用阴极电荷以电化学方法储存氢是 G.Bronoel 等所进行的最近的研究专题。在一个不受压系统内在室温下使用5NKOH 介质时,他们观察到每克分子 LaNi_5具5H 的质量负载量——这比热力学平衡所预示的要高许多。作者应用在溶液百的介量发生的几种反应的不可逆性,来解释非平衡状态,在这种状态内氢被储留着。研究了化合物化学计,学的影响,钙、锶、 Electrochemical storage of hydrogen with cathodic charge is the most recent research topic by G. Bronoel et al. In a non-pressurized system using 5NKOH media at room temperature, they observed a mass loading of 5 H per molecule of LaNi 5 - which is much higher than the thermodynamic equilibrium predicts. The authors applied the irreversibility of several reactions that occurred in the medium of solution 100 to account for the non-equilibrium state in which hydrogen was stored. Studied the effects of chemical compounds, chemistry, calcium, strontium,