Each chapter has several neat exercises to test the understanding of the reader, who is ideally an engineering or physics graduate student or exceptional advanced undergraduate student. One must look elsewhere for the important applications of gallium arsenide technology that are so useful for flux hardening, extra speed, lower power consumption and light- emitting properties. The book will especially appeal to those interested exclusively in silicon technology. ![]() The 23 chapters in this well-written textbook cover a broad spectrum of interesting and useful engineering topics: microfabrication, applied mechanics, heat flow, elasticity, applied electronics, noise theory, the dynamics of feedback systems, modeling strategies, fluid flow, DNA amplification, microminiature mass spectrometers, and integrated gas chromatography systems. This is a comprehensive and readable introductory textbook and research reference on the engineering foundations of microsystem design. Indeed, microsystems also permeate the performance-oriented systems of the modern cybernetic battlefield, among other problem areas. Microsystems pervade the products of the cybernetic marketplace, for example, advanced super-computers, high-speed communications systems, super industrial controllers, and smart logical systems.
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