John David Scott
Imperial Chemical Industries
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Publication
Featured researches published by John David Scott.
Green Chemistry | 1999
David William Bonniface; John David Scott; Michael J. Watson; John R. Fryer; Philip Landon; William D. S. Scott; Geoffrey Webb; John M. Winfield
Highly active catalysts are required for the conversion of CF3CH2Cl to the CFC-alternative refrigerant, CF3CH2F, by HF vapour under heterogeneous conditions. Chromia impregnated with a very low level of zinc(II) is a superior catalyst precursor to chromia alone. The behaviour of prefluorinated chromia and prefluorinated chromia containing zinc(II) or nickel(II) towards fluorine-18 labelled HF indicates that two types of labile surface fluoride are present, only one of which is catalytically active. Proposals are made to account for the role of ZnII and NiII.
Archive | 1997
John David Scott; Michael John Watson
Archive | 1994
John David Scott; Charles John Shields; Paul Nicholas Ewing
Archive | 1991
Pravin Kanji Dattani; John David Scott; Barry William Farrant; Charles John Shields
Archive | 1995
John David Scott; Charles Brian Blake; Paul Nicholas Ewing
Archive | 1991
Pravin Kanji Dattani; John David Scott; Barry William Farrant; Charles John Shields
Archive | 1990
John David Scott
Green Chemistry | 1999
David William Bonniface; John David Scott; Michael J. Watson; John R. Fryer; Philip Landon; William D. S. Scott; Geoffrey Webb; John M. Winfield
Archive | 1992
John David Scott; Michael John Watson
Archive | 1994
David William Bonniface; John David Scott; Michael John Watson