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光电发射 meaning in Chinese

photoelectric emission; photoemission
◇光电发射摄像管 photoemissive camera tube

Examples

  1. Complete photoelectric emission
    光电发射
  2. Study on vacuum fabrication of ag - o - cs thin films with internal field - assisted structure
    内场助结构ag - o - cs光电发射薄膜真空制备研究
  3. Effect of tube making technique for generation iii low - light - level image intensifier on photoemissive property of photocathode
    三代微光像增强器制管工艺对阴极光电发射性能的影响
  4. With the aid of baffle movement , a technique named masking pretreatment and the method of vacuum deposition have been used to fabricate the ag - o - cs photoemissive thin films with internal field - assisted structure for the first time . the internal field - assisted photoemission characteristics of ag - o - cs thin films show that the photoelectric sensitivity is increased when the internal electric field is applied to the thin films , which indicates that the electric field has been effectively provided to the thin films by the above - mentioned internal field - assisted structure . such an enhanced photoemission is attributed to the variations in energy - band structure of ag - o - cs thin films , and which are considered to induce the lower - energy electrons to participate in the photoemission
    通过掩膜预处理和挡板转移技术的配合,利用真空沉积方法首次制备了内场助结构ag - o - cs光电发射薄膜。 ag - o - cs薄膜内场助光电发射特性测试结果表明,该方法能够有效地实现ag - o - cs薄膜体内电场的加载与表面电极的引出,薄膜光电灵敏度随内场偏压的增大而上升。 ag - o - cs薄膜在内场作用下的光电发射增强现象与薄膜体内能带结构变化低能电子参与光电发射等物理机制有关。
  5. ( 2 ) on - line spectral response measurement is used to make a research on the activation process . the on - line measurement results have been analyzed and the influence excised by cs , o activation on the photoemission property of gaas wafers has been revealed . the properties of domestic and foreign nea phocathodes are compared , and the reasons causing the gap between domestic and foreign phocathodes are discussed
    ( 2 )利用光谱响应在线测试技术研究nea光电阴极的激活工艺,通过对在线测试的光谱响应曲线进行分析、比较和计算,剖析了激活工艺给阴极光电发射性能带来的影响,并从性能评估的角度,比较了国内外nea光电阴极的性能,分析了它们之间存在差距的原因。

Related Words

  1. 光电划线
  2. 光电探测器
  3. 光电排版
  4. 光电设施
  5. 光电位
  6. 光电杂谈
  7. 光电高分子
  8. 光电律
  9. 宝光电
  10. 光电因子
  11. 光电发电机
  12. 光电发光
  13. 光电发射表面
  14. 光电发射材料
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