optimization of matlab software method in a general thermodynamic system

13-component electrolyte solution (including h2o, co2 (aq), h+, na+, ba+, ca+, sr+, mg+, oh-, cl-, so4, co3, hco3) has been taken into consideration in the current work to estimate the activity coefficient of inorganic ions in the electrolytic systems using electrolyte solutions. in this work, the modified uniquac activity coefficient model was examined, and its parameters were adjusted using matlab s optimization tools in order to forecast the components of the activity coefficient system. target ion 13 at 298.1 k has a total error optimization using matlab of 0.0017. the findings of this investigation strongly support the accuracy and utility of matlab s optimization capabilities.