Analysis of the Magnetic Field in the Cavity of Multi-Layer Winding Electromagnetic Water Processor

Abstract

Based on the online electromagnetic scale suppression dynamic simulation table designed by our team, the magnetic induction intensity in the cavity of single- and multi-layer winding electromagnetic water processor is simulated and analyzed by using numerical simulation. The relationship between the magnetic induction intensity of the inner cavity and the number of turns of the coil, wire diameter, and inner diameter and the effect of the segment on the intensity of the magnetic induction in the inner cavity are analyzed. According to the Bio–Savarts law, the formula for calculating the magnetic induction intensity in the cavity of multi-layer winding electromagnetic water processor is derived. Moreover, the structural parameters of the processor are determined based on the simulation results of the Maxwell equations. According to the simulation results, we make a new multi-layer winding electromagnetic water processor, which will be used on the online electromagnetic scale suppression dynamic simulation table in the future.

Keywords

• Magnetic induction intensity
• numerical simulation
• winding electromagnetic water processor
• electromagnetic anti-fouling treatment