Synthesizing Single-Hole Hollow Carbon Nanospheres : vimarsa

Due to their high porosity, vast surface area, and ample inner void space, hollow structured nanomaterials have promise in the sectors of adsorption, catalysis, energy storage, and medication delivery/controlled release.

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China , Qingdao , Shandong , Zhejiang , Chinese , Yihan Zhu , Alex Smith , Guanghui Wang , Zhejiang University Of Technology , Cooperation Fund , National Natural Science Foundation Of China , Bioprocess Technology , Chinese Academy Of Science , Qingdao Institute Of Bioenergy , Zhejiang Provincial Natural Science Foundation Of China , Single Hole Hollow Carbon , Chinese Academy , Qingdao Institute , Professor Yihan Zhu , Zhejiang University , Doctoral Candidate , National Natural Science Foundation , Zhejiang Provincial Natural Science Foundation ,