熔盐法合成多孔碳材料及其电催化产氢性能

Synthesis of porous carbon materials by molten salt method and its electrocatalytic performance for hydrogen production

能源危机问题一直在困扰着人们,能源短缺已经成为人类亟待解决的首要问题。目前,人们正在避免不必要地使用化石能源等不可再生能源。氢能是二次能源,其储量丰富、没有污染、并且可以再生。因此,人们将目光放在寻找既节能又能够大量生产氢气的方法,并且在不断地探究更好的产氢催化剂。熔盐法是一种新型的制备无机粉体的方法,在能源、材料、化工等方面具有广阔的发展前景。该方法操作简单,省时高效,后处理简便。熔盐法十分适用于多孔碳材料的合成,并且所合成的材料在电催化产氢方面展现出了优异的催化性能。

The problem of energy crisis has been perplexing people.Human beings have put the solution of energy crisis in the first place.People are avoiding the unnecessary use of fossil energy and other non-renewable energy.Hydrogen energy is a secondary energy,which has abundant reserves,no pollution and can be regenerated.So,people are looking for ways to save energy and produce hydrogen in large quantities.People are constantly exploring better catalysts for hydrogen production.Molten salt method is a new method for the preparation of inorganic powder,which has broad development prospects in energy,materials,chemical industry and so on.The method is simple,time-saving and efficient,and the post-treatment is simple.Moreover,it has excellent catalytic performance in the synthesis of porous materials.