Art

J-GLOBAL ID：201302215966734010   Reference number：13A0832482

Vanadium alloy membranes for high hydrogen permeability and suppressed hydrogen embrittlement

高水素透過性及び抑制水素脆化用バナジウム合金膜

Author (5)： KIM Kwang Hee (Functional Materials Group, Material Res. Center, Samsung Advanced Inst. of Technol., Samsung Electronics Co., San ...) ,  PARK Hyeon Cheol (Functional Materials Group, Material Res. Center, Samsung Advanced Inst. of Technol., Samsung Electronics Co., San ...) ,  LEE Jaeho (Functional Materials Group, Material Res. Center, Samsung Advanced Inst. of Technol., Samsung Electronics Co., San ...) ,  CHO Eunseog (Functional Materials Group, Material Res. Center, Samsung Advanced Inst. of Technol., Samsung Electronics Co., San ...) ,  LEE Sang Mock (Functional Materials Group, Material Res. Center, Samsung Advanced Inst. of Technol., Samsung Electronics Co., San ...)
Material： Scripta Materialia  (Scr Mater)
Volume： 68  Issue： 11  Page： 905-908  Publication year： Jun. 2013 
JST Material Number： B0915A  ISSN： 1359-6462  Document type： Article
Article type： 短報  Country of issue： United Kingdom (GBR)  Language： ENGLISH (EN)

Thesaurus term： *vanadium base alloy ,  iron additive alloy ,  aluminum additive alloy ,  ternary alloy ,  *gas permeability ,  *hydrogen brittleness ,  *selective transmission membrane ,  diffusion ,  dependence ,  hardness ,  temperature dependence ,  solid solubility ,  lattice constant ,  micro structure ,  hydrogen ,  property ,  membrane permeability
Semi thesaurus term： *hydrogen permeability ,  composition dependency ,  hydrogen diffusion ,  membrane permeability

JST classification (4)： Metallic thin films  (BK14030T) ,  Diffusion in metals  (BL06022C) ,  Mechanical properties  (WB02030U) ,  Other physical and mechanical properties  (WB02040F)

Terms in the title (3)： 水素透過性 ,  水素脆化 ,  バナジウム合金