|
|
Line 9: |
Line 9: |
| : <math> | | : <math> |
| B_n = 0.9423n^2 + 1.28846n - 1.84615, n > 3. | | B_n = 0.9423n^2 + 1.28846n - 1.84615, n > 3. |
| | </math> |
| | |
| | The excess entropy is given by: |
| | |
| | : <math> |
| | S^{ex} = \frac{ S - S^{id}}{Nk_b}= \frac{ 188\eta - 126\eta^2 - 13\eta^4 - \eta^4 }{52(1-\eta)^2 - \frac{5}{13} ln(1-\eta) }. |
| </math> | | </math> |
Revision as of 00:09, 9 November 2020
Hongqin Liu proposed a correction to the C-S EOS which improved accuracy by almost two order of magnitude [1]:

The conjugate virial coefficient correlation is given by:

The excess entropy is given by:
