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激光生产的超精细粉末,在许多潜在时应用方面目前已受到人们的注意。这些应用包括陶瓷制造,化学催化和半导体器件制造。可以把这些粉末制成均匀、亚微末大小的微粒,此微粒的特征是表面/体积比很大,这种表面/体积比很大的微粒在催化作用和陶瓷制作中很重要。粉末成团粒、容易压制成型。而且制成悬胶液仍然一样稳定,其化学成分也可以精确控制。 麻省理工学院的John·Haggerty及其同事们研究出一种CO_2激光技术用在陶瓷工
Laser-produced, ultra-fine powders are currently attracting attention in many potential applications. These applications include ceramic manufacturing, chemical catalysis and semiconductor device manufacturing. These powders can be made into uniform, submicron sized particles which are characterized by a large surface / volume ratio and which are important in catalysis and ceramic making. Powdered into pellets, easy to suppress molding. And made suspension glue is still the same stability, its chemical composition can also be precisely controlled. John Haggerty of the Massachusetts Institute of Technology and his colleagues developed a CO 2 laser technology used by potters