Matches in SemOpenAlex for { <https://semopenalex.org/work/W2781653679> ?p ?o ?g. }
- W2781653679 endingPage "1703748" @default.
- W2781653679 startingPage "1703748" @default.
- W2781653679 abstract "Black phosphorus (BP) has recently attracted significant attention due to its exceptional physical properties. Currently, high-quality few-layer and thin-film BP are produced primarily by mechanical exfoliation, limiting their potential in future applications. Here, the synthesis of highly crystalline thin-film BP on 5 mm sapphire substrates by conversion from red to black phosphorus at 700 °C and 1.5 GPa is demonstrated. The synthesized ≈50 nm thick BP thin films are polycrystalline with a crystal domain size ranging from 40 to 70 µm long, as indicated by Raman mapping and infrared extinction spectroscopy. At room temperature, field-effect mobility of the synthesized BP thin film is found to be around 160 cm2 V−1 s−1 along armchair direction and reaches up to about 200 cm2 V−1 s−1 at around 90 K. Moreover, red phosphorus (RP) covered by exfoliated hexagonal boron nitride (hBN) before conversion shows atomically sharp hBN/BP interface and perfectly layered BP after the conversion. This demonstration represents a critical step toward the future realization of large scale, high-quality BP devices and circuits." @default.
- W2781653679 created "2018-01-12" @default.
- W2781653679 creator A5000294793 @default.
- W2781653679 creator A5003577285 @default.
- W2781653679 creator A5010791423 @default.
- W2781653679 creator A5012440935 @default.
- W2781653679 creator A5019736434 @default.
- W2781653679 creator A5019945749 @default.
- W2781653679 creator A5022598327 @default.
- W2781653679 creator A5023949308 @default.
- W2781653679 creator A5030303113 @default.
- W2781653679 creator A5034566027 @default.
- W2781653679 creator A5040515064 @default.
- W2781653679 creator A5041573207 @default.
- W2781653679 creator A5045096283 @default.
- W2781653679 creator A5046386414 @default.
- W2781653679 creator A5049541666 @default.
- W2781653679 creator A5066404071 @default.
- W2781653679 date "2018-01-03" @default.
- W2781653679 modified "2023-10-17" @default.
- W2781653679 title "Synthesis of Crystalline Black Phosphorus Thin Film on Sapphire" @default.
- W2781653679 cites W1596779608 @default.
- W2781653679 cites W1603084134 @default.
- W2781653679 cites W1779039046 @default.
- W2781653679 cites W1921511366 @default.
- W2781653679 cites W1984306479 @default.
- W2781653679 cites W1999788637 @default.
- W2781653679 cites W2007200207 @default.
- W2781653679 cites W2009320917 @default.
- W2781653679 cites W2010711237 @default.
- W2781653679 cites W2019836262 @default.
- W2781653679 cites W2029281675 @default.
- W2781653679 cites W2033399478 @default.
- W2781653679 cites W2038763969 @default.
- W2781653679 cites W2041311241 @default.
- W2781653679 cites W2048199597 @default.
- W2781653679 cites W2048932034 @default.
- W2781653679 cites W2051625133 @default.
- W2781653679 cites W2080516950 @default.
- W2781653679 cites W2086414351 @default.
- W2781653679 cites W2086891800 @default.
- W2781653679 cites W2106634544 @default.
- W2781653679 cites W2147873145 @default.
- W2781653679 cites W2150315430 @default.
- W2781653679 cites W2154617070 @default.
- W2781653679 cites W2170539287 @default.
- W2781653679 cites W2183719422 @default.
- W2781653679 cites W2259913129 @default.
- W2781653679 cites W2278518435 @default.
- W2781653679 cites W2296955121 @default.
- W2781653679 cites W2310852409 @default.
- W2781653679 cites W2341503403 @default.
- W2781653679 cites W2343920520 @default.
- W2781653679 cites W2351044835 @default.
- W2781653679 cites W2413336263 @default.
- W2781653679 cites W2498359839 @default.
- W2781653679 cites W2526911007 @default.
- W2781653679 cites W2541704559 @default.
- W2781653679 cites W2549581898 @default.
- W2781653679 cites W2568309620 @default.
- W2781653679 cites W2588422077 @default.
- W2781653679 cites W2590602300 @default.
- W2781653679 cites W2604998446 @default.
- W2781653679 cites W3099471623 @default.
- W2781653679 cites W3100513107 @default.
- W2781653679 cites W3106183465 @default.
- W2781653679 cites W3106344387 @default.
- W2781653679 cites W3106525853 @default.
- W2781653679 cites W4234424129 @default.
- W2781653679 doi "https://doi.org/10.1002/adma.201703748" @default.
- W2781653679 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29314276" @default.
- W2781653679 hasPublicationYear "2018" @default.
- W2781653679 type Work @default.
- W2781653679 sameAs 2781653679 @default.
- W2781653679 citedByCount "78" @default.
- W2781653679 countsByYear W27816536792018 @default.
- W2781653679 countsByYear W27816536792019 @default.
- W2781653679 countsByYear W27816536792020 @default.
- W2781653679 countsByYear W27816536792021 @default.
- W2781653679 countsByYear W27816536792022 @default.
- W2781653679 countsByYear W27816536792023 @default.
- W2781653679 crossrefType "journal-article" @default.
- W2781653679 hasAuthorship W2781653679A5000294793 @default.
- W2781653679 hasAuthorship W2781653679A5003577285 @default.
- W2781653679 hasAuthorship W2781653679A5010791423 @default.
- W2781653679 hasAuthorship W2781653679A5012440935 @default.
- W2781653679 hasAuthorship W2781653679A5019736434 @default.
- W2781653679 hasAuthorship W2781653679A5019945749 @default.
- W2781653679 hasAuthorship W2781653679A5022598327 @default.
- W2781653679 hasAuthorship W2781653679A5023949308 @default.
- W2781653679 hasAuthorship W2781653679A5030303113 @default.
- W2781653679 hasAuthorship W2781653679A5034566027 @default.
- W2781653679 hasAuthorship W2781653679A5040515064 @default.
- W2781653679 hasAuthorship W2781653679A5041573207 @default.
- W2781653679 hasAuthorship W2781653679A5045096283 @default.
- W2781653679 hasAuthorship W2781653679A5046386414 @default.
- W2781653679 hasAuthorship W2781653679A5049541666 @default.
- W2781653679 hasAuthorship W2781653679A5066404071 @default.