Other publication outputs
|Carbon Dioxide and Rock Massif. Carbon dioxide and rock massif. At these days the sequestration of CO2 into deep aquifers (collectors) still remains very actual. The selection of suitable localities for CO2 sequestration is very difficult and exacting problem. Direct experiences of miners from mines, where the miners come into deep natural collectors of carbon dioxide give good information for selection and methodology for surveying of other localities.|
Therefore the Institute of Geonics AS CR, Ostrava-Poruba (IGN AS CR) published this monograph about the occurrences of CO2 in rock massif in mines in the area of the Bohemian massif. This monograph sums up and documents the natural conditions of occurrences of this gas in mines in rocks or in the coal seams, which are created by means of natural processes. The monograph was published within the frame of research projects of IGN ASCR and the print was made possible thanks to the financial support of CEZ, a.s. Group and other sponsors.
|Visualization and animation of a 3D regional velocity model for the territory of northern Moravia and Silesia. This model was set up using seismic tomography, and its subsequent visualization and animation starts with the transformation of the measured 3D data. The derived velocity model was applied during the procedure of relocalizing micro-earthquake foci. Submitted to Studia Geophys. Geod.|
|Parallel iterative solver TERMO 1a for 3D solution of nonstationary heat equations. The solution of the linear system in each time step is realized by the conjugate gradient method with the preconditioning given by the additive Schwarz method with overlapping. The program code is parallelized with the aid of OpenMP paradigm.|
|Parallel iterative solver ISOL 1.45a for 3D boundary value problems of elasticity. The code follows the algorithm of the preconditioned conjugate gradient method and its parallelization is based on Schwarz methods and on a decomposition of the original domain into overlapping subdomains. The communication of parallel processes is realized by message passing given by the MPI standard.|