Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969787573> ?p ?o ?g. }
- W2969787573 endingPage "6139" @default.
- W2969787573 startingPage "6133" @default.
- W2969787573 abstract "Severe charge recombination in solar water-splitting devices significantly limits their performance. To address this issue, we design a frustum of a cone nanograting configuration by taking the hematite and Au-based thin-film photoanode as a model system, which greatly improves the photoelectrochemical water oxidation activity, affording an approximately 10-fold increase in the photocurrent density at 1.23 V versus the reversible hydrogen electrode compared to the planar counterpart. The surface plasmon polariton-induced electric field in hematite plays a dominant role in efficiency enhancement by facilitating charge separation, thus dramatically increasing the incident photon-to-current efficiency (IPCE) by more than 2 orders of magnitude in the near band gap of hematite. And the relatively weak electric field caused by light scattering in the nanograting structure is responsible for the approximate maximum 20-fold increase in IPCE within a broadband wavelength range. Our scalable strategy can be generalized to other solar energy conversion systems." @default.
- W2969787573 created "2019-08-29" @default.
- W2969787573 creator A5019106085 @default.
- W2969787573 creator A5022167731 @default.
- W2969787573 creator A5024997511 @default.
- W2969787573 creator A5031860089 @default.
- W2969787573 creator A5033246962 @default.
- W2969787573 creator A5038845149 @default.
- W2969787573 creator A5040620600 @default.
- W2969787573 creator A5060118591 @default.
- W2969787573 creator A5067940523 @default.
- W2969787573 creator A5071358996 @default.
- W2969787573 creator A5084980788 @default.
- W2969787573 date "2019-08-20" @default.
- W2969787573 modified "2023-10-15" @default.
- W2969787573 title "Improving the Water Oxidation Efficiency with a Light-Induced Electric Field in Nanograting Photoanodes" @default.
- W2969787573 cites W1493285937 @default.
- W2969787573 cites W1530088852 @default.
- W2969787573 cites W1831906549 @default.
- W2969787573 cites W1964946620 @default.
- W2969787573 cites W1971113415 @default.
- W2969787573 cites W1971141096 @default.
- W2969787573 cites W1972010157 @default.
- W2969787573 cites W1972638312 @default.
- W2969787573 cites W1973605515 @default.
- W2969787573 cites W1976555219 @default.
- W2969787573 cites W1985728643 @default.
- W2969787573 cites W1986829915 @default.
- W2969787573 cites W1987880468 @default.
- W2969787573 cites W1989703096 @default.
- W2969787573 cites W2002504665 @default.
- W2969787573 cites W2004007833 @default.
- W2969787573 cites W2005095180 @default.
- W2969787573 cites W2012752337 @default.
- W2969787573 cites W2022276818 @default.
- W2969787573 cites W2025134526 @default.
- W2969787573 cites W2027220507 @default.
- W2969787573 cites W2034433904 @default.
- W2969787573 cites W2037680640 @default.
- W2969787573 cites W2038504561 @default.
- W2969787573 cites W2040957662 @default.
- W2969787573 cites W2041121098 @default.
- W2969787573 cites W2042492216 @default.
- W2969787573 cites W2044781793 @default.
- W2969787573 cites W2047970420 @default.
- W2969787573 cites W2052772618 @default.
- W2969787573 cites W2059089987 @default.
- W2969787573 cites W2063944654 @default.
- W2969787573 cites W2073722504 @default.
- W2969787573 cites W2074223696 @default.
- W2969787573 cites W2080051524 @default.
- W2969787573 cites W2081327291 @default.
- W2969787573 cites W2081695123 @default.
- W2969787573 cites W2089043008 @default.
- W2969787573 cites W2114269177 @default.
- W2969787573 cites W2125422227 @default.
- W2969787573 cites W2139516501 @default.
- W2969787573 cites W2154696719 @default.
- W2969787573 cites W2166510106 @default.
- W2969787573 cites W2311067273 @default.
- W2969787573 cites W2315034993 @default.
- W2969787573 cites W2333708789 @default.
- W2969787573 cites W2335488935 @default.
- W2969787573 cites W2345915097 @default.
- W2969787573 cites W2507124490 @default.
- W2969787573 cites W2522415638 @default.
- W2969787573 cites W2730376973 @default.
- W2969787573 cites W2755790359 @default.
- W2969787573 cites W2775076012 @default.
- W2969787573 cites W2782399364 @default.
- W2969787573 cites W2784642977 @default.
- W2969787573 cites W2885307356 @default.
- W2969787573 cites W2890655326 @default.
- W2969787573 cites W2891118477 @default.
- W2969787573 cites W2914660654 @default.
- W2969787573 cites W2915802748 @default.
- W2969787573 cites W4241456496 @default.
- W2969787573 cites W4246596596 @default.
- W2969787573 doi "https://doi.org/10.1021/acs.nanolett.9b02122" @default.
- W2969787573 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31430170" @default.
- W2969787573 hasPublicationYear "2019" @default.
- W2969787573 type Work @default.
- W2969787573 sameAs 2969787573 @default.
- W2969787573 citedByCount "15" @default.
- W2969787573 countsByYear W29697875732019 @default.
- W2969787573 countsByYear W29697875732020 @default.
- W2969787573 countsByYear W29697875732021 @default.
- W2969787573 countsByYear W29697875732022 @default.
- W2969787573 countsByYear W29697875732023 @default.
- W2969787573 crossrefType "journal-article" @default.
- W2969787573 hasAuthorship W2969787573A5019106085 @default.
- W2969787573 hasAuthorship W2969787573A5022167731 @default.
- W2969787573 hasAuthorship W2969787573A5024997511 @default.
- W2969787573 hasAuthorship W2969787573A5031860089 @default.
- W2969787573 hasAuthorship W2969787573A5033246962 @default.
- W2969787573 hasAuthorship W2969787573A5038845149 @default.
- W2969787573 hasAuthorship W2969787573A5040620600 @default.
- W2969787573 hasAuthorship W2969787573A5060118591 @default.