Plot of calculated particle forces within acoustic resonator   - Red line is King's Law prediction of forces   - Blue line is Doinikov prediction of forces with no thermal effects   - Black line is Doinikov prediction of forces with thermal effects Particle paths predicted using: King's Law Forces As well as theoretical SPL of: 150 dB re 20 uPa Particle paths predicted using: Doinikov Forces /w no Thermal Effects As well as theoretical SPL of: 150 dB re 20 uPa Particle paths predicted using: Doinikov Forces /w Thermal Effects As well as theoretical SPL of: 150 dB re 20 uPa Comparison of Experimental and Predicted Separation for Nominally 0.25 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 0.6 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 0.8 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 1 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 1.2 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 1.4 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 1.6 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 2 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 3 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 4 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 5 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 6 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 7 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 8 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 9 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 10 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 11 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow Comparison of Experimental and Predicted Separation for Nominally 12 Micron Diameter, Solid, Glass Particles   coming soon 10 cm/s flow 10 cm/s flow 10 cm/s flow