emitted by Systems
Moving at Greater Velocities Than That of Light and Some Appli-
cations to the Physics of Plasma 20
Card 2/3

Nobel Prize Papers
SOV/4393
r Frank, I. M. optics of Light Sources Moving in Aefractive
& Media - 35
Supplement. Bolotovskiy, B. M. Soviet Scientists, Winners
of the 1958 Nobel Prize in Physics 64
AVAILABLE: Library of Congress
JA/rn/ec
Card 3/3 10-20-60

TAmm, 1. Ye. Chief of Lab, Inst. of PhyGics AS USSR.
"Dangers of Continued Arms Race."
paper presented at the Pagwash Conference on Disarmament and World Security,
Moscow, 27 Nov-6 Dec 60.

11?~/' 6_570
AUTHOR: Tamm, I.Ye. Academician
TITLEs The Problems of Elementarv Particig.-J?
PMODICAL. Priroda, 1960, No. 8, pp. 8 - 16
83297
S/026/60/000/008/001/CJ06
A166/AO29
tE.XT-. There is as yet no complete and logical system embodying al! known
elementary particles into a single elementary particle theory and all attemp-ts tr,
evolve such a system have foundered on the number of infinite values involved,
The method of reducing computed infinite values to finite ones by subtracting
from -them some second infinite value is of dubious worth and is not based on re-
ality. Three types of interaction between particles can be distinguished; stror~&,
electromagnetic and weak, or decay type. Each type of Interaction is thoughit to
have its own field and its own field quanta, and every particle has its specific
antiparticle. Antiparticles have been detected for almost every known parti.~Ie
with the exception of photons andfZO-mesons which are identical with their anti-
particles. Particle and antiparticle can interact to annihilate, In the course
of which their mass and energy are converted into radiation. An apparent paradox,
noted in 1956, was that in weak interactions the law of mirror symmetry is vio-
Card 1/3

83297
S/0 26/60/000/008/0-0 1 /006
The Problems of Elementary Particles A166/AO29
lated. According to this law, the conventional direction of the momentum vector
must change to the exact opposite upon a switch from a right-haffd to a left-hand
system of coordinates, or vice versa. Since the right-hand and left-hand systems
are coequal, there can be no correlation in physical phenomena between, say, t*ne
conventional direction of a spinning particle's momentum vector and the direction,
of its speed vector, which does not depend on the system of coordinates selec-,~ed.
Such a correlation can, however, occur in weak Interactions. For instance, in a
right-hand system of coordinates the spin of the electrons emitted during radic-
active P-decay is directed predominantly against their speed. in a left-hand
system of coordinates, however, the spin vector has the opposite direction and is
directed with the electron2s speed. In other words, the right-hand and left-hand
systems are no longer equivalent and coequalii there is an objective difference
between them based on the correlation between -the beta-electrons' spin and speed,
The most successful explanation of this paradox has been furnished by L.D. Landai;&
hypothesis of combined diversion which explains that although, taken separat-ely,
the law of the equivalency of world and anti-world and the law of mirror symmetry
are not fulfilled in weak interactions, the laws of all physical phenomena gener-
ally are invariants in relation to combined inversion, i.e,, the change from
world to antiworld with simultaneous mirror reflection. The author feels, howev.-
Card Z/3

