讨论了时间间隔测量的基本电子学手段，并着重分析了时间内插技术的分类和实现方法。
The essential electronic methods used for precise time measurement are discussed, with an emphasis on classification and various techniques of the time interpolation.
本文讨论了在电光源光谱和颜色测量中。应用电子学与计算机技术，实现测量全过程自动化的问题。
In this paper we present that how to apply electronics and computer technology in the measurement of spectrum and colour. So that the full process of measure can be complete automatically.
本文是关于粒子物理实验中精密时间间隔测量的电子学方法和技术的一个综述。
This is a review of methods and techniques of precise time interval measurement for particle physics experiments.
一般包括光强测量、场景分析和曝光补偿等三个步骤，可以用光学和电子学两种方式来实现。
Generally it includes three steps: light intensity measurement, scenario analysis and exposure compensation. And auto-exposure has optics-implemented way and electronic-implemented way.
并开拓了激光拉曼散射光谱技术在电子学中的应用，也同时为测量复杂结构物体表面温度提供了较好的方法。
This work expands the working field of Raman scattering technique, and provide a good method for detecting the temperature of the complex matters.
摘 要基于单片机的放射性测量技术是用核电子学方法进行物质成分分析和放射性检测的基础。
Measuring technology which is based on single chip is the foundation of matter composition and radioactivity detection by way of nuclear electronic methods.
摘 要基于单片机的放射性测量技术是用核电子学方法进行物质成分分析和放射性检测的基础。
Measuring technology which is based on single chip is the foundation of matter composition and radioactivity detection by way of nuclear electronic methods.
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