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     dc:creator "Cooper, Richard I.",
         "Thorn, Andrea",
         "Watkin, David J.";
     dc:date "2012-October";
     dc:description """The traditional Waser distance restraint, the rigid-bond restraint and atomic
displacement parameter (ADP) similarity restraints have an equal influence on
both atoms involved in the restraint. This may be inappropriate in cases where it
can reasonably be expected that the precision of the determination of the
positional parameters and ADPs is not equal, e.g. towards the extremities of a
librating structure or where one atom is a significantly stronger scatterer than
the other. In these cases, the traditional restraint feeds information from the
poorly defined atom to the better defined atom, with the possibility that its
characteristics become degraded. The modified restraint described here feeds
information from the better defined atom to the more poorly defined atom with
minimal feedback.""";
     dc:format "Published",
         "born digital";
     dc:identifier "Oxford Research Archive internal ID: ora:6552",
         "doi: http://dx.doi.org/10.1107/S0021889812035790",
         "http://journals.iucr.org/j/",
         "issn: 0021-8898",
         "ora:6552",
         "urn:uuid:861c1bc5-59f3-4a7a-834c-b5ff64d966d7";
     dc:language "en";
     dc:relation "http://journals.iucr.org/j/";
     dc:rights "Readers of this article may, without needing to seek permission from the IUCr: 1) save to hard disk a local copy of the article for their personal use; 2) print off one or more copies of the article for their personal use (they may not disseminate copies to third parties); 3) include brief extracts from the article or abstract, without revision or modification, in their own publications so long as the original source is acknowledged and a full bibiographic reference given. For all other uses, please see the page \"Permissions requests\" (http://journals.iucr.org/services/permissions.html). ";
     dc:subject "Chemical crystallography",
         "Crystallography",
         "Structural chemistry",
         "X-ray diffraction",
         "crystal structure",
         "refinement and analysis",
         "single crystal",
         "small molecule";
     dc:title "CRYSTALS enhancements: asymmetric restraints";
     dc:type "Article: post-print",
         "Peer reviewed",
         "Published",
         "Publisher's version",
         "text";
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