1) Transport of Intensity equation
强度传播方程(TIE)
2) MCFPE
互强度传播方程
1.
And mutual coherence function propagation equation(MCFPE) is also raised into MMW-SAR near sensing imaging,which can eliminate the fuzzy problem of imaging through twice Fourier transform and improve the imaging quality.
同时提出了基于互强度传播方程的近程成像算法,通过两次傅立叶变换来消除成像模糊问题,同样提高成像质量。
3) intensity transport equation
光强传播方程
1.
For the optical system with circular apertures,it is difficult to get the boundary radical slope of phase and the accurate sampling value in the circular domain boundary when the intensity transport equation is used to recover the original phase.
对于圆形孔径的光学系统,利用光强传播方程进行相位恢复时很难得到相位的边界径向斜率值,另外,要获得精确的圆域边界采样值也并非易事。
4) publicizing intensity
传播强度
1.
The appeal for fear achieves its unique publicizing effect by making use of the human instinct of fear and the following psychological need of removal of fear,and its effect is also closely related to the publicizing intensity and target.
恐惧诉求在广告中的传播效果不仅与传播强度有关,而且与传播对象有关。
5) transport of intensity equation(TIE)
强度传输方程
1.
One is a solution to the transport of intensity equation(TIE) based on Fourier transforms.
在不同散度值下获得一系列图像,得到两种不同相位复原算法:一种为基于傅立叶变换求解强度传输方程(TIE)得到物体的相位分布;一种为基于薛定谔波动方程的迭代算法。
6) intensity and spread
强度和传播
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条