Hybrid rocket engines: The benefits and prospects
Conflicting Design Issues Hallmark the Compound Rocket Motors
Hybrid rocket combustion with prevaporized zone
Numerical Simulations of Fuel Shape Change in Paraffin–Oxygen Hybrid Rocket Engines
Reconstructed Ballistic Data Versus Wax Regression-Rate Intrusive Measurement in a Hybrid Rocket
Model for Combustion Instability in Hybrid Rocket Engines Burning Liquefying Fuels
Biphasic Dispersion Fuels for High-Regression-Rate Hybrid Rockets
Novel Comprehensive Technique for Hybrid Rocket Experimental Ballistic Data Reconstruction
Uncertainty Analysis and Robust Design for a Hybrid Rocket Upper Stage
Reducing the Ignition Delay of Hypergolic Hybrid Rocket Fuels
Investigation of Effect of Diaphragms on the Efficiency of Hybrid Rockets
Hybrid Rocket Firing Experiments at Various Axial–Tangential Oxidizer-Flow-Rate Ratios
Experimental Demonstration of the Vacuum Specific Impulse of a Hybrid Rocket Engine
Role of Precombustion Chamber Design in Feed-System Coupled Instabilities of Hybrid Rockets
Fundamentals of hybrid rocket combustion and propulsion
Fuel-Rich Combustion with Ammonium Perchlorate Addition in a Staged Hybrid Rocket Engine
Advanced Cryogenic Solid Hybrid Rocket Engine Developments: Concept and Test Results
Experimental Investigation of Prepackaged Hybrid Propulsion Systems
Large-Scale Hybrid Motor Testing, Chapter 10
Transient Computational Thermofluid-Dynamic Simulation of Hybrid Rocket Internal Ballistics