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1·Sound intensity distribution after alteration.

改建后的声强分布。

2·The relative intensity distribution of the viewing screen has been analysed.

本文还详细地分析了屏上的相对光强分布。

3·He derived the observed intensity distribution of light emitted by a hot solid.

他导出了观察到的热体发光的强度分布。

4·The electric field intensity distribution was acquired through potential gradient.

再通过电位梯度求得电场强度分布。

5·The temporal waveform and the intensity distribution of output laser were measured.

测量了输出激光时间波形和光斑的光强空间分布。

6·Light intensity distribution of the screen is numerical calculationed and simulated.

并对接收屏上的光强分布做了数值计算和模拟。

7·The intensity distribution of three side-pumping light is analyzed inside laser crystal.

分析了激光晶体中三向侧面抽运光的强度分布；

8·The laser spot diameter and its intensity distribution are measured with a scanning pinhole.

利用针孔扫描的原理，测量了聚焦光斑尺寸及光斑内的能量分布状况。

9·A new method of improving the laser beam transverse intensity distribution measurement is presented.

提出了一种新的提高测量激光光束横向强度分布的方法。

10·The Fresnel diffraction formula and the Fourier transforms are used to get the intensity distribution formula.

采用菲涅耳衍射公式和傅里叶变换得出了输出面上的光场的理想计算公式。