Formation of Large Blisters on Rolled Mo Surface Bombarded with Hydrogen Ions
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概要
- 論文の詳細を見る
Relatively large blisters were observed on the surface of rolled plates of polycrystalline molybdenum bombarded with hydrogen ions at energies of 160 eV or greater. Some blisters have a skin thickness about 2 orders of magnitude larger than the projected range of implanted ions, thus being distinguished from those of usual radiation blistering. The formation of such large blisters depends on the texture of the metal specimen, and may be attributed to the high pressure gas produced by the recombination of hydrogen atoms at the site of the defects originating in the fabrication of the specimen.
- 社団法人応用物理学会の論文
- 1980-05-05
著者
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Okuda Shuichi
Department Of Nuclear Engineering Faculty Of Engineering Osaka University
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Okuda Shuichi
Department Of Nuclear Engineering Faculty Of Engineering Osaka University:(present Address)radiation
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IMOTO Shosuke
Department of Nuclear Engineering, Osaka University
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Imoto Shosuke
Department Of Nuclear Engineering Faculty Of Engineering Osaka University
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Imoto Shosuke
Department Of Nuclear Engineering Faculty Of Engineering
関連論文
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- Formation of Large Blisters on Rolled Mo Surface Bombarded with Hydrogen Ions
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- Hartree-Fock-Slater Model Cluster Calculations. : I. Transition Metal Surface Clusters
- Hartree-Fock-Slater Model Calculations for Pd Clusters
- Molecular Cluster Calculation for Hydrogen Chemisorption on Ni(100) Surface
- Surface Erosion of Molybdenum by Hydrogen Ion Bombardment
- Depth Profiles of Implanted H and He in Metal Mo Determined with Backscattered Protons
- Cluster Model for Electronic Structure and Bonding Mechanism of Interstitial Hydrogen in Iron Series Transition Metals
- Discrete Variational X_a Cluster Calculations of Electronic Structure for Uranium Compounds
- Surface Erosion of Metal Molybdenum Bombarded with Energetic Hydrogen or Helium Ions
- Hydrogen Permeation through Incoloy-800
- Magnetic-superexchange interactions of uranium(IV) chloride-addition complexes with amides. I.
- Ultraviolet and Infrared Spectra of Cupferron and Neocupferron
- Neutron diffraction studies of NaUO3.
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- Hydrolysis of Uranium Nitrides
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- Antiferromagnetic transition of uranium trichloride.