Boron-Based Fuel-Rich Propellant: Properties, Combustion, and Technology Aspects 1st Edition
Boron-Based Fuel-Rich Propellant: Properties, Combustion, and Technology Aspects (1st Edition) is a specialized, authoritative volume for engineers, researchers, and professionals working in aerospace propulsion, energetic materials, and advanced fuels. This book provides an in-depth examination of boron and boron-containing fuels — from their physicochemical properties and combustion behavior to technological challenges and practical applications in solid and hybrid propulsion systems.
Written by leading experts in propellant chemistry and propulsion engineering, the text covers theoretical foundations and experimental results, offering readers a balanced perspective on the advantages and limitations of boron-based propellants. It is an essential reference for those developing high-energy density fuels, optimizing combustion performance, or evaluating next-generation propulsion solutions for missiles, rockets, and hypersonic vehicles.
Key Features
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Comprehensive Material Properties: Detailed discussions of boron’s physical and chemical characteristics, particle morphology, reactivity, and how these influence propellant performance.
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Combustion Mechanisms: Clear explanation of ignition, flame structure, reaction kinetics, and the unique combustion pathways of boron and boron additives.
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Propellant Formulation & Processing: Protocols and guidance on binder systems, additives, particle coatings, milling, and safety considerations in manufacturing fuel-rich compositions.
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Performance Evaluation: Analysis of specific impulse, energy density, plume chemistry, slag formation, and thermochemical modeling for design optimization.
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Technological Challenges & Solutions: Examination of handling, stability, ignition reliability, and novel approaches (e.g., nano-boron, surface treatments) to improve combustion efficiency.
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Applications & Case Studies: Real-world examples and engineering approaches for rocket motors, ramjets, and advanced propulsion concepts.
