sensing crystal 中文意思是什麼
sensing crystal
解釋
敏感晶體-
Piezoelectric quartz crystal ( pqc ) sensor has found its extensive application in various fields including analytical chemistry, life science, pharmaceutical chemistry, membrane science, surface science, and environmental monitoring because of its outstanding advantages such as high sensitivity, simple construction, convenient operation and low cost, etc. however, due to its broad sensing - spectrum, the selectivity of pqc is poor
壓電石英晶體（ pqc ）傳感器因其具有靈敏度高、結構簡單、操作方便、成本低廉等優點而廣泛應用於分析化學、生命科學、藥物科學、表面科學、膜科學和環境科學等諸多領域。然而其響應具有廣譜性，選擇性能差。 -
However, among the numerous tactile sensors, there are no satisfactory solutions when measuring three - axis force directly. this paper brings forward a newly tactile sensing technology applying piezoelectricity of quartz crystal
基於這些分析，文中指出三軸力觸覺傳感器是觸覺傳感器發展的趨勢之一，然而在眾多的觸覺傳感器中，直接檢測三軸力方面仍然沒有令人滿意的解決方案。 -
Finally, the paper also describes method and result of experiment based on above mention. the result of experiment prove that there is a excellent linear relationship between three - axis force applying to sensor head and the change of four quartz crystal plates, which indicate that the three - axis force tactile sensing technology applying piezoelectricity of quartz crystal is scientific and feasible
本課題製作了這種傳感器，並設計了三軸力的加載裝置對傳感器進行了實驗，結果顯示力的三個分量與四片壓電石英晶體之間有良好的線性關系，驗證了壓電三軸力觸覺傳感器技術是科學的、可行的。 -
Keywords : micro - gyroscope, silicon single crystal, three - axis angular - rate sensing, natural frequency and mode shapes
關鍵詞：微型陀螺儀、矽單晶、三軸角速率感測、振動自然頻率與模態。 -
Crystal pressure sensing device
晶體壓力傳感器 -
Therefore, znte crystal has been the most common material for pulsed thz wave sensing and imaging applications. kai liu et al have studied < 110 > - oriented zn1 - xcdxte crystals with various composition ratios and different doping levels to find optimal materials " parameters for high performance thz radiation emitters. they explained their experimental results from the points of view of crystal quality and crystal dc resistivity
為了進一步認識znte晶體產生thz輻射的效率與材料特性的關系，劉凱等人研究了不同組分、不同摻雜的zn _ （ 1 - x ） cd _ xte （ 110 ）單晶（ x = 0 0 . 4 ）產生thz輻射的效率，並從晶體的質量和晶體的直流電阻率出發解釋了他們的實驗結果。
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