ultrahigh temperature 中文意思是什麼

ultrahigh temperature 解釋
超高熱
  1. Preparation of niobium - based ultrahigh - temperature alloy and selection of crucibles for directional solidification

    基超高溫合金制備及定向凝固用坩堝的選擇
  2. The research on data processing method of multi - spectral thermometry for the measurement of the true temperature and spectral emissivity of high temperature and ultrahigh temperature targets has been supported by the national natural science foundation of china ( no. 60377037 )

    多光譜測溫數據處理方法研究是由國家自然科學基金(編號: 60377037 )資助,應用亮溫逼近法和連續測量法解決高溫及超高溫目標真實溫度及物體的光譜發射率測量問題。
  3. Cubic boron nitride ( c - bn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc. because c - bn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors

    立方氮化硼( c - bn )具有優異的物理化學性質,如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等,立方氮化硼( c - bn )薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。
  4. Cubic boron nitride ( cbn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc., because cbn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors

    立方氮化硼( cbn )具有優異的物理化學性質,如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等,立方氮化硼( cbn )薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。
  5. The study of fiber photosensitivity is proposed because of the rapid development of fbg and its great influence on optical communication and optical sensing, room temperature high pressure hydrogen loading technique has been recognized as an efficient means of achieving ultrahigh photosensitivity

    光纖光柵突飛猛進的發展以及它在通信和傳感領域的巨大影響對光纖光敏性的研究提出了要求,而載氫是光纖增敏的一種有效方法。
  6. Ultrahigh - vacuum components, meticulously cleaned according to “ voodoo ” recipes, produce the world ' s best vacua and protect the atoms from the violent collisions that occur in room - temperature gases such as the air around us

    他們小心翼翼地以獨門秘方清潔超高真空中的元件,製造出世界上最佳的真空,使原子云不會受室溫氣體(例如我們身邊的空氣)的猛烈撞擊。
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