Titlebook: Inorganic Nanosheets and Nanosheet-Based Materials; Fundamentals and App Teruyuki Nakato,Jun Kawamata,Shinsuke Takagi Book 2017 Springer Ja

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Energy Storage Systemsting increased interest as electrode materials for electrochemical energy storage devices such as supercapacitors and rechargeable batteries. This interest comes from the possibility of nanosheets affording high surface area and microstructural control. Supercapacitors, for example, store energy at

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Graphene Oxide Based Electrochemical System for Energy Generationrefore, researcher worldwide are trying to adopt GO for various applications. GO has chemically different regions such as hydrophobic π-conjugated sp [.] domains with electric conduction and hydrophilic sp [.] domains with proton conduction. Moreover, the ratio of this region can be tuned easily thr

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Nanosheet-Based Electronicsct differences and advantages compared with graphene and other 2D materials because of their potential to be used as insulators, semiconductors, and even conductors, depending on their chemical composition and structures of the parent layered compounds. The virtually infinite varieties of oxide nano

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Photoenergy Conversion, mechanical, and photoenergy. Some representative works have achieved efficient photoenergy conversion as well as the effective utilization of unique advantages of two-dimensional nanosheets such as highly crystalline two-dimensional surfaces, high aspect ratios, and the separation of the front and

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Efficient Photocatalytic Systems Integrated with Layered Materials Promotersen used as photocatalysts supports. Combined with recent discovery on enhanced photocatalytic efficiency of graphene-based photocatalysts using graphene as electron-transfer media, extensive researches are being carried out on the development of hybrid photocatalysts based on layered materials and n

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Semiconductor Nanosheetss important to control the performance. Recently, p- and n-type semiconductor nanosheets have been reported, and then the ultrathin pn-junction can be prepared using the nanosheet. In this section, the band structures such as valence band and conduction band positions for the several types of nanosh

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Synthetic Nanosheets from Ion-Exchangeable Layered Solidsully exfoliated and used in diverse applications. Because the exfoliated nanosheets are assembled into organize higher order structures for their applications, typical assembly techniques are also described. The nanosheets are easily assembled to bulk materials such as porous solids and cast films,

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Graphene: Synthesis and Functionalizationtioning the merits and flaws of each method. The functionalization of graphene is also explained as the way to tune the properties of graphene directly. Finally, we briefly introduce the graphene-related materials, the studies of which were also initiated by the isolation of graphene.

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Chalcogenide Nanosheets: Optical Signatures of Many-Body Effects and Electronic Band Structured W-based dichalcogenides (MoS., MoSe., MoTe., WS., WSe.). We discuss the current understanding on the the layer-dependent energy dispersion and and its optical signatures in these material systems. We further discuss the strong excitonic effects and review recent experimental efforts in estimating