鑄錠工 的英文怎麼說

中文拼音 [zhùdìnggōng]
鑄錠工 英文
ladleman
  • : Ⅰ動詞(鑄造) cast; coin; make Ⅱ名詞1. (古國名) zhu, a state in the zhou dynasty2. (姓氏) a surname
  • : Ⅰ名詞1. [紡織] (紡錠) spindle2. (塊狀的金屬或藥物等) ingot-shaped tablet (of metal, medicine, etc. ) Ⅱ量詞(用於成錠的東西)
  • : Ⅰ名詞1 (工人和工人階級) worker; workman; the working class 2 (工作; 生產勞動) work; labour 3 ...
  1. Zirconium and zirconium alloy ingots for nuclear application

    業用鋯及鋯合金
  2. Standard test methods for chemical analysis of carbon steel, low - alloy steel, silicon electrical steel, ingot iron, and wrought iron

    碳素鋼低合金鋼硅電鋼鐵和熟鐵化學分析的標準試驗方法
  3. Standard specification for zirconium and zirconium alloy ingots for nuclear application

    業用鋯和鋯合金的標準規范
  4. The structural evolution of alloy gh720li ingots during hot working

    合金熱加過程中的組織演變行為
  5. We adopted advanced technology of semi continuous casting, where ingots are milled and heated, then rolled in the 1500 mm hot - rolling mill and 1400 mm cold - rolling mill

    本廠採用先進的半連續經銑面加熱通過大型1500毫米熱軋機。 1400毫米冷軋機。
  6. 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、室溫拉伸、高溫拉伸、電導率測定、金相分析、 xrd 、 sem 、 tem等方法研究了不同加藝和熱處理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,並從理論上進行了分析和解釋。
  7. Sjac ( shanghai juji aluminum co., ltd ) is provided with the advanced techniques and product establishments for the machining and deep machining of melting, high temperature rolling, rough rolling, fine rolling, lugging & rectification, spreading recruit, anneal and cutting etc

    公司具備從鋁熔煉、熱軋(含連連軋) 、粗精軋、拉矯、塗復、退火和剪切等鋁加及深加生產設施。
  8. Solidification is controlled by electronic circuits making possible segregation - free ingots - a task impossible to achieve with castings

    通過電流控制凝固過程使得無分離鋼的製作成為可能,而這在藝中則是不可能的任務。
  9. The material cause of their subordinates in january 2003 created a total area of 100, 000 square metres, is dedicated to apply to the aluminum alloy die - casting and forging ahead in the industrial production sector

    其下屬的材料事業部於2003年1月創立,總佔地面積為10萬平方米,是專門從事適用於壓業的鋁合金的生產部門。
  10. The main reason are as following : on one hand, the nd - rich phases in the hydrogen desorpted powders is so brittle that they are easily milled too fine and some are run off seriously, and then inducing low density. on the other hand, the alignment of the magnets prepared by hydrogen desorption are much low. so the hydrogen desorption process should be modified, and the solution methods can be the substitution of traditional ingots with strip cast, the enhancement of the alignment magnetic field and the addition of nd - rich phase or ( and ) lubricant before the press

    主要原因是hd磁粉中的富釹相較脆,在球磨時容易被磨成超細粉而造成過量流失和使磁體燒結不夠緻密;另外一個原因是hd法燒結磁體的易磁化軸的取向度較低,為了提高hd磁體的b _ r和( bh ) _ ( max )可對hd藝進行改進,改進的方法可以是用片代替,提高成型磁場強度以及在磁粉成型前加富釹相和潤滑劑。
  11. Metallographic analysis indicated that sic particles dispersed separately and more uniformly in the parts than in the ingots and the stir techniques during remelting was decisive to the die - casting of the composite. the interface between sic particles and the alloy was clearer than that in ingots

    對壓件的金相檢驗表明,重熔攪拌藝對復合材料壓件的成功制備有重要意義; sic顆粒在壓件中的分佈比在中更為均勻,且呈單顆粒分佈, sic顆粒與基體結合處的界面也比中更為清晰。
  12. 6013 aluminum alloys containing different main alloying elements minor alloying elements were designed and prepared by ingot - metallurgy processing. the tesile mechanical and aging properties of the studied alloys were tested ; the microstructure of those alloys were observed and analyzed using optical microscope ; the influence of main alloying element mg, si, minor alloying elements mn, cu and homogenization process on the structure and property of studied alloys were studied

    採用冶金方法,設計並制備了不同合金元素含量的6013鋁合金,將熱加以後,測試了合金的拉伸力學性能和時效性能,採用金相顯微鏡觀察分析了合金的顯微組織結構,研究了合金中主合金元素mg 、 si ,微量元素mn 、 cu添加量、均勻化溫度和時間對合金組織和性能的影響。
  13. Standard specification for aluminum alloys in ingot and molten forms for castings from all casting processes

    藝用的鋁合金和熔融成形件的標準規范
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