Energetic Materials Encyclopedia 1st Edition by Thomas Klapötke ISBN 9783110441390 3110441391
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ISBN 10: 3110441391
ISBN 13: 9783110441390
Author: Thomas Klapötke
A comprehensive reference work that provides in-depth coverage of the chemistry, properties, and applications of energetic materials, which are substances designed to release energy rapidly, such as explosives, propellants, and pyrotechnics. This encyclopedia serves as a valuable resource for researchers, engineers, and professionals working in fields related to defense, materials science, and chemical engineering. It includes detailed entries on the synthesis, structure, behavior, and safety considerations of various energetic compounds, offering both theoretical insights and practical knowledge for their handling and use in industrial and military applications. The book is a crucial reference for anyone involved in the development or study of materials that involve controlled energy release.
Energetic Materials Encyclopedia 1st Edition Table of contents:
Part 1: General Principles and Theory
Chapter 1: Introduction to Energetic Materials
- 1.1 Definition and Classification
- 1.2 Historical Background and Development
- 1.3 Role in Modern Technology and Defense
Chapter 2: Chemistry and Physics of Energetic Materials
- 2.1 Chemical Reactions and Energy Release
- 2.2 Thermodynamics of Energetic Materials
- 2.3 Physical Properties and Behavior
- 2.4 Stability and Sensitivity
Part 2: Types of Energetic Materials
Chapter 3: Explosives
- 3.1 High Explosives: Chemistry and Applications
- 3.2 Low Explosives and Propellants
- 3.3 Blasting Agents and Initiators
- 3.4 Environmental Impact and Safety
Chapter 4: Propellants
- 4.1 Solid Propellants: Composition and Function
- 4.2 Liquid Propellants
- 4.3 Hybrid Propellants and New Developments
- 4.4 Applications in Rocketry and Military Systems
Chapter 5: Pyrotechnics
- 5.1 Fireworks and Signal Flares
- 5.2 Chemical Reactions in Pyrotechnics
- 5.3 Applications in Entertainment and Military
Chapter 6: New Classes of Energetic Materials
- 6.1 Green Energetic Materials and Sustainable Alternatives
- 6.2 Nanoenergetics and Nanomaterials in Energetic Applications
- 6.3 Advanced Energetic Compounds for Modern Technology
Part 3: Manufacturing and Processing
Chapter 7: Synthesis of Energetic Materials
- 7.1 Synthetic Routes for High Explosives
- 7.2 Propellant and Pyrotechnic Synthesis Techniques
- 7.3 Innovations in Production Methods
Chapter 8: Processing and Formulation
- 8.1 Manufacturing Techniques for Solid and Liquid Energetic Materials
- 8.2 Compaction and Shaping of Explosives
- 8.3 Stabilization and Storage Techniques
Part 4: Safety and Handling
Chapter 9: Safety in the Handling and Storage of Energetic Materials
- 9.1 Safety Protocols and Best Practices
- 9.2 Transportation and Packaging Considerations
- 9.3 Hazardous Decomposition and Reactivity
- 9.4 Accidents and Mitigation Strategies
Chapter 10: Detection and Control
- 10.1 Detection Methods for Energetic Materials
- 10.2 Monitoring of Explosive Materials in Manufacturing and Use
- 10.3 Regulatory and Safety Standards
Part 5: Applications
Chapter 11: Military and Defense Applications
- 11.1 Role of Energetic Materials in Ammunition and Weaponry
- 11.2 Energetic Materials in Land, Air, and Naval Forces
- 11.3 Development of New Military Applications
Chapter 12: Civilian Applications
- 12.1 Industrial and Mining Uses of Explosives
- 12.2 Energetic Materials in Medical Devices
- 12.3 Research and Development for New Applications
Part 6: Future Directions and Emerging Trends
Chapter 13: Future Developments in Energetic Materials
- 13.1 Trends in Green Chemistry and Eco-Friendly Energetic Materials
- 13.2 Advancements in Computational Modeling and Simulation
- 13.3 The Role of Nanotechnology and Biotechnology
Chapter 14: Challenges and Future Prospects
- 14.1 Environmental and Health Impacts
- 14.2 Ethical Considerations in the Use of Energetic Materials
- 14.3 Emerging Threats and Countermeasures in Material Safety
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