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reversible potential
相关语句
  可逆电位
     Tests show that TGA has a less influence on zeta potential of sulfide minerals covered by xanthate coantings and TGA can lower the rest potential of sulphide minerals. The electrochemical mechanism of TGA depressing is as follows. The dixanthogen adsorbing on the mineral surface will be unstable and reduced when rest potential value of sulphide mineral (E MS ) is below the reversible potential of reduction of dixanthogen to xanthate (E X -/X2 ) in the presence of TGA;
     电化学测试表明巯基乙酸对表面覆盖有捕收剂膜的硫化矿物动电位影响较小 ,能够显著降低硫化矿物的静电位 ,它对硫化矿物抑制的电化学机理为当硫化矿物的静电位EMS低于黄药氧化为双黄药的可逆电位EX-/X2 时 ,硫化矿物表面双黄药不稳定被还原 ,从而降低了可浮性 ;
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  “reversible potential”译为未确定词的双语例句
     · An iris-claw phakic intraocular lens implantation for severe myopia is a new method for correcting high myopia. Because a good visual quality, retain regulatory power, and the reversible potential advantages, our country has entered the stage of clinical application.
     有晶状体眼虹膜夹前房型人工晶状体植入矫治高度近视是矫治高度近视的一种新方法,因有良好的术后视觉质量、保留调节力、潜在的可逆性等优点,在国内已进入临床应用阶段。
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  相似匹配句对
     H. L. potential.
     H. L.
短句来源
     potential of adsorbent.
     这样使吸附剂表面ζ电位降低。
短句来源
     Reversible Renascence
     可逆转性的重生
短句来源
     Checking Potential Additive Cyclic Square Wave Voltammetry I . Simple Reversible Electrode System
     对位叠式循环方波伏安法 Ⅰ.简单可逆电极体系
短句来源
     The Verification of the Theory of Derivative Linear Potential Sweep Voltammetry for a Reversible Interfacial Reaction
     线性扫描Langmuir吸附可逆电流各阶导数公式的实验验证
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  reversible potential
The results showed that SCC was markedly dependent uponE, and did not occur whenE =-0.52 VSHE (-0.72 VAg/AgCl), which corresponded closely to the thermodynamically reversible potential of iron.
      
Determination of the reversible potential of the nickel electrode at high temperatures
      
The anodic dissolution of each metal was demonstrated, and electrochemical reactions were assigned using reversible potential calculation.
      
dissolution of the copper phase markedly increases as the potential is increased above the Cu/Cu2+ reversible potential, which is above the passive potential for lead and lead battery-grid alloys.
      
A monolayer peak was noticed at potentials more negative than the Ag/AgBr reversible potential.
      
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The effects of TGA (thioglycollic acid) on the rest potential and zeta potential of sulphide minerals have been studied in this paper. Test results show that galena, pyrite and chalcopyrite can be depressed well by TGA, but sphalerite and arsenopyrite can not be depressed. Tests show that TGA has a less influence on zeta potential of sulfide minerals covered by xanthate coantings and TGA can lower the rest potential of sulphide minerals. The electrochemical mechanism of TGA depressing is as follows. The dixanthogen...

The effects of TGA (thioglycollic acid) on the rest potential and zeta potential of sulphide minerals have been studied in this paper. Test results show that galena, pyrite and chalcopyrite can be depressed well by TGA, but sphalerite and arsenopyrite can not be depressed. Tests show that TGA has a less influence on zeta potential of sulfide minerals covered by xanthate coantings and TGA can lower the rest potential of sulphide minerals. The electrochemical mechanism of TGA depressing is as follows. The dixanthogen adsorbing on the mineral surface will be unstable and reduced when rest potential value of sulphide mineral (E MS ) is below the reversible potential of reduction of dixanthogen to xanthate (E X -/X2 ) in the presence of TGA; flotability of sulphide mineral becomes bad; inversely, the coatings of dixanthogen on mineral surface will keep stable, sulphide mineral keeps good flotability. The electrochemical condition of separation of two sulphide minerals by TGA is E MS1

