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Method for producing amorphous metal, method and apparatus for producing amorphous metal fine particles, and amorphous metal fine particles

机译:非晶态金属的制造方法,非晶态金属微粒的制造方法,装置以及非晶态金属微粒

摘要

A method and apparatus are invented for producing an amorphous metal, which can readily realize amorphous metal fine particles of sub-micron order to 100 micron order including fine particles of several micrometer of a material from which an amorphous metal cannot be realized by conventional amorphous metal producing method and apparatus, with a high yield and an excellent extraction rate. A molten metal (1) is supplied into a liquid coolant (4), boiling due to spontaneous-bubble nucleation is generated, the molten metal (1) is rapidly cooled while forming fine particles thereof by utilizing a pressure wave generated by this boiling, thereby obtaining an amorphous metal. This production method is realized by apparatus comprising: material supplying means (3); a cooling section (2) which brings in the coolant (4) whose quantity is small and sufficient for cooling and solidifying the supplied molten metal (1), and rapidly cools the molten metal (1) while forming fine particles thereof by utilizing a pressure wave generated by boiling due to spontaneous-bubble nucleation, thereby obtaining amorphous fine particles; and recovery means (5) for recovering amorphous metal fine particles from the coolant (4).
机译:发明了一种用于生产非晶态金属的方法和设备,其可以容易地实现亚微米级至100微米级的非晶态金属微粒,包括几微米的材料的微粒,而常规的非晶态金属不能从中实现非晶态金属。生产方法和设备,具有高收率和优异的提取率。将熔融金属( 1 )供应到液体冷却剂( 4 )中,由于自发气泡成核而产生沸腾,熔融金属( 1 )通过利用由该沸腾产生的压力波而迅速冷却,同时形成其细颗粒,从而获得非晶态金属。该生产方法通过以下设备实现:设备包括:材料供应装置( 3 );和冷却段( 2 )引入冷却剂( 4 ),该冷却剂的量小且足以冷却和固化所供应的熔融金属( 1 >),并通过利用由于自发气泡成核而沸腾而产生的压力波,在熔融金属( 1 )形成细颗粒的同时迅速冷却,从而获得非晶态细颗粒;回收装置( 5 ),用于从冷却剂( 4 )中回收非晶态金属细颗粒。

著录项

  • 公开/公告号US7008463B2

    专利类型

  • 公开/公告日2006-03-07

    原文格式PDF

  • 申请/专利权人 MASAHIRO FURUYA;

    申请/专利号US20030258326

  • 发明设计人 MASAHIRO FURUYA;

    申请日2001-04-12

  • 分类号C22C45/00;B22F9/08;

  • 国家 US

  • 入库时间 2022-08-21 21:40:49

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