There is substantial concern about the phase change to artificial ferrite or martensite in
commercial austenitic stainless steels during intense focused-ion-beam milling. In this work …

There is substantial concern about the phase change to artificial ferrite or martensite in
commercial austenitic stainless steels during intense focused-ion-beam milling. In this work …

A highly stable austenite phase in a super duplex stainless steel was subjected to a
combination of different gallium ion doses at different acceleration voltages. It was shown …

Stainless steels are important structural materials for nuclear reactors, offshore plants,
industry and housing. Therefore, improvement of these materials to provide higher …

It is well known that martensitic phase transformation is often caused in austenitic stainless
steels under stress. According to Schaeffler phase-diagram, the stability of the austenitic …

Hardening of the S phase by fine particle shot peening was investigated. The S phase
created by carburizing has an austenite phase expanded by supersaturated diffusion of …

The transformation of unstable austenite to ferrite or α′ martensite as a result of exposure to
Xe+ or Ga+ ions at room temperature was studied in a 304 stainless steel casting alloy …

Focused ion beam processing with Ga+ ion sources is widely applied for nanoscale
fabrication of materials and preparation of specimens for advanced microstructural …

In order to improve the wear resistance of martensitic stainless steel, a surface treatment
system was developed that combines high-frequency induction heating (IH) with fine particle …

This study is to investigate the relationship between microstructural factors and tensile
properties after aging heat treatment of the 15-5PH stainless steel at the temperature range …