encyclopedia of chemical engineering thermodynamics pdf

In its discussions, the Encyclopedia strikes an excellent balance between theory and applications. Broad applications are found in electrochemistry, corrosion, etching, and deposition. Subtopics include simple gas-phase reactions, statistical theories, and reaction dynamics in solution and on surfaces. Those on chemical kinetics and molecular dynamics may help physicists outside chemical physics and physical chemistry to gain greater appreciation for the broad importance of the articles’ topics. The articles relating to dynamics are current and not readily found in standard texts. Classics such as quantum mechanics of atoms and molecules, classical thermodynamics, statistical mechanics of weakly interacting systems, and electronic spectroscopy are well written and somewhat more concise than will be found in standard texts. Topics such as coherent control of molecular dynamics, protein folding, single molecule spectroscopy, liquid crystal displays, and atom traps are well developed with current references. From this bold project, the reader can learn the structure and catalytic function of zeolites or be educated in the group representation theory of the energy levels of nonrigid molecules. It is an extremely vast and intricate area of science which took many years to develop, beginning in the early 19th century. Such criticisms are trivial given the huge scope and depth of the work. Thermodynamics is the study of how heat can be transformed into useful energy in the form of work, hence the name thermo + dynamics. Are some nonstandard notations used? Of course.

Are there mistakes? Of course, but they are few.

Encyclopedia of chemical engineering thermodynamics pdf