83297
S10261601000100810011006
The Problems of Elementary Particles A166/AO29
er, that Landau's hypothesis has not yet been finally proven and should be ap-
proached with caution. On the basis of these laws the author arranges al.1 30
known particles and anti-particles in a system (Tables 4 and 5), dividing them
into fermions and bosons, distinguished by the fact that fermions, unlike bosons,
are subject to Pauli's principle whereby two identical fermions cannot exist to-
gether in the same state. Barions, or nuclear-charged particles, are listed sep-
arately in Table 5. Heisenbergis non-linear field theory is explained and,criti-
cized on the grounds that its mathematical basis is inadequately developed and
that quantitative deductions from it are unconvincing. Heisenberg hopes to eli-
minate the infinite from his theory by introducing indefinite metrics and assign-
ing negative values to certain probabilities. The efficacy of this venture has
still to be proved. In the author's opinion, the recent theory that on an ultra-
minute scale space is not continuous but discrete presents promising prospects
for further research. As regards the theory of dispersion correlations, the au-
thor feels that it is rather phenomenological and entails the constant introduc-
tion of new, empirically determined parameters. It cannot solve the basic prob-
lem, i.e., the formation of a coherent theory for the physics of elementary par-
ticles. There are 5 tables.
Card 3/3

S10291601000/006100,10o"
B0131BO67
AUTHOR: Tamm.-.- T.- Yg'-4 Academician
TITLE: Three Fascinating Physical Problems
PERIODICAL: Tekhnika molodezhig 1960, No- 89 PP- 7-11
TEM In this paper, Igor' Toygenlyevich Tama (Fig. P. 9)p who in 10956 was
awarded the Nobel Prize together with the physicists I. M. Frank and P. A.
Cherenkov, first deals with the problem of controlled thermonuclear reac-
tions4 The solution r,"' this problem promises a definite and radical
C,
Cm
. th,, problem of energy reserves. The two main ideas upon whic~h aii
fyp,F~rimenza of controlling thermonuclear reactions are based - magnetic
Ido'at'.on and the characteristic features of thermal plasma radiation -
first expressed by Academic .4an A. D. Sakharov in August 1950- Since
1958, scientists of various countries have been briskly exchanging their
views on research work done in this field. Such collaboration between
scientists on an international basis may contribute to the solution of the
problem and to the technical realization of controllod thermonuclear reac-
tions. The second problem dealt with in this paper is the quantum theory of
elementary partiiles. The author discusses two problems which are closely
Card

Th~ree Fascinating Physical Problems S/029 60~000100810011004
B013/06.
ccnrieo'~ed with each otherg and which are the central point of modern theore-
Iftical physics. One.concerns the variety of elementary particles dh-~ other
the rules governing the Interaction and reciprocal transformation of elemen-
tary partielea of superhigh energy. The existing theoryg espec'ially thi
rulativistic quantum theory cannot satisfy scientists in their pena%rat!"r.
into mic~-ocosii-o7.--I-ne-v--We-rry must be established, by which noi only t-he
newly discovered phenomena can be explained,but which also inoludris all.
rules that had been found earlier and are regarded as univorsalo The au*0hor.
discusses Heioanbergvs treatment of this problem and the concept of alemez.,
tary length as a new fundamental constant. In dealing with the present pTv:,'b--
lemq the author mantionag among othereg Corresponding Mexb~7
of the Akademiya nauk SSSR (Academy of c encee USSR . The third subie--,
the present article- are sons )iophysical problems. The author und sr',, lnas ;te
double importance of physics'in the field of biology. Aboye a119 ~he rt~w
phyvical investigation- and observation methods are concerned. This. --ha:ra--
~srisilcs of paramagnetis resonance which were discovered by *he
cientist L. A. Bly-amenfelid two years ago seem to be especial'17
;
Paramagnetic resonance was also discovered by a Soviet physiclstq Ye. K._-----
Zavoyshix. Furthermore, the author says that the physical methods of
analyzing atomic and molecular processes and the methods of
Otra

~; ~ n- > rj (I C.
~h- Fati--Inat.Ing Physical Problemn /00 8 / 0 00 0 4
determi:zing the rules governing these pro~~i~,qse8 ar~i r,f Greg%
H7~ explaln!3 his view of this subj---.'~ bX ihf~- a-(nmpIe of desoxy-
-rziiz-li~-1147 actd and Ito part played in gone-tioc. Thr)--p ar, A f;
br I A -
Card 3/1
3

