A review is presented of the knowledge of point defects in pure metals. Data are tabulated for vacancies and divacancies in fcc metals, and for defects in bcc metals. Production of Frenkel defects by irradiation is also discussed; data are tabulated for both fcc and bcc metals. Questions that need answering are posed. (16 references). (DLC
Methods of evaluating elastic dipole tensors and diaelastic polarizabilities of point defects in met...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
The interactions between point and extended defects in b.c.c. metals have been studied using real sp...
The International Conference on Vacancies and Interstitials in Metals,Jülich 1968, has been organize...
The International Conference on Vacancies and Interstitials in Metals,Jülich 1968, has been organize...
Progress was made in the following areas: FIM (field ion microscopy) studies of defects in W irradia...
Results of research activities are presented on electron irradiation softening in pure Fe, effects o...
This study investigates the evolution of radiation damage in three metals in the low temperature and...
Recent molecular dynamics and transmission electron microscopy results on irradiated metallic materi...
L’étude des défauts ponctuels (lacunes, impuretés) et des complexes (cavités, joints de grains, etc....
A review of radiation damage experiments on the bcc metals shows that differences in the crystallogr...
Expérimental proofs of the création of point defects in metals by work-hardening are briefly listed,...
A review of data and information on radiation damage in nonmetallic solids is presented. Discussions...
The major research effort was on iron. The recovery of the electron irradiation effect was studied i...
Positron annihilation has now become a much-used technique for the study of defects in solids, parti...
Methods of evaluating elastic dipole tensors and diaelastic polarizabilities of point defects in met...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
The interactions between point and extended defects in b.c.c. metals have been studied using real sp...
The International Conference on Vacancies and Interstitials in Metals,Jülich 1968, has been organize...
The International Conference on Vacancies and Interstitials in Metals,Jülich 1968, has been organize...
Progress was made in the following areas: FIM (field ion microscopy) studies of defects in W irradia...
Results of research activities are presented on electron irradiation softening in pure Fe, effects o...
This study investigates the evolution of radiation damage in three metals in the low temperature and...
Recent molecular dynamics and transmission electron microscopy results on irradiated metallic materi...
L’étude des défauts ponctuels (lacunes, impuretés) et des complexes (cavités, joints de grains, etc....
A review of radiation damage experiments on the bcc metals shows that differences in the crystallogr...
Expérimental proofs of the création of point defects in metals by work-hardening are briefly listed,...
A review of data and information on radiation damage in nonmetallic solids is presented. Discussions...
The major research effort was on iron. The recovery of the electron irradiation effect was studied i...
Positron annihilation has now become a much-used technique for the study of defects in solids, parti...
Methods of evaluating elastic dipole tensors and diaelastic polarizabilities of point defects in met...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
The interactions between point and extended defects in b.c.c. metals have been studied using real sp...
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