Difference between revisions of "Template:BondWiEquation"

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(Created page with "<math>E = W_i \times \left ( \frac {10}{\sqrt{P_{80}}} - \frac {10}{\sqrt{F_{80}}} \right ) </math> <sup>Rowland, 2006</sup>")
 
 
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<noinclude>
<math>E = W_i \times \left ( \frac {10}{\sqrt{P_{80}}} - \frac {10}{\sqrt{F_{80}}} \right ) </math>
 
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[[Category:formula]]
<sup>[[Bibliography:_Specific_energy_consumption_models|Rowland, 2006]]</sup>
 
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==Bond Work Index Equation==
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This is the basic equation of the family of Bond calculations. It describes breakage energy ''E'' as a function of feed size ''F80'', product size ''P80'' and the work index ''Wi'', a property of the ore measured either in a laboratory mill or back-calculated from the operating conditions of an industrial mill.
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<math>E=</noinclude>{{{Wi|W_i}}} \times \left ( \frac {10}{\sqrt{ {{{P80|P_{80} }}} }} - \frac {10}{\sqrt{ {{{F80|F_{80} }}} }} \right )<noinclude></math>
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See list of pages that use this formula: {{Special:WhatLinksHere/Template:BondWiEquation}}
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</noinclude>

Latest revision as of 21:18, 14 November 2012

Bond Work Index Equation

This is the basic equation of the family of Bond calculations. It describes breakage energy E as a function of feed size F80, product size P80 and the work index Wi, a property of the ore measured either in a laboratory mill or back-calculated from the operating conditions of an industrial mill.

E=</noinclude>{{{Wi|W_i}}} \times \left ( \frac {10}{\sqrt{ {{{P80|P_{80} }}} }} - \frac {10}{\sqrt{ {{{F80|F_{80} }}} }} \right )<noinclude>

See list of pages that use this formula: