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Introduction to Airborne Radar, Second Edition
George W. Stimson
Hardcover, 584 pages
ISBN10: 1891121014
ISBN13: 9781891121012
Publisher: SciTech Publishing, Copyright 1998
出版商的该书主页
http://www.scitechpublishing.com/index.asp?PageAction=VIEWPROD&ProdID=121
Key Features
This book is unique in two important respects:
First, it is the only text published that completely covers the wide range of techniques employed in modern airborne and space-based radar. Most similar books emphasize ground-based radars or else cover only a narrow aspect of airborne radar, e.g., radar range performance or Synthetic Aperture (Array) Radar. In fact, much of the Stimson book is applicable to surface-based radar as well, particularly the first fourteen chapters concerned with general radar principles.
Secondly, it fulfills the need of all those who want to learn about radar, regardless of their technical backgrounds. That is, it has sufficient technical depth and mathematical rigor to satisfy the instructor and the non-specialist engineer. Yet, as long as readers have gone as far as elementary algebra and know a little physics and trigonometry, they can painlessly get to the point where they can talk on a sound footing with radar experts and understand what they're up to.
Table of Contents
INTRODUCTION
PART I: OVERVIEW
Ch. 1 Basic Concepts (new sections added) 3
Ch. 2 Approaches to Implementation 15
Ch. 3 Representative Applications (chapter significantly updated.) 35
PART II ESSENTIAL BACKGROUND INFORMATION
Ch. 4 Radio Waves and Alternating Current Signals 49
Ch. 5 Key To A Non-mathematical Understanding of Radar 59
Ch. 6 The Ubiquitous Decibel 71
PART III: RADAR FUNDAMENTALS
Ch. 7 Choice of Radio Frequency 83
Ch. 8 Directivity and the Antenna Beam 91
Ch. 9 Pulsed Operation 107
Ch. 10 Detection Range 115
Ch. 11 The Range Equation: What It Does and Doesn't Tell Us 135
Ch. 12 Pulse Delay Ranging 151
Ch. 13 Pulse Compression 163
Ch. 14 FM Ranging 177
PART IV: PULSE DOPPLER RADAR
Ch. 15 The Doppler Effect 189
Ch. 16 Spectrum Of A Pulsed Signal 199
Ch. 17 Mysteries of The Pulsed Spectrum Unveiled 209
Ch. 18 Sensing Doppler Frequencies 235
Ch. 19 How Digital Filters Work 253
Ch. 20 The Digital Filter Bank & The FFT 267
Ch. 21 Measuring Range Rate 281
PART V: The Problem of Ground Clutter
Ch. 22 Sources & Spectra of Ground Return 293
Ch. 23 Effect of Range and Doppler Ambiguities on Ground Clutter 309
Ch. 24 Separating "Slow" Ground Moving Targets From Clutter 317
PART VI: AIR-TO-AIR OPERATION
Ch. 25 The Crucial Choice of PRF 325
Ch. 26 Low PRF Operation 335
Ch. 27 Medium PRF Operation 355
Ch. 28 High PRF Operation 369
Ch. 29 Automatic Tracking 383
PART VII: HIGH RESOLUTION GROUND MAPPING & IMAGING
Ch. 30 Meeting High Resolution Ground Mapping Requirements 393
Ch. 31 Principles of Synthetic Array Radar 403
Ch. 32 SAR Design Considerations 425
Ch. 33 SAR Operating Modes 431
PART VIII: RADAR IN ELECTRONIC WARFARE
Ch. 34 Electronic Countermeasures (ECM) 439
Ch. 35 Electronic Counter Countermeasures (ECCM) 457
Ch. 36 EW Intelligence Functions 469
PART IX: ADVANCED CONCEPTS
Ch. 37 Electronically Steered (Phased) Array Antennas (ESAs) 473
Ch. 38 ESA Design 481
Ch. 39 Antenna RCS Reduction 493
Ch. 40 Advanced Radar Techniques 499
Ch. 41 Advanced Waveforms & Mode Control 519
Ch. 42 Low Probability of Intercept (LPI) 525
Ch. 43 Advanced Processor Architecture 535
PART X: APPLICATIONS
Ch. 44 Representative Radar Systems 545
APPENDICES
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