“…Commonly used hard template materials include anodized aluminum oxide, zeolite molecular sieves, mesoporous materials and carbon nanotubes. [103][104][105][106][107] An illustrative example of this approach is found in Kim et al's successful synthesis of SiC microtubes from a wood template with unidirectional pores. The resulting SiC microtubes exhibit a morphology characterized by the presence of villuslike and radial grains on their outer surface, and display fine grains on their inner surface (shown in Fig.…”
This review article highlights recent advancements in silicon carbide nanomaterials for supercapacitors, encompassing synthesis techniques, electrochemical performance, SiC-based composite materials, and future research prospects.
“…Commonly used hard template materials include anodized aluminum oxide, zeolite molecular sieves, mesoporous materials and carbon nanotubes. [103][104][105][106][107] An illustrative example of this approach is found in Kim et al's successful synthesis of SiC microtubes from a wood template with unidirectional pores. The resulting SiC microtubes exhibit a morphology characterized by the presence of villuslike and radial grains on their outer surface, and display fine grains on their inner surface (shown in Fig.…”
This review article highlights recent advancements in silicon carbide nanomaterials for supercapacitors, encompassing synthesis techniques, electrochemical performance, SiC-based composite materials, and future research prospects.
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