Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035694875> ?p ?o ?g. }
- W3035694875 endingPage "14796" @default.
- W3035694875 startingPage "14787" @default.
- W3035694875 abstract "Two-dimensional (2D) V–V binary materials are gaining extensive attention because of high carrier mobility, largely tunable optical exciton properties, and high sensitivity to optical excitation. However, the luminescence efficiency and the radiation lifetime of black phosphorus are limited because of the high anisotropy feature of excitons. In addition, the effect of intrinsic dipole on the exciton behavior in these materials has yet to be explored. In the present work, the excitonic properties of α-, β-, γ-, and δ-phase 2D V–V nitrogen–phosphorus binary allotropes are explored using the Bethe–Salpeter equations combined with G0W0 approximation systematically. The nitrogen substitution leads to the significantly modified electronic properties, including the increased oxidation activation energy from 0.03 to 0.40 eV, the enlarged band gap and direct-to-indirect band structure. It also leads to the reduced anisotropy but the opposite excitonic behavior due to the different introduction of intrinsic dipole between the α and β phases, including the brightness, radiation lifetime, effective mass, and real-space distribution. Because of high stability, long lifetime, and highly localized exciton states, the V–V binary materials with various phases have wide potentials for multifunctional and integrated applications." @default.
- W3035694875 created "2020-06-19" @default.
- W3035694875 creator A5000976204 @default.
- W3035694875 creator A5001258658 @default.
- W3035694875 creator A5019540364 @default.
- W3035694875 creator A5023999363 @default.
- W3035694875 creator A5025576125 @default.
- W3035694875 creator A5033848323 @default.
- W3035694875 creator A5045254797 @default.
- W3035694875 creator A5055291760 @default.
- W3035694875 creator A5066766597 @default.
- W3035694875 creator A5068274975 @default.
- W3035694875 creator A5083316705 @default.
- W3035694875 date "2020-06-10" @default.
- W3035694875 modified "2023-10-15" @default.
- W3035694875 title "Long Radiation Lifetime and Quasi-Isotropic Excitons in Antioxidant V–V Binary Phosphorene Allotropes with Intrinsic Dipole" @default.
- W3035694875 cites W1542444890 @default.
- W3035694875 cites W1597159486 @default.
- W3035694875 cites W1721767752 @default.
- W3035694875 cites W1779039046 @default.
- W3035694875 cites W1848417582 @default.
- W3035694875 cites W1981310794 @default.
- W3035694875 cites W1981368803 @default.
- W3035694875 cites W1988775566 @default.
- W3035694875 cites W1992113172 @default.
- W3035694875 cites W1993059796 @default.
- W3035694875 cites W2016471675 @default.
- W3035694875 cites W2041311241 @default.
- W3035694875 cites W2049258976 @default.
- W3035694875 cites W2056612033 @default.
- W3035694875 cites W2060451482 @default.
- W3035694875 cites W2070912340 @default.
- W3035694875 cites W2080516950 @default.
- W3035694875 cites W2083222334 @default.
- W3035694875 cites W2120145199 @default.
- W3035694875 cites W2135037917 @default.
- W3035694875 cites W2156162873 @default.
- W3035694875 cites W2221415887 @default.
- W3035694875 cites W2238139783 @default.
- W3035694875 cites W2257210582 @default.
- W3035694875 cites W2265496116 @default.
- W3035694875 cites W2307927201 @default.
- W3035694875 cites W2340856677 @default.
- W3035694875 cites W2413880834 @default.
- W3035694875 cites W2416196722 @default.
- W3035694875 cites W2472022388 @default.
- W3035694875 cites W2511598032 @default.
- W3035694875 cites W2529782533 @default.
- W3035694875 cites W2545074193 @default.
- W3035694875 cites W2550660184 @default.
- W3035694875 cites W2580225177 @default.
- W3035694875 cites W2581222906 @default.
- W3035694875 cites W2582584722 @default.
- W3035694875 cites W2599228926 @default.
- W3035694875 cites W2607808650 @default.
- W3035694875 cites W2617618295 @default.
- W3035694875 cites W2746480291 @default.
- W3035694875 cites W2754844716 @default.
- W3035694875 cites W2775596045 @default.
- W3035694875 cites W2791087500 @default.
- W3035694875 cites W2795193380 @default.
- W3035694875 cites W2800232755 @default.
- W3035694875 cites W2809665611 @default.
- W3035694875 cites W2886573070 @default.
- W3035694875 cites W2888690694 @default.
- W3035694875 cites W2888972190 @default.
- W3035694875 cites W2889747592 @default.
- W3035694875 cites W2923012938 @default.
- W3035694875 cites W2943963138 @default.
- W3035694875 cites W2946254667 @default.
- W3035694875 cites W2969656646 @default.
- W3035694875 cites W2971033059 @default.
- W3035694875 cites W2972570118 @default.
- W3035694875 cites W2990387538 @default.
- W3035694875 cites W3005167815 @default.
- W3035694875 cites W3038043469 @default.
- W3035694875 cites W3104534282 @default.
- W3035694875 cites W3106183465 @default.
- W3035694875 cites W4236533514 @default.
- W3035694875 doi "https://doi.org/10.1021/acs.jpcc.0c03156" @default.
- W3035694875 hasPublicationYear "2020" @default.
- W3035694875 type Work @default.
- W3035694875 sameAs 3035694875 @default.
- W3035694875 citedByCount "2" @default.
- W3035694875 countsByYear W30356948752021 @default.
- W3035694875 crossrefType "journal-article" @default.
- W3035694875 hasAuthorship W3035694875A5000976204 @default.
- W3035694875 hasAuthorship W3035694875A5001258658 @default.
- W3035694875 hasAuthorship W3035694875A5019540364 @default.
- W3035694875 hasAuthorship W3035694875A5023999363 @default.
- W3035694875 hasAuthorship W3035694875A5025576125 @default.
- W3035694875 hasAuthorship W3035694875A5033848323 @default.
- W3035694875 hasAuthorship W3035694875A5045254797 @default.
- W3035694875 hasAuthorship W3035694875A5055291760 @default.
- W3035694875 hasAuthorship W3035694875A5066766597 @default.
- W3035694875 hasAuthorship W3035694875A5068274975 @default.
- W3035694875 hasAuthorship W3035694875A5083316705 @default.
- W3035694875 hasConcept C120665830 @default.