熱敏度 的英文怎麼說

中文拼音 [rèmǐndù]
熱敏度 英文
temperature sensitivity
  • 敏 : Ⅰ形容詞（靈敏;敏捷） quick; agile; smart; nimble Ⅱ名詞（姓氏） a surname
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  1. To compare the complement lytic system between cephalochordate and cartilaginous fish, lip shark ( chiloscyllium plagiosum ) serum complement activities were investigated

    溶血活性是二價離子依賴的，熱敏感的（溶血活性熱滅活溫度是45 ） 。
  2. Linearization of temperature characteristic curve for thermistor

    熱敏電阻器溫度特性曲線的線性化
  3. Critical temperature coefficient thermistor

    臨界溫度系數熱敏電阻器
  4. Critical temperature thermistor

    臨界溫度熱敏電阻器
  5. All acr data loggers that have internal temperature sensors use acr s et - 016 thermistor

    所有acr數據記錄儀有內置熱敏電阻的內部溫度感應器。
  6. What is the temperature when the resistance of the thermistor is 15. 2 ohms ?

    當熱敏電阻的阻值為152時，溫度是多少？
  7. Thermistors are semiconductor devices whose resistance varies with temperature.

    熱敏電阻是一種半導體元件，它的電阻隨溫度而變化。
  8. Polymeric thermistors - directly heated positive step function temperature coefficient - part 1 : generic specification

    聚合熱敏電阻.直接加熱的陽極階躍函數溫度系數.第1部分:總規范
  9. Indirectly heated temperature coefficient thermistors

    旁熱式負溫度系數熱敏電阻器
  10. Thermistors - directly heated positive step - function temperature coefficient - blank detail specification - inrush current application - assessment level ez

    熱敏電阻.直接熱無源分級功能溫度系數.空白詳細規范.涌電流應用. ez評定級
  11. Thermistors directly heated positive step - function temperature coefficient part 1 - 3 : blank detail specification inrush current application assessment level ez

    直熱式階躍型正溫度系數熱敏電阻器第1 - 3部分:浪涌電流用空白詳細規范評定水平ez
  12. Thermistors - directly heated positive step - function temperature coefficient - part 1 - 3 : blank detail specification : inrush current application - assessment level ez

    熱敏電阻器.直熱式突變型正溫度系數.第1 - 3部分:空白詳細規范:起動電流應用.評估級別ez
  13. Thermistors - directly heated positive step - function temperature coefficient - part 1 - 3 : blank detail specification ; inrush current application ; assessment level ez iec 60738 - 1 - 3 : 1998 ; german version en 60738 - 1 - 3 : 1999

    熱敏電阻.直熱式正階躍函數溫度系數.第1 - 3部分:空白
  14. Thermistors - directly heated positive step - function temperature coefficient - blank detail specification - current limiting application - assessment level ez

    熱敏電阻.直接加熱的無源分級功能溫度系數.空白詳細規范.控制電流應用. ez評定級
  15. Standard specification for drawers, furniture, marine, steel

    測定直接示熱紙的靜態熱敏度的方法
  16. Solving 2 - d inverse heat transfer problems with multi - variables in steady - state via conjugate gradient method based on second - order sensitivity

    基於二階敏度的共軛梯度法求解多宗量穩態傳熱反問題
  17. This item focuses on two aspects : research on the wear allowance. research on the temperature sensiti - - vity and thermal dispersion parameters design

    涉及兩個方面的內容：可調式線性減振器的許用磨損量研究、油溫敏度與散熱參數設計研究。
  18. A precision force banacing accelerometer for ineration navigation application is developed. the resolution, low - sensitivity threshold and high thermal stability are considered as design parameters. in order to guarantee a low - sensitivity threshold while maintaining robustness against shock, push - pull type long flexures are used in this paper. to improve thermal stability, this paper discusses the use of electromagnets as a magnetic fied source. the silicon pendulum assembly and modified inducance type pick - up is also developed to reduce assembling procedure. the measure range of accelerometer is 0 - 70g

    加速度計的解析度、靈敏度閾值和高的熱穩定性是設計時主要考慮的參數。本論文中使用推?挽式長撓性結構來保證低靈敏度閾值，同時保證抗振魯棒性。為了提高熱穩定性，本文中討論了利用永久磁鐵作為磁場源；微加工技術被引入擺組件的結構設計和利用力矩線圈作為激勵線圈來簡化電感式的檢測裝置。
  19. Because of drying in vacuum, it has high speed under low temperature, its dry speed has raise 2 times, save sources, and the heat efficiency is high, especially adapt to material which is heat sensitive and easy oxidized

    由於是在真空下乾燥，在較低溫度下有較高速率，比一般乾燥設備速度提高2倍，節約能源，熱利用率高，特別適合熱敏性物料和易氧化物料的乾燥。
  20. The research on the properties of the copper nanoparticles / paraffin thermosensitive composite materials reveals : the thermal sensitivity and the thermal expansion are " aried by the cempress moulding in heat condition with the change in density ; the thermal sensitivity is varied by the mechanical milling with the change in particle shape and particle dimension ; the mass ration of copper and paraffin in the composite materials also affects the thermal sensitivity, the thermal expansion and the thermal stability with the change in copper nanoparticles and paraffin interface

    對復合顆粒進行壓力成型后制備的復合材料進行性能測試分析表明：熱壓成型工藝通過改變復合材料的緻密度來影響材料的熱敏性和熱膨脹性。高能球磨工藝主要通過改變球磨時間使銅粒形狀和粒徑發生變化來影響復合材料的熱敏性，以及改變銅粉和石蠟的質量比使納米銅粒和石蠟的復合界面發生變化來影響材料的熱敏性、熱膨脹性和熱穩定性。
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