据文献报导,激光已应用于许多化学过程,如 SiC 和 Si_3N_4超细粒的制备,高活性催化物(Fe/Si/C,Ni/Si/C,W/Si/C)的合成。激光化学沉积法,可有效地制造出高质量的欧姆接触,P-N结,光波导器件等半导体器件和集成光学器件。应用激光技术合成超导材料,开辟了一个获得新超导材料的途径和技术。 It has been reported in the literature that lasers have been used in many chemical processes such as the preparation of SiC and Si_3N_4 superfine particles and the synthesis of highly active catalysts (Fe / Si / C, Ni / Si / C, W / Si / C). Laser chemical deposition, can effectively create high-quality ohmic contacts, P-N junction, optical waveguide devices and other semiconductor devices and integrated optical devices. The application of laser technology to synthesize superconducting materials opens up avenues and technologies for obtaining new superconducting materials.