| 7 |
|
|
| 8 |
ATOM vdwa REFINES solver_var |
ATOM vdwa REFINES solver_var |
| 9 |
DIMENSION M*L^5/Q^2/T^2 |
DIMENSION M*L^5/Q^2/T^2 |
| 10 |
DEFAULT 0.1 {kg*m^5/mole^2/sec^2}; |
DEFAULT 0.1 {kg*m^5/mole^2/s^2}; |
| 11 |
lower_bound := 0.0 {kg*m^5/mole^2/sec^2}; |
lower_bound := 0.0 {kg*m^5/mole^2/s^2}; |
| 12 |
upper_bound := 10.0 {kg*m^5/mole^2/sec^2}; |
upper_bound := 10.0 {kg*m^5/mole^2/s^2}; |
| 13 |
nominal := 0.1 {kg*m^5/mole^5/sec^2}; |
nominal := 0.1 {kg*m^5/mole^5/s^2}; |
| 14 |
END vdwa; |
END vdwa; |
| 15 |
|
|
| 16 |
MODEL vanderwaals(P WILL_BE pressure; |
MODEL vanderwaals(P WILL_BE pressure; |
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