1) dissociation of Fe(CO)_5
Fe(CO)_5解离
2) CO dissociation
CO解离
1.
In the present paper, density functional theory calculations have been employed to study the effects of alloy on energetics and preferential adsorption sites of atomic (H, C, N, O, S), molecular (N2, NO, CO) and radical (CH3, OH) adsorption on RhMn (111) alloy surface, the effect of Mn on CO dissociation on flat and step RhMn surface are also investigated.
本文用第一性原理计算研究了一系列原子(H、C、N、O及S)、分子(N2、CO与NO)及自由基(OH与CH3)在Rh和RhMn(111)合金表面上吸附能及吸附位置的选择性,以及掺杂Mn对Rh平面及台阶面上CO解离的影响。
3) hydrogen assisted dissociation
CO氢助解离
4) Co/Co-Fe thin film
Co/Co-Fe薄膜
5) Fe-Co alloy
Fe-Co合金
1.
In order to train the students innovative and comprehensive application ability,by use of the existing instrument and equipment,the comprehensive experiment of preparing magnetic Fe-Co alloy materials by electrochemical technique was designed,which would be carried out in senior students of applied chemistry major.
为了培养学生的创新能力和综合运用能力,利用现有的仪器设备,设计了电化学法制备磁性Fe-Co合金材料的综合性实验,在应用化学专业高年级学生中开设,并给出了实验设计方案和相应的评价方法。
2.
In this study, we used process control agents (PCA) during MA process and investigated the effect of PCA on the characteristics of the Fe-Co alloy powder.
采用机械合金化工艺(MA)制备Fe—Co合金微粉材料;探讨了过程控制剂(PCA)的使用对MA过程以及Fe-Co合金粉末颗粒的尺寸分布,形貌、成分和团聚程度等特性的影响,发现PCA对改善粉末材料的综合性能有良好效果。
6) substituting Co with Fe
Fe替代Co
1.
Effects of substituting Co with Fe on the microstructures and electrochemical performances of the AB_5-type hydrogen storage alloys;
Fe替代Co对AB_5型电极合金微观结构及电化学性能的影响
2.
Effects of substituting Co with Fe on the microstructures and electrochemical performances of the as-cast and quenched AB_5-type hydrogen storage alloys;
Fe替代Co对铸态及快淬态AB_5型贮氢合金微观结构及电化学性能的影响
补充资料:逐级解离
分子式:
CAS号:
性质:能解离成两种以上离子的弱电解质或有多个配体的络合离子解离时一般是分步进行的,叫做逐级解离。每一步都有相应的解离平衡常数。络合物解离常数越大,络合物内界越不稳定,所以络合物解离常数一般用“K不稳”表示。利用逐级解离及逐级解离常数可求得溶液中各种离子或配体的浓度。
CAS号:
性质:能解离成两种以上离子的弱电解质或有多个配体的络合离子解离时一般是分步进行的,叫做逐级解离。每一步都有相应的解离平衡常数。络合物解离常数越大,络合物内界越不稳定,所以络合物解离常数一般用“K不稳”表示。利用逐级解离及逐级解离常数可求得溶液中各种离子或配体的浓度。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条