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Title:	Growth and Interface Reactivity of Titanium Oxide Thin Films on Fe(001)
Source:	Journal of Physical Chemistry C [1932-7447] Brambilla, A yr:2013

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description	20.	Wu, C. "Surface Structures of Ultrathin TiOx Films on Au(111)." The journal of physical chemistry. C 115.17 (2011): 8643-8652.