B/030/60/000/010/ool/oi8
B021/BO58
AUTHOR4 Tamm, I. Ye., Academician
TITLEs Present State of the Problem of Elementary Particles/1
PERIODICALs Vestnik Akadem-ii nauk SSSR, ig6o, No. 109 pp. 10-22
TEXTa This paper is a description of the problem of the elementary
particles for persons not specialized in the field of nuclear physics, but
in other fields of science. The number of elementary particles has risen
to 30 so far, no strict criterium existing for them as yet. Each elementa..
ry particle is characterized by a certain rest mass, charge and a spin.
In a recently published paper, M. A. Markov reported on the complexity of
the problem of the elementary particles which is closely connected with
the essential difficulties of the contemporary quantum theory. The author
states that we are at the eve of a new development stage of physics. The
following three types of interaction of elementary particles are known
at presenti strong, electrcmagnetic effects and so-called weak and decay
effects, respectively (Table 1), which are subordinated to some strict
theorems of the conservation of energy, the momentum and moment, as well
Card 1/3

Present State of the Problem of Elementary S/030/60/000/010/001/018
Particles B021/BO58
as of the electric and nuclear chargs (Table 2). The theorem of combined
inversion has not yet been checked experimentally. The approximate theo-
rems of conservation are mentioned in Table 3. P. A. M. Dirac was the
first to anticipate the theorem of particles and antiparticles. The auli-
particles of nearly all elementary particles are known at present, with
the exception of the photon and the neutral pion. The hypothesis by L. D.
Landau on combined inversion is also mentioned. The determination of
general principles is described as being one of the main problems of the
physics of elementary particles. Many experiments were conducted in this
direction. The author confined himself to studying the experiment by
Werner Heisenberg. The papers by L. I. Mandel'shtam and I. S. Shapiro are
mentioned In connection with other trends of searcFing a new theory.
Finally, the author reports on the study of the speptral represen-
tations and dispersion relationsq the trend in theoretical physics pre-,
dominant at present. The author assumes that before long it will be poa-.
sible to coordinate the physics of elementary particles with energies of
up to one billion ev. The opinians on the prospects of the dispersion
theory differ. In conclusion, the author atates that he briefly described
Card 2/3

Present State of the Problem of Elementary S/030/60/000/olo/ool/ol8
Particles B021/BO58
the fundamental problems of the theory of the elementary particles. At
present it is impossible to predict when they will be solved. There are
6 tables and I Soviet reference.
Card 3/3

Trj_L-_SuAONYI, Ivan (translator)
Physics of hig'h-energv particles. Fiz szemle 10 no.5:148.-149 My-160.

85569
_2 /.20 C1370.21 / I/y.2 , 13 91,5)
AUTHORs Tamm, I. Ye. (Nobel Prize Winner
TITLE: General Plasma-physical Aspects 1)f
Moving at a Velocity Higher Than
H/01 60/0o0/011/001/003
B009YB057
1958)
the Radiation of Systems
the Velocity of Light
PERIODICAL: Fizikai Szemle, 1960, Vol, 10, No. 11, pp~ 323-328
TEXT: The author's purpose is to outline the mechanism of radiation
emitted in movement at a velocity exceeding that of light and to point
out its applications in new, interesting chapters of physics,, The article
is the text of a Nobel lecture delivered in 1958, Start is made from the
aerodynamical relations v >cl(w), where v is the constant velocity of
system and cf(co) is the propagation rate of waves of W frequency in the
system. The well defined angle at which these waves are emitted in
relation to the direction of motion of the system is given by the formulai
cosa~= cl(W)/v. From optical considerations the author deduces the
relation: 6U = - E((l-v cosA~)Iv) of much more general validity, which
may be helpful in aerodynamics dealing with supersonic motion, In the
following, the-author points out how this general theory may be applied
Card 1/3

