ABSORPTION OF HYDROGEN BY VANADIUM-TITANIUM ALLOYS

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概要

• 論文の詳細を見る

• The pressure-composition isotherms for V-Ti alloys containing titanium up to 30 at% were measured and the dependence of hydriding and dehydriding characteristics on titanium content was examined in relation to their structures. V-Ti alloys show great resistance to pulverization on hydriding and dehydriding cycles and titanium as an alloy partner gives advantageous modifications, i. e., easy 'activation', rapid absorption and desorption of hydrogen and a significant increase in the enthalpy change for the formation and decomposition of the dihydride phase, while the alloys exhibit large hysteresis and sloping plateau which could be ascribed to the inherent nature of vanadium and phase separation due to monotectoid reaction possibly existing at the vanadium-rich side of the phase diagram, respectively.

• 長崎大学の論文

著者

• KAGAWA Akio

  Department of Materials Science and Engineering, Nagasaki University

• Kagawa Akio

  Department Of Materials Science And Engineering Faculty Of Engineering Nagasaki Uniersity

関連論文

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• Protection of Crack Generation by Functionally Graded Layer at the Interface of Hard-facing Iron Alloys
• Mechanism of Crack Generation in Carbide Surface Layer of Laser-Clad Iron Alloys
• ABSORPTION OF HYDROGEN BY VANADIUM-TITANIUM ALLOYS
• Thermal Expansion Behavior of SiCP/Aluminum Alloy Composites Fabricated by a Low-Pressure Infiltration Process
• Pressure-Induced Transition from Graphite Eutectic to Carbide Eutectic in Iron-Carbon-Silicon Alloys

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