Matches in SemOpenAlex for { <https://semopenalex.org/work/W4254804328> ?p ?o ?g. }
- W4254804328 endingPage "377" @default.
- W4254804328 startingPage "371" @default.
- W4254804328 abstract "This article aims to provide an understanding of photocatalysts for the creation of H2, which is a cleaner source of energy and is the “Holy Grail” of upcoming energy resources. Due to the production of hydrogen from fossil fuels, emission of CO2 poses many problems which further require negative-emission technologies; as a result, costs increase. Hydrogen obtained, on the other hand, via catalytic splitting of water and the photoelectrochemical process not only produces considerably fewer emissions but also is safer and easier to store and transport. Photoreforming is one such process utilized for the creation of H2. Photosynthesis is the phenomenon through which plants convert sunlight into sugar, which they then use as food. The same phenomenon of photocatalytic splitting of water is utilized here to divide H2O into H2 and O2, where H2 has further opted as fuel and oxygen for miscellaneous purposes. However, despite its promise, photocatalytic division of H2O into simple elements utilizing sunlight still suffers from low energy-conversion efficiency. Over the past couple decades, nano-organized substances have been of incredible interest worldwide because of their uniqueness. Moreover, the boundless uses of such materials in various fields have given them additional significance. Photocatalytic hydrogen production may utilize semiconductors and photocatalysts constituting of titanium, CdS, Zn oxide/S and some other MOs." @default.
- W4254804328 created "2022-05-12" @default.
- W4254804328 creator A5002262582 @default.
- W4254804328 creator A5007918680 @default.
- W4254804328 creator A5041097953 @default.
- W4254804328 creator A5054599473 @default.
- W4254804328 creator A5060705249 @default.
- W4254804328 creator A5068571183 @default.
- W4254804328 date "2022-01-01" @default.
- W4254804328 modified "2023-10-18" @default.
- W4254804328 title "Photocatalysts for Hydrogen Production" @default.
- W4254804328 cites W1965296958 @default.
- W4254804328 cites W1965436338 @default.
- W4254804328 cites W1968213475 @default.
- W4254804328 cites W1970830461 @default.
- W4254804328 cites W1973084620 @default.
- W4254804328 cites W1973373124 @default.
- W4254804328 cites W1973480259 @default.
- W4254804328 cites W1984408430 @default.
- W4254804328 cites W1988245167 @default.
- W4254804328 cites W1990894176 @default.
- W4254804328 cites W2007342461 @default.
- W4254804328 cites W2020391278 @default.
- W4254804328 cites W2023353246 @default.
- W4254804328 cites W2025042591 @default.
- W4254804328 cites W2025914103 @default.
- W4254804328 cites W2028697243 @default.
- W4254804328 cites W2029344543 @default.
- W4254804328 cites W2033262092 @default.
- W4254804328 cites W2035556653 @default.
- W4254804328 cites W2045773403 @default.
- W4254804328 cites W2048041881 @default.
- W4254804328 cites W2050388483 @default.
- W4254804328 cites W2052875967 @default.
- W4254804328 cites W2055479141 @default.
- W4254804328 cites W2057904563 @default.
- W4254804328 cites W2060262095 @default.
- W4254804328 cites W2064053877 @default.
- W4254804328 cites W2068414669 @default.
- W4254804328 cites W2071214435 @default.
- W4254804328 cites W2074309904 @default.
- W4254804328 cites W2076575804 @default.
- W4254804328 cites W2078416543 @default.
- W4254804328 cites W2079570347 @default.
- W4254804328 cites W2081373976 @default.
- W4254804328 cites W2083076564 @default.
- W4254804328 cites W2093732075 @default.
- W4254804328 cites W2106908074 @default.
- W4254804328 cites W2118222539 @default.
- W4254804328 cites W2163339963 @default.
- W4254804328 cites W2273113489 @default.
- W4254804328 cites W2499839869 @default.
- W4254804328 cites W2523461483 @default.
- W4254804328 cites W2559285765 @default.
- W4254804328 cites W2770412738 @default.
- W4254804328 cites W2781232637 @default.
- W4254804328 cites W2782807635 @default.
- W4254804328 cites W2809955664 @default.
- W4254804328 cites W2890908615 @default.
- W4254804328 cites W2892073007 @default.
- W4254804328 cites W2903270660 @default.
- W4254804328 cites W2919051270 @default.
- W4254804328 cites W2971313948 @default.
- W4254804328 cites W2999481256 @default.
- W4254804328 cites W3003945715 @default.
- W4254804328 cites W3004928678 @default.
- W4254804328 cites W3005104184 @default.
- W4254804328 cites W3043596982 @default.
- W4254804328 cites W3044162802 @default.
- W4254804328 cites W3044230860 @default.
- W4254804328 cites W3045344992 @default.
- W4254804328 cites W3045933056 @default.
- W4254804328 cites W4205946353 @default.
- W4254804328 cites W4235046305 @default.
- W4254804328 doi "https://doi.org/10.1016/b978-0-12-815732-9.00039-5" @default.
- W4254804328 hasPublicationYear "2022" @default.
- W4254804328 type Work @default.
- W4254804328 citedByCount "1" @default.
- W4254804328 countsByYear W42548043282022 @default.
- W4254804328 crossrefType "book-chapter" @default.
- W4254804328 hasAuthorship W4254804328A5002262582 @default.
- W4254804328 hasAuthorship W4254804328A5007918680 @default.
- W4254804328 hasAuthorship W4254804328A5041097953 @default.
- W4254804328 hasAuthorship W4254804328A5054599473 @default.
- W4254804328 hasAuthorship W4254804328A5060705249 @default.
- W4254804328 hasAuthorship W4254804328A5068571183 @default.
- W4254804328 hasConcept C127413603 @default.
- W4254804328 hasConcept C139719470 @default.
- W4254804328 hasConcept C161790260 @default.
- W4254804328 hasConcept C162324750 @default.
- W4254804328 hasConcept C171250308 @default.
- W4254804328 hasConcept C178790620 @default.
- W4254804328 hasConcept C183696295 @default.
- W4254804328 hasConcept C185592680 @default.
- W4254804328 hasConcept C192562407 @default.
- W4254804328 hasConcept C202189072 @default.
- W4254804328 hasConcept C2778348673 @default.
- W4254804328 hasConcept C35590869 @default.