2.3.4  processing and industrial preparation
      2.3.4.1   cobalt as a byproduct of nickel processing
      2.3.4.2   electrowinning of cobalt
    2.3.5  properties of cobalt alloys and superalloys
    2.3.6  corrosion resistance of stellites
    2.3.7  industrial applications and uses
    2.3.8  major cobalt producers
  2.4   manganese and manganese-based alloys
    2.4.1  description and general properties
    2.4.2  history
    2.4.3  natural occurrence, minerals, and ores
    2.4.4  processing and industrial preparation
      2.4.4.1   mining and beneficiation of manganese ores
      2.4.4.2   preparation of pure manganese metal
      2.4.4.3   ferromanganese and silicomanganese
    2.4.5  industrial applications and uses
      2.4.5.1   metallurgical uses
      2.4.5.2   nonmetallurgical uses
    2.4.6  major manganese producers
3  common nonferrous metals
  3.1   introduction
  3.2   aluminum and aluminum alloys
    3.2.1  description and general properties
    3.2.2  history
    3.2.3  natural occurrence, minerals, and ores
    3.2.4  processing and industrial preparation
      3.2.4.1   the bayer process
      3.2.4.2   the hall-heroult process for electrowinning aluminum
      3.2.4.3   secondary aluminum production and recycling of aluminum drosses
    3.2.5  properties of aluminum alloys
      3.2.5.1   aluminum alloy standard designations
      3.2.5.2   wrought aluminum alloys
      3.2.5.3   cast aluminum alloys
    3.2.6  industrial applications and uses
    3.2.7  major aluminum producers and dross recyclers
    3.2.8  further reading
  3.3   copper and copper alloys
    3.3.1  description and general properties
    3.3.2  natural occurrence, minerals, and ores
    3.3.3  processing and industrial preparation
    3.3.4  properties of copper alloys
      3.3.4.1   uns copper-alloy designation
      3.3.4.2   wrought copper alloys
      3.3.4.3   cast copper alloys
    3.3.5  major copper producers
    3.3.6  further reading
  3.4   zinc and zinc alloys
    3.4.1  description and general properties
    3.4.2  history
    3.4.3  natural occurrence, minerals, and ores
    3.4.4  processing and industrial preparation
      3.4.4.1   beneficiation of zinc ore
      3.4.4.2   the roasting process
      3.4.4.3   mercury removal
      3.4.4.4   hydrometallurgical process
      3.4.4.5   pyrometallurgical process
      3.4.4.6   treatment of ferrite residue
    3.4.5  industrial applications and uses
    3.4.6  properties of zinc alloys
  3.5   lead and lead alloys
    3.5.1  description and general properties
    3.5.2   history
    3.5.3  natural occurrence, minerals, and ores
    3.5.4  beneficiation and mineral dressing
    3.5.5  processing and industrial preparation
    3.5.6  industrial applications and uses
    3.5.7  properties of lead alloys
    3.5.8  further reading
  3.6   tin and tin alloys
    3.6.1  description and general properties
    3.6.2  history
    3.6.3  natural occurrence, minerals, and ores
    3.6.4  processing and industrial preparation
      3.6.4.1   mining and beneficiation
      3.6.4.2   processing and smelting
    3.6.5  industrial applications and uses
    3.6.6  properties of tin alloys
  3.7   low-melting-point or fusible alloys
    3.7.1  further reading
index

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工业技术 金属学与金属工艺

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