麻省理工学院的研究者们已研究出一种利用激光来制造陶瓷粉以供生产陶瓷件的新工艺。该工艺比传统工艺造价低,因此,是经济上可行的大规模进行化学处理的激光应用之一。而且,用该工艺生产的大小均匀的粉末颗粒可制造更坚硬、更可靠的陶瓷,这种陶瓷将改进能量系统、改变多层基底设计方法和代替目前从国外进口的金属战略物资。陶瓷是无机的、非金属材料的大家族。其应用范围很广,从餐具到宇宙飞船上的瓷砖、 Researchers at the Massachusetts Institute of Technology have developed a new process that uses lasers to make ceramic powders for the production of ceramic parts. The process is less expensive than traditional processes and therefore is one of the most economically feasible laser applications for large-scale chemical processing. Moreover, the uniform size of the powder particles produced by this process produces harder, more reliable ceramics that will improve the energy system, change the way multilayer substrates are designed, and replace the metal strategic materials currently imported from abroad. Ceramic is a large family of inorganic, non-metallic materials. Its wide range of applications, from tableware to spacecraft tiles,