In this post, we will see the book High Frequency Properties Of Plasma

by K. D. Sinel’nikov ( Ed.).

# About the book

These articles present the results derived from theoretical and experimental investigations of high frequency plasma properties: the methods of high fre quency plasma heating, propagation of electromagnetic

waves in a magnetoactive plasma, thermal radiation of

a plasma, and development of instabilities when employing high frequency methods of plasma heating. A description is provided of experimental equipment developed for high frequency heating and containment of a plasma.

This collection is designed for scientific researchers and engineers dealing with the problems of a plasma and its technical application, as well as for students and graduate students in the physics departments of universities and physical-technical institutes.

The book was translated from Russian by was published in 1965 by NASA Technical Translations.

Translation of “*Vysokochastotnyye Svoystva Plazmy*.” Academy of Sciences, Ukrainian SSR, Izdatel’stvo “Naukova Dumka,” Kiev, 1965.

You can get the book here.

Original scan by NASA Technical Translation.

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# Contents

SECTION I: HIGH FREQUENCY PLASMA HEATING 1

INVESTIGATION OF THE ENERGY OF CHARGED PARTICLES EMANATING FROM A MAGNETIC TRAP DURING HIGH FREQUENCY HEATING N. I. Nazarov, A. I. Yermakov, V. T. Tolok 1

MEASUREMENT OF THE PERPENDICULAR ENERGY COMPONENT AND THE PLASMA DECAY TIME DURING HIGH FREQUENCY HEATING N. I. Nazarov, A. I. Yermakov, V. T. Tolok 6

HIGH FREQUENCY ENERGY ABSORPTION BY A PLASMA IN ION CYCLOTRON RESONANCE IN STRONG, HIGH FREQUENCY FIELDS V. V. Chechkin, M. P. Vasii’yev, L. I. Grigor’yeva, B. I. Smerdov. 11

INVESTIGATION OF CONDITIONS PRODUCING A DENSE PLASMA IN A METALLIC CHAMBER AND ITS HIGH FREQUENCY HEATING O. M. Shvets, S. S. Ovchinnikov, V. P. Tarasenko, L. V. Brzhechko, 0. S. Pavlichenko, V. T. Tolok 22

HIGH FREQUENCY PLASMA HEATING K. N. Stepanov 33

DIELECTRIC CONSTANT OF A PLASMA IN A DIRECT PINCH MAGNETIC FIELD AND IN A DIRECT HELICAL MAGNETIC FIELD V. F. Aleksin, V. I. Yashin 55

SECTION II: LINEAR PLASMA OSCILLATIONS 64

KINETIC THEORY OF ELECTROMAGNETIC WAVES IN A CONFINED PLASMA A. N. Kondratenko 64

KINETIC THEORY OF A SURFACE WAVE IN A PLASMA WAVE GUIDE M. F. Gorbatenko, V. I. Kurilko 75

SINGULARITIES OF AN ELECTROMAGNETIC FIELD IN A NONUNIFORM, MAGNETOACTIVE PLASMA V. V. Dolgopolov 80

EXCITATION OF A MAGNETOHYDRODYNAMIC WAVE GUIDE IN A COAXIAL LINE S. S. Kalmykova, V. I. Kurilko 89

THEORY OF MAGNETOHYDRODYNAMIC WAVE SCATTERING AT THE END OF A WAVE GUIDE V. I. Kurilko 91

DETERMINATION OF PLASMA TEMPERATURE AND DENSITY DISTRIBUTION BY REFRACTION AND DAMPING OF A BEAM V. L. Sizonenko, K. N. Stepanov. 100

SECTION III: PLASMA NONLINEAR OSCILLATIONS AND WAVE INTERACTION 110

EXCHANGE OF ENERGY BETWEEN HIGH FREQUENCY AND LOW FREQUENCY OSCILLATIONS IN A PLASMA V. D. Fedorchenko, V. I. Muratov, B. N. Rutkevich 110

DISSIPATION OF PLASMA OSCILLATIONS EXCITED IN A CURRENT- CARRYING PLASMA Ye. A. Sukhomlin, V. A. Suprunenko, N. I. Reva, V. T. Tolok. 119

DAMPING OF INITIAL PERTURBATION AND STEADY FLUCTUATIONS IN A COLLISIONLESS PLASMA A. I. Akhiyezer, I. A. Akhiyezer, R. V. Polovin. 127

CHARGED PARTICLE INTERACTION WITH A TURBULENT PLASMA I. A. Akhiyezer 133

THEORY OF NONLINEAR MOTIONS OF A NONEQUILIBRIUM PLASMA I. A. Akhiyezer 136

NONLINEAR PROCESSES IN A UNIFORM AND ONE-COMPONENT PLASMA N. A. Khizhnyak, A. M. Korsunskiy 143

INDUCED SCATTERING OF LANGMUIR OSCILLATIONS IN A PLASMA LOCATED IN A STRONG MAGNETIC FIELD

V. D. Shapiro, V. I. Shevchenko 151

NONLINEAR THEORY OF LOW FREQUENCY OSCILLATIONS EXCITED BY AN ION BUNDLE IN A PLASMA D. G. Lominadze, V. I. Shevchenko 159

NONLINEAR PHENOMENA IN A PLASMA WAVE GUIDE (ION CYCLOTRON RESONANCE AT A DIFFERENCE FREQUENCY) B. I. Ivanov. 172

SECTION IV: EXCITATION OF PLASMA OSCILLATIONS 180

RADIATION OF ELECTRONS IN THE PLASMA-MAGNETIC FIELD BOUNDARY LAYER V. V. Dolgopolov, V. I. Pakhomov, K. N. Stepanov 180

RADIATION OF LOW FREQUENCY WAVES BY IONS AND ELECTRONS OF A NON-ISOTHERMIC MAGNETOACTIVE PLASMA V. I. Pakhomov 183

BRAKING OF RELATIVISTIC PARTICLES IN LOW ATMOSPHERIC LAYERS V. B. Krasovitskiy, V. I. Kurilko 199

EXCITATION OF WAVES IN A CONFINED PLASMA BY MODULATED CURRENTS A. N. Kondratenko 203

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