从紫外到红外的高功率激光非线性光学材料由于非线性光学材料能使波长移动和作宽光谱范围调谐，大大增加了激光器的性能。在发展从中紫外到远红外光谱的几种晶体方面已取得技术进展。例如，在３．５Ｗ平均功率下，含有磷化锌错的系统已显示在许多中红外大气窗口范围上的可... High Power Laser Nonlinear Optical Materials from Ultraviolet to Infrared Lasers are greatly enhanced by non-linear optical materials that allow wavelength shifting and tuning over a wide spectral range. Technological advances have been made in the development of several crystals from the ultraviolet to the far-infrared spectrum. For example, systems containing zinc phosphide errors at 3.5 W average power have been shown to be on the range of many mid-infrared atmospheric windows.