声明
致谢
1 绪论
1.1 背景与意义(Background and Significance)
1.2 生物质能定义与利用(Definition and Utilization of Biomass)
1.3 生物质制氢(Hydrogen Production from Biomass)
1.4 生物质油水蒸气重整制氢( Hydrogen Production from the Steam Reforming of Bio-oil)
1.5 苯酚水蒸气重整制氢(Hydrogen Production from the Steam Reforming of Phenol)
1.6 研究内容(Research Content)
2 实验
2.1 实验原料(Experimental Materials)
2.2 实验仪器(Experimental Instruments)
2.3 实验装置(Experimental Equipment)
2.4 实验评价(Experimental Evaluation)
2.5 催化剂表征(Catalysts Characterization)
3 共沉淀法制备的镍钴催化剂对催化性能的影响
3.1 共沉淀法制备镍钴催化剂(The Co-precipitation Method of Ni/Co Catalysts)
3.2 共沉淀法制备的镍钴催化剂的 BET 分析( BET of Ni/Co Catalysts from the Co-precipitation Method)
3.3 共沉淀法制备的镍钴催化剂的 TEM 分析(TEM of Ni/Co Catalysts from the Co-precipitation Method)
3.4 共沉淀法制备的镍钴催化剂的XRD与TPR分析(XRD and TPR of Ni/Co Catalysts from the Co-precipitation Method)
3.5 共沉淀法制备的镍钴催化剂的性能分析( Performance of Ni/Co Catalysts from the Co-precipitation Method)
3.6 本章小结 (Chapter Summary)
4 浸渍法制备的镍钴催化剂对催化性能的影响
4.1 浸渍法制备镍钴催化剂(The Impregnation Method of Ni/Co Catalysts)
4.2 浸渍法制备的镍钴催化剂的 BET 分析( BET of Ni/Co Catalysts from the Impregnation Method)
4.3 浸渍法制备的镍钴催化剂的XRD与TPR分析(XRD and TPR of Ni/Co Catalysts from the Impregnation Method)
4.4 浸渍法制备的镍钴催化剂的性能分析(Performance of Ni/Co Catalysts from the Impregnation Method)
4.5 本章小结(Chapter Summary)
5 共沉淀法制备的双金属催化剂
5.1 比较共沉淀法制备的各种双金属催化剂( Comparison of Different Bimetallic Catalysts from the Co-precipitation Method)
5.2 镍钴含量对催化性能的影响(Effects of Ni/Co Content on the Catalytic Performance)
5.3 本章小结(Chapter Summary)
6 反应工艺条件对 16%Ni4%Co-cp 催化剂性能的影响
6.1 反应温度对 16%Ni4%Co-cp 催化剂性能的影响(Effects of Reaction Temperature on the 16%Ni4%Co-cp Catalyst)
6.2 进料空速对 16%Ni4%Co-cp 催化剂性能的影响(Effects of WHSV on the 16%Ni4%Co-cp Catalyst)
6.3 水碳比对16%Ni4%Co-cp催化剂性能的影响(Effects of S/C on the 16%Ni4%Co-cp Catalyst)
6.4 16%Ni4%Co-cp催化剂的稳定性(Stability of 16%Ni4%Co-cp Catalyst)
6.5 本章小结(Chapter Summary)
7 结论
参考文献
作者简历
学位论文数据集