response pulse

Under the circumstance that the influence of atmosphere on laser pulse is ignored, the models of return signals and target response function are concluded, which indicates that return signals can be look as the convolution of transmission signal and target response function.

在忽略大气对激光脉冲的影响下，推导出接收信号和目标响应函数的理论模型，表明了接收信号可以看作是发射信号与目标响应函数的卷积。

A high voltage nanosecond pulse generator for calibrating voltage dividers with fast time response was constructed.

研制了一台高电压毫微秒脉冲发生器,它将用于标定快响应的分压器.

Study on the thermal response of different biological tissues irradiated by high-power short-pulse laser

高能脉冲激光照射下不同生物组织内热响应的实验研究

Based on pulse test, the pulse response curve and flow recession curve are analysed for studying the structure of karst aquifer medium.

通过脉冲试验，采用测站脉冲响应曲线及流量衰减曲线分析，对后寨河流域含水介质结构进行了研究。

With the Rosenthal equation as the mathematical model, the paper studies the thermal response curve of two kinds of industrial electric detonator by transient pulse test. And the relationship between thermal parameters and sensitivity is also analyzed.

作者以Rosenthal方程为数学模型，用瞬态脉冲试验技术研究了两种电雷管的电热响应曲线，并分析了电热参数与感度的关系。

An Approach to the target identification using the target inherent poles as the target signature is described in this paper, based on the fact that the poles of the radar target pulse response do not change with the angle of observation.

本文根据雷达目标脉冲响应的极点不随视角而变的特点，选用目标的固有极点作为目标识别的特征。

The effect of thermocouple response on measurement of thermal diffusivity by laser pulse method

热电偶响应对激光脉冲法测量热扩散率的影响

Simulations using numerically calculated scattering response based on three thin wire target demonstrate that the method proposed in this paper is surprier to the traditional E-pulse.

基于三种细导线目标数值计算散射场的仿真实验表明，相比于传统E脉冲能量识别数，本文方法取得了很好的识别效果。

By using complex amplitude to describe sound field distributing, acoustic lens pulse response is deduced in theory, and function imaging of biological tissue is obtained.

以声场复振幅来描述声场分布，根据基尔霍夫衍射理论，从理论上推导了声透镜的脉冲响应，并通过实验得到了生物组织的功能成像。

It has put forward a imaging method of acoustic lens using photoacoustic signal and according to the Kirchhoff diffraction theory we deduced pulse response of acoustic lens.

光声信号声透镜层析成像方法的提出，并依基耳霍夫衍射理论推导了声透镜的脉冲响应。