Matches in SemOpenAlex for { <https://semopenalex.org/work/W2783188956> ?p ?o ?g. }
- W2783188956 endingPage "154" @default.
- W2783188956 startingPage "135" @default.
- W2783188956 abstract "This chapter discusses the use of light as an energy source provides many opportunities to carry out complex chemical processes at room temperature. The absorption of ultraviolet (UV) light by organic substrates results in the excitation of the molecule. Owing to the generally mild reaction conditions (visible light, room-temperature catalysis), visible light photoredox catalysis has been used to enable challenging reactions in high yield and selectivity. UV photomicroreactors are typically constructed by coiling commercially available capillary tubing (fluorinated ethylene propylene (FEP) or perfluoroalkoxyalkane (PFA)) around a classical UV light source. Many materials have a sufficiently large photovoltage to split water; however, due to their large band gap they absorb only in the UV region of the solar spectrum. In material science, the use of light energy offers a high degree of temporal and spatial control over the polymerization process." @default.
- W2783188956 created "2018-01-26" @default.
- W2783188956 creator A5058411581 @default.
- W2783188956 date "2018-01-05" @default.
- W2783188956 modified "2023-09-24" @default.
- W2783188956 title "Room Temperature Catalysis Enabled by Light" @default.
- W2783188956 cites W142358202 @default.
- W2783188956 cites W1970373050 @default.
- W2783188956 cites W1972052298 @default.
- W2783188956 cites W1975230391 @default.
- W2783188956 cites W1978687186 @default.
- W2783188956 cites W1980880762 @default.
- W2783188956 cites W1982685288 @default.
- W2783188956 cites W1984019096 @default.
- W2783188956 cites W1989292538 @default.
- W2783188956 cites W1991036801 @default.
- W2783188956 cites W1991192698 @default.
- W2783188956 cites W1991765021 @default.
- W2783188956 cites W1994091033 @default.
- W2783188956 cites W1996941025 @default.
- W2783188956 cites W1997572663 @default.
- W2783188956 cites W2003754630 @default.
- W2783188956 cites W2007021929 @default.
- W2783188956 cites W2010275252 @default.
- W2783188956 cites W2011386478 @default.
- W2783188956 cites W2013075587 @default.
- W2783188956 cites W2013760130 @default.
- W2783188956 cites W2020317621 @default.
- W2783188956 cites W2021188145 @default.
- W2783188956 cites W2027571016 @default.
- W2783188956 cites W2033581066 @default.
- W2783188956 cites W2034968657 @default.
- W2783188956 cites W2036334433 @default.
- W2783188956 cites W2049053508 @default.
- W2783188956 cites W2050379798 @default.
- W2783188956 cites W2051049699 @default.
- W2783188956 cites W2051822378 @default.
- W2783188956 cites W2052989605 @default.
- W2783188956 cites W2055518409 @default.
- W2783188956 cites W2057469573 @default.
- W2783188956 cites W2058129958 @default.
- W2783188956 cites W2059792940 @default.
- W2783188956 cites W2060620110 @default.
- W2783188956 cites W2064142004 @default.
- W2783188956 cites W2066309940 @default.
- W2783188956 cites W2071220182 @default.
- W2783188956 cites W2073170619 @default.
- W2783188956 cites W2076224362 @default.
- W2783188956 cites W2081315568 @default.
- W2783188956 cites W2081910612 @default.
- W2783188956 cites W2084363526 @default.
- W2783188956 cites W2087374094 @default.
- W2783188956 cites W2087526962 @default.
- W2783188956 cites W2087711856 @default.
- W2783188956 cites W2090133998 @default.
- W2783188956 cites W2093424438 @default.
- W2783188956 cites W2099693699 @default.
- W2783188956 cites W2101254053 @default.
- W2783188956 cites W2108014943 @default.
- W2783188956 cites W2116078202 @default.
- W2783188956 cites W2123264014 @default.
- W2783188956 cites W2125014016 @default.
- W2783188956 cites W2127047096 @default.
- W2783188956 cites W2128463776 @default.
- W2783188956 cites W2129401940 @default.
- W2783188956 cites W2136803810 @default.
- W2783188956 cites W2136935607 @default.
- W2783188956 cites W2145536380 @default.
- W2783188956 cites W2146993554 @default.
- W2783188956 cites W2149162946 @default.
- W2783188956 cites W2156347507 @default.
- W2783188956 cites W2161048302 @default.
- W2783188956 cites W2161457415 @default.
- W2783188956 cites W2161836644 @default.
- W2783188956 cites W2163971082 @default.
- W2783188956 cites W2166384326 @default.
- W2783188956 cites W2167820411 @default.
- W2783188956 cites W2171285257 @default.
- W2783188956 cites W2313170240 @default.
- W2783188956 cites W2320823423 @default.
- W2783188956 cites W2323511279 @default.
- W2783188956 cites W2324482439 @default.
- W2783188956 cites W2335303433 @default.
- W2783188956 cites W2804130846 @default.
- W2783188956 cites W2949155689 @default.
- W2783188956 cites W2949662008 @default.
- W2783188956 cites W2953036133 @default.
- W2783188956 doi "https://doi.org/10.1002/9783527693030.ch5" @default.
- W2783188956 hasPublicationYear "2018" @default.
- W2783188956 type Work @default.
- W2783188956 sameAs 2783188956 @default.
- W2783188956 citedByCount "0" @default.
- W2783188956 crossrefType "other" @default.
- W2783188956 hasAuthorship W2783188956A5058411581 @default.
- W2783188956 hasConcept C104663316 @default.
- W2783188956 hasConcept C120665830 @default.
- W2783188956 hasConcept C121332964 @default.
- W2783188956 hasConcept C125287762 @default.