Non-Explosive/Non-Thermic Compositions TRIZ Cases
- Coated Catalyst Sensitizing Composition for Hydrogen Peroxide Emulsions
A coated catalyst controls hydrogen peroxide decomposition to form precise gas bubbles, enabling delayed emulsion sensitization with stable detonation.
- Waterless Electrically Operated Propellant for Extreme-Environment Stability
A perchlorate oxidizer and insoluble polymer electrolyte binder support controlled ignition and stable operation without aqueous solvents.
- Energetic Material Tackifier Resin for Plasticizer-Free Homogeneity
This case uses compatible tackifier resin to reduce plasticizer and bonding-agent use while improving adhesion, homogeneity, and density.
- Coated Catalyst Composition for Controlled Hydrogen Peroxide Emulsion Gassing
Coated catalysts control bubble formation for stable peroxide emulsion sensitization.
- Schiff Base Bonding Agents for Solid Propellants
Schiff base bonding agents reduce ammonia production in solid propellants by forming stable imines with ammonium perchlorate.
- Amine Accelerated Thiol-Ene Macromolecular Network Synthesis
Low amine amounts accelerate thiol-ene curing, resolving speed versus stability trade-offs for robust polymer binders.
- Polymer Composite with Dispersed Transition Metal Oxide Nanoparticles
In-situ synthesis chemically conjugates polymer molecules to transition metal oxide nanoparticle surfaces for uniform dispersion.
- Gas Generant Composition Using Elemental Carbon and Cupric Oxide
A gas generating pyrotechnic composition combines elemental carbon with cupric oxide to produce high yield inflation gas.
- High Surface Area Carbon Black for Propellant Electrostatic Dissipation
Ultra-fine amorphous carbon black at 0.05-0.25 wt% dissipates static charges in HTPB propellants without compromising rheology or breakdown voltage.
- Composite Solid Propellant Crosslinking via Bismuth Catalyst
Organic bismuth salt catalyst accelerates polyol polymer crosslinking at lower temperatures, reducing thermal shrinkage and heating costs.
- Fiber-Shape Combustion Modifiers for ADN Solid Propellant Burn Rate
Fiber-shaped combustion modifiers enhance thermal conductivity within energetic binder matrices to accelerate solid propellant burning rates.
- Millimeter-Wave Simulant Design Using Low-Loss Powders
Low-loss powder simulants eliminate trial-and-error iterations by matching complex relative permittivity for accurate detector response.
- Water-in-oil emulsion explosive reduces toxic gas emissions
Optimized water-in-oil emulsion explosives reduce toxic NOx and CO emissions while maintaining high energy content for safer underground mining operations.
- Composite Propellant Anti-Glow Agents for High-Pressure Discretion
Potassium salt anti-glow agents suppress post-combustion flames in composite propellants, maintaining energy performance at 16 MPa.
- Lead-Free Composite Propellant Using Bismuth Citrate Catalyst
A composite propellant uses bismuth citrate as a combustion catalyst within a polyglycidyl azide binder to achieve high burning rates.
- Crosslinked Energetic Binder Mechanical Strength
A crosslinked energy polymer binder with optimized catalyst levels enhances mechanical rigidity in composite pyrotechnic compositions.