measurand meaning in Chinese
被测对象 被测量 被测数
被测对象被测情况
被测量,被测状态,被测对象
被测量，被测量对象
被测物理量
可测量
量度
Examples
- Fundamentals of metrology - part 3 : evaluation of measurements of a single measurand , measurement uncertainty
计量基础.第3部分:单一测量值测量测量误差评价 - In industrial applications multiple sensors are used to measure similar quantities at different positions in a process for the purpose of getting more accurate description of the measurand
摘要在工业应用中常用一组传感器对同一个被测量目标在一个过程的不同位置进行测量。 - The frequency characteristic test instrument based on the technologies of vi can print the plots of frequency characteristic of the measurand , also can give the approximate transfer function of the measurand
基于虚拟仪器的频率特性测试仪，具有打印频率特性曲线和拟合被测对象传递函数等传统频率特性测试仪不具有的强大功能。 - The basic signals in the projectile test are dynamic signals such as high initial speed , high chamber pressure , high frequency response , high impact , high temperature measurand . so , the test and measurement system should have more channels , the signals are easy to be obtained , and no matter the measurand it is , the test and measurement plateau should be integrated instantly
弹丸测试的基本信号是高初速、高膛压、高频响、高过载、高冲击、高温等诸多动态量的信号，这要求测试系统通道多、捕捉动态信号容易、搭建针对不同被测信号的测试平台快捷。 - The importance of uncertainty application and the development of uncertainty were expound based on apply uncertainty on the field of quality control and quality management . stated the basic theory and method of uncertainty , set focus on the conceptions and the method that often be confused of complicated . researched the standards , specialty of electrical application quality test and took some typical parameter of electricity from industry practice for example , comprehended the measurement deeply , analyzed the sources of uncertainty from aspects of the equipment of measurement , the method of measurement , the environment of measurement , the person of measurement and the measurand , evaluated the uncertainty completely and correctly
本文从在质量控制及企业的质量管理中应用不确定度出发，阐述了应用不确定度的重要性；不确定的基本理论和不确定度评定方法；并对其中易混淆的概念、难以理解和操作的部分作了重点分析；研究家用电器质量检验的依据、特点及典型仪器设备，并选择工业现场中的一些有代表性的电学参数的检验进行案例分析，深入了解电器质量检验方法；从测量仪器、测量方法、测量环境、测量人员、被测量等方面详细分析不确定度来源，在此基础上全面评估和正确评定其测量结果的不确定度。