Bio-inspired nacre-like fluorographene/Al energetic paper with superior chemical reactivity and mechanical properties

Exploring the Self‐Cleaning Facets of Fluorinated Graphene Nanoarchitectonics: Progress and Perspectives

“…[151,152] The next generation topics in FG derivatives and composites should focus on advanced sensing, flexible heat dissipation devices, secondary batteries, micro-supercapacitors, and seawater desalination membranes. [153][154][155][156][157] The hydrophobicity/hydrophilicity tuning of metal halide perovskites when supported over FG and other graphene derivatives having profound impact on the hole transport and optoelectronic properties which could be rationally designed in future. [158,159] The future of manufacturing technologies involving superhydrophobic coatings with FG derivatives and composites needs emphasis on light-weight, durability, environment friendly and disposability, which are prime requirements for commercialization of the products that are safer and affordable.…”

Guidelines derived from biomineralized tissues for design and construction of high-performance biomimetic materials: from weak to strong

“…As for the vacuum filtration-induced assembly, 2D building blocks can accumulate in orderly and tight layers, driven by negative vacuum pressure, forming structures similar to nacre. 639,[657][658][659][660] Through the vacuum-assisted filtration self-assembly process, 2D fluorographene and nano-aluminum were co-assembled into the nacre-like structured energetic paper with enhanced energy output. During the vacuum-assisted filtration self-assembly process, the pressure difference was favorable for assembled arrangement of building blocks (Fig.…”

Rational fabrication strategies of freestanding/binder-free electrodes for efficient capacitive deionization

“…Vacuum filtration is an effective and facile strategy to prepare freestanding films serving as monolithic electrodes, featured with good homogeneity, flexibility, and controllable thickness. 93,94 Generally, as depicted in Fig. 4a, the pre-treated solution or dispersion is filtered through the specific membrane, in which the target materials uniformly accumulate and stack on the membrane surface, forming a macroscopic film.…”