The ever-increasing demands for miniature integrated optics, mechanics, electronics, and
biofluidics have generated great interest in high-performance glass components featuring …

The subsurface damages (SSDs) generated during abrasive processes greatly impact the
service performance and life of the devices or components made from brittle materials. The …

Micro-optical components, such as glass-based microlens arrays, have become essential in
applications relying on advanced optical systems such as 3D displays, optical fiber coupling …

Microlens arrays will suffer from filling defects due to trapped gas when molded in a nitrogen
atmosphere by precision glass molding (PGM). In this paper, a multistep molding method is …

The preparation of fused silica glass with microstructural patterns has attracted considerable
interest, and the process chain of using nano-silica powders mixed with organic polymers to …

The fabrication of ideal optical components is a world-wide grand challenge facing us.
Benefiting from the unique thermoplastic nature, precision glass molding (PGM) is …

The low-temperature plasma nitriding was utilized to describe the microscopic solid-phase
separation in the austenitic stainless-steel type AISI316, induced by the nitrogen …

This study proposes a novel iron wire activation method for electroless Ni-P plating on 6H-
SiC substrates, offering a sustainable alternative to traditional metal activation techniques …

The combination of imprinting and extrusion overprinting of composite glass materials offers
a pathway for the fabrication of fully integrated functional microfluidic devices. Utilizing novel …

In this paper, the polishing mechanism of polycrystalline tungsten has been studied,
focusing on the reasons for the appearance of grain steps and the effects of different …