SCIENTIFIC ABSTRACT PISTUNOVICH, V. I. - PITAK, N. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341110013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Concise Handbook (Cont.) SOV/5425
PART FOUR. REACTOR CONSTRUCTIOW (11J. I. KORYAKIN)
I. Classification of Reactors 131
II. Table of Reactors of Capitalist Countries 132
1. Power reactors 2. Experimental power reactors. 3. Power
research reactors. 4. IADv-pover research reactors
PART FIVE. PROMCTION FROM REACTOR RADIATION (I. A. TrENwK)
1. Characteristics of radiations 156
II. Attenuation of Y -radiation 174
III. Attenuation of Neutron Radiation 191
M Effect of Source Geometry or. Radiation 195
Bibliography 204
PART SDC. PLASMA PHYSICS AND THERMONUCLEAR REACTIONS (V. I. PISTMOVICH)
Introduction 205
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Concise Handbook (Cont.)
1. Nuclear Fusion Reactions
II. Cross Sections of Elementary Interactions
SO'V/5425
206
209
III. Motion of Charged Particles in Electromagnetic FielAs 209
IV. Kinetic Study of Certain Processes in a Plasma 214
V. Magnetic Hydrodynamics 218
1. Equations 2. Equilibrium configurations. 3. Hydrodynamic
analogy for equilibrium configurations. 4. Kagnetohydrodynamic waves
VI. Means of Confining and Heating a Plasma 223
1. The self-constricting discharge (the pinch). 2. Heating the
plasma at the expense of the Joule heat and striction.
3. Striction 4. Laws of similarity
VII. Plawma Radiation 228
1. Magnetic radiation of electrons 2. Energy balance of a
transparent Plasma- 3. Absorption of radiation in a plasma
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Concise Handbook (Cont.)
SOV/5425
VT,jj. Methods of Investigating Plazma (Determination of Density and
Electron and Ion Temperatures) 232
1. The arectroseopic method. 2. The microwave method. 3. Probe
measurements in a plasma in the absence of a magnetic field
Bibliography
PART SEVEIN. ACCELERATORS OF CHARGED PARTICLES
(I. S. DANILMY AND B. N. YABLOKOV)
Introduction
1. Classification of Accelerators
235
236
242
II. Stability of ftrticle NDtion in Cyclic Accelerators 243
1. Orbital stability. 2. Phase stability in cyclic resonance
accelerators (auto-phasing).
III. Characteristics of Certain Types of Accelerators 276
1. Electrostatic accelerators. 2. The betatron-3. The cyclotron.
4. The phasotron (the synchrocyclotron) 5. The synchrotron
6. The gynchrophasotron 7. Linear resonance accelerators
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TMXi Concerning the beating ofelectrons in an anisotr ic plasma
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AR BSSR. Doklady:0 V. 1593 no.~4- 19641.779-7p1
SOUM
WKC 1~i. V.1itsma i nstabilityl ~Iectron beating3 -plasma electron., plasna ion,
low pressure Plasma, adiabatic trap
t is Bboim that the instabilitY relative to,tbe-buildup of potential
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oscillations, observed previouslylin low-pressure plasma.witb anisotropic dis-
tribution of' ion velocity, is developed an the.negative-energy oscillation branchp~
and that its devel t should br. accompanied by intense absorption of energy by
resonant elec.tronso7alu damping,). 'The analysis is.car'fied out for an aniso-
tropic, collisionless, and'spatial-ly bomogeneous pbksma in a magnetic field. The
results indicate that tbe anomalous heating of electrons, observed it adiabatic
traps by other investigators, nay,be due to'the buildup,of this instability. In
the case of a dense plasma, dissi;tative instability can develop as a rezalt of
collisional dissipation of energy:and can lead to a simila r instability. "The
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