¸ßµÈѧУ¡°Ê®ÈýÎ塱¹æ»®½Ì²ÄINTRODUCTION OF PHYSICAL MINERAL PROCESSING

Chapter 1 Introduction
1£®1 MINERALS
1£®2 ABUNDANCE OF MINERALS
1£®3 DEPOSITS AND ORES
1£®4 METALLIC AND NONMETALLIC ORES
1£®5 THE NEED FOR MINERAL PROCESSING
1£®6 LIBERATION
1£®7 CONCENTRATION
1£®8 REPRESENTING MINERAL PROCESSING SYSTEMS£º THE FLOWSHEET
1£®9 MEASURES OF SEPARATION
1£®9£®1 Grade
1£®9£®2 Recovery
1£®9£®3 Grade-Recovery Relationship
1£®9£®4 A Measure of Technical Separation Efficiency
1£®10 ECONOMIC CONSIDERATIONS
1£®10£®1 Contained Value
1£®10£®2 Processing Costs
1£®10£®3 Milling Costs
1£®10£®4 Tailings Reprocessing and Recycling
1£®10£®5 Net Smelter Return and Economic Efficiency
1£®10£®6 Case Study£º Economics of Tin Processing
1£®10£®7 Case Study£º Economics of Copper Processing
1£®10£®8 Economic Efficiency
1£®11 SUSTAINABILITY
REFERENCES

Chapter 2 Ore Handling
2£®1 INTRODUCTION
2£®2 THE REMOVAL OF HARMFUL
2£®3 ORE TRANSPORTATION
2£®4 ORE STORAGE
2£®5 FEEDING
2£®6 SELF-HEATING OF SULFIDE MINERALS
REFERENCES
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Chapter 3 Classification
Chapter 4 Gravity Concentration
Chapter 5 Dense Medium Separation
Chapter 6 Magnetic and Electrical Separation
Chapter 7 Dewatering

Vocabulary