When the content of carbon fibers increases from 0 g to 120 g, the cell size of PU foam is decreased and therefore the foaming density is increased, which in turn causes a decreasing trend in the rebound rate of PU foam composites [ 24 ].
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Combing High-Modulus Fibers with a Novel Foaming Structure Applied to Protective Sandwich-Structured Composites: Manufacturing Techniques and Property Evaluations.
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