2) Interference signal
干扰信号
1.
The paper took the modern cement production line for example, introduced in detail the method and the detail operation to eliminate these interference signals.
文章以现代化水泥生产线测温过程检测仪表各种干扰信号的消除为例,详细介绍了这些干扰信号的消除方法和具体措施。
2.
The recent development of methods including statistics, signal processing, resolution and artificial intelligence in the application to correct interference signal in inductively coupled plasma atomic emission spectromeny are reviewed.
评述了近年来应用于ICP-AES中干扰信号校正的各种方法,包括统计学方法、信号处理方法、分辨技术及人工智能方
3.
Now the methods and means restrained the enviromental interference signal almost have no progress d.
而现在采集过程中唯独抑制环境干扰方法和手段几乎没有进展 ,从而使得这些干扰信号的侵入 ,淹没了勘探中的微弱高频反射信号 ,由于这些干扰信号频带宽、随机性强 ,使人们显得对此无可奈何。
3) signal interference
信号干扰
1.
Analysis on the signal interferences and control measures in automatic fire alarm systems;
火灾自动报警系统中的信号干扰因素与抑制技术
2.
Effect of Signal Interference on Diagnose of Gas Generator Set Trouble;
信号干扰对燃气发电机组故障判断的影响
3.
Treatment of signal interference in frequency converter
变频器信号干扰问题的处理
4) interfering signal
干扰信号
1.
Analysis and Suppression of the Interfering Signals for Electron Beam Welder;
电子束焊机束流干扰信号的分析与抑制
2.
This paper analyzes on and probes into some concrete problems existing in the development of the coal-washing control system with PLC, which include the problem of interfering signal, the application of "4&4scheme" and the application of the anti-logic thinking.
对洗煤厂在PLC控制系统的开发过程中遇到的具体问题进行了分析和探讨,包括干扰信号问题“、四四方案”的运用以及“反逻辑”思维运用。
5) jamming signal
干扰信号
1.
Research on simulation of coherent-noise jamming signal
相参噪声干扰信号仿真研究
2.
Aim To get the theory base of designing FM fuze s jamming signal, its jamming mechanism was studied.
目的 研究调频引信的干扰机理,获取调频引信干扰信号设计的理论依据。
3.
In this paper, experiences in searching and removing of jamming signals in nuclear magnetic resonance spectrometric analysis are introduced.
介绍了使用核磁共振谱仪检测中的干扰信号查找与排除的经验。
补充资料:《潜在抗干扰性理论》
阐述无线电接收设备潜在抗干扰性理论的名著,苏联B.A.卡捷尼柯夫著。1947年作为博士论文在苏联莫斯科动力学院发表,1956年在莫斯科正式出版。全书共13章,分为4个部分。第一部分是阅读本书的预备知识。第二部分叙述离散消息传输系统的潜在抗干扰性,分别讨论了两个离散值信号和多离散值信号下的理想接收机和潜在抗干扰性。第三部分叙述连续消息、参量传输系统的潜在抗干扰性,分别讨论了不同调制方式(调幅、调频、脉冲调制)和不同噪声干扰强度(弱噪声、强噪声干扰)下的系统潜在抗干扰性。第四部分讨论连续消息、波形传输系统的潜在抗干扰性,分别研究了直接调制、脉冲调制(脉冲调幅、脉冲调位、脉冲调频)和积分调制系统的潜在抗干扰性。这本书是研究最佳接收理论的重要理论著作。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条