The purpose of this book is to provide graduate students, professional engineers, military officers, and weapons-systems planners with a comprehensive grounding in the technology, evolution, functions, costs, impacts on society, utility, and limiยญ tations of modern strategic weapons systems. Since the subject is often left to the specialists, this work should introduce the general reader to the fundamentals of such systems in an informed manner. Nowadays the intense interaction of means and ends symยญ bolized by strategic weapons has stimulated a changing disยญ cipline in which new missile systems and the intricate logic of nuclear force and counterforce hold the stage alongside the truths of conflict, alliances, fears, games, and subtle gains and losses. Many readers with new personal interest or public responsibility in this complex field will require an overall guide to it. This book will not prepare the reader to become an expert in the vast subject of strategic weapons systems. It will, however, enable him to understand, evaluate, and form reasonable opinions about these systems, their capabilities and effectiveยญ ness. The subject is dealt with more from the viewpoint of the user (investor) rather than the architect (systems engineer) and builder (design engineer). While the user will be concerned with both political as well as technical options which may be available to solve a problem, the systems and design engineers are concerned with analyzing and building technological weapons devices once their requirements are generally known
CONTENT
Table of Contents (Part Two) -- 1. Strategic Systems and War Games -- 1.1. U.S. Strategic Systems -- 1.2. The Game -- 1.3. Game Strategies -- 1.4. Systems Evaluation -- References -- 2. ABM Defense -- 2.1. Safeguard System -- 2.2. Radar Operations -- 2.3. Computer Operations -- 2.4. Interceptor Operations -- References -- 3. ABM System Design and Performance -- 3.1. System Requirements -- 3.2. The Radar Design Problem -- 3.3. Error Analysis -- 3.4. Smoothing of Position and Velocity Data -- 3.5. Noise Reduction -- 3.6. Error Model -- 3.7. Design Procedure -- References -- 4. ABM System Survivability Analysis -- 4.1. Survivability with respect to ECM -- 4.2. Survivability with respect to Nuclear Bomb Effects -- 4.3. Survivability with respect to Chemical, Biological Radiological Warfare, and Sabotage (CBR&S) -- 4.4. Summary -- References -- 5. Radar Counter-Counter-Measures -- 5.1. Effects of Jamming -- 5.2. ECCM Design -- 5.3. ECCM Techniques -- References -- 6. Bomber Defense -- 6.1. U.S. Bomber Defenses -- 6.2. Russian Bomber Defense -- 6.3. Multipurpose Weapons -- References -- 7. Surveillance and Reconnaisance -- 7.1. Advanced Surveillance -- 7.2. Treaty Verification -- References -- 8. Command Control and Communications -- 8.1. Warning -- 8.2. Command and Control -- 8.3. Communications -- References -- Appendices. Electromagnetic Propagation Effects -- A1. Attenuation of RF Waves by Absorption -- A2. Attenuation of RF Waves by Precipitation -- A3. Refraction of RF Waves by the Ionosphere
Law
System safety
Private international law
Conflict of laws
International law
Comparative law
Law
Private International Law International & Foreign Law Comparative Law
