Rutile crystallographic data

Crystallographic Data for the 11 Most Intense Scattering Peaks of Titanium Dioxide, Rutile Phase... 

Crystallographic Shear (C5) Phases.—The CS phases are the best-known group of materials which appear to be intolerant of point-defect populations. There are three major families those based upon tungsten trioxide, WO3, upon rutile, Ti02, and upon niobium pentoxide, Nb205. These and other less studied systems have been described in some considerable detail in two previous review articles in this series and elsewhere and the fundamental principles underlying their structures will not be repeated here. In this section some of the results found in the tungsten trioxide and rutile-related systems will be outlined. Older results, covered in the earlier reviews, will merely be sketched in where relevant, and emphasis will be upon newer data or else on a re-examination of earlier results from the point of view of this article. 

Reference herein to any specific commercial product by trade name, trademark, manufacturer, or otherwise, does not constitute or imply its recommendation, or favoring. The difference in the point of zero charge PZC between different crystallographic forms of the same compound has been widely discussed, e.g. according to Parfitt [12] the zero point of rutile is about 1 pH unit below that of anatase. Many collections of selected PZC have been published. These collections are summarized and briefly discussed after presentation of original data. 

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