1) phase delay
相位延迟(电信)
2) phase delay
信号相位延迟
3) phase delay
相位延迟
1.
This paper explains some problems encountered in the practical measurement using Virtual Instruments developed by LabVIEW,such as phase delay,noise,multitasking and ex-ecution,continuous analog output &input and so on.
对利用LabVIEW软件开发虚拟仪器进行实际测量过程中可能遇到的相位延迟、噪声、多任务并行机制以及模拟信号的输出与连续采集等问题,提出了一些相应的处理方法,并对在开发和使用这类仪器及其测试系统过程中应注意的事项发表了作者自己的几点见解。
2.
The influence of carrier phase delay on demodulation output is corrected.
该系统采用FPGA实现数据的高速采集和逻辑控制,用DSP实现传感信号的全数字解调,分析了载波相位延迟对解调输出的影响并采取了纠正措施。
4) phase retardation
相位延迟
1.
The simple method research for measuring the phase retardation of wave-plates;
波片相位延迟测量的简捷方法研究
2.
Two-dimensional measurement for optical phase retardation;
光相位延迟的二维测量及系统设计
5) phase lag
相位延迟
1.
Normal acceleration is provided by aerodynamic force,which is restricted by flight height and velocity;Orbit-pulse-control is very different in that it provides normal acceleration without delay,and response time is reduced by one order of magnitude;Attitude-pulse-control behaves 180o phase lag at natural frequency of the missile body,however,the phrase lag of o.
研究表明:姿态脉冲控制与气动控制类似,改变弹道的过载主要是由气动力产生的,受高度和速度的限制;轨道脉冲控制与气动控制有本质不同,直接产生过载,响应时间比气动控制至少小一个量级;姿态脉冲控制时在弹体频率处有180°的相位延迟,轨道脉冲控制有较小的相位延迟。
6) retardation
[英][,ri:tɑ:'deiʃən] [美][,ritɑr'deʃən]
位相延迟
1.
Comparison and analysis of several methods for measuring waveplate retardation;
几种波片位相延迟测量方法的比较
2.
The relation between the transmitting ratio (or retardation) and ineident angle is given, and the property of Wollaston prism in an imaging system is also presented.
给出了Wollaston棱镜的透射比及位相延迟与入射角的关系,就Wo11aston棱镜用于成像系统中的性能进行了研究。
补充资料：国际电信联盟标准(见国际电信联盟)
国际电信联盟标准(见国际电信联盟)
standards of ITU: see International Telecommunication Union; ITU
切网1 Ulan欠jnL心n厅泊ngb泊。zhun国际电伯联盟标准(，tan由Ids际电信联盈。of TYLJ)见国
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