measurand 中文意思是什麼
measurand
解釋
被測對象 被測量 被測數-
The major researches in this thesis include : applying the digital signal processing technology and theory of signal detection & estimation to estimate carrier frequency of the sensing signal that reflects the measurand ; implementing the algorithm in labview, a virtual instrument development platform
本文的主要研究內容是：運用數字信號處理技術和信號檢測、估計的基本原理從無源、無線saw諧振器型傳感器的傳感輸出信號中提取出反映被測量的信號主頻，並在虛擬儀器軟體開發平臺labview上實現了測量演算法。 -
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
彈丸測試的基本信號是高初速、高膛壓、高頻響、高過載、高沖擊、高溫等諸多動態量的信號，這要求測試系統通道多、捕捉動態信號容易、搭建針對不同被測信號的測試平臺快捷。 -
Fundamentals of metrology - part 3 : evaluation of measurements of a single measurand, measurement uncertainty
計量基礎.第3部分:單一測量值測量測量誤差評價 -
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
摘要在工業應用中常用一組傳感器對同一個被測量目標在一個過程的不同位置進行測量。 -
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
基於虛擬儀器的頻率特性測試儀，具有列印頻率特性曲線和擬合被測對象傳遞函數等傳統頻率特性測試儀不具有的強大功能。 -
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
本文從在質量控制及企業的質量管理中應用不確定度出發，闡述了應用不確定度的重要性；不確定的基本理論和不確定度評定方法；並對其中易混淆的概念、難以理解和操作的部分作了重點分析；研究家用電器質量檢驗的依據、特點及典型儀器設備，並選擇工業現場中的一些有代表性的電學參數的檢驗進行案例分析，深入了解電器質量檢驗方法；從測量儀器、測量方法、測量環境、測量人員、被測量等方面詳細分析不確定度來源，在此基礎上全面評估和正確評定其測量結果的不確定度。
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