电化学活性的英文

• electrochemical activity

• "电化学"英文翻译    electrochemistry
• "活性"英文翻译    activity; active; activated
• "光化学活性" 英文翻译 :    photochemical activity
• "化学活性" 英文翻译 :    chemical activity; chemism
• "化学活性的" 英文翻译 :    chemically active
• "电化学活动性" 英文翻译 :    electrochemical activity
• "地球化学活性" 英文翻译 :    geochemical activity
• "光化学活性的" 英文翻译 :    photochemically reactive
• "化学活性气体" 英文翻译 :    chemically active gas
• "化学活性物质" 英文翻译 :    chemically reactive substance
• "化学活性颜料" 英文翻译 :    chemically activepigment
• "化学活性液体" 英文翻译 :    chemically active fluid
• "化学活性状态" 英文翻译 :    chemically reactive state
• "生物化学活性" 英文翻译 :    chemical-biological activities
• "细胞化学活性" 英文翻译 :    cytochemism
• "有化学活性的" 英文翻译 :    aggressive
• "电化学活化作用" 英文翻译 :    electrochemical activation
• "细胞电化学活动" 英文翻译 :    electrochemical activity of cells
• "化学活性增塑剂" 英文翻译 :    chemically active plasticezer; chemically active plasticizer
• "光化学活性碳氢化合物" 英文翻译 :    non-methane hydrocarbons; photochemically reactive hydrocarbons
• "化学活性膜生成元素" 英文翻译 :    chemically active film former
• "中等化学活性极压润滑剂" 英文翻译 :    active ep lubricant; active extreme pressure lubricant
• "光学活性" 英文翻译 :    optical activity
• "光学活性的" 英文翻译 :    optically active
• "热力学活性" 英文翻译 :    thermodynamic activity

