Principles of Modern Radar Missile Seekers.

• Author: Markin, Evgeny.
• Place / Publishing House: Norwood : : Artech House,, 2022.; Ã2022.
• Year of Publication: 2022
• Edition: 1st ed.
• Language: English
• Physical Description: 1 online resource (443 pages)

Table of Contents

• Intro
• Principles of Modern Radar Missile Seekers
• Contents
• Preface
• Acknowledgments
• CHAPTER 1 Introduction
• 1.1 Threats
• 1.1.1 The First Threat
• 1.1.2 The Second Threat
• 1.1.3 The Third Threat
• 1.2 Goals and Objectives
• 1.3 Basic Concepts
• References
• CHAPTER 2 Tactical and Technical Characteristics of an Anti-Aircraft Missile System
• 2.1 The Defeat Zone
• 2.1.1 Choosing the Anti-Aircraft Missile System Defeat Zone Boundaries
• 2.1.2 Providing a Given Defeat Zone with the Technical Characteristics of Anti-Aircraft Missile System Combat Requirements
• 2.2 Missile Launch Zone
• 2.3 A Target Detection Zone
• References
• CHAPTER 3 Firing over the Horizon
• 3.1 Basic Principles
• 3.2 Estimate of Ballistic and Flight Characteristics of the Missile According to Data From Open Sources
• 3.3 Problems: Target Search and Auto-Tracking
• References
• CHAPTER 4 Radio Control of Atmospheric Anti-Aircraft Missile
• 4.1 Generalized Block Diagram of the Radio System
• 4.2 Radio Control System Classification
• 4.2.1 Launch Control
• 4.2.2 Anti-Aircraft Missile Flight Control
• 4.2.3 Missile Warhead Detonation Control
• 4.3 Flight Trajectories and Guidance Methods
• 4.3.1 Two-Point Guidance Methods: Homing Methods
• 4.3.2 Three-Point Guidance Methods: Teleguidance Methods
• References
• CHAPTER 5 Radar
• 5.1 Basic Principles
• 5.2 Radar Types
• 5.2.1 Search and Detect Radars
• 5.2.2 Tracking Radars
• 5.2.3 Image Radars
• 5.3 Tactical and Technical Characteristics of the Radar
• References
• CHAPTER 6 Monopulse Radars
• 6.1 Basic Principles
• 6.2 Tracking Radars
• 6.2.1 Amplitude Sum-and-Difference System of Automatic Target Tracking
• 6.2.2 Phase Sum-and-Difference System of Automatic Target Tracking
• 6.3 Monopulse Antenna
• 6.3.1 Lens Antennas
• 6.3.2 Reflector Antennas
• 6.3.3 Arrays Antennas.
• 6.4 Cross-Polarization Radiation
• 6.5 Radar Resolution on Angular Coordinates
• References
• CHAPTER 7 Some Interferences for Monopulse Radar
• 7.1 Camouflaging Interference
• 7.1.1 Active Camouflaging Interference
• 7.1.2 Passive Camouflaging Interference
• 7.2 Active Misinforming Interference
• 7.3 Interference due to High-Altitude Nuclear Explosions:Electromagnetic Weapons
• References
• CHAPTER 8 Interference Immunity of Monopulse Radar
• 8.1 Interference Immunity Indicators
• 8.2 Criterion for Assessing the Stability of Automatic Target Tracking by Monopulse Radar in Real Time
• References
• CHAPTER 9 Modeling
• 9.1 Formation Procedure of the Direction-Finding Characteristic
• 9.2 The Initial Impacts Classification
• 9.3 Formation Method of Stochastic Orthogonal Processes
• References
• CHAPTER 10 Interference Detection Problem
• 10.1 Testing a Simple Hypothesis Against a Simple Alternative
• 10.2 Testing a Complex Hypothesis Against a Simple Alternative
• 10.3 Determination of Estimates of the Maximum Similarities
• 10.4 Interference Recognition Procedure
• 10.4.1 Estimation of the Required Range of a Hypersonic Target Detection by the Missile Homing Head when Firing over the Horizon
• 10.4.2 Recognition Procedure for Some Interference Types
