The rapid development of the femtosecond laser has revolutionized materials processing
due to its unique characteristics of ultrashort pulse width and extremely high peak intensity …

We report on the welding of various glasses with ultrashort laser pulses. Femtosecond laser
pulses at repetition rates in the MHz range are focused at the interface between two …

In order to study the influence of air gap and focus position on the quality of ps-laser glass-to-
glass welding we implemented a method of detecting the air gap between glass surfaces …

During welding of glass with ultrafast lasers, an irregular formation of weld seams was
prevented by modulation of the average laser power and spatial beam shaping. The …

A dynamic pulse propagation modeling for femtosecond laser bonding of Borofloat glass is
presented. The temperature evolution and internal modifications are predicted by …

Glass materials have been widely used in optics, MEMS, electronics and biomedical
applications because of their excellent optical, mechanical and chemical properties. Fusion …

The absorption mechanism of the second pulse is experimentally and theoretically
investigated for high-efficiency microwelding of photosensitive glass by double-pulse …

We propose a joining process using femtosecond laser micro-welding to reinforce a direct
bond. The process, which is executed at ambient temperature and can be applied to both …

Defects and process irregularities influence the bonding strength and thus the stability and
lifetime of welded glass components. The present paper proposes to monitor the laser …

摘要近年来, 随着元器件不断小型化及人们对产品高密度, 高可靠性要求的提高,
有效的微连接已成为微加工的重要环节之一. 虽然目前已有多种方法可以实现同种材料或异种 …