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Mercury: visualization and analysis of crystal structures

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TLDR
Mercury as discussed by the authors is a crystal structure visualization program that allows to display multiple structures simultaneously and overlay them, which can be used for comparison between crystal structures and to overlay them in a table or spreadsheets.
Abstract
Since its original release, the popular crystal structure visualization program Mercury has undergone continuous further development. Comparisons between crystal structures are facilitated by the ability to display multiple structures simultaneously and to overlay them. Improvements have been made to many aspects of the visual display, including the addition of depth cueing, and highly customizable lighting and background effects. Textual and numeric data associated with structures can be shown in tables or spreadsheets, the latter opening up new ways of interacting with the visual display. Atomic displacement ellipsoids, calculated powder diffraction patterns and predicted morphologies can now be shown. Some limited molecular-editing capabilities have been added. The object-oriented nature of the C++ libraries underlying Mercury makes it easy to re-use the code in other applications, and this has facilitated three-dimensional visualization in several other programs produced by the Cambridge Crystallographic Data Centre.

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Citations
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Espectros de rayos X y propiedades elásticas teóricas de los silicatos cálcicos hidratados cristalinos: comparación con los geles de cemento

TL;DR: In this paper, the authors compared the elastic properties of C-S-H gels with those of cementitious CSH gel and synthetic CSH type I as a function of their C/S ratios and nominal water content, and concluded that the experimentally suggested values of density and Young moduli lie in the range of the calculated CSH crystals.
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Comparative solvolytic stabilities of copper(II) nanoballs and dinuclear Cu(II) paddle wheel units

TL;DR: In this article, the thermodynamic stability of the nanoball against dissociation in aqueous solution is studied and compared to simple copper(II) paddle wheel complexes, and the results reveal enhanced thermal stability as compared to discrete copper-II paddlewheel complexes due to chelate effects and positive cooperativity.
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Larger pores and higher Tc: {[Ni(cyclam)]3[W(CN)8]2·solv}n – a new member of the largest family of pseudo-polymorphic isomers among octacyanometallate-based assemblies

TL;DR: In this paper, a new crystalline pseudo-polymorphic form of the 2D microporous honeycomb-like magnetic network was obtained from the reaction between methanol-soluble {Ni[Ni(MeOH)3]8[W(CN)8]6} clusters and the [Ni(cyclam)]2+ complex in an acetonitrile-rich solvent mixture.
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Halometallate Complexes of Germanium(II) and (IV): Probing the Role of Cation, Oxidation State and Halide on the Structural and Electrochemical Properties

TL;DR: The synthesis and characterisation of GeII halometallate salts [EMIM][GeX3] (X=Cl, Br, I) and [PYRR][GeCl3], including single-crystal X-ray analyses for the homologous series of imidazolium salts, are reported.
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Theoretical insights into hydrogen sensing capabilities of black phosphorene modified through ZnO doping and decoration

TL;DR: In this article, the sensing capabilities of black phosphorene (BP) modified through ZnO decoration and doping at the HSE06/TZVP level of theory were investigated.
References
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Journal ArticleDOI

Retrieval of Crystallographically-Derived Molecular Geometry Information

TL;DR: Validation experiments indicate that, with rare exceptions, search results afford precise and unbiased estimates of molecular geometrical preferences.
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On the handling of atomic anisotropic displacement parameters

TL;DR: A number of conventions for the parameterization of atomic anisotropic displacements are used in the literature and in crystallographic programs as discussed by the authors, with a special emphasis on their application in macromolecular crystallography.