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April 8, 2011, 04:10

Replies: 4

Views: 2,835

Posted By coglione

yes it is cheers

yes it is
cheers

April 8, 2011, 03:46

Replies: 4

Views: 2,835

Posted By coglione

C_P_G(c,t) will give you the pressure gradient...

C_P_G(c,t) will give you the pressure gradient vector. dp/dx = C_P_G(c,t)[0]

cheers

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