Electrification: The use of differences in the electrical properties of various minerals and materials in nature, when the electric field is passed, the electricity acting on the minerals is sorted by different mechanical forces.
Useful minerals: Minerals that can be recycled.
Gangue mineral: A mineral that is associated with a useful mineral and has no future use value.
Monomer: After the ore is crushed and ground, some minerals are separated from other constituent minerals of the ore. The single mineral particles are called mineral monomers.
Continuum: An aggregate of useful minerals and gangue minerals that are not dissociated and joined together.
Mineral conductivity: The ability of minerals to conduct electricity.
Mineral chargeability: The property of a mineral under the influence of external force (such as friction heating, pressure).
Ore: ore ore beneficiation plant or a job untreated.
Middle mine: The intermediate product in the sorting process needs to be returned to the re-grinding and re-selection of this part of the mineral.
Tailings: After sorting, minerals that have been analyzed with minerals and are discarded.
Grade: extremely content with component (or metal) of ore contains.
Yield: The fraction of the ratio of concentrate weight to ore weight.
Metal Recovery: The ratio of the weight of the metal (or useful ingredient) in the concentrate to the weight of the metal (or useful ingredient) in the ore.
Fractionation: A process in which the particle size of the particles is different in the medium, or a sieve group is used to divide the particle group of different particle sizes into two or more narrow-scale processes of similar particle size.
Mineral specific gravity: The ratio of the weight of a mineral at 4 ° C to the weight of the same volume of water.
Current: The directional movement of the charge creates a current.
Voltage: This is the reason why the free charge is directed to move to form a current.
Conductor: An object that is easily conductive is called a conductor.
Semiconductor: An object whose electrical conductivity is between a conductor and an insulator, called a semiconductor.
Insulator: An object that is not easily conductive is called an insulator.
Electric field: An electric field is a special substance that exists around a charge. If a charge is placed in an electric field, the charge is subjected to an electric field, and the force of the electric field on the charge is called an electric field force.
DC: A current whose direction does not change with time is called DC.
AC: A current whose intensity and direction change periodically with time is called AC.
Electrostatic Field: An electric field generated by an electrostatic charge is called an electrostatic field.
Corona Electric Field: An electric field that produces a corona discharge is called a corona electric field. When the two electrodes are separated by a certain distance, one of them uses a wire electrode (or a corona pole) with a small diameter, and the curvature is large, and the high voltage DC is negative or positive: another extremely flat or large diameter roller (Ground), a corona electric field is generated at this time.
Composite electric field: The so-called composite electric field refers to the electric field combined with the corona electric field and the electrostatic field.
Mineral: A natural or natural element in the earth's crust that has a fixed chemical composition and physical properties called a mineral.
Monomer Dissociation: The degree of monomer dissociation is the extent to which a mineral dissociates into monomers.
Particle size: Particle size refers to the size of the ore (or nugget), usually expressed in millimeters or micrometers. The particle size composition refers to the content of each particle in a batch of particles.
Enrichment ratio: Enrichment ratio refers to the ratio of concentrate grade to ore grade.
Metal Distribution Rate: The metal distribution rate is the ratio of the metal contained in a grain-level material to the total amount of metal contained in the batch.
Grading efficiency: Grading efficiency refers to the fraction of the ratio of the amount of fine particles actually classified efficiently to the amount of fine particles that are classified under ideal conditions.
Re-election: A re-election method for separating useful minerals in a moving (flowing) medium based on the difference in mineral specific gravity.
Magnetic Separation: Magnetic separation is the method of separating useful minerals from suitable magnetic separation equipment by utilizing the magnetic differences of different minerals.
Flotation: Flotation is a method of separating useful minerals and gangues by the action of chemicals, depending on the physical and chemical properties of the mineral surface.
Ore: Contains minerals that can be utilized and reaches a certain number of rocks that can be exploited, called ore.
Over-grinding: In the process of crushing ore, a large number of ore smaller than the predetermined size is produced. This phenomenon is called over-grinding of ore.
Specific conductivity: Specific conductivity refers to the ratio of the lowest conductive voltage of minerals entering the conductor product to the graphite conductive voltage of 2800V. Due to the difference in specific conductivity of minerals, mineral sorting can be achieved according to the different conductive voltages of different minerals in the electrical selection process.
Dressing ratio: The dressing ratio refers to the ratio of the weight of the ore to the weight of the concentrate.
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