金属电极的英文

• metal electrode
• metal pole

• "金属"英文翻译    metals genus
• "电极"英文翻译    electrode; pole
• "贵金属电极" 英文翻译 :    noble metal electrode
• "双金属电极" 英文翻译 :    bimetallic electrode
• "金属电极电位" 英文翻译 :    metal electrode potential
• "涂层金属电极" 英文翻译 :    coated metallic electrode
• "氧化金属电极" 英文翻译 :    metallic oxide electrode; metallio-oxide electrode
• "金属焊条,金属电极" 英文翻译 :    metal electrode
• "金属电极表面健合" 英文翻译 :    melf metal electrode face bonding
• "金属电极表面黏合" 英文翻译 :    bonding, metal electrode face (melf); metal electrode face bonding (melf)
• "金属电极弧光灯" 英文翻译 :    metallic electrode arc lamp
• "金属电极无引线面" 英文翻译 :    metal electrode leadless face (melf)
• "双金属电极系统" 英文翻译 :    bimetallic electrode system
• "气体保护金属电极电弧切割" 英文翻译 :    gas shielded metal-arc cutting
• "非金属电缆" 英文翻译 :    non metallic cable; non-metallic cable
• "贱金属电阻" 英文翻译 :    base metal resistor
• "金属电沉积" 英文翻译 :    metal electrodeposition
• "金属电导管" 英文翻译 :    electrical metallic tubing
• "金属电导率" 英文翻译 :    metallic conductivity
• "金属电镀" 英文翻译 :    o metal plating
• "金属电镀水" 英文翻译 :    metal plating wastewater
• "金属电弧" 英文翻译 :    metal arc; metallic arc
• "金属电弧焊" 英文翻译 :    metal arc welding; metallic arc welding
• "金属电话间" 英文翻译 :    telephone booths of metal
• "金属电话亭" 英文翻译 :    telephone boxes of metal

• Corresponding relationship between electrode potential and fermi level
  金属电极电位与费米能级的对应关系
• Metallic electrode arc lamp
  金属电极弧光灯
• Insulation layer and the materials of the nano - electrode play important roles in the electrical property of the nano electronic device
  绝缘层厚度以及金属电极选材等因素对器件性能有关键的影响。
• It is found that the height of the metal electrode , the distance between the source and drain electrodes , the thickness of the sio
  研究了场效应纳电子晶体管构造过程中金属电极的结构设计，源-漏电极高度sio
• Welding consumables - wire electrodes , wires , rods and deposits for gas shielded metal arc welding of high strength steels - classification
  焊接消耗品.高强度钢气体保护金属弧焊镀层和焊条,金属丝,金属电极.分类
• Aiming to the above goals , two original modifying ways of lithium electrode were suggested to make lithium electrode have a more stable sei film
  针对以上目标,提出两种全新的锂电极改性方法,以使锂金属电极表面具有更加稳定的sei膜。
• Once the sapphire was covered with nanotubes , they could place the metal electrodes of the transistors wherever they wanted and remove the unwanted nanotubes with highly ionized oxygen gas
  蓝宝石上覆盖奈米管后，就可在任意的位置安装电晶体的金属电极，再以高度离子化的氧气除去不需要的奈米管。
• Important information is that the distance between metal electrode and emitting layer must be suitable . too large , difficult injection ; too small , excitons quenching . within 0 - 70ma / cm2 injection , no effect was observed
  实验给出影响受激发射的重要信息：金属电极距增益区距离要适当，太大，器件厚，电注入困难；太小发光激子在电极猝灭。
• The intention of the paper is to study the deposition and properties of znte ( znte : cu ) polycrystalline thin films and to apply znte ( znte : cu ) as a complex back contact layer between cdte and metal electrode to obtain ohm contact and high efficiency cdte solar cells
  本论文目的在于研究znte ( znte ： cu )多晶薄膜的制备和性质，并把znte znte ： cu多晶薄膜作为复合背接触层应用于cdte和背金属电极之间以获得欧姆接触和高效cdte太阳电池。
• Zno varistors have been widely used in electronic and electrical power devices and systems because of excellent nonlinear v - i characteristics and high absorbance of electric current surges . with the smt ( surface mounted technology ) development , traditional zno varistors can not meet the multilayer thin films lamination structure nappe varistor ceramics and metal electrode low temperature co - fire need . however , the best character of zno - v2o5 varistor can sinter in common furnace during lower temperature ( 900 ) , not only settling the problem relate to upon , but also saving energy sources
  Zno压敏电阻因其优异的v ? i非线性和较高的浪涌吸收能力而广泛应用在电子、电力设备系统上。然而,随着表面贴装技术( smt )的发展,传统的zno压敏陶瓷不能满足多层膜独石结构叠层压敏电阻元件陶瓷与金属电极低温共烧的需要。而zno ? v2o5系压敏陶瓷的最大优点是能用普通烧结炉在较低温度( 900 )下烧结,不仅解决了以上问题,还大大节约了能源。

• 金属电极的日语：きんぞくアークようせつぼう きんぞくでんきょく