Prediction of Thermodynamic Parameters in Solutions with Similar Composition to Plasma or Blood, Ph.D. Dissertation Sharif University of Technology ; Abdekhodaie, Mohammad Jafar (Supervisor) ; Ghotbi, Cyrus (Co-Advisor)
Abstract
Serum osmolality is an important physiological quantity that is directly related to health condition of human body. Glucose, urea, and NaCl are the main components which determine the value of serum osmolality. Besides, calcium and potassium are vital inorganic cations for the body. Thus, it is of high importance to investigate the interactions between these physiological solutes in aqueous solution. Thermodynamic quantities like osmotic and activity coefficients contain enthalpic and entropic information and thus are a direct measure of interactions in these complex systems. Thus, theoretical and experimental methods were applied to investigate these thermodynamic parameters in multi-solute...
Cataloging briefPrediction of Thermodynamic Parameters in Solutions with Similar Composition to Plasma or Blood, Ph.D. Dissertation Sharif University of Technology ; Abdekhodaie, Mohammad Jafar (Supervisor) ; Ghotbi, Cyrus (Co-Advisor)
Abstract
Serum osmolality is an important physiological quantity that is directly related to health condition of human body. Glucose, urea, and NaCl are the main components which determine the value of serum osmolality. Besides, calcium and potassium are vital inorganic cations for the body. Thus, it is of high importance to investigate the interactions between these physiological solutes in aqueous solution. Thermodynamic quantities like osmotic and activity coefficients contain enthalpic and entropic information and thus are a direct measure of interactions in these complex systems. Thus, theoretical and experimental methods were applied to investigate these thermodynamic parameters in multi-solute...
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