研究了巯基乙酸 (TGA)对硫化矿物电极电位和动电位的影响。试验表明巯基乙酸对黄铁矿、方铅矿和黄铜矿有抑制作用 ,对毒砂和闪锌矿没有抑制作用。电化学测试表明巯基乙酸对表面覆盖有捕收剂膜的硫化矿物动电位影响较小 ,能够显著降低硫化矿物的静电位 ,它对硫化矿物抑制的电化学机理为当硫化矿物的静电位EMS低于黄药氧化为双黄药的可逆电位EX-/X2 时 ,硫化矿物表面双黄药不稳定被还原 ,从而降低了可浮性 ;反之 ,双黄药保持稳定 ,不被抑制。用巯基乙酸实现两种硫化矿物浮选分离的电化学条件为 :EMS1

Aluminium has long attracted attention as a potential battery anode because of its high theoretical voltage and specific energy. The protective oxide layer at aluminium surface is however detrimental to its performance to achieve its reversible potential,and also causing the delayed activation of anode. The oxide layer can be removed by e.g.amalgamation but this will result in accelerated corrosion and poor shelf life. These difficulties have been successfully overcome by developing alloying elements and...

Aluminium has long attracted attention as a potential battery anode because of its high theoretical voltage and specific energy. The protective oxide layer at aluminium surface is however detrimental to its performance to achieve its reversible potential,and also causing the delayed activation of anode. The oxide layer can be removed by e.g.amalgamation but this will result in accelerated corrosion and poor shelf life. These difficulties have been successfully overcome by developing alloying elements and electrolyte additives in the recent years. The literature review also includes various aluminium batteres,especially aluminium air batteries,and a wide range of their applications from emergency power supplies,reserve batteries field portable batteries,to batteries for electric vehicles and underwater propulsion.

金属铝是一种很高的能量载体 ,是开发电池的理想电极材料·铝一直没有成功地应用于电化学能量储存和转换技术 ,是由于金属铝表面有一层保护膜 ,导致电极电位显著低于理论值且电压行为明显滞后 ,而在活化状态下铝的抗腐蚀性下降·这些问题限制了铝电池的早期开发应用·近年来通过开发各种新型的铝电极及相应电解质的添加剂 ,铝电池的研究取得了突破性的进展 ,开拓了铝的应用电化学的新领域·综合评述了近年来铝在电化学能源技术方面的研究和应用的新进展·内容按电解质体系分为水溶液电解质电池、铝 空气电池和熔盐及常温有机熔盐电解质电池等·

Aluminum has long attracted attention as a potential battery anode because of its high theoretical voltage and specific energy. The protective oxide layer of aluminum is however detrimental to the battery performance, contributing to failure to achieve the reversible potential and causing the delayed activation of anode. The oxide layer can be removed by e.g. amalgamation but this will result in accelerated corrosion and poor shelf life. These and other difficults have long delayed the early development...

Aluminum has long attracted attention as a potential battery anode because of its high theoretical voltage and specific energy. The protective oxide layer of aluminum is however detrimental to the battery performance, contributing to failure to achieve the reversible potential and causing the delayed activation of anode. The oxide layer can be removed by e.g. amalgamation but this will result in accelerated corrosion and poor shelf life. These and other difficults have long delayed the early development of aluminum batteries and in the recent years been successfully overcome by developing alloying elements and electrolyte additives. Various aluminum batteries, especially aluminum-air batteries, have been developed for a wide range of applications from emergency power supplies, reserve batteries, field portable batteries, to batteries for electric vehicles and underwater propulsion.

综合评述了近年来铝 -空气电池研究和应用的新进展。金属铝是一种强度很高的能量载体 ,是开发电池的理想电极材料。铝一直没有成功地应用于电化学能量储存和转换技术 ,是由于金属铝表面有一层保护膜 ,导致电极电位显著低于理论值且电压行为明显滞后 ,而在活化状态下铝的抗腐蚀性下降。这些问题限制了铝电池的早期开发应用。近年来通过开发各种新型的铝电极及相应电解质的添加剂 ,铝电池的研究取得了突破性的进展 ,开拓了铝的应用电化学的新领域

 
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