Heating in Toroidal Plasmas
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Heating in Toroidal Plasmas

Proceedings of the Symposium Held at the Centre d'Etudes Nucléaires, Grenoble, France, 3-7 July 1978

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eBook - PDF

Heating in Toroidal Plasmas

Proceedings of the Symposium Held at the Centre d'Etudes Nucléaires, Grenoble, France, 3-7 July 1978

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Table of contents
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About This Book

Heating in Toroidal Plasmas, Volume 1 documents the proceedings of the symposium held at the Centre d'Etudes Nucléaires, Grenoble, France, on July 3-7, 1978. This volume compiles 52 articles that are thematically grouped in this publication. The first two sets of papers focus on the general theory and topics on neutral beam injection. The subsequent group of papers studies heating at ion cyclotron- and lower frequencies. A bulk of papers compiled in this volume examines lower hybrid resonance heating. The remaining set of papers is devoted to electron cyclotron heating. This volume will be invaluable to physics students and others interested in studying plasma, specifically the method of heating in toroidal plasmas.

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Information

Publisher
Pergamon
Year
2016
ISBN
9781483182087
Topic
Biological Sciences
Subtopic
Botany
Index
Biological Sciences

Table of contents

  1. Front Cover
  2. Heating in Toroidal Plasmas
  3. Copyright Page
  4. Table of Contents
  5. PREFACE
  6. Chapter 1. IMPLICATIONS OF THEORETICAL SCALING LAWS
  7. Chapter 2. On the use of duality and complex vectorial space for the orthonormal decomposition of the electromagnetic field in anisotropic media
  8. Chapter 3. The Topology of Tokamak Orbits
  9. Chapter 4. FOKKER-PLANCK/TRANSPORT ANALYSES OF FUSION PLASMAS IN CONTEMPORARY BEAM-DRIVEN TOKAMAKS
  10. Chapter 5. EVOLUTION OF NEUTRAL-BEAM-DRIVEN CURRENT IN TOKAMAK PLASMAS
  11. Chapter 6. FUSION-NEUTRON PRODUCTION IN DEUTERIUM-BEAM-HEATED PLASMAS IN THE PRINCETON LARGE TOKAMAK
  12. Chapter 7. Behaviour of Fast Ions in a Large Tokamak Plasma during NBI Heating
  13. Chapter 8. OBSERVATION OF BEAM-INDUCED CURRENTS IN A TOROIDAL PLASMA
  14. Chapter 9. Neutral Injection Heating of Cleo Stellarator - Theory and Experiment
  15. Chapter 10.INJECTION-DOMINATED TOKAMAK EXPERIMENTS AT ORNL
  16. Chapter 11. Neutral Beam Injection in JIPP T-II Device
  17. Chapter 12. NEUTRAL INJECTION PARAMETERS FOR TEXTOR AND BEAM LINE DESIGN CONSIDERATIONS
  18. Chapter 13. PLT AND ISX NEUTRAL BEAM INJECTORS
  19. Chapter 14. THE DEVELOPMENT OF A PERIPHERAL ELECTROSTATIC ENERGY RECOVERY SYSTEM FOR NEUTRAL BEAM INJECTORS
  20. Chapter 15. DEVELOPMENT OF LARGE VOLUME MAGNETIC MULTIPOLE ION SOURCES
  21. Chapter 16. The DITE Phase II Neutral Injection System
