电化学循环的英文

• electrochemical cycling

• "电化学"英文翻译    electrochemistry
• "循环"英文翻译    circulate; circle; round; re ...
• "光化学循环" 英文翻译 :    photochemical cycle
• "热化学循环" 英文翻译 :    thermochemical cycle
• "地球化学循环" 英文翻译 :    geochemical circulation; geochemical cycle; geochemicalcycle
• "地质化学循环" 英文翻译 :    geochemistry cycle
• "氯的化学循环" 英文翻译 :    chlorine system
• "生物化学循环" 英文翻译 :    biochemical cycle; biochemicalcycle
• "地球生物化学循环" 英文翻译 :    geobiochemical circulation
• "生物地理化学循环" 英文翻译 :    biogechemical cycling
• "生物地球化学循环" 英文翻译 :    biogecochemical cycle; biogeochemical cycles; biogeochemicalcycle; biogepchemical cycle
• "生物地质化学循环" 英文翻译 :    biogeochemical cycle
• "水文地球化学循环" 英文翻译 :    hydrogeochemical cycle; hydrogeochemical cycling; hydrogeochemistry cycling
• "生物地质化学循环，生物地理化学循环。" 英文翻译 :    biogeochemical cycle
• "氯的化学系统；氯的化学循环" 英文翻译 :    chlorine system
• "污染物生物地球化学循环" 英文翻译 :    biogeochemical cycle of pollutants
• "生物地理化学循环,生地化循环" 英文翻译 :    biogeochemical cycling
• "光学循环器" 英文翻译 :    circulator, optical; optical circulator
• "热力学循环" 英文翻译 :    thermodynamic cycle
• "生物学循环" 英文翻译 :    biologic cycle; biological cycle
• "生态系中生物地球化学循环" 英文翻译 :    biogeochemical ccle in ecosystem
• "电化学" 英文翻译 :    [物理化学] electrochemistry
• "光学循环周期" 英文翻译 :    period of optical cycle; period of otpical cycle
• "光环行器 光学循环器" 英文翻译 :    opticalcirculator
• "光学循环器光陀螺" 英文翻译 :    optical circulator

• The surface treatment was founded to be effective in reducing the rate of mn dissolution into electrolyte and improving cyclability of spinel . after bulk ni - doped spinel lini0 . 1mn1 . 9o4 was coated with licoo2 , the cyclability of material is better than that of pure s
  电化学性能测试表明， oz型层状理锰氧化物具有优良的电化学循环性能， co掺杂使其容量提高， zn掺杂则使其容量降低。
• At the same time , we test the catalytic activity by electrochemistry circle volt - ampere method , testing dissociation efficiency of methanol using gas chromatography , analyzing and characterization by sem , xrd and laser particle size analysis
  用电化学循环伏安法测试催化剂的电催化活性、用气相色谱( gc )法测试甲醇分解效率，并用sem 、 xrd 、激光粒度分析等分析和表征催化剂的结构形貌、物相组成、粒度分布。
• The theoretic cycle capacity of limno2 is 286 mah g - 1 , which has attracted a great deal of people to research . aim at the impurity of limno2 which was synthesized by the predecessor and the phase change during the electrochemical process , we try several methods , including wet moist chemical method , liquid state method , solide state method and liquid dipping method . at the same time , we study the synthesis of limnc > 2 in defferent atmosphere , for example air , argon and nitrogen
  Limno _ 2具有286mah ? g ~ ( - 1 )的理论容量，这种高容量材料深受广大研究者的关注，针对前人合成出的还有少量杂相和在电化学循环过程中出现相变四川人学硕l :学位论文的问题，我们尝试了几种合成方法:湿化学法、液相法、固相法和溶液浸渍法，并在不同气氛:空气、氮气和氢气中进行limnoz的合成研究。
• There are two main factors resulting in fading capacity and poor cyclability , one is the john - teller distortion of mn3 + , and the other is mn dissolution to electrolyte . the main objects of this paper are to resolved these key problems effecting on the performance of batteries . during the research of suppressing jahn - teller distortion , low valence cation ( al 、 mg ) and anion ( f ) doped method are usually adopted
  针对limn2o4正极材料在电化学循环过程中发生jahn - teller畸变和mn在电解液中溶解这两个导致容量衰减和循环性能劣化的关键问题,分别采用al 、 mg阳离子掺杂和al / f 、 mg / f阴阳离子复合掺杂两种措施,对尖晶石结构limn2o4正极材料进行了改性研究。
• The results of electrochemistry circle volt - ampere tests show that that ru02 - tio2 has catalytic activity for methanol oxidation , ni - al2o3 perpetrated by anode oxidation method has obvious catalytic activity . pt / c catalyst is the best catalysts for methanol oxidation of all the prepared catalysts
  电化学循环伏安测试表明， ruo _ 2 - tio _ 2催化剂显示了一定的催化活性，采用阳极氧化法制备的ni - al _ 2o _ 3对甲醇表现出较为明显的催化活性， pt c催化剂粉体的电催化活性最强。
• Our group has prepared nanometer - scale metal films in layer structures on glassy carbon ( gc ) substrate by cyclic voltammetric deposition . by using co as probe molecule , we have revealed for the first time , abnormal ir effects ( aires ) on these layer nanostructured films . the alres consists of several abnormal ir features including the enhancement of ir absorption , the inversion of ir band direction ( anti - absorption ) , and the increase of fwhm ( increase of the number of different adsorption sites )
  本研究小组采用电化学循环伏安电沉积法在gc基底上制备层状纳米结构金属薄膜，以co作为分子探针，观察到异常红外效应( aires )光谱特征，即co等探针分子发生红外吸收增强、红外谱峰方向倒反(反吸收)和谱峰变宽(振动能级离散程度增加) 。
• The significant capacity loss of the spinel limn2o4 during cycling hereby prevents its wider use as cathode materials for lithium secondary batteries . there are two main factors resulting in fading capacity and poor cyclability , one is the jahn - teller distortion of mn3 + , and the other is mn dissolution to electrolyte . the main objects of this paper are to resolved these key problems effecting on the performance of batteries
  针对limn _ 2o _ 4正极材料在电化学循环过程中发生jahn - teller畸变和mn在电解液中溶解这两个导致容量衰减和循环性能劣化的关键问题，分别采用阴阳离子复合掺杂和尖晶石晶粒表面包裹两种措施，对尖晶石结构limn _ 2o _ 4正极材料进行了改性研究。