錳銅 的英文怎麼說

中文拼音 [měngtóng]
錳銅 英文
copper-manganese; isa; manganese copper; manganin alloy; manganin錳銅低合金鋼 jalten; 錳銅合金 [冶金學] manganin; manganese copper alloy; 錳銅礦 crednerite; 錳銅線 manganin wire
  • 錳 : 名詞[化學] manganese （25號元素, 符號 mn）
  • 銅 : 名詞（金屬元素） copper （cu）
  1. Manganin and constantan precision resistance alloys

    錳銅康銅精密電阻合金
  2. Manganin and constantan alloy wires, sheet and rolled wires for precision electrical resistance

    錳銅康銅精密電阻合金線片及帶
  3. Manganin alloy for precision electrical resistance

    錳銅精密電阻合金
  4. The design of manganin film and copper film were etched by the first time

    首次採用以半導體光刻的方法來刻蝕錳銅敏感薄膜和銅電極薄膜的圖形。
  5. Manganin gauge is a kind of special sensor which is mainly used to measure the ultra - high pressures generated by shock waves

    錳銅計是一種特種傳感器，主要用於測量沖擊波產生的超高壓力。
  6. Method for chemical analysis of manganin and novokostant resistance alloy the electrolytic gravimetric method for the determination of copper content

    錳銅和新康銅電阻合金化學分析方法電解重量法測定銅量
  7. Method for chemical analysis of manganin and novokostant resistance alloy the sulphosalic acid photometric method for the determination of iron content

    錳銅和新康銅電阻合金化學分析方法磺基水楊酸光度法測定鐵量
  8. Method for chemical analysis of manganin and novokostant resistance alloy the dimenthylglyoxime gravimetric method for the determination of nickel content

    錳銅和新康銅電阻合金化學分析方法丁二酮肟重量法測定鎳量
  9. Method for chemical analysis of manganin and novokostant resistance alloy the molybdosilicate blue photometric method for the determination of silicon content

    錳銅和新康銅電阻合金化學分析方法硅鉬蘭光度法測定硅量
  10. Effect of long - term application of manures on forms of fe mn cu and zn in purple paddy soil

    長期施用有機肥對紫色水稻土鐵錳銅鋅形態的影響
  11. Standard test methods for chemical analysis of manganese - copper alloys

    錳銅合金化學分析的標準試驗方法
  12. The tcr of the as - deposited films were about 20x10 - 6 /

    由優化的濺射工藝參數原位沉積的錳銅薄膜的tcr 。
  13. The microstructure of cr - mn - cu alloy white cast iron changed after different heat treatment

    鉻錳銅合金白口鑄鐵在經過不同的熱處理之後，組織發生了變化。
  14. The wearing resistance, microstructure, worn surface morphology and hardness change in wearing end - face and non - wearing end - face of cr - mn - cu alloy white cast iron were tested and analyzed

    摘要對鉻錳銅合金白口鑄鐵的耐磨性、無磨損端面及磨損端面的微觀組織、磨損形貌及硬度進行了試驗和分析。
  15. The main conclusions and original results are summarized as follows. the manganin ultra - high pressure sensors for gas gun were made by two - step thin film techniques, namely, manganin thin films were first deposited by magnetron sputtering on fused silica substrates, and then covered by a layer of sio2 thin films by electron beam evaporation. consequently, the manganin sensing elements were " cleanly " encapsulated in inorganic solid matrix and the high - pressure shunt effect was eliminated radically

    上述技術的主要優點在於可以採用高壓絕緣性能更好的無機物作為絕緣封裝材料，如本研究中所採用的sio2 ，而代替在箔式錳銅計中所使用的ptfe ；並可實現敏感元件「清潔」地無機固態封裝，即將整個敏感元件是包封在無機物中，而不與高壓力下絕緣性能相對較差的有機物，如粘接劑、樹脂等直接接觸，從而在根本上消除了高壓旁路效應。
  16. The sensors had high sensitivity. their sensitivity was about twice of that of other thin film manganin gauges and was very close to that of foil gauges

    傳感器的靈敏度高，約為其他單位研製的薄膜錳銅計的1倍，而與現用的低gpa的箔式錳銅計的靈敏度相近。
  17. In this dissertation, a new kind of thin film manganin gauge was fabricated by adopting new structure, new sensing and packaging materials, and new fabrication technique. the main conclusions and original results are summarized as fellows

    本文通過傳感器的結構設計、敏感材料和封裝材料的研製以及採用新的傳感器制備工藝，製作了一種新型的薄膜化的錳銅傳感器，所得到的主要結論及創新性的結果可歸納如下： 1
  18. In the early stage of experiment, an in - material thin film manganin gauge was studied. this in situ gauge was manufactured by single - step thin film processing, namely, manganin piezoresistance element was prepared on inorganic substrates such as ceramic, microcrystalline glass, etc by sputtering

    在實驗的初期，本文還研究了「在位式」的錳銅薄膜傳感器，即首先在陶瓷或微晶玻璃基板上沉積錳銅敏感元件，然後用粘貼ptfe薄膜的方法完成傳感器的封裝。
  19. 5. manganin thin films with low temperature coefficient of resistance were prepared by magnetron sputtering. the changes of tcr under difference deposition and heat treatment conditions were studied

    首次採用磁控濺射法沉積了低電阻溫度系數的錳銅薄膜，研究了在不同電子科技大學博士學位論文沉積及熱處理條件下薄膜tcr的變化。
  20. 1. the manganin ultra - high pressure sensors for gas gun were made by two - step thin film techniques, namely, manganin thin films were first deposited by magnetron sputtering on a12o3 substrates, and then covered by a layer of a12o3 thin films by electron beam evaporation

    首次採用全薄膜化工藝製作氣炮用錳銅超高壓力傳感器，即首先在絕緣基板上沉積錳銅敏感薄膜，然後再在敏感膜的上面沉積絕緣封裝薄膜。
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