The decrease of absorption improves the LIDT in films deposited by the same material.
对于同种材料的薄膜，吸收的降低可以提高损伤阈值。
The methods of laser damage detection and laser induced damage threshold (LIDT) were introduced.
介绍了激光损伤的检测及损伤阈值的测量方法。
However, too-high bias voltage can cause the increase of surface roughness and stress, and decrease the LIDT.
然而，辅助偏压太高会引起粗糙度和应力的上升，以及损伤阈值的下降。
Experimental research shows that laser induced damage thresholds (LIDT) are strongly dependent on the beam radius.
实验发现，光学材料的激光损伤阈值对激光光斑大小有强烈的依赖关系。
The effects of SiO2 protective layers and annealing on the laser-induced damage threshold (LIDT) of the films are investigated.
文中对SiO2保护层和退火对Ta2O5薄膜的激光损伤阈值的不同影响进行了研究。
Thus, it is very significant to research the damage mechanism of optical film and improve laser induced damage threshold (LIDT).
因此研究光学薄膜的激光破坏机制，如何提高激光损伤阈值，具有重要的实际意义。
Both SiO2 protective layers and annealing are beneficial to the damage resistance of the films and the latter is more effective to improve the LIDT.
SiO2保护层和退火都有利于提高Ta2O5薄膜的抗激光损伤能力，并且退火对提高阈值的影响更为明显。
Both SiO2 protective layers and annealing are beneficial to the damage resistance of the films and the latter is more effective to improve the LIDT.
SiO2保护层和退火都有利于提高Ta2O5薄膜的抗激光损伤能力，并且退火对提高阈值的影响更为明显。
应用推荐