Durable and impact-resistant thermoset polymers for the extreme environment of low Earth orbit

Keyphrases

• Extreme Environments 100%
• Polydicyclopentadiene 100%
• Thermosetting Polymers 100%
• Low Earth Orbit 100%
• Impact Resistance 100%
• Atomic Oxygen Erosion 75%
• Epoxy 50%
• Atomic Oxygen 50%
• Hypervelocity Impact Test 50%
• Laser-driven Flyer Plates 25%
• Order of Magnitude 25%
• Synergistic Effect 25%
• UV-induced 25%
• Thermal Cycling 25%
• Crosslink Density 25%
• UV Radiation 25%
• SiO2 Nanoparticles 25%
• Erosion Rate 25%
• Thermosets 25%
• Impact Damage 25%
• Direct Exposure 25%
• Yield Estimation 25%
• Solar Radiation 25%
• High-velocity Impact 25%
• Surface Degradation 25%
• International Space Station 25%
• Space Vehicles 25%
• Erosion Yield 25%
• Erosive Effect 25%
• Micrometeoroid 25%
• Erosion Resistance 25%
• High Impact Resistance 25%
• Surface Mechanical Properties 25%
• Erosion Velocity 25%
• Debris Impact 25%
• Submillimeter Laser 25%
• Microdebris 25%

Engineering

• Durables 100%
• Low Earth Orbit 100%
• Impact Test 50%
• Impact Resistance 50%
• Crosslinks 25%
• Impact Damage 25%
• Silica Nanoparticle 25%
• Synergistic Effect 25%
• Solar Radiation 25%
• Space Vehicle 25%
• Space Stations 25%
• Micrometeoroid 25%
• Erosion Resistance 25%
• Orbital Micro 25%

Material Science

• Thermoset Plastics 100%
• Impact Testing 100%
• Impact Resistance 100%
• Density 50%
• Silica Nanoparticle 50%
• Thermal Cycling 50%
• Space Vehicle 50%