惰性導體 的英文怎麼說

中文拼音 [duòxìngdǎotǐ]
惰性導體 英文
inert conductor
  • 惰 : 形容詞（懶） lazy; indolent
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 導 : 動詞1. （引導） lead; guide 2. （傳導） transmit; conduct 3. （開導） instruct; teach; give guidance to
  • 體 : 體構詞成分。
  • 惰性 : inertia; inertness; sluggishness惰性半徑 radius of gyration; 惰性材料 inert material; 惰性除塵器 ...
  1. Standard test method for determination of hydrogen in titanium and titanium alloys by the inert gas fusion thermal conductivity infrared detection method

    惰性氣體熔解熱傳導紅外檢測法測定鈦和鈦合金中氫的標準試驗方法
  2. The results show that, when detonation sweeps a contact surface of inert gas, interactions of detonation, transmit shock and contact surface take place ; in condition of high n2 dilution proportion, detonation is decoupled by rarefaction waves

    在高n2比例稀釋的可燃混合氣體情況下，當爆轟波平掠過特定惰性氣體界面時，它與惰性氣體界面相互作用產生的稀疏波可以導致爆轟波的解耦。
  3. Moreover, nh3 gas from dissociation of ( nh4 ) 3zncl5, analogous to the inert gas, can adjust the growth rate of znse and stabilize the vapor - solid interface, and avoid the difficulties of the non - emerging of sen ( n = 2 ~ 8 ) in selenium vapor. above all, ( nh4 ) 3zncl5 is a novel transport agent with comprehensive advantages

    此外，該輸運劑可提供類惰性氣體nh _ 3而穩定氣固生長界面，並可避免了se _ n （ n = 2 - 8 ）共存所導致的se _ n相互競爭降低se分壓等工藝問題，是一種多功能的znse晶體氣相生長輸運劑。
  4. Abstract : the paper deals with the gas replacement and function. comparing simulated test results, the anthers draw a conclusion which is constructive to practical work

    文摘:分析了油輪惰性氣體系統氣體置換方式與效果，並對比模擬實驗結果，得出對實際工作有指導意義的結論
  5. The temperature - dependent change in volume of an inert gas is transferred via a capillary line to a spiral bourdon spring, which by means of defined bending causes a pointer to be rotated

    惰性氣體隨溫度變化而產生的體積變化通過一個毛細管傳導至一個螺旋波登彈簧，它的彎曲導致指針的轉動。
  6. In the second part of this paper, principle, method, potential ' s choose and use in eos of molecular dynamics ( md ) simulation was narrated. to conduct an experiment will spend much money and many times, so the theory calculation of eos is important. in the end we use md to calculate the eos of argon and the results is agreement with the experiment ' s results

    在本文的第二部分，著重闡述了分子動力學模擬的原理、方法、對勢的選取和它在狀態方程計算中的應用，在實驗需要大量的時間和費用的情況下，狀態方程的理論計算更是實驗的必要補充和理論指導；在第二部分的結尾運用分子動力學模擬對惰性氣體氬進行了理論計算，所得結果與實驗在低壓部分符合的很好。
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