Both the potential of electric field and the velocity potential of ideal fluid can be expressed with Laplace equation, thus the velocity field of ideal fluid can be simulated by electric field. According to this princ...Both the potential of electric field and the velocity potential of ideal fluid can be expressed with Laplace equation, thus the velocity field of ideal fluid can be simulated by electric field. According to this principle, one simple lab-device is developed. This method can be used to analyze and study the flotation column structure, operation condition such as feed rate, recirculation rate and tailing discharged rate etc. Because this method takes the wall effects of column into consideration in the simulation, it is significance for the scaling-up of flotation column.展开更多
文摘Both the potential of electric field and the velocity potential of ideal fluid can be expressed with Laplace equation, thus the velocity field of ideal fluid can be simulated by electric field. According to this principle, one simple lab-device is developed. This method can be used to analyze and study the flotation column structure, operation condition such as feed rate, recirculation rate and tailing discharged rate etc. Because this method takes the wall effects of column into consideration in the simulation, it is significance for the scaling-up of flotation column.
