This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic precipitators (WDEP). The finite element method (FEM) is used to solve the Poisson's equation and a modified method of characteristics is used to satisfy the current continuity condition. The two methods are repeated iteratively to get a self consistent solution of the describing equations. The effectiveness of this approach is tested by comparing the computed results with previously experimental and calculated values. The agreement with experimental results is found to be satisfactor
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper is aimed at the analysis of corona power loss associated with wire duct electrostatic pre...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes corona power loss associated with wire-duct electrostatic precipitat...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
This paper numerically analyzes the collection efficiency associated with wire-duct electrostatic pr...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...
A novel mathematical model for determining the electrical characteristics in a dc energized duct typ...
This paper numerically analyzes the governing equations in pulsed energized wire-duct electrostatic ...