Content:
Front Matter, Page 3
Copyright, Page 4
PREFACE, Pages 5-6
CHAPTER 1 - INTRODUCTION, Pages 11-14
CHAPTER 2 - BASIC IDEAS OF MEAN-FIELD ELECTRODYNAMICS, Pages 15-18
CHAPTER 3 - ELEMENTARY TREATMENT OF A SIMPLE EXAMPLE, Pages 19-44
CHAPTER 4 - GENERAL METHODS FOR A CALCULATION OF THE TURBULENT ELECTROMOTIVE FORCE, Pages 45-59
CHAPTER 5 - TWO-SCALE TURBULENCE, Pages 60-70
CHAPTER 6 - HOMOGENEOUS TURBULENCE, Pages 71-80
CHAPTER 7 - MEAN-FIELD ELECTRODYNAMICS FOR HOMOGENEOUS TURBULENCE IN THE CASE OF VANISHING MEAN FLOW, Pages 81-106
CHAPTER 8 - THE TURBULENT ELECTROMOTIVE FORCE IN THE CASE OF NON-VANISHING MEAN FLOW, Pages 107-118
CHAPTER 9 - THE TURBULENT ELECTROMOTIVE FORCE IN THE CASE OF ROTATIONAL MEAN MOTION, Pages 119-131
CHAPTER 10 - ON THE BACK-REACTION OF THE MAGNETIC FIELD ON THE MOTIONS, Pages 132-143
CHAPTER 11 - THE DYNAMO PROBLEM OF MAGNETOHYDRODYNAMICS, Pages 144-155
CHAPTER 12 - FUNDAMENTALS OF THE THEORY OF THE TURBULENT DYNAMO, Pages 156-161
CHAPTER 13 - TOROIDAL AND POLOIDAL VECTOR FIELDS, Pages 162-170
CHAPTER 14 - A SIMPLE MODEL OF AN Ξ±-EFFECT DYNAMO, Pages 171-186
CHAPTER 15 - SPHERICAL MODELS OF TURBULENT DYNAMOS AS SUGGESTED BY COSMICAL BODIES. GENERAL ASPECTS, Pages 187-214
CHAPTER 16 - SPHERICAL MODELS OF TURBULENT DYNAMOS AS SUGGESTED BY COSMICAL BODIES. RESULTS OF COMPUTATIONS, Pages 215-239
CHAPTER 17 - APPLICATIONS TO COSMICAL OBJECTS, Pages 240-253
BIBLIOGRAPHY, Pages 254-269
INDEX, Pages 270-271