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    • 1. 发明授权
    • Method for hydroelectrometallurgy
    • 水电解方法
    • US3787293A
    • 1974-01-22
    • US3787293D
    • 1971-02-03
    • NAT RES INST METALS
    • KAMETANI H
    • C25C1/00C25C7/00C22D1/16C22D1/14C22D1/18
    • C25C7/002C25C1/00
    • A hydroelectrometallurgy method comprising suspending particles of a crude metal or metal sulfide in the anode zone and seed particles of pure metal in the cathode zone, causing such particles to collide with the surfaces of the anode and cathode, respectively, and thereby effecting the corresponding electrochemical reaction on each of the particles, whereby metal ions are formed in the anode zone and the seed particles grow into coarse particles in the cathode zone as the result of precipitation of the metal thereon. According to this method, since the total surface area of the particle is very large, a greater electric current can be applied as compared with the conventional electrolytical refining or winning method, and the manufacturing rate of pure metal can be increased greatly.
    • 一种水电冶金方法,其包括将阳极区中的粗金属或金属硫化物的颗粒悬浮在阴极区中的纯金属的种子颗粒,使得这些颗粒分别与阳极和阴极的表面碰撞,从而实现相应的电化学 在每个颗粒上产生反应,由此金属离子在阳极区形成,并且种子颗粒在阴极区域中生长成粗颗粒,这是由于金属沉淀而导致的。 根据该方法,由于粒子的总表面积非常大,所以与以往的电解精炼或胜利方法相比,能够施加较大的电流,能够大幅提高纯金属的制造速度。