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- W2249411407 abstract "Edge structures and atomic defects are of fundamental importance since they can significantly affect the physical and chemical properties of low-dimensional materials, such as nanoribbons, and therefore merit thorough investigations at the atomic level. Recent developments of direct imaging and analytical techniques using an aberration-corrected scanning transmission electron microscope (STEM) have provided direct access to information on the local atomic structure and the chemical composition at the atomic scale. In this review, we report on the discrimination of single atoms including dopant atoms on a monolayered transition-metal dichalcogenide (TMD) nanoribbon and a single nitrogen adatom on graphene by time-resolved annular dark-field (ADF) imaging and spatially resolved electron energy loss spectroscopy (EELS). We also show that in situ scanning transmission electron microscopy can be used to monitor the structural transformation between semiconducting (2H) and metallic (1T) phases in monolayer MoS2, and can enable direct observation of in-plane graphene growth at a step edge of a bi-layer graphene and domain boundary formation during growth with atomic-resolution." @default.
- W2249411407 created "2016-06-24" @default.
- W2249411407 creator A5013597303 @default.
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- W2249411407 date "2015-12-15" @default.
- W2249411407 modified "2023-10-16" @default.
- W2249411407 title "Characterization of Graphene and Transition Metal Dichalcogenide at the Atomic Scale" @default.
- W2249411407 cites W1963795548 @default.
- W2249411407 cites W1967762048 @default.
- W2249411407 cites W1973521777 @default.
- W2249411407 cites W1974576785 @default.
- W2249411407 cites W1977087560 @default.
- W2249411407 cites W1977780564 @default.
- W2249411407 cites W1980507374 @default.
- W2249411407 cites W1983208835 @default.
- W2249411407 cites W1986202878 @default.
- W2249411407 cites W1987431088 @default.
- W2249411407 cites W1987918009 @default.
- W2249411407 cites W1989275859 @default.
- W2249411407 cites W1997057575 @default.
- W2249411407 cites W1999458349 @default.
- W2249411407 cites W2004280955 @default.
- W2249411407 cites W2005420533 @default.
- W2249411407 cites W2007395042 @default.
- W2249411407 cites W2009380454 @default.
- W2249411407 cites W2010196525 @default.
- W2249411407 cites W2011899447 @default.
- W2249411407 cites W2014412803 @default.
- W2249411407 cites W2014422745 @default.
- W2249411407 cites W2016771394 @default.
- W2249411407 cites W2017374881 @default.
- W2249411407 cites W2017871657 @default.
- W2249411407 cites W2020443406 @default.
- W2249411407 cites W2021994802 @default.
- W2249411407 cites W2022452538 @default.
- W2249411407 cites W2022717130 @default.
- W2249411407 cites W2029035749 @default.
- W2249411407 cites W2030628997 @default.
- W2249411407 cites W2038022630 @default.
- W2249411407 cites W2039421602 @default.
- W2249411407 cites W2040638053 @default.
- W2249411407 cites W2041258517 @default.
- W2249411407 cites W2042087988 @default.
- W2249411407 cites W2044220208 @default.
- W2249411407 cites W2045239794 @default.
- W2249411407 cites W2047737709 @default.
- W2249411407 cites W2048864519 @default.
- W2249411407 cites W2050597681 @default.
- W2249411407 cites W2052199607 @default.
- W2249411407 cites W2052434745 @default.
- W2249411407 cites W2053869524 @default.
- W2249411407 cites W2057037833 @default.
- W2249411407 cites W2058828522 @default.
- W2249411407 cites W2062602157 @default.
- W2249411407 cites W2064320065 @default.
- W2249411407 cites W2066971216 @default.
- W2249411407 cites W2071214638 @default.
- W2249411407 cites W2075487184 @default.
- W2249411407 cites W2075677597 @default.
- W2249411407 cites W2076625892 @default.
- W2249411407 cites W2077028922 @default.
- W2249411407 cites W2079105963 @default.
- W2249411407 cites W2079601813 @default.
- W2249411407 cites W2083473673 @default.
- W2249411407 cites W2092831789 @default.
- W2249411407 cites W2093522856 @default.
- W2249411407 cites W2094742729 @default.
- W2249411407 cites W2101278603 @default.
- W2249411407 cites W2101697598 @default.
- W2249411407 cites W2103437569 @default.
- W2249411407 cites W2106298613 @default.
- W2249411407 cites W2115786064 @default.
- W2249411407 cites W2121500372 @default.
- W2249411407 cites W2124579017 @default.
- W2249411407 cites W2127858409 @default.
- W2249411407 cites W2128934324 @default.
- W2249411407 cites W2147405339 @default.
- W2249411407 cites W2161928223 @default.
- W2249411407 cites W2162426321 @default.
- W2249411407 cites W2169106004 @default.
- W2249411407 cites W2182131995 @default.
- W2249411407 cites W2322923573 @default.
- W2249411407 cites W2329781476 @default.
- W2249411407 cites W3101804315 @default.
- W2249411407 cites W325579002 @default.
- W2249411407 cites W4250521397 @default.
- W2249411407 cites W4301524803 @default.
- W2249411407 cites W4361864726 @default.
- W2249411407 doi "https://doi.org/10.7566/jpsj.84.121005" @default.
- W2249411407 hasPublicationYear "2015" @default.
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