FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2607389614> ?p ?o ?g. }

• W2607389614 endingPage "3998" @default.
• W2607389614 startingPage "3989" @default.
• W2607389614 abstract "Converting photon energy into chemical energy using inorganic materials requires the successful capture of photons, exciton dissociation, and the charge carrier diffusion. This study reports a thorough analysis of the optoelectronic properties of visible-light-responsive SrTaO2N perovskites to quantify their absorption coefficient and the generated charge carriers’ effective masses, dielectric constants, and electronic structures. The measurements on such intrinsic properties were attempted using both epitaxial and polycrystalline SrTaO2N films deposited by radiofrequency magnetron sputtering under N2 reactive plasma. Density functional theory calculations using the HSE06 functional provided reliable values of these optoelectronic properties. Such quantities obtained by both measurements and calculations gave excellent correspondence and provide possible variations that account for the small discrepancies observed. One of the significant factors determining the optical properties was found to be the anion ordering in the perovskite structure imposed by the cations. As a result, the different anion ordering has a noticeable influence on the optical properties and high sensitivity of the hole effective mass. Determination of relative band positions with respect to the water redox properties was also attempted by Mott–Schottky analysis. All these results offer the opportunity to understand why SrTaO2N possesses intrinsically all the ingredients needed for an efficient water splitting device." @default.
• W2607389614 created "2017-04-28" @default.
• W2607389614 creator A5000377777 @default.
• W2607389614 creator A5001820658 @default.
• W2607389614 creator A5025258970 @default.
• W2607389614 creator A5025385863 @default.
• W2607389614 creator A5029179378 @default.
• W2607389614 creator A5048371228 @default.
• W2607389614 creator A5053209916 @default.
• W2607389614 creator A5060789735 @default.
• W2607389614 creator A5067593732 @default.
• W2607389614 creator A5077913046 @default.
• W2607389614 creator A5081089762 @default.
• W2607389614 creator A5085294247 @default.
• W2607389614 creator A5057273097 @default.
• W2607389614 date "2017-04-18" @default.
• W2607389614 modified "2023-10-01" @default.
• W2607389614 title "Photophysical Properties of SrTaO₂N Thin Films and Influence of Anion Ordering: A Joint Theoretical and Experimental Investigation" @default.
• W2607389614 cites W1647960007 @default.
• W2607389614 cites W1883417833 @default.
• W2607389614 cites W1930921100 @default.
• W2607389614 cites W1969913033 @default.
• W2607389614 cites W1971113415 @default.
• W2607389614 cites W1980694009 @default.
• W2607389614 cites W1987064114 @default.
• W2607389614 cites W1987237639 @default.
• W2607389614 cites W1988130780 @default.
• W2607389614 cites W1989501944 @default.
• W2607389614 cites W1993292127 @default.
• W2607389614 cites W1995877677 @default.
• W2607389614 cites W1996228132 @default.
• W2607389614 cites W1998933768 @default.
• W2607389614 cites W2000477705 @default.
• W2607389614 cites W2005596689 @default.
• W2607389614 cites W2007395042 @default.
• W2607389614 cites W2008423326 @default.
• W2607389614 cites W2009804808 @default.
• W2607389614 cites W2013772245 @default.
• W2607389614 cites W2016825594 @default.
• W2607389614 cites W2022490584 @default.
• W2607389614 cites W2024400895 @default.
• W2607389614 cites W2029489285 @default.
• W2607389614 cites W2038591363 @default.
• W2607389614 cites W2040426417 @default.
• W2607389614 cites W2042492216 @default.
• W2607389614 cites W2043217416 @default.
• W2607389614 cites W2046852545 @default.
• W2607389614 cites W2047877383 @default.
• W2607389614 cites W2049681700 @default.
• W2607389614 cites W2050809946 @default.
• W2607389614 cites W2053832691 @default.
• W2607389614 cites W2054060401 @default.
• W2607389614 cites W2054785857 @default.
• W2607389614 cites W2055646119 @default.
• W2607389614 cites W2067448380 @default.
• W2607389614 cites W2068340862 @default.
• W2607389614 cites W2070880092 @default.
• W2607389614 cites W2073078506 @default.
• W2607389614 cites W2074389530 @default.
• W2607389614 cites W2082183128 @default.
• W2607389614 cites W2083222334 @default.
• W2607389614 cites W2089399286 @default.
• W2607389614 cites W2089840371 @default.
• W2607389614 cites W2098113948 @default.
• W2607389614 cites W2109784205 @default.
• W2607389614 cites W2117184795 @default.
• W2607389614 cites W2120193420 @default.
• W2607389614 cites W2121958253 @default.
• W2607389614 cites W2135350133 @default.
• W2607389614 cites W2217997845 @default.
• W2607389614 cites W2262203892 @default.
• W2607389614 cites W2286901164 @default.
• W2607389614 cites W2290823313 @default.
• W2607389614 cites W2334752021 @default.
• W2607389614 cites W2347145935 @default.
• W2607389614 cites W2441573961 @default.
• W2607389614 cites W2494946233 @default.
• W2607389614 cites W2512821244 @default.
• W2607389614 cites W2513095604 @default.
• W2607389614 cites W2520219909 @default.
• W2607389614 cites W2534577615 @default.
• W2607389614 cites W2561625925 @default.
• W2607389614 cites W2949481870 @default.
• W2607389614 cites W2952411120 @default.
• W2607389614 cites W4205156361 @default.
• W2607389614 cites W4241456496 @default.
• W2607389614 doi "https://doi.org/10.1021/acs.chemmater.7b00414" @default.
• W2607389614 hasPublicationYear "2017" @default.
• W2607389614 type Work @default.
• W2607389614 sameAs 2607389614 @default.
• W2607389614 citedByCount "31" @default.
• W2607389614 countsByYear W26073896142017 @default.
• W2607389614 countsByYear W26073896142018 @default.
• W2607389614 countsByYear W26073896142019 @default.
• W2607389614 countsByYear W26073896142020 @default.
• W2607389614 countsByYear W26073896142021 @default.
• W2607389614 countsByYear W26073896142022 @default.
• W2607389614 countsByYear W26073896142023 @default.

• next