The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器的前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固和流中的位，慢纵在流中振幅大，而在固中的振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器前探测和复原进行了类和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相和流相中相位相反，即慢纵在流相中振幅大，而在固相中振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器的前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相和流相中的相位相反，即慢纵在流相中振幅大，而在固相中的振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪哈特曼前传感器前探测复原进行了类比仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相流相中相位相反，即慢纵在流相中振幅大，而在固相中振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢固相和流相中相位相反，即慢流相中振幅大，而固相中振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器的前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固和流中的，即慢纵在流中振幅大，而在固中的振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪曼前的前探测复原进行了类比推导仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相流相中的相位相反，即慢纵在流相中振幅大，而在固相中的振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器的前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢固相和流相中的相位相反，即慢流相中振幅大，而固相中的振幅较小。

The detection and reconstruction of wavefront by Lateral Shear Interferometer (LSI) and Hartmann Wavefront Sensor (HWS) have been deduced analogically and simulated numerically.

对横向剪切干涉仪和哈特曼前传感器前探测和复原进行了类比推导和仿真计算。

And the special phenomena such as the S wave splitting, the blind points of the S wave splitting and wavefront triplication are dearly observed.

而慢纵在固相和流相相位相，即慢纵在流相幅大，而在固相幅较小。