With the development of science and technology, in the fields of national defense,
aerospace, medical treatment, automobile, and so on, the demands for ultra-precision parts …

Fabricating super-smooth aspheric optics for future hard X-ray telescopes will require a new
process chain. Whilst diamond turning of electroless nickel plating can generate~ 100 nm …

Fluid jet polishing (FJP) is a promising technology that has been increasingly used in the
superfinishing of complex optical lenses, mirrors, and molds on several materials. The …

Complex precision components are integral to many sectors, straddling both military and
civilian applications. These include aerospace telescopes, infrared thermal imaging …

Silicon carbide is a ceramic material with a desirable combination of high thermal and
mechanical stability, making it ideal for optical application in aerospace and next generation …

In recent years, rapid prototyping of titanium alloy components for medical and aeronautics
application has become viable thanks to advances in technologies such as electron beam …

Because of the direct relationship between removal rate and surface roughness in
conventional grinding, ultra-precision finishing of hard coatings produced by chemical …

Bonnet polishing has shown promising shape adaptability and processing quality in the
surface finishing of glass-ceramic optical components with complex surfaces. This study …

Free-form optics are becoming increasingly indispensible in a series of industries, such as
aviation, aerospace, medical, digital video and audio optoelectronics, owing to its enhanced …

Fluid jet polishing is a promising ultra-precision polishing technology which has been
successfully used in polishing various kinds of precision components. The characterization …