- n.
【化、物】共淀积。
- coder: 编码器；编码员; 编码器编码机; 编码员,编码器; 编码者; 编器; 部文员; 电脑游戏软件编写人，编码员; 罐头代号打印机; 科代公司; 科德尔; 脉冲编码装置 编码器 编码员 记发器; 台号发送机
- codependence: 协同依赖性
- coder call indicator: 编码呼叫指示器
- codepage: 代码页; 码页
- coder decoder: 编码译码器
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codeposition中文什么意思
- n.
【化、物】共淀积。
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例句与用法
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- Influence of moo42 - on the codeposition mechanism and magnetic properties of cobalt - molybdenum thin films
共沉积机制及薄膜磁性能影响 - Lifepo4 was sintered by solid - state method , we found that the capacity of the sample which was synthesized by codeposition method exhibited high specific capacity ( 142 mah ? g - 1 ) and good cycling performance
采用高温固相法制备了lifepo4 ,发现共沉淀制备的前驱体烧结出的材料容量达到142mah ? g - 1 ,循环性能也很好。 - Presence of vulcan xc - 72 active carbon powder in the pt / moox / gc composite electrode by electrochemical codeposition made peak potential of methanol oxidation a further negative shift of about 50mv and a further promotion of co - tolerant performance for methanol oxidation
催化剂中vulcanxc - 72活性碳粉的引入即共沉积制备的pt moo _ x c gc电极催化剂甲醇氧化峰电位又进一步负移50mv左右，抗co中毒催化性能又进一步提高。 - Deposition mechanism of electroless plating tin in acid chloride solutions was analyzed theoretically , and three steps were summed up , including period of replacement reaction , coexistence periods of copper - tin codeposition and self - catalyzed deposition , and period of self - catalyzed deposition
从理论上系统地分析了酸性氯化物化学镀锡的沉积机理，将其归纳为置换反应期、铜锡共沉积与自催化沉积共存期和自催化沉积期三个阶段。 - In this thesis , in order to reducing the amount of the pt catalyst , improving the electrocatalytic activity of the pt catalysts and utilization ratio of pt , the electrochemical codeposition method by cyclic voltammetry ( cv ) was used to prepare a series pt / moox / glassy carbon ( gc ) composite electrodes with high dispersibility . the composite electrode , pt / moox / gc , was characterized to study its composition and its electro chemical behavior by cv . using the xrd and sem techniques , the size and the dispersion degree of the catalyst particles were studied in presence or absence of moox in the catalyst
为了降低主催化剂pt的用量、提高pt的活性和利用率，本论文利用循环伏安法共沉积制备高分散的pt moo _ x催化剂颗粒，利用循环伏安电化学表征、 xrd和sem技术研究了引入moo _ x后的催化剂即pt moo _ x颗粒的粒子大小、分散状态；利用icp - aes定量分析pt moo _ x催化剂颗粒的组成含量；并借助于电化学方法分别评价了pt moo _ x gc电极催化剂的对甲醇的电催化活性和稳定性、氧还原电催化活性。