https://doi.org/10.1351/goldbook.LT06935
A @[email protected] which can be approximated as \(c_{\text{s}} = K_{\text{C}}.c_{\text{M}}\) where \(K_{\text{C}}\) is a constant.
Note:
At low concentrations, all @[email protected] tend towards being linear. \(K_{\text{C}}\) is the @[email protected]
At low concentrations, all @[email protected] tend towards being linear. \(K_{\text{C}}\) is the @[email protected]