Effect of Plastic Deformation on the Low Temperature Recovery after Neutron Irradiation
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概要
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The effect of deformation before and after fast neutron irradiation at about5 K on the recovery spectra of Ag, Ni and Pt is studied by means of measurementsof the residual resistivity. An amount of the stage I recovery is reduced by about5N8 % by deformation of pre-irradiated specimcn when an amount of the defor-nation is only 2--?3 '% in the surface shear strain in twisting. The amount of thereduction in stage I is comparable to the amount of an enhancement of therecovery above the stage II. [11 PI, overlapping on this effect, about 2O'3 of thestage I defects shift to a little higher temperature in their a?tnealing. This lattereffect is also observed on Pi when the deformation is made before irradiation. The present results, together with the previous results on Cu, AN and Au,are discussed in relation with the existing models for the recovery of radiationinduced point defects.
- 社団法人日本物理学会の論文
- 1978-04-15
著者
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Okuda Shigeo
Japan Atomic Energy Research Institute
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Okuda Shigeo
Japan Atomic Energy Research Institute:institute Of Materials Science University Of Tsukuba
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Takamura Saburo
Japan Atomic Energy Research Institue
関連論文
- c-Axis Spacing Changes in Pyrolytic Graphite after Neutron Irradiation at 5 K
- Recovery of Fast Neutron Irradiated Iron at Low Temperatures
- Recovery of Fast Neutron Irradiated Copper and Gold at Low-Temperatures
- Recovery of Fast Neutron Irradiated Molybdenum at Low-Temperature
- Electrical Resistivity Measurements of Vanadium and Iron Deformed at 4.2°K
- Recovery of Fast Neutron Irradiated Niobium and Vanadium at Low Temperature
- Recovery of Low-Temperature Fast Neutron Irradiated Tungsten
- Recovery of Low-Temperature Fast Neutron Irradiated Tungsten
- Electrical Resistivity Measurements of Deformed Metals after Low Temperature Neutron Irradiation
- Effect of Plastic Deformation on the Low Temperature Recovery after Neutron Irradiation
- Electrical Resistivity Measurements of F.C.C. Metals Deformed at 4.2°K