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1·The pulse duration and the spectral phase are measured by SPIDER.

利用SPIDER装置测量了出射脉冲的脉宽和光谱相位。

2·Output rise and fall times are TTL compatible and independent of pulse duration.

输出上升和下降时间ttl兼容和脉冲持续时间无关。

3·The effect of pulse duration and laser beam dimension on the pressure signal is discussed.

讨论了激光脉冲持续时间，激光束宽度对压力信号的影响。

4·Influence of pulse duration on deflecting electric field PIII was investigated in this paper.

研究了采用偏转电场法注入时注入电压脉冲宽度对注入效果的影响。

5·While the information is quite difficult to estimate since it is very subtle and the pulse duration is very short.

但由于这一信息非常微弱，且脉冲信号的持续时间很短，多普勒变化率的精确测量也十分困难。

6·The results show that the movement of positive ions is much weaker than that of electrons even discharged under big pulse duration.

结果表明在放电通道中主要是电子在运动，即使在大脉宽条件下放电正离子的运动也远弱于电子的运动。

7·The singularity is located nearer to the central axis for the pulses with higher order transverse modes and shorter pulse duration.

对于啁啾量相同的脉冲，脉冲宽度越小或模指数越大其奇异性位置离光束中心越近。

8·The value of surface roughness is influenced by discharge current which involves discharge energy, pulse duration and polarity effect.

在加工过程中，表面粗糙度会受到放电电流的影响，其中包括放电电流能量、电流脉宽及电流极性的影响。

9·By assuming a Gaussian temporal shape of laser pulse, some numerical results of the threshold dependence on pulse duration are presented.

通过假设激光脉冲为高斯型，数值计算得到了激光脉冲宽度与激光辐射损伤间的依赖关系。

10·We also investigate the relationship between the total attenuation coefficient and the energy density, pulse duration, and pulse repetition.

我们研究了衰减系数和能量密度、脉冲宽度及脉冲频率之间的关系。