This comprehensive text explores the entire scope of chemical science, beginning with its historical evolution. The narrative tracks early observations and metallurgical arts, the ancient philosophical foundations of matter and qualities, and the mystical traditions of alchemical transmutation. It then examines the transition through iatrochemistry toward modern empirical methods, highlighting Boyle's rejection of scholastic dogmas and his formulation of the corpuscular doctrine.
The volume details the rise and fall of the phlogistic theory of combustion, the monumental quantitative revolution led by Lavoisier, and the subsequent establishment of the conservation of mass. It traces the formulation of chemical affinity, Dalton's atomic theory, Gay-Lussac's volumetric observations, and Avogadro's molecular hypothesis. The text also reviews the controversies surrounding atomic weights, chemical notation, and Berzelius's dualistic electrochemical system.
The work proceeds to analyze chemical dynamics and statics, detailing the kinetic basis of the law of chemical mass-action first discovered by Guldberg and Waage. It explains the mechanics of reaction-velocities, homogeneous equilibria, explosion-waves, and the behavior of nascent substances. The theoretical foundations of ion-reactions, electrolytic dissociation, and acid-base strengths are systematically presented using mass-action principles.
Subsequent sections provide a detailed examination of descriptive inorganic chemistry, the systematic classification and structure of organic compounds, analytical methodologies, and physical chemistry. The text addresses the correlation of physical properties with chemical composition, catalytic phenomena, and the temperature-dependence of reaction rates. It concludes with an overview of chemical resistance, maximum work, and the thermodynamic definition of affinity.
The compilation serves as an indispensable compendium for advanced students and practitioners. While it focuses heavily on theoretical models and historical developments, it offers concrete mathematical and empirical frameworks for understanding chemical change. The detailed exposition of thermodynamic principles and reaction kinetics provides a robust foundation for modern chemical research.
