Seminar i Fuel celled Center 金属氢化物储氢特点 反应可逆M+x/2H 二MH.+△H abs ◆氢以原子形式储存,固态储氢,安全可靠 较高的储氢体积密度 2021/2/21
Fuel Cell R&D Center Seminar I 2021/2/21 11 金属氢化物储氢特点 反应可逆 氢以原子形式储存，固态储氢，安全可靠 较高的储氢体积密度 Abs. Des. M + x/2H2 MHx + ∆H
Seminar i Fuel celled Center Position for H occupied at hsm ydrogen on Hydrogen on Tetrahedral Sites Octahedral sites 2021/2/21
Fuel Cell R&D Center Seminar I 2021/2/21 12 Position for H occupied at HSM Hydrogen on Tetrahedral Sites Hydrogen on Octahedral Sites