Decoding Magnetic Influence:- Physical Parameters Evaluation Of Aqueous Acetonitrile Through Polymeric Membrane.
DOI:
https://doi.org/10.53555/dfn7rh73Keywords:
.Abstract
The polymeric membrane is used in the present study was prepared by impregnating cellulose acetate dissolved in acetone and aqueous solution of potassium bromide. The flow of water and aqueous solution of acetonitrile through this membrane has been measured at different temperature, composition and magnetic field strengths. The electro osmotic permeability coefficient , enthalpy of activation (), entropy of activation () , free energy of activation () , number of pores, pore radius and zeta potential have also been calculated. The flow process of aqueous solution of acetonitrile is thermodynamically not feasible. The dipolar nature of aqueous solution of acetonitrile mixture does affect the membrane structure which is shown by variation in number of pores, pore radius1 and zeta potential2-7.
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