- Page 1 and 2: Lecture Notes in Physics Editorial
- Page 3 and 4: Heinrich Schwoerer Joseph Magill Bu
- Page 5: Preface The subject of this book is
- Page 9 and 10: Contents IX 6.2.2 Proton Beam Gener
- Page 11 and 12: Contents XI 11.10.1 Laser Fusion Po
- Page 13 and 14: List of Contributors Didier Besnard
- Page 15 and 16: 1 The Nuclear Era of Laser Interact
- Page 17 and 18: 1 New Milestones in the History of
- Page 19 and 20: 2 High-Intensity Laser-Matter Inter
- Page 21 and 22: 2 High-Intensity Laser-Matter Inter
- Page 23 and 24: 2 High-Intensity Laser-Matter Inter
- Page 25 and 26: 2 High-Intensity Laser-Matter Inter
- Page 27 and 28: lon 2 High-Intensity Laser-Matter I
- Page 29 and 30: 2 High-Intensity Laser-Matter Inter
- Page 31 and 32: 2 High-Intensity Laser-Matter Inter
- Page 33 and 34: Laser Plasma e 2 High-Intensity Las
- Page 35 and 36: 2 High-Intensity Laser-Matter Inter
- Page 37 and 38: 26 F. Ewald nowaday’s high-intens
- Page 39 and 40: 28 F. Ewald (1/0.01 MeV) en (MeV) F
- Page 41 and 42: 30 F. Ewald thin targets the deflec
- Page 43 and 44: 32 F. Ewald se (mbarn) (MeV) Fig. 3
- Page 45 and 46: 34 F. Ewald Photo-Induced Nuclear R
- Page 47 and 48: 36 F. Ewald corrected for the perce
- Page 49 and 50: 38 F. Ewald se (mbarn) en (MeV) Fig
- Page 51 and 52: 40 F. Ewald isotopes, such as 11 C,
- Page 53 and 54: 42 F. Ewald 7. T. Cowan, A. Hunt, T
- Page 55 and 56: 44 F. Ewald 48. G. McCall: J. Phys.
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4 POLARIS: An All Diode-Pumped Ultr
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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Ou (a.u.) Wa (nm) 4 POLARIS: Ultrah
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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4 POLARIS: Ultrahigh Peak Power Las
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5 The Megajoule Laser - A High-Ener
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5 The Megajoule Laser - A High-Ener
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5 The Megajoule Laser - A High-Ener
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5 The Megajoule Laser - A High-Ener
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5 The Megajoule Laser - A High-Ener
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5 The Megajoule Laser - A High-Ener
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82 V. Malka et al. on the targets t
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84 V. Malka et al. nonlinear plasma
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86 V. Malka et al. Number of electr
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88 V. Malka et al. standard acceler
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90 V. Malka et al. 8. J. Faure, Y.
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92 P. McKenna et al. This chapter i
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94 P. McKenna et al. 7.3 Typical Ex
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96 P. McKenna et al. Cross section
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98 P. McKenna et al. The spectra me
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100 P. McKenna et al. thin foils ir
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102 P. McKenna et al. to protons wa
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104 P. McKenna et al. neutron multi
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106 P. McKenna et al. References 1.
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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8 Pulsed Neutron Sources with Table
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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9 Laser Transmutation of Nuclear Ma
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Nuclear Materials Detection 9 Laser
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10 High-brightness γ-Ray Generatio
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Mirror 40 mm 10 High-brightness γ-
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10 High-brightness γ-Rays 151 stor
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10 High-brightness γ-Rays 153 is a
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10 High-brightness γ-Rays 155 10.3
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10 High-brightness γ-Rays 157 Fig.
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Electron Laser NaI detector Number
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By-pass: l/n Po Pb P L Laser η L S
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10 High-brightness γ-Rays 163 Fig.
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Single mode laser multi-super-cavit
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10 High-brightness γ-Rays 167 10.
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170 C.D. Bowman and J. Magill charg
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172 C.D. Bowman and J. Magill produ
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174 C.D. Bowman and J. Magill expen
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176 C.D. Bowman and J. Magill spent
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178 C.D. Bowman and J. Magill 11.5
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180 C.D. Bowman and J. Magill Fig.
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182 C.D. Bowman and J. Magill of ne
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184 C.D. Bowman and J. Magill produ
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186 C.D. Bowman and J. Magill • A
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188 C.D. Bowman and J. Magill 3. If
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12 High-Power Laser Production of P
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12 High-Power Laser Production of P
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Incident laser 12 High-Power Laser
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Cross section mb Number of proton(1
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12.5 Experimental Results 12.5.1 18
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12 High-Power Laser Production of P
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12 High-Power Laser Production of P
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208 F. Hannachi et al. the inverse
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210 F. Hannachi et al. intensity ra
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212 F. Hannachi et al. Fig. 13.3. N
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214 F. Hannachi et al. Fig. 13.5. P
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216 F. Hannachi et al. References 1
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218 T. Shizuma et al. photo-disinte
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220 T. Shizuma et al. good statisti
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222 T. Shizuma et al. photo-disinte
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224 T. Shizuma et al. [41]. The ene
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226 T. Shizuma et al. measurement f
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228 T. Shizuma et al. 15. H. Ohgaki
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15 Status of Neutron Imaging E.H. L
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Handbook of Chemistry and Physocs,
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Beamcatcher Detector Neutra Sample
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Table 15.1. Overview about neutron
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15 Status of Neutron Imaging 239 Fi
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15 Status of Neutron Imaging 241 Re
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15 Status of Neutron Imaging 243 Th
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15 Status of Neutron Imaging 245 Fi
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15 Status of Neutron Imaging 247 im
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15 Status of Neutron Imaging 249 8.
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252 Index fusion deuterium 38 GaAs-
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254 Index technetium-99 138 thermon