Experimental magnetic field-driven segregation mechanisms in Geldart D magnetically fluidized beds: From uniform to gradient fields

Key Points

• Segregation mechanisms are influenced by varying magnetic fields, transforming from uniform to gradient fields.
• Key evidence shows that magnetic field variations lead to distinct segregation patterns in Geldart D systems.
• Experimental assessment of Geldart D fluidized beds illustrates behavior under controlled magnetic fields.
• Findings suggest potential for improved fluidization processes in industrial applications and future model developments.