This popular, compact book on radar principles for non-designers working with radar provides a solid understanding of radar fundamentals and applications, but requires far less mathematical and technical sophistication than typical engineering books written for radar engineers. Perfect for non-specialists, scientists, technicans, sales executives and marketers, pilots, airline and airport executives and many others, the book covers all the recent developments and hot topics in radar as well as the basics in the field. A complete glossary makes the booko especially valuable for reference.

Radar Principles for the Non-Specialist

Science & Math

Toomay, J.C.

Reference

Scitech Pub Inc

Here is a fascinating reading on the mysteries of the cosmos for fans of Hawking, Feynman, Sagan, and all those who would question the universe for eaning and insight!

Return of the Ether: When Theory and Reality Collide

Deutsch, Sid

Sid Deutsch

History & Philosophy

Provides engineers, scientists, technicians, and business people in the electronics industries a much-needed roadmap to understanding resistor design, fabrication, and use. The authors give an overview first, showing how design arises from scientific theories of resistive properties.

Resistor Theory and Technology

Zandman, Felix

Simon, Paul-Rene

Szwarc, Joseph

Physics

Breaking The Food Chain

Cookbooks, Food & Wine

Chou,Jack

Special Diet

Breaking the Food Chain poses a rational, simple, and gloriously effective solution to the fast food trap, both for improving health and (even better!) enhancing the eating experience. The culinary lessons of tradional cultures and every consumer's good common sense are blended in this engaging and instructive gem of a book. Turn a deaf ear to the incessant ads for fast food. Think twice before you choose that package of chemically processed, mass-produced food from the grocery shelf. Breaking the Food Chain shows you the wise alternatives.

"This book presents a comprehensive tutorial exposition of radar detection using the methods and techniques of mathematical statistics. It is a uniquely thorough and, at the same time, unusually detailed treatment of the subject. Every step in the mathematical derivation is within, covering the beginnings of radar detection theory up through very advanced topics at the end." "At the end of each chapter are problems that are useful for teachers and instructors to provide homework exercises and for testing. Practicing engineers will benefit from an extensive set of detection performance graphs which were numerically calculated for the solutions in integral form that do not lead to closed form. The error bounds on the solutions are also stated."--BOOK JACKET.

Radar Detection

Engineering & Transportation

Difranco, Rubin

Engineering

Microwave and RF Design is a comprehensive introduction to RF and microwave design with a systems first approach. System needs drive component and subsystem requirements. Similarly technology innovation enables new innovative system solution. This book presents a systems first approach to RF engineering design so that the reader learns to appreciate RF and microwave technology and design from this market-driven perspective. The book is organized around three modules that are largely independent but do build on each other and are best taught in sequence. First the System Module describes system concepts and provides comprehensive knowledge of RF and microwave systems. The System Module provides the rational for design choices. The Distribute Component Module shows in its four chapters how distributed effects are the basis of a large variety of microwave and RF components that are not available at lower frequencies. The Coupled Structure and Matching Module examines coupling effects of parallel lines and utilizes the knowledge gained in the design of microwave filters. Design examples are used throughout the book, and many of them incorporate design tradeoffs that are only appreciated in the context of a specific design. The book is also characterized by design emphasis with discussion of manufacturability and practical design decisions. KEY FEATURES - The book is arranged as three modules the System Module contains Chapters 1-3, The Distributed Component Module contains Chapters 4-7, and the Coupled Structure and Matching Module 3 contains Chapters 8-10. Each can be taught independently of the others. - Tested and improved over 10 years of teaching an associated course, the book as been refined to fully address common questions from students. Full sets of PowerPoint Slides and worked solutions to problems are available. Many examples and problems requiring detailed calculations have available MathCAD files. - This book serves as a comprehensive RF and microwave reference book with detailed index, glossary and crossreferences throughout the text. - The systems material is presented without the detailed signal processing surrounding the usual presentation of such systems material. The systems presentation is not available anywhere else in a compact form, or in a form specifically addressing why RF and microwave design choices are made in response to system requirements. The reader gains valuable insight into how different technologies can be traded off in meeting system requirements.

Microwave and RF Design: A Systems Approach

Steer, Michael B.

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