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Capture of Small Particles in Magnetic Separators J.H.P. Watson

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Capture of Small Particles in Magnetic Separators J.H.P. Watson University of Southampton, Southampton, UK [email protected]. Canister with Magnetic Matrix. Ferromagnetic 430 Stainless Steel 75 micron Diameter. High gradient magnetic separator. Experimental results for - PowerPoint PPT Presentation
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Capture of Small Particles in Magnetic Separators J.H.P. Watson University of Southampton, Southampton, UK [email protected]
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Page 1: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Capture of Small Particles in Magnetic Separators

J.H.P. Watson

University of Southampton, Southampton, [email protected]

Page 2: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Canister with Magnetic Matrix

Page 3: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Ferromagnetic430 StainlessSteel 75 micronDiameter

Page 4: Capture of Small Particles in Magnetic Separators J.H.P. Watson

High gradient magnetic separator

Page 5: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Experimentalresults for clean filter

Page 6: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Partially fullfilter

Page 7: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Strong-couplingmodel

Page 8: Capture of Small Particles in Magnetic Separators J.H.P. Watson

Magnetic retentionof Poly-disperseParticle Systems

Page 9: Capture of Small Particles in Magnetic Separators J.H.P. Watson

PolydisperseParticle Systems

Page 10: Capture of Small Particles in Magnetic Separators J.H.P. Watson

PolydisperseParticle Systems

Page 11: Capture of Small Particles in Magnetic Separators J.H.P. Watson

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