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Abstract Red blood cell like-mesoporous carbon hollow microspheres (RBC-PCHMs) have been synthesized by modified stober method with following pyrolysis and etching procedures. The as-synthesized carbon spheres show unique red blood… Click to show full abstract
Abstract Red blood cell like-mesoporous carbon hollow microspheres (RBC-PCHMs) have been synthesized by modified stober method with following pyrolysis and etching procedures. The as-synthesized carbon spheres show unique red blood cell like morphology with interior void and mesoporous shell. The composite mixing phenolic resin with 10 wt. % RBC-PCHMs exhibits an efficient absorption bandwidth (reflection loss less than −10 dB, > 90% absorption) more than 3 GHz with a sample thickness of
Journal Title: Carbon
Year Published: 2018
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