Covers symmetries of Maxwell's equations with functional approaches to quantum theories of radiation. Several chapters are devoted to quantum optics with emphasis on understanding both chaotic phenomena and the measurement process.

This practical reference/text discusses the design and optimum use of thermal analysis instrumentation for material property measurement-detailing how the instruments work, what they measure, potential pitfalls to accurate experimentation, and fitting experimental results to theoretical models. Featuring nearly 250 helpful figures and equations.

A extremely lucid presentation of the thermal energy topics of heat transfer, fluid mechanics and thermodynamics as applied to design systems practices including economics, system simulation and optimization techniques. Includes a case study, used throughout the book, which involves the design of a degeneration system.

Offers a coherent and comprehensive introductory treatment of the principles and practices of thermodynamics and integrates numerous illustrative examples to fortify material throughout. Considers statistical thermodynamics, addressing a variety of current and future engineering applications, and providing the methodology used in the field. Acquaints readers with the language and fundamental principles of thermodynamics. Analyzes non-reacting and reactive gas mixtures, with probing discussions on internal energy, enthalpy, specific heats and entropy, as well as stoichiometry and the chemical reactions, and chemical affinity.

eaders are presented with an understandable introduction to engineering thermodynamics in this book. A unique approach mixes background concepts with realistic applications. The ties between thermodynamics and environmental issues are featured.

Two volume set covering properties of 5 elements (carbon, silicon, germanium, tin, and lead) and their compounds with oxygen, hydrogen, halogens, sulfur and nitrogen. Contains 304 tables and thermodynamic properties of these substances.

Uses engines as the means of explaining thermodynamcis and combustion processes,offering a constructive mix of basic engineering science with the 'real world' application. Covers both the 'steady' flow gas turbine and the 'unsteady' reciprocating spark ignition and compression ignition engines. In this text, the 'engine' serves as a vehicle for relating advanced theory to engineering practice, while the book serves in part as a fundamental treatment of engines in particular and the applied thermalfluid sciences in general.

Evaluates the changes in the agreed legal scale used to calibrate thermometers that has been revised for the first time in 20 years. Takes the definition of traceability as its starting point to explain how faulty temperature readings can be avoided if readers follow recognized procedures. Demonstrates how to ensure accuracy of thermometers. Quality concepts and modern instrument practice are emphasized and radiation thermometry explained.