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钒是一种能在常温常压下吸氢和分解氢的元素,而V-Ti-Cr合金则是一种很有前途的储氢合金,这种合金是以体心立方结构(bcc)的固溶体为基。日本京都大学能源科学技术部用钙共还原法从氧化物中直接合成了V-Ti(70%V-30%Ti)合金粉末以便用于制取V-Ti-Cr储氢合金。实验用高纯度(99%)亚
Vanadium is an element that absorbs hydrogen and decomposes hydrogen at room temperature and pressure, and V-Ti-Cr alloy is a promising hydrogen storage alloy based on bcc Solid solution based. V-Ti (70% V-30% Ti) alloy powders were directly synthesized from oxides by calcium co-reduction method from Kyoto University’s Department of Energy Science and Technology for the preparation of V-Ti-Cr hydrogen storage alloys. Experiment with high purity (99%) Asia