Editor in chief......Page 1
Section editors......Page 2
Copyright......Page 3
Editors biographies......Page 4
Preface......Page 6
References......Page 256
Permission Acknowledgments......Page 10
1.01.9 Conclusions and Outlook......Page 14
1.01.1 Introduction......Page 15
1.01.2 The Displacement Energy......Page 16
1.01.3.1 Vacancy Formation......Page 18
A2 The Isotropic, Elastic Sphere with a Defect at Its Center......Page 51
1.03 Radiation-Induced Effects on Microstructure......Page 54
B5 Multipole Tensors for a Plate-Like Inclusion......Page 56
References......Page 57
Acknowledgments......Page 105
1.04 Effect of Radiation on Strength and Ductility ofMetals and Alloys......Page 111
1.04.8.1 Tensile Behavior......Page 128
1.04.8.2 Helium Effects......Page 130
1.05 Radiation-Induced Effects on Material Properties ofCeramics (Mechanical and Dimensional)......Page 135
1.11 Primary Radiation Damage Formation......Page 152
1.08.5.2.1 Bulk electronic structure......Page 252
1.08.5.2.3 Oxygen clusters......Page 253
1.08.6 Conclusion......Page 254
1.13 Radiation Damage Theory......Page 340
1.14 Kinetic Monte Carlo Simulations of Irradiation Effects......Page 399
1.16 Dislocation Dynamics......Page 417
1.17 Computational Thermodynamics: Application toNuclear Materials......Page 460
1.18 Radiation-Induced Segregation......Page 476