Neutron powder diffraction study of fluorinated graphites
Fluorine-graphite compounds (CxF) are very interesting for their potential applications as cathode materials in primary batteries. The nature and strength of the C-F bonding change from ionic to semi-covalent up to pure covalent, as the degree of fluorination increases and this results in a dramatic change of the structure and physical properties, in particular of the electronic band structure. We propose to investigate the atomic structure of Fluorinated graphites at different F content by means of high energy neutron diffraction and atomic pair distribution function (PDF) data analysis using the D4 diffractometer at the ILL.
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CAVALLARI Chiara; BRUNELLI Michela; Marc DUBOIS; Henry E. Fischer; PISCHEDDA Vittoria and RADESCU Silvana. (2018). Neutron powder diffraction study of fluorinated graphites. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.6-06-479
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