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Biotemplates from microbial origin have been used as a new source of inspiration for designing and fabricating novel functional materials. Herein, we reported a novel MnO/C microtubes prepared by using spirogyra, a green algae growing widely in natural water, as the template. Due to the unique filamentous shape and abundant organism of spirogyra, a porous carbon tube with wrinkle surface has been...
Biological microstructures display an unparalleled degree of complexity that can be employed as templates to create exquisite architecture of metal oxides in the burgeoning field of materials. In this work, sea cucumber-like LiMn2O4/C composites aggregated by nano-/micro-crystals have been fabricated via a facile biotemplating method using commercial spirulina as sacrificial templates and a simple...
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