Record details

Title keyword
    CR
Monograph
    ASPELEA Final Progress Report, IRSM AS CR, Prague
    Environmental Geological Map - Distribution of Cr - Ahar 5466 IV NW
    Environmental Geological Map - Distribution of Cr - Avan 5267 I SW
    Environmental Geological Map - Distribution of Cr - Eshtobin 5267 I SE
    Environmental Geological Map - Distribution of Cr - Ghalandar 5467 III SW
    Institute of Geology - Annual Report 2003/Academy of Sciences CR
    Metodika separace chromu (Cr) a stanovení jeho izotopových poměrů na multikolektorovém hmotnostním spektrometru MC ICP MS
    Solar-terrestrial variability in relation to solar inertial motion. Research report of Center for theoretical study at CU and AS CR, CTS-95-04
    Solar-terrestrial variability in relation to solar inertial motion. Research report of Center for theoretical study at CU and AS CR, CTS-95-08. 2nd ed
    Vysvětlivky k základní geologické mapě CR 1:25 000, 03-414 Vrchlabí
Article
    55 years of the Institute of Hydrodynamics of the AS CR, v. v. i.
    B 3 - Soil and geological environment - Seismic areas in CR
    B.3. - Geological Environment and Soil. Maximum observed intensities of earthquakes in residential units, 1998. Seismic loads of buildings - CSN 730036 - 2nd Amendment, 1998. Seismic zones in the CR - CSN P ENV 1999-1-1 area, National Application Document - Eurocode 8
    B.3 Geological Environment and Soil. Maximum observed intensities in residential units, 1998. Seismic loads of buildings - CSN 730036 - Amendment, 1998. Seismic zones in the CR - CSN P ENV 1998-1-1 area, National Application Document - EUROCODE 8. Epicentres of earthquakes in the Czech Republic and its immediate vicinity
    B.3 Geological Environment and Soil. Seismic loads of buildings - CSN 730036 - Amendment, 1998. Seismic zones in the CR - CSN P ENV 1998-1-1 area, National Application Document - EUROCODE 8
    B3-Soil and geological environment. B3.2.5 Seismic zones in the CR - CSN P ENV 1998-1-1, National Application Document - EUROCODE 8
    Comparison of Pb, Zn, Cd, As, Cr, Mo and Sb adsorption onto natural surface coatings in a stream draining natural As geochemical anomaly
    Concentrations and fluxes of toxic metals (Ni, Cr, Hg, Al) in drainage water at Pluhuv Bor, a Czech serpentine catchment
    Contrasting tectonic evolution of gabbros of the MLC/TBU boundary, Bohemian Massif, CR
    The history of measurement of rock mechanical properties at the Institute of Geonics AS CR
    Mathematical Modelling: 25 years of the research at the Institute of Geonics AS CR
    Optimization procedures for quantitative determination of minerals and partitioning of Mn, Cr, Ni and Co in laterites
    Palynological comparsion of the Middle Cretaceous (Bohemian Cretaceous Basin, CR and Atlantic Coastal plain, U.S.A.)
    Permanent GPS observatories for monitoring of geodynamic motions in the Bohemian Massif operated by IRSM AS CR
    Perspectives of Ni-Cu (Pt), Cr mineralizations of the subcretaceous basic and ultramafic complex near Svitavy
    Příspěvek k mineralogii kutnohorského rudního revíru: Mn magnetit, Cr muskovit, chromit
    Reconstruction of the Morava River behavoir based on mineral magnetic record on the floodplain sediments (Stážnické Pomoraví, CR)
    Removal of As V, Cr VI, CR VI, and V V from solutions by calcined hydrotalcite and regeneration of used sorbent
    Research on waterjet in Institute of Geonics of the AS CR from 1990 to 2006
    Sorpce a uvolňování Cd, Cr, Cu a Zn v horninovém prostředí : 24-13 Bystřice nad Pernštejnem, 24-44 Bučovice, 34-22 Hodonín
    Sorpce Cu, Cr, Cd a Zn na izolované přírodní sorbenty a jejich směsi
    The state of accumulation and source relations of Co, Ni, Cr, Be and Zn in silt-clay sediments of the Elbe River
    The X-ray CT lab and the research at the Institute of Geonics AS CR