Magnus Ringh
COMSOL Employee
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Posted:
6 years ago
19.02.2019, 09:41 GMT-5
Updated:
6 years ago
20.02.2019, 02:07 GMT-5
Hi,
The exponential function exp
expects a dimensionless input. I'm not sure what T
is, but it might be a temperature, which makes the input to the function dimensionally inconsistent. If the numerator is a temperature, enter it as 9459[K]
, or else you can "dedimensionalize" the denominator as, for example, T[1/K]
.
Best regards,
Magnus Ringh, COMSOL
Hi,
The exponential function `exp` expects a dimensionless input. I'm not sure what `T` is, but it might be a temperature, which makes the input to the function dimensionally inconsistent. If the numerator is a temperature, enter it as `9459[K]`, or else you can "dedimensionalize" the denominator as, for example, `T[1/K]`.
Best regards,
Magnus Ringh, COMSOL
Please login with a confirmed email address before reporting spam
Posted:
6 years ago
20.02.2019, 01:18 GMT-5
Yes, T is temperature. Thanks this worked.
This equation is antonie equation. Is there any unit for these constant a, b in antonie eqn to make this equation dimensionally consisitent? as these equation solves for pressure.
Yes, T is temperature. Thanks this worked.
This equation is antonie equation. Is there any unit for these constant a, b in antonie eqn to make this equation dimensionally consisitent? as these equation solves for pressure.