An experimental and theoretical study of laser-induced damage and ablation of silicon by
two individual femtosecond pulses of different wavelengths, 1030 and 515 nm, is performed …

Volumetric modification of dielectrics by ultrashort laser pulses is a complex dynamic
phenomenon involving material photoexcitation and associated nonlinear processes. To …

摘要提出了可以实现脉冲延迟可调, 能量比可调的共线纳秒双脉冲激光器新方法,
并搭建了灯泵浦共线纳秒双脉冲Nd∶ YAG 激光器进行验证. 比较了单脉冲模式与双脉冲模式 …

This study presents what we believe to be the first Pr: YLF laser that directly generates a
visible-band triple-wavelength double-pulse laser. A theoretical model was developed to …

This letter introduces the collinear double-pulse generation method of the electro-optical Q-
switched Nd: YAG laser and the rate equations describing its pulse formation dynamics. The …

In this Letter, we propose a crackless high-aspect-ratio processing method based on a
temporally shaped ultrafast laser. The laser pulse is temporally split into two sub pulses: one …

Traditionally, single-color laser beams are used for material processing and modifications of
optical, mechanical, conductive, and thermal properties of different materials. So far, there …

This paper presents a flexible method for directly generating an orthogonally polarized dual-
wavelength double pulse Pr: YLF visible laser. A theoretical model is established to reveal …

Over the past two decades, femtosecond laser technology has become significantly more
reliable which has particularly enabled its integration into industry, as the brevity of such …

The five thousand years of Chinese culture has congealed countless crystallization of
wisdom, and glass is also one of the products. However, because in ancient times the …