Non-Explosive Stabilisers TRIZ Cases

A slag-forming airbag propellant hardens combustion residues, limits molten copper splashing, and stabilizes pressure while reducing filter weight.

A nitrate-phosphate-tin stabilizer extends hydrogen peroxide storage in RDRE propellant systems without harming combustion or catalyst bed reactivity.

Mill-scale oxide variability can disrupt thermite welding; synthetic copper oxides stabilize CuO/Cu2O ratios for consistent copper yield.

This case uses a water-in-oil emulsion and finely divided adsorbent to stabilize hydrogen peroxide explosives without temperature control.

This case uses cerium complexes and carbon in double-based propellants to control burn rate, reduce pollution, and support adequate thrust.

Embedding an ionic liquid in a crosslinked polymer network stabilizes viscoelastic properties, preventing premature detonation under thermal stress.

Urea inhibitors suppress exothermic reactions between nitrate oxidizers and sulfide ground, preventing premature detonation in high temperature environments.

Dicarboxylic acid prevents gaseous ammonia formation in stored pyrotechnic smoke kits, maintaining structural integrity and operational efficiency.

Electrically ignitable propellant compositions resist accidental static discharge sparks while sustaining combustion without continuous electrical power.

Tocopherol stabilizers react with alkoxy radicals in nitrocellulose propellants, preventing carcinogenic N-nitroso compound formation.

Replacing lead compounds with bismuth oxide oxidizer and nano-fuel particles eliminates toxicity while maintaining ignition reliability.

A solid rocket motor uses concentric propellant layers to shield high impulse fuel from external impacts.

Dissolved and crystalline stabilizers in nitrate esters delay decomposition onset from incompatible materials.

An organic peroxide initiator drives exothermic polymerization to produce obscurant without inorganic residue or high toxicity.

Polycarbonate binder and magnesium coolant reduce ignition temperature below 300 C, preventing toxic decomposition of CS riot control agent.

Composite additives resolve contradictions between propellant mechanical strength and storage reliability.

Spray drying amorphous secondary high explosives with polymeric additives to inhibit crystallization and maintain the metastable phase.