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- W2495285468 abstract "Surface structures that are different from the corresponding bulk, reconstructions, are exceedingly difficult to characterize with most experimental methods. Scanning tunneling microscopy, the workhorse for imaging complex surface structures of metals and semiconductors, is not as effective for oxides and other insulating materials. This paper details the use of transmission electron microscopy plan view imaging in conjunction with image processing for solving complex surface structures. We address the issue of extracting the surface structure from a weak signal with a large bulk contribution. This method requires the sample to be thin enough for kinematical assumptions to be valid. The analysis was performed on two sets of data, c(6×2) on the (100) surface and (3×3) on the (111) surface of SrTiO3, and was unsuccessful in the latter due to the thickness of the sample and a lack of inversion symmetry. The limits and the functionality of this method are discussed." @default.
- W2495285468 created "2016-08-23" @default.
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- W2495285468 date "2016-11-01" @default.
- W2495285468 modified "2023-10-06" @default.
- W2495285468 title "When does atomic resolution plan view imaging of surfaces work?" @default.
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- W2495285468 cites W1552769505 @default.
- W2495285468 cites W1553206457 @default.
- W2495285468 cites W1637930804 @default.
- W2495285468 cites W1964258216 @default.
- W2495285468 cites W1967746793 @default.
- W2495285468 cites W1967916723 @default.
- W2495285468 cites W1970603963 @default.
- W2495285468 cites W1978120559 @default.
- W2495285468 cites W1978282276 @default.
- W2495285468 cites W1978657152 @default.
- W2495285468 cites W1981782663 @default.
- W2495285468 cites W1983967056 @default.
- W2495285468 cites W1984388422 @default.
- W2495285468 cites W1987166753 @default.
- W2495285468 cites W1990430001 @default.
- W2495285468 cites W1994142100 @default.
- W2495285468 cites W1996473840 @default.
- W2495285468 cites W1998449893 @default.
- W2495285468 cites W1998559581 @default.
- W2495285468 cites W2007164387 @default.
- W2495285468 cites W2009598644 @default.
- W2495285468 cites W2010299585 @default.
- W2495285468 cites W2010317436 @default.
- W2495285468 cites W2010982354 @default.
- W2495285468 cites W2012586753 @default.
- W2495285468 cites W2015407362 @default.
- W2495285468 cites W2018979656 @default.
- W2495285468 cites W2022012685 @default.
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- W2495285468 cites W2033676423 @default.
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- W2495285468 cites W2047367090 @default.
- W2495285468 cites W2047882804 @default.
- W2495285468 cites W2050534998 @default.
- W2495285468 cites W2057269637 @default.
- W2495285468 cites W2060579551 @default.
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- W2495285468 cites W2065477664 @default.
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- W2495285468 cites W2070146206 @default.
- W2495285468 cites W2071444083 @default.
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- W2495285468 cites W2126360621 @default.
- W2495285468 cites W2137002374 @default.
- W2495285468 cites W2155814354 @default.
- W2495285468 cites W2159229545 @default.
- W2495285468 cites W2187613516 @default.
- W2495285468 cites W2272909594 @default.
- W2495285468 cites W2294552361 @default.
- W2495285468 cites W2336340795 @default.
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- W2495285468 cites W3100368625 @default.
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- W2495285468 doi "https://doi.org/10.1016/j.ultramic.2016.08.001" @default.
- W2495285468 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27526257" @default.
- W2495285468 hasPublicationYear "2016" @default.
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