Tholins formed at 0.125 torr have threefold lower production rate but higher density and nanoindentation hardness than those at 1 torr, while particle size, morphology, surface energy, and Young's modulus remain similar.
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Fabrication and testing of 3D architected interpenetrating phase composites demonstrate that the matrix distributes stress for high-strength stable response and failure delocalization yields specific energy absorption comparable to wound fiber tubes.
Amorphous Al2O3 coatings show steadily decreasing hardness but constant Young's modulus from 25-650C, remain non-crystalline, and crystallize via intermediate phases to stable alpha-Al2O3 above 950C.
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Mechanics of three-dimensional micro-architected interpenetrating phase composites
Fabrication and testing of 3D architected interpenetrating phase composites demonstrate that the matrix distributes stress for high-strength stable response and failure delocalization yields specific energy absorption comparable to wound fiber tubes.