This volume addresses the critical need for accurate, experimentally derived data regarding the phase behavior of binary and multicomponent chemical systems at atmospheric pressure. The authors, Eduard Hála, Ivan Wichterle, and Jiři Polák, are established researchers in the field of chemical thermodynamics. They compile extensive empirical measurements to provide a reliable framework for engineers and scientists designing separation processes, such as distillation, where precise equilibrium data is required for operational efficiency.

Experts in chemical engineering recognize this work as a foundational reference for laboratory and industrial applications involving phase separation. Readers frequently note the high density of the numerical data, which serves as a standard resource for validating thermodynamic models in academic and professional settings.