chemical crystallography

chemical crystallography

[′kem·i·kəl kris·tə′läg·rə·fē]
(crystallography)
The geometric description, and study, of the internal arrangement of atoms in crystals formed from chemical compounds.
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These included a workshop on Sustainable Approaches to Materials Research, the 7th Canadian Chemical Crystallography Workshop (CCCW16) and the 41st Annual Science Atlantic--CIC Chemistry Conference (ChemCon 2016).
Formerly known as Oxford Diffraction within Varian when that company was acquired by Agilent in 2010, the XRD group is a manufacturer of single-crystal X-ray instruments for the global chemical crystallography market.
The single-crystal diffractometer shall be designed for the implementation of the three-dimensional structure determination of single crystals in the field of chemical crystallography.
The RAPID II combines all the components needed for an X-ray diffraction system, delivering superior performance for applications ranging from applied crystallography to chemical crystallography.
The D8 QUEST is a compact and economical, yet high-performance, single X-ray source configuration for typical applications in chemical crystallography, while the D8 VENTURE provides the platform for all dual wavelength combinations for chemical and biological crystallography.
The D8 QUEST and D8 VENTURE systems both feature the newly-developed PHOTON 100 (TM ) detector, the first CMOS-based detector for chemical crystallography.
Recipient Is University of Oxford's Chemical Crystallography Laboratory
The 300th (and 301st) SuperNova systems were delivered to the Chemical Crystallography Laboratory in the Department of Chemistry, University of Oxford.
Michael Ruf, Director of Marketing for Chemical Crystallography and Development Manager for the SMART X2S stated: "Winning the R&D 100 award is a tremendous recognition for our development team.
Michael Ruf, Director of Chemical Crystallography Software at Bruker AXS, stated: "We are very excited to introduce this unique system.
While AUTOSTRUCTURE is primarily targeted for use in chemical crystallography, it can also successfully handle peptide and small protein structures of moderate resolution.
Furthermore, this merger will also allow us to strengthen our product development and customer support for our existing customer base in chemical crystallography.

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