高溫尼龍 的英文怎麼說

中文拼音 [gāowēnnílóng]
高溫尼龍 英文
htn zytelhtn
  • 高 : Ⅰ形容詞1 （從下向上距離大; 離地面遠） tall; high 2 （在一般標準或平均程度之上; 等級在上的） above...
  • 溫 : Ⅰ形容詞（不冷不熱） warm; lukewarm; hot; gentle; mild Ⅱ名詞1 （溫度） temperature 2 （瘟） acute ...
  • 尼 : 名詞（尼姑） buddhist nun
  • 龍 : Ⅰ名詞1 [動物學] （古代傳說中的神異動物） dragon2 （古代巨大的爬行動物） a huge extinct reptile:恐...
  • 高溫 : high temperature; elevated temperature; hyperthermia; megatemperature; inferno
  1. The presence of nanometer montmorillonite in the composite makes the crystallization temperature and crystallization velocity rise. activation energy of crystallization increases firstly, and then drops with augment of montmorillonite content

    發現蒙脫上納米片層的存在使尼龍66結晶溫度和結晶速率提高，結晶活化能隨蒙脫土含量的增加先增大，后減小。
  2. At the same cooling rate, the crystallization rates of pam 1 / nylon 6 increase with the contents of pam1 ; while the crystallization rates of pam2 / nylon 6 attain maximum with 5 % contents of pam2

    在同一降溫速率時， pam1 /尼龍6復合材料隨著pam1含量的增加， t _ p逐步向高溫方向移動，結晶速率加快；在pam2 /尼龍6復合材料體系中，當含量為5左右時，出現最大結晶速率。
  3. It was found that in the case of non - isothermal crystallization, the onset and maximum crystallization temperatures of the nylon 6 of the nanocomposites are increased, while the crystallinity and crystallization growth rate is reduced

    在非等溫條件下，尼龍6石墨納米薄片復合體系的結晶起始溫度以及最大結晶速率時的溫度均比純尼龍6有明顯的提高，但結晶度以及結晶速率卻出現下降。
  4. When cable used circumstance can prevent thermoplastic flow and admit reduce insulated resistance, if shorten working hours, pvc insulated and nylon jacketed wires and cables ' operating temperature can increase to 105 s which can continuous operating temperature 90

    當電纜使用環境可防止熱塑流動和容許減小絕緣電阻的情況下，能連續90使用的pvc絕緣尼龍護套線，在縮短總工作時間的前提下，其工作溫度可提高至105 。
  5. Plastic deformation happened in the worn surface where fe element was found, so pam micro - fiber supported part of the load and prevented the further deformation. on the condition of high speed and high load, the worn surface of pam1 / nylon 6 composites was nearly melted and formed comparative uniform transfer on the surface of steel, which accounted for the rather low wear mass loss. the infrared analysis showed that the a small quantity of transition of crystal form from into of nylon and its composites happened during the friction because of the high temperature and strong sheering strength

    通過對復合材料耐磨性能研究表明：復合材料的摩擦系數隨載荷的增加而逐步下降，且磨損表面有明顯的塑性變形；從能譜分析結果來看，復合材料表面有fe的存在，表明pam微纖承受了部分載荷，並阻止了基體的進一步塑性變形及粘著轉移；在高速高載時， pam1 /尼龍6磨損表面處于粘流態，並在鋼環表面形成了連續的轉移膜，表現出較好的耐磨損性能，且在高溫和強剪切力的作用下，材料基體發生了少量的晶體向晶體的轉移。
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