Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204398376> ?p ?o ?g. }
- W3204398376 abstract "Abstract Theoretical and experimental investigations of various exfoliated samples taken from layered In 4 Se 3 crystals are performed. In spite of the ionic character of interlayer interactions in In 4 Se 3 and hence much higher calculated cleavage energies compared to graphite, it is possible to produce few‐nanometer‐thick flakes of In 4 Se 3 by mechanical exfoliation of its bulk crystals. The In 4 Se 3 flakes exfoliated on Si/SiO 2 have anisotropic electronic properties and exhibit field‐effect electron mobilities of about 50 cm 2 V −1 s −1 at room temperature, which are comparable with other popular transition metal chalcogenide (TMC) electronic materials, such as MoS 2 and TiS 3 . In 4 Se 3 devices exhibit a visible range photoresponse on a timescale of less than 30 ms. The photoresponse depends on the polarization of the excitation light consistent with symmetry‐dependent band structure calculations for the most expected ac cleavage plane. These results demonstrate that mechanical exfoliation of layered ionic In 4 Se 3 crystals is possible, while the fast anisotropic photoresponse makes In 4 Se 3 a competitive electronic material, in the TMC family, for emerging optoelectronic device applications." @default.
- W3204398376 created "2021-10-11" @default.
- W3204398376 creator A5004630202 @default.
- W3204398376 creator A5019286517 @default.
- W3204398376 creator A5021251525 @default.
- W3204398376 creator A5027889214 @default.
- W3204398376 creator A5032354805 @default.
- W3204398376 creator A5034514674 @default.
- W3204398376 creator A5046300293 @default.
- W3204398376 creator A5046438242 @default.
- W3204398376 creator A5046949058 @default.
- W3204398376 creator A5047207078 @default.
- W3204398376 creator A5048331395 @default.
- W3204398376 creator A5052126401 @default.
- W3204398376 creator A5052329634 @default.
- W3204398376 creator A5071241222 @default.
- W3204398376 creator A5083694616 @default.
- W3204398376 date "2021-09-24" @default.
- W3204398376 modified "2023-10-14" @default.
- W3204398376 title "Anisotropic Properties of Quasi‐1D In <sub>4</sub> Se <sub>3</sub> : Mechanical Exfoliation, Electronic Transport, and Polarization‐Dependent Photoresponse" @default.
- W3204398376 cites W1531669742 @default.
- W3204398376 cites W1542800734 @default.
- W3204398376 cites W1567655019 @default.
- W3204398376 cites W1581347987 @default.
- W3204398376 cites W1794623733 @default.
- W3204398376 cites W1894598287 @default.
- W3204398376 cites W1970127494 @default.
- W3204398376 cites W1975628705 @default.
- W3204398376 cites W1979544533 @default.
- W3204398376 cites W1981368803 @default.
- W3204398376 cites W1983954540 @default.
- W3204398376 cites W1985284024 @default.
- W3204398376 cites W1985993333 @default.
- W3204398376 cites W1992581885 @default.
- W3204398376 cites W1995088821 @default.
- W3204398376 cites W1997490128 @default.
- W3204398376 cites W2013452257 @default.
- W3204398376 cites W2019213818 @default.
- W3204398376 cites W2034932701 @default.
- W3204398376 cites W2044913783 @default.
- W3204398376 cites W2051519074 @default.
- W3204398376 cites W2056166808 @default.
- W3204398376 cites W2057290651 @default.
- W3204398376 cites W2058122340 @default.
- W3204398376 cites W2066107645 @default.
- W3204398376 cites W2072709676 @default.
- W3204398376 cites W2075780638 @default.
- W3204398376 cites W2075852294 @default.
- W3204398376 cites W2079105963 @default.
- W3204398376 cites W2081528161 @default.
- W3204398376 cites W2083222334 @default.
- W3204398376 cites W2102122128 @default.
- W3204398376 cites W2123510151 @default.
- W3204398376 cites W2131632521 @default.
- W3204398376 cites W2134233006 @default.
- W3204398376 cites W2140698097 @default.
- W3204398376 cites W2162659257 @default.
- W3204398376 cites W2170847213 @default.
- W3204398376 cites W2312193272 @default.
- W3204398376 cites W2327828477 @default.
- W3204398376 cites W2340744176 @default.
- W3204398376 cites W2416195319 @default.
- W3204398376 cites W2420873372 @default.
- W3204398376 cites W2471090512 @default.
- W3204398376 cites W248847038 @default.
- W3204398376 cites W2505526442 @default.
- W3204398376 cites W2508979391 @default.
- W3204398376 cites W2523310582 @default.
- W3204398376 cites W2573102093 @default.
- W3204398376 cites W2588584572 @default.
- W3204398376 cites W2593029398 @default.
- W3204398376 cites W2605317103 @default.
- W3204398376 cites W2729656390 @default.
- W3204398376 cites W2747884380 @default.
- W3204398376 cites W2782837461 @default.
- W3204398376 cites W2787765020 @default.
- W3204398376 cites W2792397856 @default.
- W3204398376 cites W2792703249 @default.
- W3204398376 cites W2883885961 @default.
- W3204398376 cites W2884544897 @default.
- W3204398376 cites W2887446748 @default.
- W3204398376 cites W2902113920 @default.
- W3204398376 cites W2906512689 @default.
- W3204398376 cites W2947359346 @default.
- W3204398376 cites W2974435157 @default.
- W3204398376 cites W3011995746 @default.
- W3204398376 cites W3013529274 @default.
- W3204398376 cites W3031110770 @default.
- W3204398376 cites W3049105626 @default.
- W3204398376 cites W3104559994 @default.
- W3204398376 cites W3105983471 @default.
- W3204398376 cites W3153071188 @default.
- W3204398376 cites W4235351512 @default.
- W3204398376 doi "https://doi.org/10.1002/adfm.202106459" @default.
- W3204398376 hasPublicationYear "2021" @default.
- W3204398376 type Work @default.
- W3204398376 sameAs 3204398376 @default.
- W3204398376 citedByCount "9" @default.
- W3204398376 countsByYear W32043983762022 @default.
- W3204398376 countsByYear W32043983762023 @default.