×

electromagnetic stirring造句

"electromagnetic stirring"是什么意思   

例句与造句

  1. Effect of electromagnetic stirring on solidification structure of casting
    电磁搅拌对铸锭凝固组织的影响
  2. Experiments of improving inner quality of billet by electromagnetic stirring
    电磁搅拌改善铸坯内部质量的实验研究
  3. The discussion of non - dentritic forming mechanism of al - 6 . 6 si alloy under electromagnetic stirring
    合金非枝晶组织形成机制探讨
  4. Effect of mould electromagnetic stirring on central carbon segregation of heavy rail steel concasting bloom
    15凹模环形裂纹电磁热局部跨越止裂的模拟研究
  5. Particular requirements for installations for electromagnetic stirring , transport or pouring of metal liquids
    对液态金属电磁搅拌输送或浇注设备的特殊要求
  6. It's difficult to find electromagnetic stirring in a sentence. 用electromagnetic stirring造句挺难的
  7. Electromagnetic stirring may result in white bands in continuous casting billets , and their formation mechanism has not been determined
    摘要电磁搅拌使连铸钢坯上产生白亮带,其形成机制目前尚无定论。
  8. Safety in electroheat installations - particular requirements for installations for electromagnetic stirring , transport or pouring of metal liquids
    电热装置安全性.第11部分:电磁扰动装置金属液体运输和净化的专门要求
  9. Safety in electroheat installations . part 11 : particular requirements for installations for electromagnetic stirring , transport or pouring of metal liquids
    电热设备的安全第11部分:对液态金属电磁搅拌输送或浇注设备的特殊要求
  10. Safety in electroheat installations . part 11 : particular requirements for installations for electromagnetic stirring , transport or pouring of metal liquids
    电热装置的安全性.第11部分:金属液体的电磁扰动运输和净化装置的特殊要求
  11. Safety in electroheat installations - part 11 : particular requirements for installations for electromagnetic stirring , transport or pouring of metal liquids
    电热装置的安全.第11部分:金属液体的电磁扰动,运输和净化安装设备的特殊要求
  12. It is believed that the slurry making method using electromagnetic stirring which is contactless stir ring will be suitable for high melting point iron and steel material
    笔者认为电磁搅拌制备浆料方法中的搅拌是无接触搅拌,更适用于高熔点钢铁材料。
  13. The influences of the alloying elements of mn , ti , re , alternating current field ( acf ) , electromagnetic stirring and reheating on the morphology of the second phase of al - 20si - 5fe alloy are studied thoroughly
    本文重点研究了mn , ti , re等合金元素、交流电场、电磁搅拌、熔体保温时间和二次加热等工艺对al - 20si - 5fe合金微观组织的影响。
  14. The development of electromagnetic stirring technology in recentseveral years was summarized from several aspects : realizing methods of ems , application of numerical stimulation 、 the effect of ems on solidifying structure and mechanical properties of alloys etc . , the development trend was also forecast in this paper
    对最近几来电磁搅拌技术的发展从电磁搅拌实现方法、数值模拟技术的应用、电磁搅拌对凝固组织及性能的影响等几方面进行了概述,并对电磁搅拌凝固技术的发展趋势进行了预测。
  15. Influenced by the alternating current field , all of the eutectic microstructure of al - 20si - 5fe - ti alloy changed into very small particles which is well - distributed on the base of a - al . electromagnetic stirring stimulates the forming of equiaxed crystal in al - 20si - 5fe - mn alloy . primary iron - phase is transformed from thick needle into smooth block
    电磁搅拌促进al - 20si - 5fe - xmn合金中等轴晶的生成,初生富铁相由原来粗厚的片状物转化成比较圆整的块状,共晶组织中铁相主要以较短的针片状存在。
  16. This paper explains the meaning of modern electromagnetic technology , and also introduces the widely application of electromagnetic technology in metallic material science and engineering , mainly relating to the development of electromagnetic stirring , electromagnetic casting , electromagnetic braking , electromagnetic purifying , electromagnetic induction heating , electromagnetic suspension and intense magnetic field technology
    摘要阐述了现代电磁技术的内涵,并介绍了电磁技术在金属材料科学与工程中的广泛应用,主要涉及电磁搅拌、电磁铸造、电磁制动、电磁净化、电磁感应加热、电磁悬浮和强磁场技术的发展。

相邻词汇

  1. "electromagnetic spectroscopy"造句
  2. "electromagnetic spectrum"造句
  3. "electromagnetic spectrums"造句
  4. "electromagnetic starter"造句
  5. "electromagnetic stirrer"造句
  6. "electromagnetic storm"造句
  7. "electromagnetic strain gauge"造句
  8. "electromagnetic stress"造句
  9. "electromagnetic survey"造句
  10. "electromagnetic surveying"造句
桌面版繁體版English日本語

Copyright © 2025 WordTech Co.