The interfering mechanism on the photoelectric detector is analyzed in damage mechanism and jamming threshold.
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。
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.
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。
The feasibility of high average repetitive pulse laser disturbance and damage satellite-borne detector is qualitatively analyzed.
定性分析结果表明高平均功率重频脉冲激光更容易对星载探测器造成有效干扰和永久性损伤。
Analyses show ablation heat is the most important reason of detector system damage in this experiment.
分析认为：实验中引起探测器系统破坏的主要原因是温度升高引起的烧蚀热。
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.
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。
Where process fluids could be abrasive, counter flanges shall be provided with detector body to prevent damage to the internal lining.
对于磨损工艺流体，应随传感器提供配对法兰以防损坏衬里。
It is preferable to arrange the detector coils underneath the material transport belts in order to minimize the chance of mechanical damage to the coil.
这是最好的安排下材料的运输带线圈的检测，以尽量减少机械损坏线圈的机会。
This paper studied the feasibility of determining and comparing the thermal shock construction damage of refractory by ultrasonic flaw detector.
探讨了利用超声波探伤仪测定或比较耐火材料热震结构损伤的可行性。
This paper studied the feasibility of determining and comparing the thermal shock construction damage of refractory by ultrasonic flaw detector.
探讨了利用超声波探伤仪测定或比较耐火材料热震结构损伤的可行性。
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