Technical Description
This invention introduces a method for modifying the thermal properties of ammonium perchlorate by introducing potassium during recrystallisation via active filtering substrates like multi-layer cotton cloth, a 15 μm stainless steel sieve, or filter paper. By precisely altering the chemical composition of the oxidizer matrix, the process optimizes reaction kinetics to significantly increase the burning rate of propellants.
Problems Addressed
- Uncontrollable Doping Parameters
- Severe Spatial Clustering
- Low Ballistic Velocity Limits
- High Activation Energy Barriers
- Poor Internal Heat Propagation
- Thin Surface Liquid-Zone Structural Collapse
Tech Features
- Filter-Controlled Leaching & Tuning
- 0.19% Weight Saturation Plateau
- Exothermic Heat & Conductivity Scaling
- Melt-Layer & Burning propellant Velocity Doubling
Target Audience
- Defense R&D Agencies
- Aerospace Launch Manufacturers
- Propellant Production Foundries
- Specialized Chemical Suppliers
- Energetic Materials Laboratories
Tech ID: P04-2095 TRL 4 Patent Status: Granted Available For Exclusive and Non-exclusive License