85569
General Plasma-physical Aspects of the H/01 60/000/011/001/003
Radiation of Systems Moving at a Velocity B009YB057
Higher Than the Velocity of Light
i-n plasma physics. The mathematics of the energy loss of electrical
particles moving in matter at high velocity has been elaborated by the
author and by I. M. Frank. E. Fermi applied this theory to the determina-
tion of the total lose of the particle, These losses form two groups:
losses caused by close impact and coherent losses., In plasma of very high
temperature, the latter prevail. Analyzing the mechanism of absorption of
plasma waves, the author arrives at the conclusion that the relation
selecting the plasma electrons taking part in the absorption process is
identical with the basic relation of radiation : v cosfi~ = c1, In 1946
L. Landau defined theoretically the damping coefficient of the plasma
()&3 perf ctly in harmony with the author's explanation of the absorption
mechanism. V~ Ye. Ginzburg and V~ T. Zheleznyukov pplied this theory
radioactive solar radiation. The author finally treats the problem of
heating the plasma in thermonuclear reactions, Two proposals have
recently been made in this line% Heating the plasma is possible first by
fast charged particles injected from the outside also when the temperature
of the plasma is high and its density is lowt The author is of the opinion
that the bundle of particles heating the plasma may also move on its
Card 2/3

85569
General Plasma-physical Aspects of the H/016/60/ooo/011/001/003
Radiation of Systems Moving at a Velocity B009/BO57
Higher Than the Velocity of Light
outside, parallel to its surface. Another method was suggested in 1958
by Morozov% heating by magnetoacoustic waves generated by electric current
in circular motion. This is a special case of Qherenkov radiation~'?Another
possibility of application of Cherenkov radiation in plasma physics is
for the stabilization of the.current induced in the plasma, The author has
no definite opinion on these problems. His purpose is only to point to
the manifold possibilities of application of the theory outlined in this
paper. There are 15 references: 10 Soviet, 3 US, 1 German, and 1 Hungarian..
Card 5/3

&Maass L4b*,I.,. I Soomil.okly, Ya., 5/053/60/070/01/009/016

TtTLAt The Physics Of-gkoisfAl
P800120AW
,
Umpok, I tlai4bookikh muk, 1960, 1.1 10, ire 2. 99 361-374
(086a )
I
UffnL'ft The authors give a report an she lgs.r-t of.
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of the label Mse r9pro.ented wore Aus.lanot 1. To. Tessa
and E_A~Xtbjr*Zkov. Sport froa the surveying Ioctur.o
sominare were hold#ln which the following Russian lecturers
spokes
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L-R.-MmMon A. : -Nonlinear Fiala- **4 4,4vlta%l.n
7hoory", Y. P. Dsh.I.Po. 0. Collision*., Too
on Subble C *above". The Plessey ..*.Long
began 0
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!ion.ftcloom~ let great lose In The 1. 5 to Nei man#*,
__

TAMM, I. Ye-, (Ta=.. I. IE. I
Problems concerning elementary particles. Des. such. fiz. no.6:
81-93 '62. (MIRA 16:1)
(B%rticles(Nuclear physics))

TAMM, I.Ye.
Electrodynamic interaction of electrons in accelerators. Trudy
Fiz.inst, 1823-31 162. WRA 15912)
(Electrons) (Particle accelerators)

-I-- I .
- -- T
,UM#--j=ademlk; AERUOSOV, A.A., doktor fiz.-matem.vauk;
IKOV.. I.M., doktor fir.-matem.nauk
lobel prize winner fov~1962* Vbot.AN SSSR 32 no.12t63-67 D 162.
(PWA 15212)
(Lindqu, lov Davidovich, ;906-)

.-T -
lAkov Illich Frenkell. UBP.f12.nauk 76 no.3097-430 Mr
162. (MIRA 15:4)
(Frenkell, IAkov Illich, 1894-1952)
4

TAMM, I.Ye., akademik
Ifiele Bohr and present-day physies; In memor7 of a great
scientist. Priroda 51 [i.e. 52) no.5:44-51 163. (MIRA 16:6)
(Bohr, Niels Henrick David, 1885-1962)

