FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285223553> ?p ?o ?g. }

• W4285223553 endingPage "748" @default.
• W4285223553 startingPage "727" @default.
• W4285223553 abstract "The planet earth is faced with critical challenges that have threatened its continuous existence. Part of these challenges is pollution of the environment and depletion of fossil fuels. The severity of these challenges has led to the inclusion of climate action and clean and affordable energy as part of the United Nations Sustainable Development Goals. Central to the achievement of these are the development of sustainable and renewable technologies for energy production and environmental remediation. Recent research efforts have been directed to the development of alternative strategies to combat the aforementioned challenges. The world is blessed with an abundant and inexhaustible supply of solar energy which can be utilized as alternate source of energy. Taking a cue from nature's photosynthesis led to the evolution of photocatalytic processes for energy applications. Crucial to this is the development of highly efficient materials for chemical transformations utilized for conversion and storage of solar energy. Prominent among recently investigated materials are metal organic frameworks (MOFs) whose catalytic applications have been explored for oxidation, epoxidation, and photocatalysis. Some of their unique properties which have strengthened their consideration as ideal photocatalysts are their extraordinary porosity, large surface areas, exceptional chemical functions and structural diversity, tailorable properties, and structures. All these are responsible for their adjustable ability to harvest light over a broad range, improvement in separation of electron-hole, uniform distribution of catalytic active sites, easy accessibility for catalysis to mention a few. This chapter systematically explores MOF-based photocatalysts used for reduction of CO2. The reduction strategies of MOF-based photocatalysts focusing on reduction of CO2will be addressed. The various products obtained for each of the reduction process will be considered alongside their energy applications. This review also provides future perspective addressing the applications of MOF as photocatalysts." @default.
• W4285223553 created "2022-07-14" @default.
• W4285223553 creator A5019281263 @default.
• W4285223553 creator A5026435228 @default.
• W4285223553 creator A5049776566 @default.
• W4285223553 creator A5065160228 @default.
• W4285223553 creator A5071446730 @default.
• W4285223553 creator A5085731680 @default.
• W4285223553 date "2022-01-01" @default.
• W4285223553 modified "2023-09-23" @default.
• W4285223553 title "Metal-organic framework for photocatalytic reduction of carbon dioxide" @default.
• W4285223553 cites W1148975778 @default.
• W4285223553 cites W1794337912 @default.
• W4285223553 cites W1829643206 @default.
• W4285223553 cites W1965321677 @default.
• W4285223553 cites W1976416233 @default.
• W4285223553 cites W1978725076 @default.
• W4285223553 cites W1997410309 @default.
• W4285223553 cites W2004905708 @default.
• W4285223553 cites W2014140141 @default.
• W4285223553 cites W2028775956 @default.
• W4285223553 cites W2031665518 @default.
• W4285223553 cites W2036833311 @default.
• W4285223553 cites W2038174597 @default.
• W4285223553 cites W2038591363 @default.
• W4285223553 cites W2047916257 @default.
• W4285223553 cites W2051808592 @default.
• W4285223553 cites W2055663482 @default.
• W4285223553 cites W2065667517 @default.
• W4285223553 cites W2066969355 @default.
• W4285223553 cites W2074738595 @default.
• W4285223553 cites W2075535386 @default.
• W4285223553 cites W2082621539 @default.
• W4285223553 cites W2083160723 @default.
• W4285223553 cites W2087683983 @default.
• W4285223553 cites W2105708469 @default.
• W4285223553 cites W2107199551 @default.
• W4285223553 cites W2107212655 @default.
• W4285223553 cites W2110864332 @default.
• W4285223553 cites W2118226622 @default.
• W4285223553 cites W2124594774 @default.
• W4285223553 cites W2126614234 @default.
• W4285223553 cites W2127360275 @default.
• W4285223553 cites W2132083073 @default.
• W4285223553 cites W2138737817 @default.
• W4285223553 cites W2140272697 @default.
• W4285223553 cites W2140356073 @default.
• W4285223553 cites W2145650166 @default.
• W4285223553 cites W2163450343 @default.
• W4285223553 cites W2167367493 @default.
• W4285223553 cites W2170115420 @default.
• W4285223553 cites W2194689576 @default.
• W4285223553 cites W2239476714 @default.
• W4285223553 cites W2269069087 @default.
• W4285223553 cites W2279630926 @default.
• W4285223553 cites W2283564633 @default.
• W4285223553 cites W2284028438 @default.
• W4285223553 cites W2297279974 @default.
• W4285223553 cites W2309089891 @default.
• W4285223553 cites W2315910474 @default.
• W4285223553 cites W2321081941 @default.
• W4285223553 cites W2322118693 @default.
• W4285223553 cites W2332084198 @default.
• W4285223553 cites W2333946620 @default.
• W4285223553 cites W2401215051 @default.
• W4285223553 cites W2416381790 @default.
• W4285223553 cites W2490483162 @default.
• W4285223553 cites W2505611270 @default.
• W4285223553 cites W2513857983 @default.
• W4285223553 cites W2527762680 @default.
• W4285223553 cites W2531287549 @default.
• W4285223553 cites W2532884284 @default.
• W4285223553 cites W2542383278 @default.
• W4285223553 cites W2551981773 @default.
• W4285223553 cites W2583087587 @default.
• W4285223553 cites W2587162534 @default.
• W4285223553 cites W2592504912 @default.
• W4285223553 cites W2593194056 @default.
• W4285223553 cites W2606549030 @default.
• W4285223553 cites W2610692335 @default.
• W4285223553 cites W2628186876 @default.
• W4285223553 cites W2740756331 @default.
• W4285223553 cites W2748674583 @default.
• W4285223553 cites W2758507811 @default.
• W4285223553 cites W2759196277 @default.
• W4285223553 cites W2765691651 @default.
• W4285223553 cites W2766883148 @default.
• W4285223553 cites W2767746137 @default.
• W4285223553 cites W2768762172 @default.
• W4285223553 cites W2772342945 @default.
• W4285223553 cites W2772542618 @default.
• W4285223553 cites W2772792828 @default.
• W4285223553 cites W2784200628 @default.
• W4285223553 cites W2791102754 @default.
• W4285223553 cites W2792209583 @default.
• W4285223553 cites W2793556946 @default.
• W4285223553 cites W2794692883 @default.
• W4285223553 cites W2799286669 @default.

• next