Preparatory conditions optimization and characterization of hierarchical porous carbon from seaweed as carbon-precursor using a box—behnken design for applicationof supercapacitor

HIGHLIGHTS

SUMMARY

    Specific surface area, pore structure, surface functional_groups, and electrical conductivity are important properties that determine the capacitive performance of carbon materials; however, the specific capacitance of activated carbon is relatively low, thus limiting the development of its applications. Seaweed is a natural carbon source, and carbon precursors can be synthesized from seaweed by a simple thermal cracking method without complex activation treatment, and hierarchical porous carbon materials can be obtained. Zuo et_al used a natural and cheap biomass waste-nitrogen-rich pruning of Lycium barbarum L.-as carbon precursors and used NaCl as an . . .

     

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