Effects of radiation damage by protons and neutrons in structural materials of spallation neutron sources are reviewed. Effects of atomic displacements. defect mobility and transmutation products, especially hydrogen and helium. on physical and mechanical properties are discussed. The most promising candidate materials (austenitic stainless steels, ferritic/martensitic steels and refractory alloys) are compared, and needed investigations are identified. (C) 2002 Elsevier Science B.V. All rights reserved
Spallation neutron sources expose materials to high energy (>100 MeV) proton and neutron spectra. Al...
A review of radiation effects in nuclear reactor materials has been made; the irradiation effects ha...
The development of accelerator-driven systems involving the production of spallation neutrons will r...
Accelerator-driven neutron technologies use spallation neutron sources (SNS`s) in which high-energy ...
Bombardment of a solid by nuclear radiation causes alterations in its physical properties. The damag...
Ferritic/martensitic steels were chosen as candidates for future fusion power plants because of thei...
The materials exposed to the most damaging radiation environments in an SNS (spallation neutron sour...
From topical conference on energy; Chicago, Illinois, USA (4 Feb 1974). Fuel, cladding, structural m...
This paper describes considerations for selection of structural and target materials for accelerator...
Radiation damage in target, container, and window materials for spallation neutron sources is am imp...
The lifetime of structural components of spallation targets (beam window, liquid metal container, re...
Low temperature irradiation embrittlement is one of the major criteria to determine the lifetime of ...
An evaluation of proton and neutron damage to aluminum, stainless steel, nickel alloys, and various ...
The 14-MeV neutrons produced in a fusion reactor result in different irradiation damage than the equ...
Neutron radiation effects on tensile, creep, fatigue, impact, and hardness properties of reactor mat...
Spallation neutron sources expose materials to high energy (>100 MeV) proton and neutron spectra. Al...
A review of radiation effects in nuclear reactor materials has been made; the irradiation effects ha...
The development of accelerator-driven systems involving the production of spallation neutrons will r...
Accelerator-driven neutron technologies use spallation neutron sources (SNS`s) in which high-energy ...
Bombardment of a solid by nuclear radiation causes alterations in its physical properties. The damag...
Ferritic/martensitic steels were chosen as candidates for future fusion power plants because of thei...
The materials exposed to the most damaging radiation environments in an SNS (spallation neutron sour...
From topical conference on energy; Chicago, Illinois, USA (4 Feb 1974). Fuel, cladding, structural m...
This paper describes considerations for selection of structural and target materials for accelerator...
Radiation damage in target, container, and window materials for spallation neutron sources is am imp...
The lifetime of structural components of spallation targets (beam window, liquid metal container, re...
Low temperature irradiation embrittlement is one of the major criteria to determine the lifetime of ...
An evaluation of proton and neutron damage to aluminum, stainless steel, nickel alloys, and various ...
The 14-MeV neutrons produced in a fusion reactor result in different irradiation damage than the equ...
Neutron radiation effects on tensile, creep, fatigue, impact, and hardness properties of reactor mat...
Spallation neutron sources expose materials to high energy (>100 MeV) proton and neutron spectra. Al...
A review of radiation effects in nuclear reactor materials has been made; the irradiation effects ha...
The development of accelerator-driven systems involving the production of spallation neutrons will r...