全部

1·Saturation fluence and modulation depth are key parameters of SESAM.

饱和通量，调制深度等是半导体可饱和吸收镜的重要参数。

2·The influences of modulation depth and tuning out have been measured.

此外还分别观测了调制深度和失谐度的影响。

3·The nonlinear effects of the film on the phase modulation depth and encoding results are also analysed.

分析了胶片的非线性效应对位相光栅调制深度及编码效果的影响。

4·The maximum modulation depth of the gas cell is calculated as 42%, which is in good agreement with the experimental result.

计算了气体盒的最大调制度，其值为42%，与实验所得到的最大调制度很好地符合。

5·Modulation depth and coupling efficiency were calculated in the range where LP03 mode are cut-off and LP02 mode are guided.

在少模光纤的LP03模截止且LP02导通的参数范围内，计算了调制深度和耦合效率与少模光纤参数的关系。

6·The computation of colour difference indicated that the encoding confusion did not show up when the modulation depth is in a proper range.

通过对色差的定量计算，表明在一定调制深度范围内不会发生编码混淆。

7·The deeper of the modulation depth of defects that modulated the beam, the higher of the intensity produced along the propagation process.

结果表明，不同调制尺寸、调制深度对高斯光束在传输过程中的影响相似。

8·The variation of brightness and chromaticity of output image with modulation depth in phase-modulated colour encoding image is investigated.

本文讨论了位相调制彩色编码输出图象的色度、亮度随调制深度变化的规律。

9·The results clearly show conduction losses are the function of semiconductor static characteristic, power factor, modulation depth and load current.

该表达式与器件静特性、功率因数、调制度及负载电流有关，利用其计算不同载波调制下通态损耗时只需改动导通占空比。

10·Experimental data show that the intensity modulation depth increases with the bias current of LD. When the modulation frequency increases, the intensity modulation depth decreases.

实验数据表明，光强调制度随激光器偏置电流的增加而加深，随调制频率的升高而减小。