• References
• CHAPTER 11 Assessment of an Anti-Aircraft Missile System Operation in Interference Conditions
• 11.1 Assessment Probability of Target Defeat by One Missile
• 11.2 Radomes and Estimation of the Active Seeker Operating Wavelength
• 11.3 Operation of an Active Homing Head on a Group of Targets-Self-Cover Jammers
• 11.4 Probability a Target is Defeated by One Missile
• 11.5 Operating Principles of a Modern Anti-Aircraft Missile System on a Group Target
• 11.5.1 The Work of an Active Homing Head on a Group of Targets: Self-Cover Jammers.
• 11.6 Operation of the Active Homing Head When Auto-Tracking a Low-Attitude Clean Target and Using an Antipode Jammer
• 11.6.1 Signal Processing and Decision Rules
• 11.6.2 Operation of the Active Seeker on the Clean Target, Which Creates a Mirror Image from the Earth's (Water's) Surface
• 11.6.3 The Work of the Active Seeker on a Target, that Creates Interference such as Antipode
• References
• CHAPTER 12 Synthesis of Solutions on Improving Interference Immunity Against the Impact of Polarization Interference
• 12.1 Calculation of Direction-Finding Characteristics
• 12.2 Assessing Accuracy of an Angular Auto-Tracking System of the Target under Conditions of Polarization Interfe
• 12.3 Stability of Target Auto-Tracking in Conditions of Polarization Interference
• 12.4 The Decision Synthesis, Providing Auto-Tracking Stability of the Polarization Interference Source
• 12.5 Evaluation of the Stability of an Angular Auto-Tracking System of a Target Under Conditions of Polarization Interference
• 12.6 Proposals to Improve the Interference Immunity of a Monopulse Direction Finder to the Effects of Polarization Interference
• 12.6.1 Operation of Prototype Mode: 1A
• 12.6.2 Operation in Mode of the Proposed Decision: 1B
• 12.6.3 Operation of Prototype Mode: 2A
• 12.6.4 Operation in Mode of the Proposed Decision: 2B
• 12.7 The Interference Immunity Indicator
• 12.8 Conclusion
• References
• CHAPTER 13 Solutions Synthesis to Increase the Noise Immunity of an Active Homing Head
• 13.1 Interference Immunity of a Missile Homing Head from Interference Along the Sidelobes of its Directional Pattern
• 13.2 Operation Assessment of the Air Defense Missile System for High-Speed and Low-Altitude Targets Without Interferen
• 13.2.1 Methods for Overcoming the Defeat Zone of an Anti-Aircraft Missile System.
• 13.3 Solution Synthesis to Increase the Interference Immunity of an Active Homing Head During its Operation at Low-Altitude Targets and by a Group of Jammers
• 13.3.1 Options Analysis for Increasing the Accuracy and Formulation of the Synthesis Problem
• 13.3.2 Solution Synthesis
• 13.3.3 Solution for the Emitted Signal, Taking into Account the Limitations due to the Hardware Implementation of the Anti-Aircraft Missile System
• 13.3.4 Proposals for the Hardware Implementation of a Synthesized Solution in a Real Anti-Aircraft Missile System
• References
• CHAPTER 14 Determining Performance Limitationsof Existing Air Defense Systems for Intercepting Hypersonic Vehicles
• 14.1 Introduction
• 14.2 Field Scatter Pattern Calculation Mathematics
• 14.3 Evaluation of Interception Hypersonic Vehicles by Some Existing Air Defense Missile Systems
• 14.4 Calculation Results
• 14.5 Conclusion
• References
• Acronyms and Abbreviations
• About the Author
• Index.