Počet návštěv: 7361        Začátek počítání: 03-11-2006        Poslední modifikace: 20-01-2011
© 2000 - 2011   Jiří Starý        Česky  Englicky

Documenta Geonica   1 / 2000

Contents

  • Characteristics of the Institute of Geonics of the Academy of Sciences
    of the Czech Republic
  • Main research projects
    • Project No. K 1012601: Evaluation of the physical reaction of rock intervention
      • Research of characteristics of rock materials and their behaviour in interactive process
      • Research of reinforcement interactive processes in rock mass
      • Seismic research of rock mass and observatory activities
      • Tools for large scale mathematical modelling in geomechanics
      • Structure and development of regions in view of life environment
    • Project No. K 1042603: Pollutants in the process of rock disintegration
      • Collection of aerosols and slurries in processes of rock disintegration by high-speed water jets
      • Determination of the fibrogeneity of respirable particles in the abrasive material
      • Sorption processes with ion exchange on clay minerals
    • Project No. K 2017602: Regional evaluation of environment in the conditions of transformation
      • Transformation of the South Moravian border region
      • The city of Brno – its position within large territorial units
      • Geography of small Moravian towns
      • Transformation of the Ostrava region and its consequences
  • The most Important Commercial Contract
    • Mathematical modelling of stress and stability conditions in selected parts of spoil bank of Kateřina colliery
    • Research of prediction of rock bursts causes of their development and methods
  • Department of Earth Materials Science
    • Laboratory of petrology and physical properties of rocks
      • Laboratory of the petrology
      • Laboratory of mechanical rock properties
        • Measurement of gas permeability in triaxial state of stress during the process of
        • New method of testing tensile strength of rocks
        • Tectono-magmatic position of the permo-carboniferous volcanism in Bohemian Massif its development within the Variscan orogen
        • Study of growth and transformation different forms of ferric oxide during the thermal decompositions of salts and minerals
        • Influence of underground mining damp-down on processes in lithosphere and environment
        • Coal clasts in carboniferous sediments sediments of the Upper Silesian Coal basin
        • Evaluation of development of rock failure process by application of acoustic methods
    • Laboratory of rock disintegration
      • Forced modulation of water jet by ultrasonic
      • Hydrodynamic generator of pulsed jets
      • Research of critical state of cutting tools for coal-getting machines
      • Abrasive water jet cutting, a clean technology
      • Water jet assisted rock and coal disintegration
      • Clean coal technology
      • Alternative fuel development
    • Laboratory of environmetal chemistry
      • Quality of coal combustion in small boilers
      • Study of N2O formation in mobile and stationary equipments
  • Department of geomechanics
    • Study of construction technology of underground central storage of burnt-out nuclear fuel
    • Prediction of subsidence of surface ground affected by exploitation of gangue ore deposits of tabular type within complex of solid metamorphosed rocks
    • Observation of impact of non-breaking blasting work on rock massif
    • Research of geocomposites with grouted discontinuities
    • Rock bursts in the Czech part of the Upper Silesian Coal basin – analysis of the geomechanical and mining factors of their origin and manifestation
    • Stabilisation of the rock mass in coal mines by means of synthetic resins
    • Tectonic faults vicinity impact to primary stress character changes in the Carboniferous massif in the Upper Silesian Basin Czech part
  • Department of applied mathematics
    • High performance computing in geosciences, safety of constructions with respect to rock deformations and ovements
    • High performance computing in geosciences, a support for the EC project COPERNICUS COP 940820
    • High performance computing in geosciences II
    • High performance computing in geosciences II, a support for the EC project COPERNICUS KIT COP 977006
    • Supercomputing and shape optimization in geomechanics
    • Mathematical modelling of optimal designs of bolt reinforcement
    • Realization of fast data interconnections at the Institute of Geonics, AS CR Ostrava
    • Development of the metropolitan supercomputing centre in Ostrava – support for the research in the area of parallel algorithmus
  • Department of Geophysics and Special Measurement Methods
    • Velocity distribution in the Bohemian Massif and fast localization of regional eartquakes from broadband seismological observations
    • Wavelet – analysis and interpretation of the geophysical data
    • Mobility of tectonic zones in the northern part of the Moravian-Silesian region and their earthquake activity
  • Department of Environmental Geography, Brno
    • Floods, landscape and people in the Morava River catchment area
    • Cooperative Networks among Medium Sized Cities in Central and South-Eastern Europe
    • New prosperity of rural regions
    • Geomorphological development of the relief in the Podyjí National Park and surroundings within the South-East margin of the Bohemian Massif
    • Evaluation of old waste dumps in the Brno-East area and their identification using large-scale aerial photographs