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    • 1. 发明公开
    • Method of disintegration of ferroalloys
    • FERROALLOYS的分解方法
    • EP0338569A3
    • 1990-01-17
    • EP89107161.5
    • 1989-04-20
    • INSTYTUT METALURGII ZELAZA IM. STANISLAWA STASZICA
    • Kulinski, ZdzislawMitka, BoleslawGodek, JerzyGladala, KrzysztofCzarnik, JanPrajsnar, TadeuszBulkowski, Lech
    • B22F9/16C25B1/00B22F9/02B22F9/30
    • C21C7/064B22F9/023B23K35/0255B23K35/365C21C7/0006C21C7/04C21C7/06Y02P10/138
    • This invention relates to a method of disinte­gration of ferroalloys to powder form with grain size below 3 mm and particularly for disintegration of complex ferroalloys to be used for an afterfurnace treatment of liquid steel in a ladle, as well as for other non-­metallurgical purposes, wherein a charge in the form of lumped ferroalloy with the piece size above 3 mm and preferably from 3 up to 20 mm is subjected to the action of a hydrogen ion field during the electrolysis of water which contains a small addition of easily dissociating salts. During electrolysis, ferroalloy is being hydrided to such a concentration of ions and/or atoms in the alloy that it undergoes a gradual multi-directional brittle hydrogen cracking thus obtaining a powder with grain size usually below 2 mm, with the amount of under­size particles smaller than 0,075 mm below 10 percent and with the amount of oversize particles greater than 2 mm below 50 percent, which if required, is further disintegrated by delayed hydrogen cracking in a condi­tioning operation.
    • 本发明涉及一种将铁合金粉碎成粒径小于3mm的粉末形式的方法,特别是用于在钢包中用于液态钢的后炉处理的复杂铁合金的分解以及用于其它非冶金目的的方法, 其中片状尺寸高于3mm,优选3至20mm的块状铁合金形式的电荷在电解水中受到氢离子场的作用,该电解包含容易解离的盐的少量添加。 在电解过程中,铁合金被氢化成合金中的这种离子和/或原子的浓度,使其经历逐渐的多方向脆性氢裂解,从而获得粒径通常低于2mm的粉末,其中尺寸较小的颗粒量较小 超过0,075毫米低于10%,超大颗粒的量大于2mm,低于50%,如果需要,在调节作业中通过延迟氢裂解进一步分解。
    • 2. 发明公开
    • Method of disintegration of ferroalloys
    • Verfahren zumZertrümmernvon Eisenlegierungen。
    • EP0338569A2
    • 1989-10-25
    • EP89107161.5
    • 1989-04-20
    • INSTYTUT METALURGII ZELAZA IM. STANISLAWA STASZICA
    • Kulinski, ZdzislawMitka, BoleslawGodek, JerzyGladala, KrzysztofCzarnik, JanPrajsnar, TadeuszBulkowski, Lech
    • B22F9/16C25B1/00B22F9/02B22F9/30
    • C21C7/064B22F9/023B23K35/0255B23K35/365C21C7/0006C21C7/04C21C7/06Y02P10/138
    • This invention relates to a method of disinte­gration of ferroalloys to powder form with grain size below 3 mm and particularly for disintegration of complex ferroalloys to be used for an afterfurnace treatment of liquid steel in a ladle, as well as for other non-­metallurgical purposes, wherein a charge in the form of lumped ferroalloy with the piece size above 3 mm and preferably from 3 up to 20 mm is subjected to the action of a hydrogen ion field during the electrolysis of water which contains a small addition of easily dissociating salts. During electrolysis, ferroalloy is being hydrided to such a concentration of ions and/or atoms in the alloy that it undergoes a gradual multi-directional brittle hydrogen cracking thus obtaining a powder with grain size usually below 2 mm, with the amount of under­size particles smaller than 0,075 mm below 10 percent and with the amount of oversize particles greater than 2 mm below 50 percent, which if required, is further disintegrated by delayed hydrogen cracking in a condi­tioning operation.
    • 本发明涉及一种将铁合金粉碎成粒径小于3mm的粉末形式的方法,特别是用于在钢包中用于液态钢的后炉处理的复杂铁合金的分解以及用于其它非冶金目的的方法, 其中片状尺寸高于3mm,优选3至20mm的块状铁合金形式的电荷在电解水中受到氢离子场的作用,该电解包含容易解离的盐的少量添加。 在电解过程中,铁合金被氢化成合金中的这种离子和/或原子的浓度,使其经历逐渐的多方向脆性氢裂解,从而获得粒径通常低于2mm的粉末,其中尺寸较小的颗粒量较小 超过0,075mm低于10%,超大颗粒的量大于2mm的50%以下,如果需要,在调节作业中通过延迟氢裂解进一步分解。