TAMM, I-Je.
- I...... .-
Niels Bohr~-emiment p4sicist of the 20th century. Usp. fiz.
nauk 86 -mo.2tl91-195 ;e 163. (MM 16:9)
(Bahr, Niels HeArick David, 1885-1962)

P14BARTSUWAN, V.A., akademik; ASRATYAN, E.A.; BOGOLYUBOV, N.N.,
akademik; VINOGRADOV, A.P., akademik; GBIETSDISKIY, A.G.;
101UNYAHTS, I.L., akademik; KOCHETKOV, N.K.; KDRSAROV, A.L.,
akademik; NELINIKOV, O.A.; NESVEYAEOV, A.N., akademik;
NESMEYANOV, An.N., doktor khim. nauk; OBREIMOV, IN.,
akademik; POLIVA11OV, M.K., kand.fiz.-mat.nauk; REUTOV~O.A.;
RYZHKOV, V.L.; SPITSIN, V.I., alcademik; TA1- Q
q,., akademik;
FESENKOV, V.G., akademik; FOK, V.A., "ademik; SHCHERBAKOV,
D.I., akademik; FRANK, I.M.; FRARK, G.M.; KHOKHLOV, A.S.,
doktor kh:Ln. nauk; SHEl-EAKIN, M.M., akademik; ENGELICULIDT,
V.A., akademik; SHAPOSH111KOV, V.11., akademik; BOYARSKIY,V.A.;
LIKETEDSHTM-1, Ye.S.; VUEWISEVA, V.N., red.izd-va; KIZAYS,
Ye.Y., red.izd-va; TARAS1,21KO, V.X,., red.izd-va; POIZAKOVA,
T.V.1 tekhn. red.
[As seen by a scientis: From the Earth to galaxies, To the
atomic nucleus, From the atom to the molecule, From the
molecule to the organism] Glazami uchenogo: Ot Zemli do ga-
laktik, K iadru atoira domolekuly, Ot molekaly do orgarizma.
Moskva, Izd-vo All SSSR, 1963. 736 p. (MIRA 26:12)
1. Akademivp nauk SSSR. 2. Chlon-korrespondent All SSSR (for
Asratyan, Ginetsinskiy, Kochetkov, Mellnikov, Reutov, Ryzhkov,
Frank,I.14., Frank, G.M.)
(Astronomy) (Iluclear.physics) (Chemistry) (Biology)

KUZNETSOV, B.G., prof.;
k; t4llOiMijj agly
Ya.A.p prof.; I 'adend
akademik; sp,lFlitp,
CIIEW10VI A.G.; FAYj-jBCyjj I.B., red. prof.;
[Problems in the theorv Of elementary particles; fourth
talk] ProbleW teorii elementarnykh chagtitso be_
seda chetvertaia. V besede uchastvujut: Ktiznetsov j
dr. Moskva) Izd-vo 11ZPallie 11 1964. 24 (Novoe v zhizrji,
nauke, teklinike. IX Seriia:lFizika, ffIaLW*ratik,-' astrono-
miiap no.20) (I-J,"N'. 17:10)

BRAUNSHTEYN, A.Ye., akadeir~tik, otv. red.; BAYEV, A.A., zam. otv.
red.; H'ES~EYAEOV, A.I.I.,, akademik, red.;
akademik, red.; UIKSTEW4, T.V., zam. ot-v. red.
[Molecular biology; problems and perspectives. On the
70th birthday of Academician V.A.Engelluardt] Molcku-
liarnaia bialogiia; problemy i perspektivy. K 70-
letiiu so dnia rozhdenij-q akademika V.A. Engel'aard ta.
Moskva, Nauka, 1964. 342 p. 18:1)
1. Akadeiriya nauk SSSR. Institut radiatsionnoy i fi?iko-
khimicheskay biologii.