铂族金属载体催化剂薄膜材料由于高效催化性及特殊的选择性而获得广泛应用.作者评述了其在氢能源和燃料电池技术领域的研究现状;其开发中计算机模拟与控制的辅助设计;其不同制备技术的特性及连续生产装置的探讨;其物理结构、成分和催化性能指标的分析手段的发展.并指出其今后发展的重点仍然是设计开发生产具有高催化性、高选择性、低铂族金属含量的二维材料.
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