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• W4214933802 abstract "The global challenges relating to energy harvesting could be solved using nanotechnology, which provides progressively elaborated and ingenious geometric structures, which can incorporate an accrescent material surface. For this purpose of energy harvesting, metal sulfides are serving as an emerging generation. For the conversion of electrochemical energy, metal sulfides have gained considerable attention as favorable electrode material due to their remarkable electrochemical performance including broad potential windows and elevated theoretical capacities. The production of electricity from the waste heat by thermoelectric material is of great interest because of its reliability and simplicity, which enhances energy efficiency. There are some scientific and civil problems regarding the achievement of power densities and high energy for electrochemical conversion. The possible solution to increasing energy demand around the world, for today and to the next generation, is the production of electrical energy directly from light. In this chapter, we have discussed the process by which metal sulfide nanocomposites can be used for energy harvesting, their utilization for eco-friendly and renewable energy demands, and its efficient storage from alternate sources. This chapter also includes different types of nanocomposites of metal sulfides, their synthetic route including one-step electrode coating method, atomic layer deposition method, one-step high-temperature solvothermal synthesis, hydrothermal method, metal sulfide deposition method, wet chemical method, low-temperature water bath technique and modified hummers method followed by hydrothermal method, hard templating method, soft templating method, and sacrificial templating method, and one step hydrothermal and sol-gel synthesis method. For the elucidation of their structural and morphological characteristics and functional properties, different techniques including SEM, TEM, X-ray photoelectron spectroscopy (XPS), UV/Vis absorption spectroscopy, XRD, cyclic voltammetry (CV), FTIR, BET (surface and pore size studies) and TGA have been discussed. Analysis for application potential of metal sulfides is elaborated based on several modes of their applications including photo/electrochemical energy storage and conversion, semiconductor solar cells, photocatalytic hydrogen production, electrochemical capacitors, hybrid solar cells with enhanced photocurrent, and solar energy harvesting. Some of the future concerns are also discussed related to their feasibility, production of composites containing multifunctional hybrids, stability and life span of composite, solution or medium for their regeneration, and their safe dumping." @default.
• W4214933802 created "2022-03-05" @default.
• W4214933802 creator A5015775007 @default.
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• W4214933802 date "2022-01-01" @default.
• W4214933802 modified "2023-10-16" @default.
• W4214933802 title "Metal Sulfide Nanocomposites for Energy Harvesting Applications" @default.
• W4214933802 cites W1517515566 @default.
• W4214933802 cites W1578283310 @default.
• W4214933802 cites W1885794747 @default.
• W4214933802 cites W1963662065 @default.
• W4214933802 cites W1967912378 @default.
• W4214933802 cites W1969443756 @default.
• W4214933802 cites W1971113415 @default.
• W4214933802 cites W1975927218 @default.
• W4214933802 cites W1981293709 @default.
• W4214933802 cites W1982506321 @default.
• W4214933802 cites W1985253687 @default.
• W4214933802 cites W1990922057 @default.
• W4214933802 cites W1991903034 @default.
• W4214933802 cites W1991925192 @default.
• W4214933802 cites W1999017429 @default.
• W4214933802 cites W2000431734 @default.
• W4214933802 cites W2000509979 @default.
• W4214933802 cites W2001124316 @default.
• W4214933802 cites W2003315742 @default.
• W4214933802 cites W2003397968 @default.
• W4214933802 cites W2003585060 @default.
• W4214933802 cites W2004870983 @default.
• W4214933802 cites W2007968552 @default.
• W4214933802 cites W2008489652 @default.
• W4214933802 cites W2009596243 @default.
• W4214933802 cites W2009918165 @default.
• W4214933802 cites W2011408137 @default.
• W4214933802 cites W2011809403 @default.
• W4214933802 cites W2017653514 @default.
• W4214933802 cites W2019108863 @default.
• W4214933802 cites W2023549170 @default.
• W4214933802 cites W2024276736 @default.
• W4214933802 cites W2027390371 @default.
• W4214933802 cites W2028039893 @default.
• W4214933802 cites W2028328748 @default.
• W4214933802 cites W2030142904 @default.
• W4214933802 cites W2030866601 @default.
• W4214933802 cites W2032100925 @default.
• W4214933802 cites W2033644233 @default.
• W4214933802 cites W2034133602 @default.
• W4214933802 cites W2035519019 @default.
• W4214933802 cites W2037502361 @default.
• W4214933802 cites W2040356721 @default.
• W4214933802 cites W2040634925 @default.
• W4214933802 cites W2040996926 @default.
• W4214933802 cites W2042492216 @default.
• W4214933802 cites W2043775186 @default.
• W4214933802 cites W2044219874 @default.
• W4214933802 cites W2044360779 @default.
• W4214933802 cites W2046292915 @default.
• W4214933802 cites W2049589172 @default.
• W4214933802 cites W2049838930 @default.
• W4214933802 cites W2050272442 @default.
• W4214933802 cites W2050708067 @default.
• W4214933802 cites W2051068690 @default.
• W4214933802 cites W2052503075 @default.
• W4214933802 cites W2053915646 @default.
• W4214933802 cites W2055130784 @default.
• W4214933802 cites W2060288680 @default.
• W4214933802 cites W2060646625 @default.
• W4214933802 cites W2063180894 @default.
• W4214933802 cites W2064883706 @default.
• W4214933802 cites W2075535386 @default.
• W4214933802 cites W2076231656 @default.
• W4214933802 cites W2078088907 @default.
• W4214933802 cites W2078451408 @default.
• W4214933802 cites W2079613864 @default.
• W4214933802 cites W2080929827 @default.
• W4214933802 cites W2081738501 @default.
• W4214933802 cites W2085477046 @default.
• W4214933802 cites W2086090636 @default.
• W4214933802 cites W2090584735 @default.
• W4214933802 cites W2092137166 @default.
• W4214933802 cites W2097730964 @default.
• W4214933802 cites W2098886400 @default.
• W4214933802 cites W2111017643 @default.
• W4214933802 cites W2118516649 @default.
• W4214933802 cites W2123788407 @default.
• W4214933802 cites W2132872911 @default.
• W4214933802 cites W2140115377 @default.
• W4214933802 cites W2143555932 @default.
• W4214933802 cites W2144892470 @default.
• W4214933802 cites W2145183914 @default.
• W4214933802 cites W2150450955 @default.
• W4214933802 cites W2150515594 @default.
• W4214933802 cites W2152754138 @default.

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