拉伸熱處理 的英文怎麼說

中文拼音 [shēnchǔ]
拉伸熱處理 英文
drawing-heat treating
  • : 拉構詞成分。
  • : Ⅰ動詞(展開) stretch; extend Ⅱ名詞(姓氏) a surname
  • : 處名詞1 (地方) place 2 (方面; 某一點) part; point 3 (機關或機關里一個部門) department; offi...
  • : Ⅰ名詞1 (物質組織的條紋) texture; grain (in wood skin etc ) 2 (道理;事理) reason; logic; tru...
  • 熱處理 : [冶金學] heat treatment; heat treating熱處理保護塗料 heat treatment protective coating; 熱處理車...
  1. Four kinds of filament with different content of baso4, 60 %, 70 %, 75 %, 80 %, were heat - treated. post - treatment process parameters of the filament were different with the concentration of baso4 changing

    通過對60 % , 70 % , 75 % , 80 %四種不同baso ;含量的纖維進行后加工定型,從纖維實驗可以看出:不同baso ;含量的纖維后加工工藝參數不同。
  2. Cu - zn - cr - zr conducting bar alloy and cu - cr - zr end ring alloys used for superpower asynchronous traction motor rotor were prepared by ingot metallurgy. using hardness measurement, tensile test at room and higher temperature, electrical resistance test at room and higher temperature, optical microscopy, xrd, sem, and tem, the mechanical and electric properties and the microstructure of above alloys at different treatment were studied. them were also analysed and explained in theory

    採用鑄錠冶金法制備了大功率異步牽引電動機轉子用導條合金和端環合金,通過硬度測試、室溫、高溫、電導率測定、金相分析、 xrd 、 sem 、 tem等方法研究了不同加工工藝和工藝對上述合金力學性能、導電性能及其組織結構的影響和變化規律,並從論上進行了分析和解釋。
  3. Characteristics : as a result of cold processing aging heat treatment, this product has a tensile strength of over 1100mpa

    特性:通過冷間加工時效長度達到1100mpa以上
  4. The results showed that with the increase of heat treatment temperature, both the carbon content and tensile modulus of carbon fibers were enhanced, however the linear density decreased

    試驗結果表明,隨著溫度的提高,炭纖維線密度下降,微晶層間距縮小,碳含量、微晶尺寸和模量得以提高。
  5. The results of the experiments show that the ti3al - tcll dual alloys, by vacuum - electron - beam weld, hot die forging and 680c / 12h, ac, heat treatments, have satisfied synthesis properties of intensity, plasticity, hardness. and also it is the feasiblie way. this will establish the supporting technology for the manufacture of the compress disk in the areoengine

    實驗結果表明,經真空電子束焊接ti _ 3al ? tc11雙合金經過模鍛造和680 12h , ac或815 1h + 700 8h , ac后,焊接區組織過渡均勻,可以使得焊縫強度在室溫時高於ti _ 3al ,而在600時高於tc11合金,獲得強度、塑性、硬度均令人滿意的綜合性能,且是一條可行的工藝路線。
  6. Insulating and sheathing materials of electric and optical cables - common test methods - methods specific to polyethylene and polypropylene compounds - tensile strength and elongation at break after conditioning at elevated temperature - wrapping test after conditioning at elevated temperature - wrapping test after thermal ageing in air - measurement of mass increase - long - term stability test - test method for copper - catalyzed oxidative degradation

    電纜和光纜的絕緣和護套材料.通用試驗方法.聚乙烯和聚丙烯化合物專用方法.高溫后抗強度和斷裂長度.高溫后的卷繞試驗.在空氣中老化后的卷繞試驗.質量增加的測量.長期穩定性試驗.催化銅氧化降解的試驗方法
  7. Specification for hex cap screws, bolts, and studs, steel, heat treated, 120 105 90 ksi minimum tensile strength, general use

    通用最低強度為120 105 90 ksi的鋼制六角頭螺釘螺栓和螺柱的規范
  8. Insulating and sheathing materials of electric and optical cables - common test methods - part 4 - 2 : methods specific to polyethylene and polypropylene compounds - tensile strength and elongation at break after conditioning at elevated temperature - wrapping test after conditioning at elevated temperature - wrapping test after thermal ageing in air - measurement of mass increase - long - term stability test - test method for copper - catalyzed oxidative degradation

    電纜和光纜的絕緣和護套材料.通用試驗方法.第4 - 2部分:聚乙烯和聚丙烯化合物專用方法.高溫后抗強度和斷裂長度.高溫后的卷繞試驗.在空氣中老化后的卷繞試驗.質量增加的測量.長期穩定性試驗.催化銅氧化降解的試驗方法
  9. Sealants - determination of adhesive and cohesive force by endurance tensile strength after thermal treatment

    密封劑.後用耐久強度測定粘附力和內粘聚力測定
  10. Sealants - determination of adhesive and cohesive force by tensile strength test until rupture after thermal treatment

    密封劑.后進行試驗直至斷時的粘附力和內粘聚力測定
  11. The tensile strength of carbon fibers generally lowered than that without heat - treatment, and the decreased value was various with the different temperature treatment

    高溫導致炭纖維強度發生較大損失,在本次試驗中,在不同的溫度下,纖維強度下降的程度不同。
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