  22. Chapter 17. ELECTRODE POWER LOADING IN HIGH CURRENT ION SOURCES
  23. Chapter 18. Neutral Beam Injection in JIPP T-II Device
  24. Chapter 19.NEUTRAL INJECTION PARAMETERS FOR TEXTOR AND BEAM LINE DESIGN CONSIDERATIONS
  25. Chapter 19. PLT AND ISX NEUTRAL BEAM INJECTORS
  26. Chapter 20. THE DEVELOPMENT OF A PERIPHERAL ELECTROSTATIC ENERGY RECOVERY SYSTEM FOR NEUTRAL BEAM INJECTORS
  27. Chapter 21. DEVELOPMENT OF LARGE VOLUME MAGNETIC MULTIPOLE ION SOURCES
  28. Chapter 22. The DITE Phase II Neutral Injection System
  29. Chapter 23. ELECTRODE POWER LOADING IN HIGH CURRENT ION SOURCES
  30. Chapter 24. HEATING OF A TOROIDAL PLASMA BY SKIN CURRENT
  31. Chapter 25. LOW FREQUENCY PARAMETRIC PROCESSES IN MAGNETICALLY CONFINED PLASMAS
  32. Chapter 26. Shear Alfven Wave Heating Experiments in Heliotron D
  33. Chapter 27. ON THE LIMITATION OF RF FIELDS BY ALFVEN'S CRITICAL IONIZATION VELOCITY PHENOMENON
  34. Chapter 28. NONLINEAR PROCESSES OF THE ALFVEN WAVE HEATING
  35. Chapter 29. FAST WAVE HEATING VIA MODE CONVERSION AND ICRF SCALING TO REACTOR SIZE
  36. Chapter 30. ICRF HEATING OF A TOKAMAK IN A PROTON-DEUTERON MIXTURE
  37. Chapter 31. MAGNETOSONIC RESONANCE HEATING IN THE ERASMUS TOKAMAK
  38. Chapter 32. Ion Cyclotron Heating by Azimuthally Rotating RF Fields
  39. Chapter 33. Lower Hybrid Wave Heating in JIPP T-II
  40. Chapter 34. LOWER HYBRID WAVE HEATING IN DOUBLET IIA
  41. Chapter 35. Basic Experiment at LHR Frequency Range in Octopole Tokamak
  42. Chapter 36. PARAMETRIC INSTABILITIES IN WEAKLY-INHOMOGENEOUS HOT PLASMAS
  43. Chapter 37. ANTENNA IMPEDANCE IN THE LOWER HYBRID REGION
  44. Chapter 38. FILAMENTATION AND SPATIAL ATTENUATION OF THE LOWER-HYBRID WAVES IN TOKAMAKS
  45. Chapter 39. TERING MODE INSTABILITIES AND THEIR SUPPRESSION BY LOWER HYBRID FIELDS
  46. Chapter 40. IMPURITY RADIATION DURING RF HEATING IN ATC
  47. Chapter 41. Steady-state Tokamak Reactors with RF-Driven Currents
  48. Chapter 42. RAY TRAJECTORY AND ION ABSORPTION OF LH WAVES IN A TOKAMAK
  49. Chapter 43. LOWER HYBRID WAVE PROPAGATION AND PARAMETRIC DECAY IN THE WEGA TOKAMAK
  50. Chapter 44. EFFECT OF THE SLOW-FAST MODE CONVERSION ON THE LOWER HYBRID SLOW MODE EXCITATION a )
  51. Chapter 45. A THEORETICAL STUDY OF MICROWAVE HEATING IN ELMO BUMPY TORUS
  52. Chapter 46. Wave Trajectory and Electron Cyclotron Heating in Toroidal Plasmas
  53. Chapter 47. WAVE HEATING OF TOROIDAL PLASMAS AT ELECTRON CYCLOTRON HARMONICS
  54. Chapter 48. CONSIDERATIONS IN THE DESIGN OF A 50 GHz GYROTRON
  55. Chapter 49. SOME SPACE CHARGE PHENOMENA IN GYROTRONS
  56. Chapter 50. ORDINARY AND EXTRAORDINARY MODE IN AN INHOMOGENEOUS PLASMA IN THE PRESENCE OF ELECTRON RUNAW
  57. Chapter 51. RF PREIONIZATION IN TOKAMAK THOR: EFFECT OF SUB-HARMONICS OF Ω ON THE ABSORPTION OF THE WAVE
  58. Chapter 52. NONLINEAR DISSIPATION OP A FINITE BANDWIDTH RADIATION IN PLASMA NEAR ELECTRON CYCLOTRON HARMONIC RESONANCES
  59. AUTHER INDEX