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Physicochemical Approaches to the Characterization of Pharmaceutical Systems provides consistent data analysis on the basic physics and chemistry involved in pharmaceutical systems that are carried out using various theoretical models. The book explores states of matter and thermodynamics, how to estimate chemical properties, solubility and distribution phenomena, kinetic processes and drug delivery, and thermodynamics versus the shape of molecules. It supplies several guidelines for achieving better estimations of properties associated with complex molecular geometries, such as important drug, polymer and biopolymer characteristics. Researchers will find it to be a crucial resource for studies in pharmaceutical science and chemical engineering.
About the author
Nicola De Zordi (1983) is going to take his Ph.D. within the School of Chemical and Pharmaceutical Sciences and Technologies at the University of Trieste. His expertise is ranging from pharmaceutical chemistry and chemical thermodynamics principles (involved particularly in the preparation of oral solid dosage forms) to their industrial applications. He is the author/coauthor of more than ten publications, published in international journals and conference proceedings, and acting as a referee for the scientific community.
