Fused silica is widely used in high-power laser systems, astronomy and military fields due to
its excellent optical and physical properties. However, Subsurface defects (SSDs) such as …

Ammonium dihydrogen phosphate (NH4H2PO4, ADP) crystals were grown in a defined
direction (θ= 90°, Φ= 45°) from an aqueous solution via the temperature reduction “point …

为建立完善的熔石英元件吸收缺陷检测体系, 有效提升熔石英元件的抗激光损伤阈值,
设计了一套熔石英损伤特性原位测量装置, 包括光热扫描测量与拉曼光谱测量两部分. 实验表明 …

A surface thermal lensing technique is used to study the time evolution of the absorption of a
fused silica surface when exposed to UV pulsed laser irradiation in the nanosecond regime …

Fused silica is extensively utilized as a crucial optical material owing to its exceptional
optical properties and thermal stability in diverse sectors such as semiconductor technology …

In order to establish a defect detection system of fused quartz and improve laser-induced
damage threshold, a device of in situ measuring fused quartz damage characteristics is …

Fused silica optics, as key components in high-power laser systems, are prone to produce
laser damage with different sizes under laser irradiation. For large-size laser damage, CO 2 …

In this paper, the concept of a mesoscopic method with high-speed and high-sensitivity is
proposed for characterization of surface defects for large optics. The technology is a …