Abstract

Recently, it has been widely recognized, from various experimental and theoretical researches,¹ that pulsed laser irradiation in a liquid generates high temperature and pressure at around a target surface, which we treat a microfactory for nanomaterial synthesis. Since 2005, we have conducted pulsed laser ablation (PLA) of metal or semiconductor materials in a fluid at temperature and pressure beyond a vapor-liquid critical point, i.e. supercritical state.^2-7.

© 2018 The Japan Society of Applied Physics