斷裂轉變溫度 的英文怎麼說

中文拼音 [duànlièzhuǎnbiànwēn]
斷裂轉變溫度 英文
fracture transition temperature
  • : Ⅰ動詞1 (分成段) break; snap 2 (斷絕;隔斷) break off; cut off; stop 3 (戒除) give up; abstai...
  • : 裂動詞[方言] (東西的兩部分向兩旁分開) open
  • : 轉構詞成分。
  • : Ⅰ形容詞(不冷不熱) warm; lukewarm; hot; gentle; mild Ⅱ名詞1 (溫度) temperature 2 (瘟) acute ...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • 斷裂 : break; disrupt; flying off; fracture; fragmentation; out break; rift;crack;bursting;rupture;rendi...
  • 轉變 : change; convert; transform; turn
  • 溫度 : [物理學] temperature
  1. It seems the ncz silicon has a higher bdt temperature compared with cz silicon ' s. it is suggested that the elastic effects and the electronic effects of nitrogen doped in silicon made the bdt temperature higher. the observation of fracture surface showed that it was curves at high temperature in brittle fracture, but smooth planes at room temperature

    升高達到硅材料的脆塑時,材料的有個很大的提高,但是首次發現含氮硅單晶卻不明顯,而且摻氮的硅單晶脆塑比普通單晶高,可能是氮的摻入改了硅材料的內部晶體結構及電子結構。
  2. The results indicated that, the fabrication process of ultra - fine grain material is mainly determined by the stress, rotate speed and the flux of cooling water. the grain refining and the hardening effect are mostly affected by the rotate speed and the flux of cooling water. compared with commercial ly12, the invalidate strength and the prolongation rate of the ultra - fine grain material are properly improved in the measurement of compression property ; and the abrupt change of the dilatability of the ultra - fine grain material at 500c is found ; also the phenomena of which the grain size of these microstructures is stable when annealed under 300c is observed

    研究表明,採用本文提出的摩擦壓扭強形區移法可以得到棒狀的超細晶材料,軸向壓力、扭是採用該方法制備超細晶材料的主控參數;試件的旋速和冷卻速形區晶粒細化和硬化效果影響顯著;超細晶ly12的壓縮性能與淬火+自然時效狀態的ly12壓縮性能相比,和延伸率均有一定程的增強;超細晶ly12的熱膨脹系數在550左右發生明顯的化。
  3. It was also demonstrated that rosin in hybrid polymer functioned as a plasticizer to reduce glass transition temperature, which resulted in the reduction of strength and increase of elongation of polymer films

    力學性能分析顯示歧化松香在雜合物中起到了增塑劑的作用,降低了聚合物的玻璃化,使得應力下降而伸長率有所增長。
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