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- W4210396927 abstract "The increasing global demand for energy in today’s world has led to the discovery of new generation nanomaterials to bridge the gap between energy demand and efficient energy production. Generally, the energy conversion is a continuous cycle of reform and reuse. There are several processes where the energy is received from one form (such as sunlight and heat) and can be converted to another form (mainly into electrical signals). To tinker with efficient energy conversions, the emergence of two-dimensional (2D) materials has led the grounds in improving the state-of-the-art energy conversion technologies. This chapter is therefore motivated from the astonishing signs of progress made by the new generation 2D nanomaterials which have placed a firm position for efficient energy conversion in optoelectronics, thermoelectrics, and water electrolysis for cost-effective production of pure hydrogen fuel. This chapter first focuses on the brief discussion on 2D nanomaterials (transition metal dichalcogenides, layers perovskites, and 2D metal–organic frameworks) highlighting the properties and surface modifications for performance-related systems. Special attention will be given to provide a profound understanding of the fundamental properties and reaction kinetics in energy conversion systems which is essential for the design of efficient energy devices. Secondly, the focus will be directed to the applications of 2D nanomaterials for efficient energy conversion where particularly the evolutionary progress in solar cells, electrochemical water splitting, and piezo/thermoelectric devices will be highlighted. Finally, the developmental opportunities and some strategies to address the challenges in these exciting 2D nanomaterials are summarized." @default.
- W4210396927 created "2022-02-08" @default.
- W4210396927 creator A5027946912 @default.
- W4210396927 creator A5069307883 @default.
- W4210396927 date "2022-01-01" @default.
- W4210396927 modified "2023-10-14" @default.
- W4210396927 title "Emerging 2D Nanomaterial Composites for Efficient Energy Conversion: Insight into the Evolutionary Perspective of Devices" @default.
- W4210396927 cites W1967522506 @default.
- W4210396927 cites W1973891115 @default.
- W4210396927 cites W1974899246 @default.
- W4210396927 cites W2008375944 @default.
- W4210396927 cites W2010308698 @default.
- W4210396927 cites W2051200985 @default.
- W4210396927 cites W2060045298 @default.
- W4210396927 cites W2095270895 @default.
- W4210396927 cites W2097156402 @default.
- W4210396927 cites W2131102655 @default.
- W4210396927 cites W2135522286 @default.
- W4210396927 cites W2149531031 @default.
- W4210396927 cites W2277212840 @default.
- W4210396927 cites W2293978564 @default.
- W4210396927 cites W2310142985 @default.
- W4210396927 cites W2335373519 @default.
- W4210396927 cites W2345080948 @default.
- W4210396927 cites W2416108250 @default.
- W4210396927 cites W2462502224 @default.
- W4210396927 cites W2478695438 @default.
- W4210396927 cites W2498106012 @default.
- W4210396927 cites W2518194970 @default.
- W4210396927 cites W2529015006 @default.
- W4210396927 cites W2587150223 @default.
- W4210396927 cites W2596413833 @default.
- W4210396927 cites W2601234563 @default.
- W4210396927 cites W2601606244 @default.
- W4210396927 cites W2603789271 @default.
- W4210396927 cites W2604822538 @default.
- W4210396927 cites W2606183703 @default.
- W4210396927 cites W2612414590 @default.
- W4210396927 cites W2614836851 @default.
- W4210396927 cites W2623547044 @default.
- W4210396927 cites W2624507141 @default.
- W4210396927 cites W2725536307 @default.
- W4210396927 cites W2734305357 @default.
- W4210396927 cites W2760941386 @default.
- W4210396927 cites W2766383715 @default.
- W4210396927 cites W2771868259 @default.
- W4210396927 cites W2774777389 @default.
- W4210396927 cites W2774909964 @default.
- W4210396927 cites W2791808650 @default.
- W4210396927 cites W2800227084 @default.
- W4210396927 cites W2802044307 @default.
- W4210396927 cites W2805341314 @default.
- W4210396927 cites W2808627330 @default.
- W4210396927 cites W2883730987 @default.
- W4210396927 cites W2885212276 @default.
- W4210396927 cites W2888759841 @default.
- W4210396927 cites W2890313024 @default.
- W4210396927 cites W2891941609 @default.
- W4210396927 cites W2894922380 @default.
- W4210396927 cites W2897582393 @default.
- W4210396927 cites W2897967889 @default.
- W4210396927 cites W2898895142 @default.
- W4210396927 cites W2900938250 @default.
- W4210396927 cites W2902985233 @default.
- W4210396927 cites W2904035287 @default.
- W4210396927 cites W2908394582 @default.
- W4210396927 cites W2911980220 @default.
- W4210396927 cites W2913910962 @default.
- W4210396927 cites W2924619279 @default.
- W4210396927 cites W2934628138 @default.
- W4210396927 cites W2938081596 @default.
- W4210396927 cites W2940173684 @default.
- W4210396927 cites W2951994641 @default.
- W4210396927 cites W2959688478 @default.
- W4210396927 cites W2974456913 @default.
- W4210396927 cites W2975201928 @default.
- W4210396927 cites W2976088915 @default.
- W4210396927 cites W2978190046 @default.
- W4210396927 cites W2988288340 @default.
- W4210396927 cites W2991042022 @default.
- W4210396927 cites W2991619303 @default.
- W4210396927 cites W3004365011 @default.
- W4210396927 cites W3017190492 @default.
- W4210396927 cites W3022915054 @default.
- W4210396927 cites W3023909396 @default.
- W4210396927 cites W3025736051 @default.
- W4210396927 cites W3037969508 @default.
- W4210396927 cites W3048046902 @default.
- W4210396927 cites W3048055882 @default.
- W4210396927 cites W3087429276 @default.
- W4210396927 cites W3092637229 @default.
- W4210396927 cites W3099733718 @default.
- W4210396927 cites W3100340369 @default.
- W4210396927 cites W3118977708 @default.
- W4210396927 cites W3119340650 @default.
- W4210396927 cites W3122835592 @default.
- W4210396927 cites W3123339287 @default.
- W4210396927 cites W3124053148 @default.