在他们实验设置的过程中，中微子的出发和到达的时间都是用同一个GPS人造卫星来测量的，而把时间记录在两个实验室里的GPS接收器里。
In their setup, the neutrino departure and arrival times were both measured by the same GPS satellite, and The Times were logged on GPS receivers in the two LABS.
传播测井依赖于两个接收器测量的波的差异。
Propagation logs rely on measuring the difference in properties of a wave at two receivers.
在强度调制型光纤传感器中，光源发光强度和光电接收器工作的稳定性，是决定测量精度的关键因素。
In intensity-modulated type optic fiber sensors, luminous intensity of a light source and operating stability of photoelectric receiver are the key factors for determining measuring accuracy.
但是，由于探头和接收器都是密封装置，从外部直接测量是不可能的。
However, it is not possible to do direct measurement, since the probe and the receiver are both sealed.
基于自平衡激光接收器和数字锁定放大器构造了TDLAS汽车尾气动态浓度测量系统。
A measurement system for gas dynamic concentrations based on TDLAS was constructed by using an auto-balanced photo receiver and a digital lock-in amplifier.
然而，在Q -轨道技术不使用信号强度来测量发射器和接收器或飞行如gps时间之间的距离。
However, the Q-track technology does not use signal strength to measure the distance between transmitter and receiver or time of flight like GPS.
在此基础上，提出了一种采用半导体激光器作光源，PS D作光电接收器的尺寸测量系统，并通过实验对其精度进行了验证。
On the above basis, a dimension measuring system that USES semiconductor laser as its light source and PSD as the receiver, is proposed. Its precision is verified by experiments.
相反，它测量该信号的相位，并使用近场的属性，以确定接收器的位置，并从发射机的距离。
Instead, it measures the phase of the signal and USES the near-field properties to determine the position of the receiver and the distance from the transmitter.
在原来光具座测量透镜焦距的装置基础上，用CCD代替人眼作接收器时，正确判定焦面是实验的关键。
Linear CCD is used as receiver on behalf of eyes on the basis of originally experimental equipment measuring the focal length of lens.
一个高度敏感的接收器将每个反射脉冲转换，使其与其他测量脉冲波相平均。
A highly sensitive receiver converts each reflected pulse to waves that are averaged with other pulse measurements.
卫星射频测试探头允许直接测量lnb输出或卫星接收器或有线电视。
The RF satellite test probe allows direct measurement at the LNB output or at the satellite receiver or cable TV.
本文介绍了采用光学成象法，以拼接CCD为光电接收器的外径测量系统的原理及其结构。
The principle and structure of the diameter measuring system. to which the optical imaging method is applied and the assembled CCDs are used as photoelectric detector, are presented in the paper.
除此之外，也不必事先固定传输速率，因为接收器可透过起始位元内两脉冲之间的距离，测量出传输速率。
In addition, the spacing between the pulses in the start bit allows the receiver to measure the transmission rate; the rate does not need to be fixed in advance.
除此之外，也不必事先固定传输速率，因为接收器可透过起始位元内两脉冲之间的距离，测量出传输速率。
In addition, the spacing between the pulses in the start bit allows the receiver to measure the transmission rate; the rate does not need to be fixed in advance.
应用推荐