本文提出了几种用于超快光学的色散镜设计方法。
Different approaches to the design of dispersive mirrors (DMs) for ultrafast applications are considered.
在超快光学瞬态相移的测量中，结合线性啁啾脉冲与频谱干涉技术，可以获得啁啾脉冲相移随频谱的变化规律。
Extracting spectral phase differences between two linear chirped pulse from the spectral interferogram is simulated based on Fourier Transform Spectral Interferometry.
实验证明：光学系统时间畸变和时间弥散，将影响超快现象的测量。
Experiments shows: the temporal distortion and dispersion of an optical system affect the measurement of ultrafast phenomena.
应用推荐