• However , previously reported li / s batteries encounter many serious problems , including very low active material utilization and poor rechargeablity , which inhibit the commercialization of rechargeable li / s batteries
  本论文设计并制备了纳米级颗粒的导电聚合物硫以及活性炭硫两类复合材料作为锂电池正极用电化学活性物质。
• The development and application of new electrochemical technology relies on the development of new technologies and new materials , especially new electrode materials with high electrochemical activity and cheap prices
  最后指出，电化学新技术的开发和应用，都依赖于新工艺、新材料，特别是高电化学活性和价格便宜的新电极材料的开发。
• The sem and electrochemical studies showed that the composite film exhibited more compact structure and lower electrochemical activity than polyaniline film . the glucose biosensor based on the polyaniline / polyisoprene composite film showed high selectivity
  扫描电镜和电化学研究表明，该复合膜与聚苯胺膜相比，具有较紧密的结构和较低的电化学活性。
• Chapter 4 : nugh determinations of cyclic voltarnmetry and diff pulse voltammetry their electrochemical properties are studied . we find that each of them has nice electrochemical properties and reversible redox properties . whereaftef , we obtain some beneficiai conclusions via comparison and analysis
  第四章对它们的电化学活性进行了研究，通过循环伏安法，差分脉冲伏安法测试，发现该系列化合物都具有电化学活性，且具有良好的氧化还原可逆性。
• From the results of the experiment , we can see that simultaneity electrochemical polymerization of 3 - pyrrole - dna and 3 - [ 2 , 5 , 8 , 11 - tetraoxa - tridecyl - 13 - ol ] - pyrrole was a new promising method for preparing dna chips because this method had such following advantages : first , the immobilization procedure can be controlled easily . second , with the progress of microelectronics , the miniaturization and integraterization of polypyrrole - based dna chip can be achieved in the future ; third , using an electrochemical active compound like the mb , the hybridization detection will be performed more easily
  从以上实验结果可看出，电化学聚吡咯方法制备dna芯片和传统的方法相比具有下列优越性：首先，固定可通过电化学信号控制和完成，操作简单易行；其次，微电子技术和电化学的进一步结合，可以提高芯片的集成程度，将dna芯片进一步向产业化方向推进；第三，通过应用电化学活性物质，有望建立无标记的dna芯片检测技术，有利于减少环境污染、提高灵敏度、降低成本。
• A review on the present status of application of sol - gel technique in electrochemical and biological sensors , covering mainly the years from 1992 to 2006 , was given in this paper , focusing specially on the methods of preparation of electrochemical and biological sensors using sol - gel technique to encapsulate electrochemically active substances or biologically active molecules , and the related principles , on the influential factors on the preparation of such censors and on its analytical applications
  摘要对溶胶凝胶技术在制备电化学和生物传感器中的应用近况（涉及年份主要在1992 - 2006年间）作了评述，内容主要集中在应用此技术包埋某些电化学活性物质或生物化学活性分子于其中而制备相关传感器的方法及其原理，在制备传感器过程中的影响因素以及此类传感器的分析应用。
• Ir - ta - ti metal oxide coated titanium anodes of variable composition were prepared by thermal decomposition . their micro morphorogies and electrochemical properties were characterized by scanning electron microscope , open circuit potential , cyclic voltammetry , consumption rate measurements and accelerated life test . the sem results indicated that all coatings were of a porous and cracked - mud microstructure influenced greatly by the composition of coatings . the electrochemical measurements showed that the ir - ta - ti ternary oxide - coated anodes exhibited excellent electrochemical activity and electrochemical stability in both acidic media and seawater which were affected by the composition and microstructure of the coatings . owing to good corrosion resistance and low consumption rate in seawater , metal oxde coated anodes belong to insoluble material , and can be potentially applid in impressed current cathodic protection systems as an anode
  采用热分解方法在钛基体上制备铱钽钛金属氧化物阳极，用扫描电镜对阳极涂层显微形貌进行分析，通过强化电解寿命试验、开路电位测试、消耗率试验及循环伏安曲线研究了金属氧化物阳极的电化学性能. sem分析结果表明铱钽钛金属氧化物阳极涂层呈现多孔多裂纹形貌结构.随阳极涂层组成不同，涂层显微形貌表现出很大差异，这种差异直接影响阳极电化学性能.电化学性能试验结果表明铱钽钛金属氧化物阳极在酸性介质和海水中具有良好的电化学稳定性和电化学活性.此外，铱钽钛金属氧化物阳极在海水中的消耗率很低，属于不溶性的阳极材料，作为外加电流阴极保护用辅助阳极具有广泛的应用前景
• The sol - gel film showed the excellent chemical and electrochemical properties as well as kept the quality electrochemical activity of those immobilized redox molecules . the modified molecules took place the typical adsorption controlled electrochemical reaction , and furthermore , the modified methylene blue gave the obviously electrochemical catalytic affection on oxidation of nadh or reduction of hemoglobin if they were immobilized in the film meanwhile
  同时以硅溶胶?凝胶膜为载体制得化学修饰电极，用sol - gel法在金电极上固定亚甲蓝、硫堇及茜素s ，发现固定于纳米溶胶?凝胶膜内的亚甲蓝和硫堇均有良好的电化学活性，对同时固定于膜内的nadh 、血红蛋白等生物分子产生显著的催化氧化还原作用。
• The results show that mno which not be modified can not be use as electrode active materials because of its poor electrochemical activity . meanwhile , the rechargeabilify of mno modified by bi and pb is improved . bismuth could prolong the second electron equivalent discharge and lead could improve the first electron equivalent discharge performance
  I44 ）对热分解产物进行了充放电，循环伏安，恒电流极化， tafe曲线分析，交流阻抗分析，得出未掺杂的mno直接作为电极活性材料，其电化学活性很差，但通过掺bi ， ph进行改性，提高了其可充性， 1的影响主要在于第二电子放电， ph则可以延长第一电于放电