ADVANCES IN CHEMICAL ENGINEERING
CHAPTER 1 OVERVIEW AND HISTORY OF HYBRID ROCKET PROPULSION CHAPTER 2 REVIEW OF SOLID-FUEL REGRESSION RATE BEHAVIOR IN CLASSICAL AND NONCLASSICAL HYBRID ROCKET MOTORS CHAPTER 3 SOLID-FUEL PYROLYSIS PHENOMENA AND REGRESSION RATE, PART 1: MECHANISMS CHAPTER 4 SOLID-FUEL PYROLYSIS PHENOMENA AND REGRESSION RATE, PART 2: MEASUREMENT TECHNIQUES CHAPTER 5 ANALYTICAL MODELS FOR HYBRID ROCKETS CHAPTER 6 VORTEX INJECTION HYBRID ROCKETS CHAPTER 7 HIGH-SPEED FLOW EFFECTS IN HYBRID ROCKETS CHAPTER 8 COMPUTATIONAL FLUID DYNAMICS MODELING OF HYBRID ROCKET FLOWFIELDS CHAPTER 9 COMBUSTION INSTABILITY AND TRANSIENT BEHAVIOR IN HYBRID ROCKET MOTORS CHAPTER 10 METALS, ENERGETIC ADDITIVES, AND SPECIAL BINDERS USED IN SOLID FUELS FOR HYBRID ROCKETS CONTENTS CHAPTER 11 HYDROGEN PEROXIDE, HYDROXYL AMMONIUM NITRATE, AND OTHER STORABLE OXIDIZERS CHAPTER 12 SIMILARITY AND SCALING EFFECTS IN HYBRID ROCKET MOTORS CHAPTER 13 LARGE-SCALE HYBRID MOTOR TESTING CHAPTER 14 FLIGHT TESTING OF HYBRID-POWERED VEHICLES CHAPTER 15 CHALLENGES OF HYBRID ROCKET PROPULSION IN THE 21ST CENTURY