在大多数预先设定的阈值与预定的临界水平和热表面(中期)温度探测器温度应用程序不完全相同。
In most applications the pre-set threshold temperature of probes with predetermined threshold levels and the temperature of the hot surface (of the medium) are not exactly the same.
从破坏机理和损伤阈值方面分析了光电探测器的干扰机理。
The interfering mechanism on the photoelectric detector is analyzed in damage mechanism and jamming threshold.
分析讨论了真空及大气环境下，单脉冲及多脉冲激光打击时，光伏型探测器的破坏阈值及破坏形貌的区别及其成因。
In both vacuum and atmosphere, the damage threshold and damage spot appearance of the photovoltaic detector are discussed under single pulse or multi-pulse laser irradiation.
给出了光电探测器激光能量损伤阈值的参考表达式，并对导致激光损伤的显性和隐性因素及其成因进行了分析。
The referenced expression of damage threshold fluence in laser induced detector damage is given, also the obvious and recessive damage factors and their causes are analyzed.
利用数值方法，得到不同参数激光辐照探测器时的光生电动势，以及达到载流子饱和所需的激光阈值强度。
By means of numerical method, the photon-induced voltage is obtained, as well as the carrier-saturation-threshold, which generated by laser beam irradiation with different parameters.
所有型号的探测器都可以调整灵敏度以适应环境，自动调节阈值电路引入了一个直观的观测现场，减少了错误警报。
All models can adjust sensitivity to suit conditions, and adaptive threshold circuitry introduces an intuitive scene-learning capability to reduce false alarms.
所有型号的探测器都可以调整灵敏度以适应环境，自动调节阈值电路引入了一个直观的观测现场，减少了错误警报。
All models can adjust sensitivity to suit conditions, and adaptive threshold circuitry introduces an intuitive scene-learning capability to reduce false alarms.
应用推荐