remarks. (N. Bartlett). New synthetic routes to fluorides. (M. Leblanc, K. Lutar and B. Zemva). Low-valent fluoro complexes. (J. H. Holloway). Fluorides of transition elements in high oxidation states. (B. Zemva). Oxide fluorides of main group and transition elements. (G.J. Schrobilgen). Oxide fluorides of rare earth elements. (Masayuki Takashima). Microporous fluorinated compounds.(Gerard Ferey). Fluoride glasses. (J.-L. Adam and J. Lucas). Magnetic properties of fluoride compounds. (J. Darriet). Luminescent properties of fluorides. (C. Fouassier). The VSEPR model. (R.J. Gillespie). C-F bonding. (G.C. Saunders). Superacid chemistry. (T.A. O'Donnel). Fluoride catalysts. (E. Kemnitz, J.M. Winfield). Heterogenisation of homogeneous catalysts. (E.G. Hope). Surface modification of inorganic materials by fluorination treatments. (A. Tressaud, G. Turban). New energy conversion materials for lithium batteries. (Tsuyoshi Nakajima). Fluoride electrolytes in lithium secondary batteries. (Kiyoshi Kanamura). Fluorinated carbon materials. (Toshiyuki Maeda, Hidekazu Touhara). Application of inorganic fluorides to semiconductor industries. (Yasushi Kita, Fuyuhiko Ishii). Industrial applications. (D. T. Meshri).
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