【摘 要】
：
To overcome energy and environment dilemmas,ammonia has been accepted as an attractive candidate to provide COx-free H2 for mobile device [1].Unfortunately,only
【机 构】
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DepartmentofCatalyticChemistryandEngineering&NationalKeyLaboratoryofFineChemicals,DalianUniversityof
【出 处】
：
等离子体催化与能源材料应用研讨会(ISPCEM2012)
论文部分内容阅读
To overcome energy and environment dilemmas,ammonia has been accepted as an attractive candidate to provide COx-free H2 for mobile device [1].Unfortunately,only noble metal Ru in traditional heterogeneous catalysis exhibits excellent performance on NH3 decomposition,the slow recombinative desorption rate of adsorbed N atoms on cheap metals (Fe,Co,Ni et al) make them less active in NH3 decomposition unless the reaction was conducted at higher temperature ( > 773 K) [2,3].However,cheap metal with good catalytic activity at lower temperature for H2 fuel production is highly desired in practical application.
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