1·Approximate Gaussian pulse is calculated and drawn 15 of the first derivative function of ESD.
近似计算并画出高斯脉冲的前15阶导函数的ESD。
2·The bistable hysteresis loops with Gaussian pulse pumps is obtained by using nonlinear FDTD method.
利用非线性时域有限差分数值模拟方法，得到了高斯脉冲激励下的双稳态响应曲线。
3·The timing-jitter in dispersion-managed soliton system with the Gaussian pulse was studied by two methods.
利用两种方法研究了脉冲形状为高斯型的色散管理孤子系统定时抖动。
4·A new ultra wideband (UWB), low-complexity and step recovery diode Gaussian pulse generator is introduced.
提出了一种新型的用于超宽带系统的高斯脉冲发生器。
5·The propagation characteristics and the influence of initial chirp on Gaussian pulse width were discussed.
计算了高斯型脉冲宽度在色散缓变光纤中的传播特性和初始啁啾对脉宽演变的影响。
6·Based on the Gaussian pulse component analysis, a new deviation of laser pulse system in time-domain is defined, and its validity is further verified experimentally.
从理论上定义了基于高斯脉冲成分分析的激光脉冲时域响应的偏离度参数，并且通过实验验证了该定义的有效性。
7·Results show that the signal processing and the properties of angular resolution by the dual Gaussian pulse excitation are better than those by the singular Gaussian pulse.
结果表明：双向高斯脉冲激励的处理过程和角分辨率特性均优于单向高斯脉冲。
8·Studies have been made on the influences of the second order derivatives of the amplitude and phase of the reflection coefficient on the Gaussian pulse upon reflection from the dielectric mirrors.
研究了介质镜反射系数的振幅与位相二阶导数对飞秒高斯脉冲的影响。
9·On the base of a plenty of facts we suggested a method in which bi-Gaussian form is approached the output pulse in multimode fibers The accuracy measuring band in time domain can be improved highly.
在综合大量实例的基础上，提出双高斯函数逼近多模光纤的光脉冲输出的解析近似方法，使时域法确定光纤带宽的精度大为提高。
10·We take advantage of electron distribution function to discuss the production and distribution of hot electrons, taking account of Gaussian laser pulse.
本文是在考虑了呈高斯分布的激光脉冲的基础上，从电子分布函数着手研究了高能电子的产生和分布情况。