基本释义:

前沿(脉冲)

网络释义

1)Front Edge,前沿(脉冲)

2)pulse rising edge,脉冲前沿

3)front-edge& trailing-edge,脉冲前后沿

4)front edges of pulses,脉冲前沿时间

5)leading edge blanking,脉冲前沿消隐

6)wave front steepness,脉冲前沿斜率

用法和例句

"Pulse front edge jitter (firing-time jitter, pulse starting-time jitter)"

脉冲前沿抖动(点火时间抖动、脉冲起始时间抖动)

Pulse-front-distortion in large-aperture short-pulse laser systems

大型短脉冲激光装置中脉冲前沿畸变效应的研究

Influence of Grid Gated Pulse Edge on Streak Tube's Characters

栅极选通脉冲前沿对变像管性能的影响(英文)

Investigation on Chopping Rising Edge of KrF Laser Pulse Using Saturable Absorption;

利用饱和吸收技术对KrF激光脉冲前沿削波的研究

width of transition steepness

(脉冲) 前沿陡度

A specific emitter identification method based on front edge waveform of radar signal envelop

基于脉冲包络前沿波形的雷达辐射源个体识别

positive edge clock

正边沿触发时钟脉冲

Influence of Pulse Steepness on Vacuum Surface Flashover Characteristic under Steep Pulse

脉冲陡度对快脉冲下真空沿面闪络特性的影响

Study on Influence of Ratio Between Wideness and Height of EMP Simulator Transmission Line with Fast Rise-time to Rise-time of EMP

快沿电磁脉冲模拟器传输线宽高比对脉冲上升沿影响研究

front porch of pedestal

同步脉冲前的消隐脉冲肩

The movement occurs on the trailing edge of the pulse.

移动是在脉冲的下降沿产生的。

A Method for Specific Emitter Identifictaion of Radar Based on The Rising Edge of Pulse

基于脉冲上升沿的雷达个体识别方法

Discussion on the Mechanism of Flashover Characteristics Under Nanosecond Pulse in Vacuum

纳秒脉冲真空绝缘沿面闪络机理研究

An amplifier with very wide frequency response which can amplify pulses without distortion of the short rise time of the leading edge.

频率响应极宽的一类放大器，可以无畸变地放大前沿上升时间短的脉冲。

"Impulses travel along the central auditory pathway from the cochlear nerve to the medulla to the cerebral cortex. Hearing may be impaired by disease, injury, or old age; some disorders, including deafness, may be congenital. "

脉冲沿着中枢听觉通路前进,从耳蜗神经由延髓到大脑皮质。听觉可能因为疾

MATRIX ANALYSIS OF PULSE WAVE PROPAGATION ON MULTI-CONDUCTOR TRANSMISSION SYSTEM

脉冲波沿多导线传输系统传播的矩阵分析

Surface flashover characteristics of micro-stacked insulators in vacuum under nanosecond pulse

纳秒脉冲下微堆层绝缘子的真空沿面闪络特性

Radar Emitter Recognition Based on Rising/Falling Edge of Pulse Signal

基于脉冲信号上升/下降沿的雷达辐射源识别