Gas Generator Materials Consisting of TAGN and Polymeric Binders
Материалы газогенераторов, состоящие из TAGN и полимерных связующих
1992-07-01
SCID: 54.1/smn6n4vk
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azidopolymer GAPgas-generator propellantspolymeric binderspolyurethane polymerstriaminoguanidine nitrate
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Abstract (AI)
Abstract This study introduces a new type of gs generator on the basis of triaminoguanidine nitrate with polymeric binders in the form of polyurethane polymers, cellulose acetate and the azidopolymer GAP with nitroplasticizer. TAGN propellants demonstrate low burning temperatures, high yields of gaseous products adn adjustable medium to high burning velocities. Together with high chemical and thermal stabilities, good mechanical properties to high and low temperatures, no exhaust of corrosive gases and very low sensitivity, the gas‐generator propellants exhibit outstanding properties.
Key Findings
1
TAGN propellants provide low burning temperatures, high gaseous-product yields, and adjustable medium-to-high burning velocities.
2
TAGN-based gas-generator propellants produce no corrosive exhaust gases and exhibit very low sensitivity.
3
The propellants combine high chemical and thermal stability with good mechanical properties across high and low temperatures.
4
The reported combination of performance, stability, mechanical properties, clean exhaust, and low sensitivity indicates strong potential for gas-generator applications.
5
The study introduces gas-generator materials based on triaminoguanidine nitrate (TAGN) combined with polyurethane, cellulose acetate, or GAP with nitroplasticizer binders.
Research Object
TAGN-based gas-generator propellants with polyurethane, cellulose acetate, and GAP polymeric binders
Research Subject
Their burning performance, gaseous-product yield, chemical and thermal stability, mechanical properties, corrosivity, and sensitivity
Publication Details
Publication Date
1992-07-01
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