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- W2999953442 endingPage "103" @default.
- W2999953442 startingPage "103" @default.
- W2999953442 abstract "Solar radiation is becoming increasingly appreciated because of its influence on living matter and the feasibility of its application for a variety of purposes. It is an available and everlasting natural source of energy, rapidly gaining ground as a supplement and alternative to the nonrenewable energy feedstock. Actually, an increasing interest is involved in the development of efficient materials as the core of photocatalytic and photothermal processes, allowing solar energy harvesting and conversion for many technological applications, including hydrogen production, CO2 reduction, pollutants degradation, as well as organic syntheses. Particularly, photosensitive nanostructured hybrid materials synthesized coupling inorganic semiconductors with organic compounds, and polymers or carbon-based materials are attracting ever-growing research attention since their peculiar properties overcome several limitations of photocatalytic semiconductors through different approaches, including dye or charge transfer complex sensitization and heterostructures formation. The aim of this review was to describe the most promising recent advances in the field of hybrid nanostructured materials for sunlight capture and solar energy exploitation by photocatalytic processes. Beside diverse materials based on metal oxide semiconductors, emerging photoactive systems, such as metal-organic frameworks (MOFs) and hybrid perovskites, were discussed. Finally, future research opportunities and challenges associated with the design and development of highly efficient and cost-effective photosensitive nanomaterials for technological claims were outlined." @default.
- W2999953442 created "2020-01-23" @default.
- W2999953442 creator A5024704421 @default.
- W2999953442 creator A5027385857 @default.
- W2999953442 creator A5084019439 @default.
- W2999953442 date "2020-01-10" @default.
- W2999953442 modified "2023-10-05" @default.
- W2999953442 title "Photosensitive Hybrid Nanostructured Materials: The Big Challenges for Sunlight Capture" @default.
- W2999953442 cites W1048389529 @default.
- W2999953442 cites W1126585385 @default.
- W2999953442 cites W1163142785 @default.
- W2999953442 cites W1251715709 @default.
- W2999953442 cites W1492802742 @default.
- W2999953442 cites W1551216458 @default.
- W2999953442 cites W1730506601 @default.
- W2999953442 cites W1855030656 @default.
- W2999953442 cites W1889529060 @default.
- W2999953442 cites W1919914710 @default.
- W2999953442 cites W1963712107 @default.
- W2999953442 cites W1967740846 @default.
- W2999953442 cites W1967797886 @default.
- W2999953442 cites W1982999592 @default.
- W2999953442 cites W1991005989 @default.
- W2999953442 cites W1991652068 @default.
- W2999953442 cites W1991763717 @default.
- W2999953442 cites W1993054776 @default.
- W2999953442 cites W1995690299 @default.
- W2999953442 cites W1995725850 @default.
- W2999953442 cites W1995978299 @default.
- W2999953442 cites W1999309575 @default.
- W2999953442 cites W2003502542 @default.
- W2999953442 cites W2008616587 @default.
- W2999953442 cites W2022829629 @default.
- W2999953442 cites W2030313025 @default.
- W2999953442 cites W2031036131 @default.
- W2999953442 cites W2031779007 @default.
- W2999953442 cites W2032760325 @default.
- W2999953442 cites W2040393749 @default.
- W2999953442 cites W2043666898 @default.
- W2999953442 cites W2049271065 @default.
- W2999953442 cites W2052281060 @default.
- W2999953442 cites W2056500448 @default.
- W2999953442 cites W2059579378 @default.
- W2999953442 cites W2060943263 @default.
- W2999953442 cites W2072480642 @default.
- W2999953442 cites W2075707315 @default.
- W2999953442 cites W2082877420 @default.
- W2999953442 cites W2084387116 @default.
- W2999953442 cites W2087633157 @default.
- W2999953442 cites W2090367417 @default.
- W2999953442 cites W2105785168 @default.
- W2999953442 cites W2107212655 @default.
- W2999953442 cites W2109772367 @default.
- W2999953442 cites W2113067251 @default.
- W2999953442 cites W2114749728 @default.
- W2999953442 cites W2115351203 @default.
- W2999953442 cites W2116327492 @default.
- W2999953442 cites W2123796073 @default.
- W2999953442 cites W2135775577 @default.
- W2999953442 cites W2138391970 @default.
- W2999953442 cites W2142797228 @default.
- W2999953442 cites W2157526854 @default.
- W2999953442 cites W2179940698 @default.
- W2999953442 cites W2188362523 @default.
- W2999953442 cites W2189487445 @default.
- W2999953442 cites W2204115678 @default.
- W2999953442 cites W2212728475 @default.
- W2999953442 cites W2217285697 @default.
- W2999953442 cites W2220995425 @default.
- W2999953442 cites W2227954246 @default.
- W2999953442 cites W2229195209 @default.
- W2999953442 cites W2229832250 @default.
- W2999953442 cites W2238669738 @default.
- W2999953442 cites W2256651028 @default.
- W2999953442 cites W2256760000 @default.
- W2999953442 cites W2268786085 @default.
- W2999953442 cites W2269610376 @default.
- W2999953442 cites W2281299241 @default.
- W2999953442 cites W2296274155 @default.
- W2999953442 cites W2296534595 @default.
- W2999953442 cites W2297279974 @default.
- W2999953442 cites W2299086259 @default.
- W2999953442 cites W2314250564 @default.
- W2999953442 cites W2316723819 @default.
- W2999953442 cites W2325460026 @default.
- W2999953442 cites W2325751125 @default.
- W2999953442 cites W2327452778 @default.
- W2999953442 cites W2332212103 @default.
- W2999953442 cites W2333487192 @default.
- W2999953442 cites W2335261077 @default.
- W2999953442 cites W2336508242 @default.
- W2999953442 cites W2341640002 @default.
- W2999953442 cites W2343092507 @default.
- W2999953442 cites W2377537789 @default.
- W2999953442 cites W2395941516 @default.
- W2999953442 cites W2396595672 @default.
- W2999953442 cites W2401498206 @default.
- W2999953442 cites W2406149562 @default.