Correct the centrifugal buoyancy term #50
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The centrifugal buoyancy in a rotating reference frame commonly defined as: beta*DeltaT*Omega^2*d^4*/nu^2*r*sin(theta)[-sin(theta),-cos(theta),0] is corrected according to the scaling [r^2;sin(theta)/r,sin(theta)/r].
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The centrifugal buoyancy in a rotating reference frame, commonly defined as:
betaDeltaTOmega^2d^4/nu^2rsin(theta)[-sin(theta),-cos(theta),0]
is corrected according to the scaling [r^2;sin(theta)/r,sin(theta)/r] described in the documentation.
The factor before DiRaE/Pr returns betaDeltaTOmega^2d^4*/nu^2.
The implementation before could not show according result in benchmark test.