Boron-Based Fuel-Rich Propellant

Properties, Combustion, and Technology Aspects

Author: WeiQiang Pang

Hardcover

Boron powder, with high gravimetric and volumetric heat of combustion, is a promising candidate metal fuels for fuel rich solid propellants, attracting much attention from researchers all over the world. Boron-based Fuel-Rich Solid Rocket Propellant Technology introduces the latest research in the area of boron-based fuel rich solid propellants.

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Hardcover

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Description

Boron-Based Fuel-Rich Solid Rocket Propellant Technology is a professional book that systematically introduces the latest research progress for boron-based fuel-rich solid propellants. It covers surface modifications, coating and agglomerating techniques, granulation, and characterization of amorphous boron powders, and its application to fuel-rich solid rocket propellants. Technologies for controlling the processing methods and combustion performance of fuel-rich propellants are examined, and the book concludes with a summary of the research progress in boron-based fuel-rich solid propellants and a look forward to the foreseeable development trends of military applications.

About the Author

Pang WeiQiang is a Dr. Professor and Visiting Scholar at the Politecnico di Milano; he has been responsible for several national projects in recent years. He has received honors, such as the third rank of the China North Industries Group Corporation, Xi’an Modern Chemistry Research Institute (2013); and the the first rank of China North Industries Group Corporation, Xi’an Modern Chemistry Research Institute (2012). For years his scientific activity has been devoted to the fundamental combustions of energetic materials from both theoretical and experimental viewpoints. Dr. Pang has given specific attention to the following research areas: high energetic materials and their application in composite and fuel-rich solid propellants; steady burning rates and temperature profiles; and ignition. Recently his focus has been on the combustion and application of innovative high-energy materials, nano-sized technology, performance of metallized and dual metal formulations, agglomerations and aggregations. He has published nearly 100 papers in international reviewed journals, more than 50 patents, and 5 books in recent years.