该测头采用PSD作为敏感元件并采用单片机技术完成对测量数据的处理。
The PSD (positinon sensitive detector) is utilized as the sensitive detector of the sensor, and the microprocessor to implement data processing.
但是，天文学家仍需要一双敏锐的眼睛——哈勃来首次完成对这太阳系之外的一颗行星大气层化学构成的直接测量。
But they needed the keen 'eye' of Hubble to make the first direct measurement of the chemical makeup of an extrasolar planet's atmosphere.
软件系统包括：完成对硬件的软件控制，实现寻星定位子系统的寻星算法以及对天线主要测量参数的软件实现。
The functions of the software system include controlling the hardware, searching satellite and measuring the main parameters of the antenna.
当每一个体有相同的子个体，并且每一子个体的处理水平是成对的时候，我们使用套重复测量模型。
A nested repeated measures model occurs in analysis of variance when a particular individual has the same number of subindividuals and each subindividual receives every pair of treatment levels.
该装置的特点：采用多个微动机构，在微机控制的细分驱动方式下，利用搜索逼近的方法完成对楔角的测量。
Using micro displacement mechanisms and divided drive manner under the control of a computer by means of search skills, the test work is done with great facility.
该系统以声级计和微机为核心，装上由信号调理和模数转换两部分组成的数据采集卡，完成对风机噪声的测量。
Its core is a microcomputer in which a data acquisition card is installed. The system can perform noise measurement by using hardware resources of computer.
论文设计的装置主要完成对电机三相电压电流等电参数的测量、计算和分析，而不涉及对电机的机械特性、温度、噪声、磁场等测量。
This instrument is designed to measure, compute and analyse the triphase voltages and currents, without mechanical characteristic, temperature, noise and magnetic field etc.
生成对应于所述样品测量的值和其已知尺寸之间差值的误差函数对应关系。
An error functional map is generated corresponding to the difference between the measured and known dimensions of the artefact.
实时数字信号处理是声纳系统中的重要组成部分，通过对水声信号的分析处理完成对目标的搜寻和测量。
Real time digital signal process is an important part of sonar system. This part searches and measures targets by processing sound signal.
基于视频图像的动态实时测量系统是利用多媒体技术和数字图像处理技术，完成对自准直经纬仪的图像数据进行的测量任务；
The dynamic real-time measure system based on video image utilizes multimedia technique and digital video processing to fulfill measure of self-straight theodolite video data;
利用超高分辨率测频原理，以简单廉价的电路完成对频率信号的超高分辨率测量。
Furthermore, by using the principle of ultrahigh resolution frequency measurement, the ultrahigh resolution frequency measurement can be achieved with simple circuits.
与传统的三维信息获取技术相比，它能够快速、精确、无接触地完成对于复杂型面的测量和三维数据的建模。
Compared with traditional measurement technology, the laser 3d scanning technology can measure objects with complex surface and give them accurate 3d models quickly and without touching.
与传统的三维信息获取技术相比，它能够快速、精确、无接触地完成对于复杂型面的测量和三维数据的建模。
Compared with traditional measurement technology, the laser 3d scanning technology can measure objects with complex surface and give them accurate 3d models quickly and without touching.
应用推荐