Matches in SemOpenAlex for { <https://semopenalex.org/work/W2601994039> ?p ?o ?g. }
- W2601994039 endingPage "3670" @default.
- W2601994039 startingPage "3663" @default.
- W2601994039 abstract "The archetypal silica- and aluminosilicate-based zeolite-type materials are renowned for wide-ranging applications in heterogeneous catalysis, gas-separation and ion-exchange. Their compositional space can be expanded to include nanoporous metal chalcogenides, exemplified by germanium and tin sulfides and selenides. By comparison with the properties of bulk metal dichalcogenides and their 2D derivatives, these open-framework analogues may be viewed as three-dimensional semiconductors filled with nanometer voids. Applications exist in a range of molecule size and shape discriminating devices. However, what is the electronic structure of nanoporous metal chalcogenides? Herein, materials modeling is used to describe the properties of a homologous series of nanoporous metal chalcogenides denoted np-MX2, where M = Si, Ge, Sn, Pb, and X = O, S, Se, Te, with Sodalite, LTA and aluminum chromium phosphate-1 structure types. Depending on the choice of metal and anion their properties can be tuned from insulators to semiconductors to metals with additional modification achieved through doping, solid solutions, and inclusion (with fullerene, quantum dots, and hole transport materials). These systems form the basis of a new branch of semiconductor nanochemistry in three dimensions." @default.
- W2601994039 created "2017-04-07" @default.
- W2601994039 creator A5016487357 @default.
- W2601994039 creator A5017503270 @default.
- W2601994039 creator A5035797693 @default.
- W2601994039 creator A5039665389 @default.
- W2601994039 creator A5075626166 @default.
- W2601994039 creator A5080462756 @default.
- W2601994039 creator A5089078733 @default.
- W2601994039 date "2017-04-03" @default.
- W2601994039 modified "2023-10-12" @default.
- W2601994039 title "Electroactive Nanoporous Metal Oxides and Chalcogenides by Chemical Design" @default.
- W2601994039 cites W1504079895 @default.
- W2601994039 cites W1521131431 @default.
- W2601994039 cites W1618704100 @default.
- W2601994039 cites W1964123926 @default.
- W2601994039 cites W1966223716 @default.
- W2601994039 cites W1967333782 @default.
- W2601994039 cites W1968546605 @default.
- W2601994039 cites W1970952945 @default.
- W2601994039 cites W1977960821 @default.
- W2601994039 cites W1979748779 @default.
- W2601994039 cites W1980203429 @default.
- W2601994039 cites W1980716170 @default.
- W2601994039 cites W1985417326 @default.
- W2601994039 cites W1998453747 @default.
- W2601994039 cites W1998742175 @default.
- W2601994039 cites W2002724418 @default.
- W2601994039 cites W2008361132 @default.
- W2601994039 cites W2014436839 @default.
- W2601994039 cites W2019142110 @default.
- W2601994039 cites W2023704290 @default.
- W2601994039 cites W2031975877 @default.
- W2601994039 cites W2040603819 @default.
- W2601994039 cites W2047363658 @default.
- W2601994039 cites W2048182085 @default.
- W2601994039 cites W2055363849 @default.
- W2601994039 cites W2056995012 @default.
- W2601994039 cites W2058227700 @default.
- W2601994039 cites W2062013250 @default.
- W2601994039 cites W2071488062 @default.
- W2601994039 cites W2077994400 @default.
- W2601994039 cites W2079528923 @default.
- W2601994039 cites W2087821615 @default.
- W2601994039 cites W2094214443 @default.
- W2601994039 cites W2095554656 @default.
- W2601994039 cites W2115418365 @default.
- W2601994039 cites W2117315363 @default.
- W2601994039 cites W2132689664 @default.
- W2601994039 cites W2136973636 @default.
- W2601994039 cites W2151842677 @default.
- W2601994039 cites W2157180712 @default.
- W2601994039 cites W2157300222 @default.
- W2601994039 cites W2161710229 @default.
- W2601994039 cites W2163242195 @default.
- W2601994039 cites W2168103591 @default.
- W2601994039 cites W2271285705 @default.
- W2601994039 cites W2297621926 @default.
- W2601994039 cites W2312586423 @default.
- W2601994039 cites W2316158347 @default.
- W2601994039 cites W2325060946 @default.
- W2601994039 cites W2332266322 @default.
- W2601994039 cites W2341694763 @default.
- W2601994039 cites W2409426822 @default.
- W2601994039 cites W2412237519 @default.
- W2601994039 cites W2414982691 @default.
- W2601994039 cites W2415413175 @default.
- W2601994039 cites W2417233088 @default.
- W2601994039 cites W2426466729 @default.
- W2601994039 cites W2466899395 @default.
- W2601994039 cites W2468805025 @default.
- W2601994039 cites W2517738917 @default.
- W2601994039 cites W2531602199 @default.
- W2601994039 cites W2565511013 @default.
- W2601994039 cites W2963627317 @default.
- W2601994039 cites W3096986715 @default.
- W2601994039 cites W3122770167 @default.
- W2601994039 cites W4206855549 @default.
- W2601994039 cites W4254636262 @default.
- W2601994039 cites W615873948 @default.
- W2601994039 doi "https://doi.org/10.1021/acs.chemmater.7b00464" @default.
- W2601994039 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5445719" @default.
- W2601994039 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28572706" @default.
- W2601994039 hasPublicationYear "2017" @default.
- W2601994039 type Work @default.
- W2601994039 sameAs 2601994039 @default.
- W2601994039 citedByCount "8" @default.
- W2601994039 countsByYear W26019940392017 @default.
- W2601994039 countsByYear W26019940392018 @default.
- W2601994039 countsByYear W26019940392019 @default.
- W2601994039 countsByYear W26019940392021 @default.
- W2601994039 crossrefType "journal-article" @default.
- W2601994039 hasAuthorship W2601994039A5016487357 @default.
- W2601994039 hasAuthorship W2601994039A5017503270 @default.
- W2601994039 hasAuthorship W2601994039A5035797693 @default.
- W2601994039 hasAuthorship W2601994039A5039665389 @default.
- W2601994039 hasAuthorship W2601994039A5075626166 @default.
- W2601994039 hasAuthorship W2601994039A5080462756 @default.