Medis 's fuel cell , however , is based on sodium borohydride , which is simpler and cheaper .

而medis的燃料电池则是基于硼氢化钠，这要简单和便宜得多。

So it was wide to discuss for scientist about sodium borohydride applying fuel cell chemical research of hydrogen .

故硼氢化钠应用於燃料电池化学氢之研究，一直广为科学家所探讨。

But so far the rules do not allow the use of borohydride fuel cells , such as the medis design .

不过，规则不允许使用像medis公司设计的那类硼氢化钠燃料电池。

A hydrogen generation system for fuel cells by using hydrolysis of sodium borohydride ( nabh4 ) was designed , including the sodium borohydride hydrogen generation plant and its control system .

设计了一种基于硼氢化钠水解制氢技术的燃料电池供氢系统，包括硼氢化钠制氢装置及其控制系统。

The sodium borohydride turn into important chemistry and store one of the hydrogen materials , it stores hydrogen efficiency and transform hydrogen extremely high , and can improve it and turn into hydrogen efficiency with the catalyst catalysis .

硼氢化钠为重要之化学储氢材料之一，其储氢效率与转化氢效率极高，且可藉由触媒催化提升其生成氢气效率。