M Nakane

TL;DR: The hydrogen absorption and desorption characteristics of mischmetal (Mm)-nickel-aluminum alloys were investigated in this paper, where the same hexagonal structure as LaNi5 and MmNi5 was found to react readily with hydrogen to form the hydrides MnNi4.5Al0.75 Al0.5A10.

TL;DR: In this paper, the authors studied the hydrogen absorption-desorption characteristics of ternary alloys such as Mm1−x AxNi5 (A  Ca, Ti; x = 0.05− 0.75), MmNi5−yBy (B ǫ, Co, Cr, Mn, V, V; x= 0.1−0.75).

TL;DR: The hydrogen absorption and desorption characteristics of misch metal-nickel-silicon alloys were investigated in this article, where the same hexagonal structure as LaNi5 and MmNi5 was used to form the hydrides MmNis5−ySiy.

TL;DR: In this paper, the hydrogen absorption and desorption characteristics of mischmetal (Mm)-Ni-Cr-Mn alloys were investigated, and the hydrides of MmNi4.5Cr 0.46Mn 0.04 and Mm Ni4.25Mn0.25 have properties which make them suitable as stationary hydrogen storage materials.

TL;DR: In this article, the hydrogen absorption and desorption characteristics of Ti-Co-Fe alloys were investigated and it was shown that the dissociation pressures of these hydrides are dependent on the iron content and the value of log P H 2 increases gradually with increasing x.