FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3027838986> ?p ?o ?g. }

• W3027838986 abstract "In this article, we propose a new two-dimensional ${mathrm{CP}}_{3}$ material with distinguished properties from comprehensive first-principles calculations. It has excellent thermal, mechanical, and dynamical stabilities and promise for experimental fabrication. The low cleavage energy ($0.57phantom{rule{4pt}{0ex}}mathrm{J}/{mathrm{m}}^{2}$) implies the plausibility of ${mathrm{CP}}_{3}$ single-layer exfoliation from bulk structure. Other than exfoliation, we predict an alternative route to synthesize ${mathrm{CP}}_{3}$ monolayer through C atoms doping into blue phosphorene. Moreover, ${mathrm{CP}}_{3}$ monolayer displays metallic behavior and, most interestingly, its Fermi velocity is close to the graphene. A metal-semiconductor transition can be achieved by strain engineering. We also propose a new material through fluorination of ${mathrm{CP}}_{3}$ monolayer where one fluorine atom is attached to each C and P atoms. The fluorinated ${mathrm{CP}}_{3}$ monolayer also shows excellent stabilities and exhibits semiconducting properties with indirect band gap (2.32 eV) as well as excellent optical absorption (${10}^{5}phantom{rule{4pt}{0ex}}{mathrm{cm}}^{ensuremath{-}1}$) in the entire UV-vis range. All these novel properties endow ${mathrm{CP}}_{3}$ and its fluorinated derivative as a promising two-dimensional material for a wide range of applications, including electronics, optoelectronics, and photovoltaics." @default.
• W3027838986 created "2020-05-29" @default.
• W3027838986 creator A5008549737 @default.
• W3027838986 creator A5046014573 @default.
• W3027838986 creator A5053347180 @default.
• W3027838986 creator A5065058645 @default.
• W3027838986 date "2020-05-15" @default.
• W3027838986 modified "2023-10-13" @default.
• W3027838986 title "Two-dimensional <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:msub><mml:mi mathvariant=normal>CP</mml:mi><mml:mn>3</mml:mn></mml:msub></mml:math> monolayer and its fluorinated derivative with promising electronic and optical properties: A theoretical study" @default.
• W3027838986 cites W1528619378 @default.
• W3027838986 cites W1532895727 @default.
• W3027838986 cites W1603084134 @default.
• W3027838986 cites W1964470106 @default.
• W3027838986 cites W1967528327 @default.
• W3027838986 cites W1970127494 @default.
• W3027838986 cites W1975154085 @default.
• W3027838986 cites W1975192769 @default.
• W3027838986 cites W1984748172 @default.
• W3027838986 cites W1993017167 @default.
• W3027838986 cites W1998328429 @default.
• W3027838986 cites W2004117188 @default.
• W3027838986 cites W2007395042 @default.
• W3027838986 cites W2012304502 @default.
• W3027838986 cites W2017196167 @default.
• W3027838986 cites W2027279289 @default.
• W3027838986 cites W2036113194 @default.
• W3027838986 cites W2047723993 @default.
• W3027838986 cites W2054295516 @default.
• W3027838986 cites W2054836876 @default.
• W3027838986 cites W2057423897 @default.
• W3027838986 cites W2058122340 @default.
• W3027838986 cites W2059788988 @default.
• W3027838986 cites W2075549671 @default.
• W3027838986 cites W2079828938 @default.
• W3027838986 cites W2082423355 @default.
• W3027838986 cites W2083222334 @default.
• W3027838986 cites W2085537249 @default.
• W3027838986 cites W2092157292 @default.
• W3027838986 cites W2099541800 @default.
• W3027838986 cites W2101353938 @default.
• W3027838986 cites W2134233006 @default.
• W3027838986 cites W2136485057 @default.
• W3027838986 cites W2150315430 @default.
• W3027838986 cites W2160144694 @default.
• W3027838986 cites W2164628913 @default.
• W3027838986 cites W2175102397 @default.
• W3027838986 cites W2215030406 @default.
• W3027838986 cites W2227589587 @default.
• W3027838986 cites W2255082787 @default.
• W3027838986 cites W2276166652 @default.
• W3027838986 cites W2281293872 @default.
• W3027838986 cites W2289412167 @default.
• W3027838986 cites W2312413687 @default.
• W3027838986 cites W2321971933 @default.
• W3027838986 cites W2323137175 @default.
• W3027838986 cites W2337901954 @default.
• W3027838986 cites W2472022388 @default.
• W3027838986 cites W2550508753 @default.
• W3027838986 cites W2566310817 @default.
• W3027838986 cites W2581042715 @default.
• W3027838986 cites W2582584722 @default.
• W3027838986 cites W2599002417 @default.
• W3027838986 cites W2619070893 @default.
• W3027838986 cites W2737258444 @default.
• W3027838986 cites W2739790385 @default.
• W3027838986 cites W2749560973 @default.
• W3027838986 cites W2767150747 @default.
• W3027838986 cites W2776673741 @default.
• W3027838986 cites W2790148862 @default.
• W3027838986 cites W2793125239 @default.
• W3027838986 cites W2803321438 @default.
• W3027838986 cites W2809673694 @default.
• W3027838986 cites W2885527978 @default.
• W3027838986 cites W2893398846 @default.
• W3027838986 cites W2899790441 @default.
• W3027838986 cites W2902637270 @default.
• W3027838986 cites W2911357525 @default.
• W3027838986 cites W2911694991 @default.
• W3027838986 cites W2918471193 @default.
• W3027838986 cites W2952435907 @default.
• W3027838986 cites W2963855742 @default.
• W3027838986 cites W2964814971 @default.
• W3027838986 cites W2977220283 @default.
• W3027838986 cites W3098775612 @default.
• W3027838986 cites W3100477776 @default.
• W3027838986 cites W3100720544 @default.
• W3027838986 cites W3101390145 @default.
• W3027838986 cites W3105439970 @default.
• W3027838986 cites W3121606166 @default.
• W3027838986 cites W3206606417 @default.
• W3027838986 cites W832976576 @default.
• W3027838986 doi "https://doi.org/10.1103/physrevb.101.195305" @default.
• W3027838986 hasPublicationYear "2020" @default.
• W3027838986 type Work @default.
• W3027838986 sameAs 3027838986 @default.
• W3027838986 citedByCount "24" @default.
• W3027838986 countsByYear W30278389862020 @default.
• W3027838986 countsByYear W30278389862021 @default.
• W3027838986 countsByYear W30278389862022 @default.
• W3027838986 countsByYear W30278389862023 @default.

• next