We propose that the cathode emitter arrays covered with nano crystalline silicon film may considerably enhance the sensitivity of the sensor.
讨论了在阴极发射体阵列上淀积纳米硅薄膜，提高器件灵敏度的设想。
A thick screen had been placedbetween his cathode emitter and the radiated cardboard, proving that particlesof light were passing through solid objects.
当时，他在阴极发射器与被辐射的纸板之间放置了一道厚厚的屏障，说明光的粒子穿过了固态物体。
Reducing reflecting layer, transparent electrode, emitter and cathode in the LCD manufacturing technology are all carried out using sputtering method.
液晶显示器制造工艺中的降低反射层、透明电极、发射极与阴极等均由溅射方法形成。
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