Magnetic Separation: Industrial and Lab Scale Applications
Magnetic Separation: Industrial and Lab Scale Applications
Magnetic Separation: Industrial and Lab Scale Applications
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F. References<br />
a. Livingston, J.D., 1997. Driving Force: The Natural Magic of Magnetism. Harvard<br />
University Press, Cambridge.<br />
b. R.R. Oder, <strong>and</strong> C.R. Price, "Brightness Beneficiation of Kaolin Clays by <strong>Magnetic</strong><br />
Treatment," TAPPI Journal of the Tech. Assoc. Pulp <strong>and</strong> Paper Industry, 56 (10) :<br />
75-78. 1973<br />
c. J.A. Oberteuffer, I. Wechsler, P.G. Marston <strong>and</strong> M.J. McNallan, “High Gradient<br />
<strong>Magnetic</strong> Filtration of Steel Mill Process <strong>and</strong> Waste Waters”, IEEE Transactions on<br />
<strong>Magnetic</strong>s, vol. Mag-11, 5, September 1975, 1591-3.<br />
d. R. Gerber <strong>and</strong> R. R. Briss, “High Gradient <strong>Magnetic</strong> <strong>Separation</strong>”, Research Studies<br />
Press, 1983.<br />
e. Gunther, “Electromagnetic Ore <strong>Separation</strong>” 1909.<br />
f. M. R. Parker, “The Physics of <strong>Magnetic</strong> <strong>Separation</strong>”, Contemporary Physics 18 (3):<br />
279-306 1977.<br />
g. J. R. Harl<strong>and</strong>, L. Nilsson <strong>and</strong> M. Wallin,”Pilot <strong>Scale</strong> High Gradient <strong>Magnetic</strong><br />
Filtration of Steel Mill Wastewater” ,IEEE Transactions on <strong>Magnetic</strong>s, Vol. MAG-<br />
12, NO. 6, November 1976, 904-6.<br />
h. J. Iannicelli <strong>and</strong> J. Pechin, “<strong>Magnetic</strong> <strong>Separation</strong> of Kaolin Clay Using an Advanced<br />
9 T Separator”, IEEE Transactions On Applied Superconductivity, Vol 10 (1),<br />
March 2000, 917-22.
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