An energy absorption system based on carbon nanotubes and nonaqueous liquid
نویسندگان
چکیده
By forcing paraxylene into single wall carbon nanotubes, a large amount of external work can be converted to excess solid-liquid interfacial energy. Due to the hysteresis of sorption isotherm curves, as the external pressure is decreased, only a small fraction of the interfacial energy can be released, making this system attractive for design of advanced energy absorption devices. As the infiltration-defiltration loop continues, the energy absorption process can be repeated at a reduced level.
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