Key product x-cell reflex plus (containing powder solve).

Content Provider	CiteSeerX
Author	Headquarters, Accelrys Asia
Abstract	Crystal structure determination from conventional X-ray powder diffraction data of polycrystalline materials E. Moreno, C. Conesa-Moratilla, T. Calvet, M. A. Cuevas-Diarte, I. Morrison. In a poster presented at the Ab Initio Modeling in Solid State Chemistry 2004 conference, London, researchers reported on the structure determination of the C polymorph of palmitic acid from conventional X-ray powder diffraction data. Using Accelrys ' Reflex Plus and CASTEP software, they were able to vali-date the results of powder analysis against the theoretical structure of the C polymorph of palmitic acid, and so establish a method to solve the structures of the longer members of the family. X-ray diffraction is one of the most powerful techniques for characterizing the structural properties of crystalline solids; single crystal X-ray diffraction, in particular, is widely used. Unfortunately, for many important crystalline solids it is difficult to grow a single crystal of sufficient size and quality for analysis
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Subject Keyword	Key Product X-cell Reflex Plus Powder Solve Conventional X-ray Powder Diffraction Data Palmitic Acid Theoretical Structure Reflex Plus Structural Property Single Crystal X-ray Diffraction Ab Initio Modeling Castep Software Crystalline Solid Polycrystalline Material Powder Analysis Structure Determination Crystal Structure Determination Sufficient Size Solid State Chemistry Many Important Crystalline Solid Powerful Technique Single Crystal X-ray Diffraction
Content Type	Text