摘要
The physical process of forming a modified region in soda-lime glass was investigated using 1 kHz intense femtosecond laser pulses from a Ti： sapphire laser at 775 nm. Through the modifications in- duced by the femtosecond laser radiation using selective chemical etching techniques, we fabricated reproducible and defined microstructures and further studied their morphologies and etching prop- erties. Moreover, a possible physical mechanism for the femtosecond laser modification in soda-lime glass was proposed.
The physical process of forming a modified region in soda-lime glass was investigated using 1 kHz intense femtosecond laser pulses from a Ti： sapphire laser at 775 nm. Through the modifications in- duced by the femtosecond laser radiation using selective chemical etching techniques, we fabricated reproducible and defined microstructures and further studied their morphologies and etching prop- erties. Moreover, a possible physical mechanism for the femtosecond laser modification in soda-lime glass was proposed.
