Carbon ablators with porosity tailored for aerospace thermal protection during atmospheric re-entry

Carbon ablators with porosity tailored for aerospace thermal protection during atmospheric re-entry

Porous carbon ablators offer cost-effective thermal protection for aerospace vehicles during re-entry into planetary atmospheres. However, the exploration of more distant planets requires the development of ablators that are able to withstand stronger thermal radiation conditions. Here, we report th...

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Bibliographic Details
Main Authors: Bouville, F. (Author), Christidis, G. (Author), Leuthold, J. (Author), Pandolfelli, V.C (Author), Pelissari, P.I.B.G.B (Author), Poloni, E. (Author), Schmid, A.L (Author), Shklover, V. (Author), Sousa, M.L.C (Author), Studart, A.R (Author), Tervoort, E. (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2022
Subjects:
Ablators
Atmospheric re-entry
Automotive industry
Biomimetics
Carbon
Cost effective
Cost effectiveness
Ethylene
Ethylene glycol
Heat shielding
Heat shields
Highest temperature
Phase separation
Planetary atmosphere
Pore size
Porosity
Porous carbons
Porous materials
Radiation condition
Radiation protection
Radiative heat
Resins
Thermal conductivity
Thermal insulating materials
Thermal protection
Thermal Protection System
Thermal protection systems
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