金属氢化物储氢材料的传热特性是其大规模商业应用的瓶颈之一,为获得LaNiAl储氢材料导热特性,采用稳态法研究了温度、氢气压力、吸氢容量(H/M)和加热功率等条件对LaNiAl储氢性能和导热性能的影响。研究结果表明,温度、氢气压力对LaNiAl材料有效热导率有显著影响,随着 The heat transfer characteristics of metal hydride hydrogen storage materials are one of the bottlenecks in large-scale commercial applications. In order to obtain the thermal conductivity of LaNiAl hydrogen storage materials, the steady-state method was used to study the effects of temperature, hydrogen pressure, hydrogen absorption capacity Effect of Heating Power and Other Conditions on Hydrogen Storage and Thermal Conductivity of LaNiAl. The results show that temperature and hydrogen pressure have significant effects on the effective thermal conductivity of LaNiAl materials. With the