FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2062666970> ?p ?o ?g. }

• W2062666970 endingPage "3851" @default.
• W2062666970 startingPage "3844" @default.
• W2062666970 abstract "We report that the valence and conduction band energies of TiO2 can be tuned over a 4 eV range by varying the local coordination environments of Ti and O. We examine the electronic structure of eight known polymorphs and align their ionization potential and electron affinity relative to an absolute energy reference, using an accurate multiscale quantum-chemical approach. For applications in photocatalysis, we identify the optimal combination of phases to enhance activity in the visible spectrum. The results provide a coherent explanation for a wide range of phenomena, including the performance of TiO2 as an anode material for Li-ion batteries, allow us to pinpoint hollandite TiO2 as a new candidate transparent conducting oxide, and serve as a guide to improving the efficiency of photo-electrochemical water splitting through polymorph engineering of TiO2." @default.
• W2062666970 created "2016-06-24" @default.
• W2062666970 creator A5010058833 @default.
• W2062666970 creator A5017393061 @default.
• W2062666970 creator A5017503270 @default.
• W2062666970 creator A5035797693 @default.
• W2062666970 creator A5039665389 @default.
• W2062666970 creator A5042572313 @default.
• W2062666970 creator A5060187040 @default.
• W2062666970 creator A5064011663 @default.
• W2062666970 creator A5090515130 @default.
• W2062666970 date "2015-05-18" @default.
• W2062666970 modified "2023-10-16" @default.
• W2062666970 title "Polymorph Engineering of TiO₂: Demonstrating How Absolute Reference Potentials Are Determined by Local Coordination" @default.
• W2062666970 cites W1492977420 @default.
• W2062666970 cites W1554449373 @default.
• W2062666970 cites W1559726990 @default.
• W2062666970 cites W1939392115 @default.
• W2062666970 cites W1965296958 @default.
• W2062666970 cites W1967344963 @default.
• W2062666970 cites W1968412802 @default.
• W2062666970 cites W1970127494 @default.
• W2062666970 cites W1976927059 @default.
• W2062666970 cites W1984379958 @default.
• W2062666970 cites W1988091937 @default.
• W2062666970 cites W1988473986 @default.
• W2062666970 cites W1988485815 @default.
• W2062666970 cites W1990599339 @default.
• W2062666970 cites W1992594704 @default.
• W2062666970 cites W1993528485 @default.
• W2062666970 cites W1993801974 @default.
• W2062666970 cites W1994880295 @default.
• W2062666970 cites W1995113380 @default.
• W2062666970 cites W2003969768 @default.
• W2062666970 cites W2007395042 @default.
• W2062666970 cites W2007698702 @default.
• W2062666970 cites W2007773236 @default.
• W2062666970 cites W2013969697 @default.
• W2062666970 cites W2016515697 @default.
• W2062666970 cites W2023185801 @default.
• W2062666970 cites W2028455000 @default.
• W2062666970 cites W2029998821 @default.
• W2062666970 cites W2032616711 @default.
• W2062666970 cites W2033250282 @default.
• W2062666970 cites W2035610411 @default.
• W2062666970 cites W2037993052 @default.
• W2062666970 cites W2038367018 @default.
• W2062666970 cites W2041737584 @default.
• W2062666970 cites W2042492216 @default.
• W2062666970 cites W2042540384 @default.
• W2062666970 cites W2043033779 @default.
• W2062666970 cites W2043327592 @default.
• W2062666970 cites W2045087044 @default.
• W2062666970 cites W2046537181 @default.
• W2062666970 cites W2047155372 @default.
• W2062666970 cites W2047755747 @default.
• W2062666970 cites W2057502998 @default.
• W2062666970 cites W2058853966 @default.
• W2062666970 cites W2074179545 @default.
• W2062666970 cites W2078119797 @default.
• W2062666970 cites W2078616015 @default.
• W2062666970 cites W2079105963 @default.
• W2062666970 cites W2079696234 @default.
• W2062666970 cites W2083222334 @default.
• W2062666970 cites W2084765615 @default.
• W2062666970 cites W2087698390 @default.
• W2062666970 cites W2088392250 @default.
• W2062666970 cites W2092254514 @default.
• W2062666970 cites W2113993177 @default.
• W2062666970 cites W2115864365 @default.
• W2062666970 cites W2116968578 @default.
• W2062666970 cites W2119585240 @default.
• W2062666970 cites W2124272127 @default.
• W2062666970 cites W2127562318 @default.
• W2062666970 cites W2128496576 @default.
• W2062666970 cites W2130464039 @default.
• W2062666970 cites W2133225340 @default.
• W2062666970 cites W2137677666 @default.
• W2062666970 cites W2138928056 @default.
• W2062666970 cites W2141809840 @default.
• W2062666970 cites W2145861737 @default.
• W2062666970 cites W2145992171 @default.
• W2062666970 cites W2153575321 @default.
• W2062666970 cites W223266329 @default.
• W2062666970 cites W2312201898 @default.
• W2062666970 cites W2313706337 @default.
• W2062666970 cites W2335572484 @default.
• W2062666970 cites W2949167881 @default.
• W2062666970 cites W3098202320 @default.
• W2062666970 cites W4237409462 @default.
• W2062666970 cites W6763576 @default.
• W2062666970 doi "https://doi.org/10.1021/acs.chemmater.5b00230" @default.
• W2062666970 hasPublicationYear "2015" @default.
• W2062666970 type Work @default.
• W2062666970 sameAs 2062666970 @default.
• W2062666970 citedByCount "107" @default.
• W2062666970 countsByYear W20626669702015 @default.
• W2062666970 countsByYear W20626669702016 @default.

• next