eMinerals: an escience project concerned with atomistic modelling of environmental processes
This is a community on SciSpace for eMinerals.
The eMinerals project has been funded by the UK Natural Environment Research Council as part of the national eScience programme. Our aim is to develop computational, data and collaborative grid infrastructures for simulation sciences.
The eMinerals project is a collaboration between the University of Cambridge (Earth Sciences and Chemistry), University of Bath (Chemistry), Science and Technology Facilities Council Daresbury Laboratory (eScience Centre), Royal Institution (Davy Faraday Research Laboratory), University of Reading (Computer Science), University College London (Computer Science, Earth Sciences), and Birkbeck College (Crystallography).
ab initio, Access Grid, arsenic, atomistic simulation, ccViz, chemical markup language, CML, collaboration, collaborative grids, computer simulation, Condor, data, data grids, DFT, DL_POLY, DL_POLY_3, electronic structure, eMinerals, escience, FoX, Globus, grid computing, informatics, information, JMAST, MCS, metadata, nuclear waste, organic pollutants, Pelote, radiation damage, RCommands, RMCS, SIESTA, SRB, Storage Resource Broker, TobysSRB, XML
ab initio, Access Grid, arsenic, atomistic simulation, ccViz, chemical markup language, CML, collaboration, collaborative grids, computer simulation, Condor, data, data grids, DFT, DL_POLY, DL_POLY_3, electronic structure, eMinerals, escience, FoX, Globus, grid computing, informatics, information, JMAST, MCS, metadata, nuclear waste, organic pollutants, Pelote, radiation damage, RCommands, RMCS, SIESTA, SRB, Storage Resource Broker, TobysSRB, XML