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3D few‐layer graphene‐like carbon with hierarchical open porous architecture is obtained by a new in situ Cu template method, leading to top‐level supercapacitive performance, especially state‐of‐the‐art power density. An effective new approach is demonstrated, which can extend the understanding of structure–performance relationships for many electrochemical energy‐storage systems and form a significant...
Open-pore morphology was produced in low-density polypropylene (i-PP) by first crosslinking the i-PP and then crystallizing it from a highly swollen state in supercritical propane. The extent of crosslinking, expressed by an increasing gel fraction and an increasing compression modulus, was found to have a strong effect on pore size but less so on crystal structure. The resulting pore structure, studied...
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