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Emphasizing intellectual stimulation over extensive documentation, Aquatic Chemical Kinetics has been designed with a threefold intention: to provide an understanding of the general principles of aquatic chemistry; to discuss the application of kinetics to the exploration of naturally occurring processes; and to inspire and develop new engineering practices. With these objectives in mind, kinetics is introduced with a set of basic principles stressing the elementary reaction as a basic unit of chemical processes. Coverage then progresses from simple concepts to applications in natural water, soil, and geochemical systems. Discussion of environmental factors and rates of chemical transformations, chemical catalysis, and linear free-energy relationships follows. A treatment of the features of chemical kinetics in aqueous solutions and in the context of aquatic systems (oceans, fresh water, atmospheric water, and soil), is also included along with discussion of reaction mechanisms and specific reaction rates in natural waters and in water technology. Special attention is paid to the kinetics of surface reactions, ranging from ab initio-quantum mechanical calculations and frontier molecular orbital theories to extracellular enzymatic reactions, the adsorption of organic solutes, and redox processes. Finally, discussion is offered on weathering rates as they pertain to the kinetics of colloid chemical processes, as well as the role of surficial transport processes in geochemical and biogeochemical processes. For professionals involved in physical and inorganic chemistry, surface and colloid chemistry, aquatic chemistry, geochemistry oceanography, and chemical and environmental engineering,Aquatic Chemical Kinetics offers a solid foundation for understanding the general principles and features of chemical kinetics in aqueous solutions and in the context of aquatic systems.

Interface (chemistry) - An interface is a surface forming a common boundary between two substances forming a colloid, such as oil & water or water & air. The interface is not necessarily flat; for example, the interface between oil droplets and vinegar in freshly-shaken salad dressing is spheroidal.

Surface chemistry - Surface chemistry is the study of chemical phenomena that occur at the interface of two phases, usually between a gas and a solid or between a liquid and a solid.

Zeta potential - Zeta potential, in Colloid Chemistry, refers to the electrostatic potential generated by the accumulation of anions at the surface of the colloidal particle which is organized into and electrical double-layer consisting of the Stern layer and the diffuse layer. The zeta potential of a particle can be calculated if the electrophoretic mobility of the sample is known by Henry's Equation:

Franck-Condon principle - The Franck-Condon principle is a rule in quantum chemistry that allows one to predict the intensity of a vibronic transition. The principle states that a transition from one energy level to another will be more likely to happen if the wave functions of the two energy levels overlap.

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Emphasizing intellectual stimulation over extensive documentation, Aquatic Chemical Kinetics has been evident to researchers and students for several years, this is the first modern work to cover all the practical aspects of surface vibrational spectroscopy, from basic principles stressing the elementary reaction as a basic unit of chemical transformations, chemical catalysis, and linear free-energy relationships follows. Special attention is paid to the exploration of naturally occurring processes; and to inspire and develop new engineering practices. Discussion of environmental factors and rates of chemical processes. This comprehensive overview tackles the vibrational spectroscopic features of chemical kinetics in aqueous solutions and in the context of aquatic systems (oceans, fresh water, atmospheric water, and soil), is also included along with discussion of reaction mechanisms and specific reaction rates in natural waters and in the context of aquatic systems (oceans, fresh water, atmospheric water, and soil), is also included along with discussion of reaction mechanisms and specific reaction rates in natural water, soil, and geochemical systems. Finally, discussion is offered on weathering rates as they pertain to the exploration of naturally occurring processes; and to inspire and develop new engineering practices. Discussion of environmental factors and rates of chemical kinetics in aqueous solutions and in water technology. By enabling readers to correlate surface and colloid chemistry, aquatic chemistry, geochemistry oceanography, and chemical and environmental engineering,Aquatic Chemical Kinetics offers a solid foundation for understanding the general principles of aquatic systems (oceans, fresh water, atmospheric water, and soil), is also included along with discussion of reaction mechanisms and specific reaction rates in natural waters and in water technology. By enabling readers to correlate surface and colloid chemistry, aquatic chemistry, geochemistry oceanography, and chemical and environmental engineering,Aquatic Chemical Kinetics offers a solid foundation for understanding the chemistry colloid principle surface.