型导电的英文

• n type conduction
• type conduction

• "型"英文翻译    mould; model
• "导电"英文翻译    electric conduction
• "n 型导电" 英文翻译 :    n type conduction
• "p 型导电性" 英文翻译 :    p type conduction
• "过剩型导电" 英文翻译 :    excess conduction
• "型导电性" 英文翻译 :    type conduction p
• "过剩型导电率" 英文翻译 :    excess conductivity
• "离子导电体 离子型导体" 英文翻译 :    ionicconductor
• "导电" 英文翻译 :    electric conduction
• "s型导管" 英文翻译 :    s-shaped catheter
• "型导轨" 英文翻译 :    t-section rail t
• "型导套" 英文翻译 :    die-cast die components-guide bushings type
• "型导柱" 英文翻译 :    die-cast die components-guide pins type
• "mx型导弹" 英文翻译 :    mx missile
• "p型导管" 英文翻译 :    p-type conduction
• "p型导体" 英文翻译 :    p-type conductor
• "v型导轨" 英文翻译 :    vee guide
• "超短型导轨" 英文翻译 :    zero length rail; zero-length rail
• "发夹型导体" 英文翻译 :    hair-pin conductor
• "放大型导弹" 英文翻译 :    scaled-up missile
• "改进型导弹" 英文翻译 :    advanced missile
• "改进型导线" 英文翻译 :    guideline modified; guideline-modified
• "固定型导架" 英文翻译 :    fixed type entry guide
• "轰炸型导弹" 英文翻译 :    bombardment-type missile
• "菌型导尿管" 英文翻译 :    bacterium type catheter

• The application and development trend of the composite are also referred briefly
  并对当前共混复合型导电高分子材料的应用及发展趋势作了简要介绍。
• Higher sulfidation temperatures can results in coarser fes2 grains , higher electrical resistivity and higher possibility to produce p - type thin films
  硫化温度越高， fes2晶粒尺寸越大，薄膜电阻率越高，并趋于p型导电。
• With the prolongation of the annealing time at 400 " c and sokpa , the energy gap and the electrical resistivity increase and all the thin films trend to n - type semiconductors
  400 、 80kpa硫化时，薄膜均呈n型导电特性，而且随着硫化时间的延长，薄膜禁带宽度及电阻率增大。
• 2 for the first time , rf sputtering method and vapor doping method have been combined to prepare n type bn films . bn films doped with s are n type conductivity
  掺s后的氮化硼薄膜表现出n型导电，未掺杂的氮化硼薄膜的电阻率1 . 8 1011 cm ，掺杂后的氮化硼薄膜的电阻率为7 . 3 107 cm 。
• Study on the composite electric fillers which could be applied to the coil coatings , and the film can meet the performance of the light color coil coatings and the property of antistatic
  摘要主要研究复合型导电填料在卷材涂料中的应用，使涂层满足卷材涂料优异性能的同时，达到浅色抗静电涂层的要求。
• The conception and characteristics of conductive blending polymer composite are introduced , putting stress on the preparation and the main effecting factors on the conductivity of the composite
  摘要介绍了复合型导电高分子材料的概念及特点，重点讨论了共混复合型导电高分子材料的制备方法和影响共混复合型导电高分子材料导电性的主要因素。
• Electrical conductive polymer composite is one kind of functional materials that has received much interest in the past two decades . dispersive - compound electrical conductive composite has received much more attention among them
  高分子复合导电材料是当今人们重点研究和开发的一类新型功能材料，其中分散复合型导电高分子材料倍受人们关注。
• The n type carrier was provided by interstitial zn atom , and zn / o ratio and crystalline quality of zno thin film effeted its hall mobility . when zno thin film was annealed in the ar ambience , p conduction type was founded in the zno thin film which grew in oxygen enrichment condition . this might be excess oxygen in zno thin film entered interstitial position of crystal lattice ( oi ) , and p type carrier was from oi
  在ar气保护下,对富氧条件下生长的zno薄膜的退火后的霍尔测量中发现, zno薄膜呈现p型导电状态,分析认为,这可能是由于富氧状态下生长的zno薄膜中过量的o在ar气保护下退火没有逸出薄膜,反而进入了zno薄膜的间隙位置,成为正电中心,使zno薄膜呈现p型导电。
• Comparing to a - si tft , p - si tft has the merits such as high field effect mobility , high integration and high speed , high definition display , n channel and p channel capability , low power consumption and self - aligned structures . with these good characteristics , p - si tft lcd could provide brighter and stable image
  相对于a - sitft , poly - sitft有其明显的优势:高迁移率、高速高集成化、 p型和n型导电模式、自对准结构以及耗电省、分辨率高等优点,能够提供更亮、更精细的画面。
• The voltage of lithium - intercalation reaction , impedance and structural stability of intercalation - type cathode material were analysed and calculated . theoritical results show that the reaction voltage depends on the content of lithium and the bond energy , and that the key ways to lower the electrode impedance are to increase the electronic conductivity of the electrode and the diffusion coefficient of lithium ion in the host and to decrease the size of powder . in addition , the thermal stability of lithium - insertion structure can be improved by using crystallographic co - lattice theory and doping treatment
  本文从嵌入式阴极材料的嵌锂反应的电压、阻抗及结构稳定性的分析和理论计算着手，得到了电压取决于基体中各种离子间的键能及锂含量、降低电极阻抗的关键是提高电子型导电性和li ~ +在基体中的扩散系数及减小粉末粒度的理论依据及其利用晶体的共格原理和掺杂改性的方式来提高材料嵌锂结构的热稳定性的设计思路。