Closed prehner closed 1 year ago
As a consequence of #134 this PR implements the (exact) calculation of enthalpies of adsorption.
The enthalpy of adsorption is calculated from this neat expression.
$$0=\sum_j\left(\frac{\partial N_i}{\partial\mu_j}\right)_T\Delta h_j^\mathrm{ads}+T\left(\frac{\partial Ni}{\partial T}\right){p,x_k}$$
A derivation is added to the theory guide.
As a consequence of #134 this PR implements the (exact) calculation of enthalpies of adsorption.
The enthalpy of adsorption is calculated from this neat expression.
$$0=\sum_j\left(\frac{\partial N_i}{\partial\mu_j}\right)_T\Delta h_j^\mathrm{ads}+T\left(\frac{\partial Ni}{\partial T}\right){p,x_k}$$
A derivation is added to the theory guide.