Energy beam polishing technologies have revolutionised the metal surface precision
finishing procedure of various materials owing to their specific capability to provide non …

Additively manufactured (AMed) titanium products are typically produced by electron beam
melting (EBM), since oxidation of titanium alloy surface can be suppressed in vacuum …

A TiC reinforced steel composite was fabricated by a liquid pressing infiltration (LPI)
process. The TiC reinforced steel composites with density< 6.0 g/cm 3 were fabricated with a …

Industrial products used in medical equipment and food manufacture are usually made from
AISI 304 and place great demands on surface polishing. The application of plasma beam in …

The aim of the work was investigation of the effect of high current pulsed electron beam
irradiation (HCPEBI) with the energy density E s= 18 J/cm 2, 20 pulses on the surface …

Energy beam machining is a type of micro/nano-manufacturing technology for advanced
materials. The energy beam is composed of the matter which exhibits not only particle but …

To conquer the shortcomings that the column-faced 45 steel is susceptible to wear and
failure, scanning electron beam was conducted to strengthen it, the microstructure and …

Recent papers on the application of intense pulsed electron beams for surface treatment of
metals, alloys, metalloceramic and ceramic materials are reviewed. The advantages of …

Optical manufacturing plays an important role in various fields, such as optical lenses,
telescopes, and laser optics. Generally, traditional optical manufacturing techniques are all …

It is still difficult to simultaneously achieve surface polishing and purity-free modification of
30CrMo steel by conventional treatment technologies. Herein, the continuous circular …