فولادهای فریتیک و مارتنزیتیک با کروم بالا برای کاربردهای هسته‌ای (مونوگرافی (انجمن آمریکایی آزمایش و مواد)، جلد ۳)

A detailed review of the development of the high-chromium ferritic/martensitic steels for exposure to the high-energy neutron environment of a fission or fusion reactor. Considerable information also addresses use of these materials independent of nuclear applications Foreword 4 Acknowledgments 5 Contents 6 Preface 7 Introduction 8 Development of High (7-12%) Chromium Martensitic Steels 12 Physical Metallurgy of High-Chromium Steels 35 Thermal Stability 46 Oxidation, Corrosion, and Compatibility 63 Hydrogen Isotope Effects 70 Joining 78 Irradiation Damage, Irradiation Facilities, Irradiation Testing 88 Dimensional Stability—Swelling 97 Interfacial Segregation and Precipitation During Irradiation 110 Irradiation Creep 120 Irradiation Effects on Tensile Behavior 129 Elevated-Temperature Helium Embrittlement 142 Irradiation Effects on Impact Properties 146 Fracture Toughness 174 Fatigue and Fatigue Crack Growth 184 Recovery (Annealing) of Radiation Damage 212 Summary: Past, Present, and Future 215 Subject Index 223