Theory of photon acceleration (plasma) (IOP 2000)

Free Download

Authors:

Edition: 1

Series: Series in Plasma Physics

ISBN: 0750307110, 9780750307116

Size: 997 kB (1021019 bytes)

Pages: 232/232

File format:

Language:

Publishing Year:

Category: Tags: ,

J.T Mendonca0750307110, 9780750307116

SYNOPSISThe book describes a theory which has dominated the recent theoretical plasma physics area for the last 5-10 years and has found application in all subjects where waves in continuous media are studied – plasma physics, astrophysics and optics. The general theory presented here allows fluid, kinetic, quantum and classical electrodynamical approaches to be formulated and examples are drawn from plasma physics, cosmology, fibre optics, mathematical physics, particle accelerator physics and radiation physics.This general theory will provide a new modern understanding of photon interaction with matter for years to come, and is here presented by one of the major players in its development in a clear format which will make it accessible to a wide variety of researchers. FROM THE CRITICSBooknewsThe theory of photon acceleration has found application in subjects where waves in continuous media are studied, such as plasma physics, astrophysics, and nonlinear optics. Mendonca (physics, Instituto Superior Tecnico, Lisbon) presents a description of this theory and related new concepts such as the effective photon mass and the equivalent photon charge or the photon Landau damping. Four different theoretical approaches to photon acceleration are considered: single photon trajectories, photon kinetic theory, classical full wave models, and quantum theory. The concepts of time reflection and time refraction also are introduced. Annotation c. Book News, Inc., Portland, OR (booknews.com)

Table of contents :
menbook.tex……Page 1
page 2……Page 2
page 3……Page 3
page 4……Page 4
page 5……Page 5
page 6……Page 6
page 7……Page 7
page 8……Page 8
page 9……Page 9
page 10……Page 10
page 11……Page 11
menbook.tex……Page 12
page 2……Page 13
page 3……Page 14
page 4……Page 15
page 5……Page 16
page 6……Page 17
page 7……Page 18
menbook.tex……Page 19
page 2……Page 20
page 3……Page 21
page 4……Page 22
page 5……Page 23
page 6……Page 24
page 7……Page 25
page 8……Page 26
page 9……Page 27
page 10……Page 28
page 11……Page 29
page 12……Page 30
page 13……Page 31
page 14……Page 32
page 15……Page 33
page 16……Page 34
page 17……Page 35
page 18……Page 36
page 19……Page 37
page 20……Page 38
page 21……Page 39
page 22……Page 40
page 23……Page 41
menbook.tex……Page 42
page 2……Page 43
page 3……Page 44
page 4……Page 45
page 5……Page 46
page 6……Page 47
page 7……Page 48
page 8……Page 49
page 9……Page 50
page 10……Page 51
page 11……Page 52
page 12……Page 53
page 13……Page 54
page 14……Page 55
page 15……Page 56
page 16……Page 57
page 17……Page 58
page 18……Page 59
page 19……Page 60
page 20……Page 61
page 21……Page 62
page 22……Page 63
page 23……Page 64
page 24……Page 65
page 25……Page 66
page 26……Page 67
page 27……Page 68
page 28……Page 69
page 29……Page 70
page 30……Page 71
page 31……Page 72
page 32……Page 73
page 33……Page 74
page 34……Page 75
page 35……Page 76
page 36……Page 77
menbook.tex……Page 78
page 2……Page 79
page 3……Page 80
page 4……Page 81
page 5……Page 82
page 6……Page 83
page 7……Page 84
page 8……Page 85
page 9……Page 86
page 10……Page 87
page 11……Page 88
page 12……Page 89
page 13……Page 90
page 14……Page 91
page 15……Page 92
page 16……Page 93
page 17……Page 94
page 18……Page 95
page 19……Page 96
page 20……Page 97
page 21……Page 98
page 22……Page 99
page 23……Page 100
page 24……Page 101
page 25……Page 102
page 26……Page 103
page 27……Page 104
page 28……Page 105
page 29……Page 106
page 30……Page 107
menbook.tex……Page 108
page 2……Page 109
page 3……Page 110
page 4……Page 111
page 5……Page 112
page 6……Page 113
page 7……Page 114
page 8……Page 115
page 9……Page 116
page 10……Page 117
page 11……Page 118
page 12……Page 119
page 13……Page 120
page 14……Page 121
page 15……Page 122
page 16……Page 123
page 17……Page 124
page 18……Page 125
page 19……Page 126
page 20……Page 127
page 21……Page 128
page 22……Page 129
page 23……Page 130
page 24……Page 131
page 25……Page 132
page 26……Page 133
menbook.tex……Page 134
page 2……Page 135
page 3……Page 136
page 4……Page 137
page 5……Page 138
page 6……Page 139
page 7……Page 140
page 8……Page 141
page 9……Page 142
page 10……Page 143
page 11……Page 144
page 12……Page 145
page 13……Page 146
page 14……Page 147
page 15……Page 148
page 16……Page 149
page 17……Page 150
menbook.tex……Page 151
page 2……Page 152
page 3……Page 153
page 4……Page 154
page 5……Page 155
page 6……Page 156
page 7……Page 157
page 8……Page 158
page 9……Page 159
page 10……Page 160
page 11……Page 161
page 12……Page 162
page 13……Page 163
page 14……Page 164
page 15……Page 165
page 16……Page 166
page 17……Page 167
menbook.tex……Page 168
page 2……Page 169
page 3……Page 170
page 4……Page 171
page 5……Page 172
page 6……Page 173
page 7……Page 174
page 8……Page 175
page 9……Page 176
page 10……Page 177
page 11……Page 178
page 12……Page 179
page 13……Page 180
page 14……Page 181
page 15……Page 182
page 16……Page 183
page 17……Page 184
page 18……Page 185
page 19……Page 186
page 20……Page 187
menbook.tex……Page 188
page 2……Page 189
page 3……Page 190
page 4……Page 191
page 5……Page 192
page 6……Page 193
page 7……Page 194
page 8……Page 195
page 9……Page 196
page 10……Page 197
page 11……Page 198
page 12……Page 199
page 13……Page 200
page 14……Page 201
page 15……Page 202
page 16……Page 203
page 17……Page 204
page 18……Page 205
menbook.tex……Page 206
page 2……Page 207
page 3……Page 208
page 4……Page 209
page 5……Page 210
page 6……Page 211
page 7……Page 212
page 8……Page 213
menbook.tex……Page 214
page 2……Page 215
page 3……Page 216
page 4……Page 217
page 5……Page 218
page 6……Page 219
menbook.tex……Page 220
page 2……Page 221
page 3……Page 222
page 4……Page 223
page 5……Page 224
menbook.tex……Page 225
page 2……Page 226
page 3……Page 227
page 4……Page 228
page 5……Page 229
page 6……Page 230
page 7……Page 231
page 8……Page 232

Reviews

There are no reviews yet.

Be the first to review “Theory of photon acceleration (plasma) (IOP 2000)”
Shopping Cart
Scroll to Top