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Final report on the results of a project of the programme "Trvalá prosperita" funded by the Ministry of Industry and Trade of the Czech Republic in the period 2006-2007
Myslil, V. ; Stibitz, M. ; Jiráková, H. ; Fritschová, L. ; Šafanda, Jan ; Burda, J. ; Brož, K. ; Karous, M. ; Landa, I. ; Procházka, M. ; Gregor, P. ; Wolfbauer, J. ; Kalaš, P. ; Motlík, J. ; Alinče, Z. ; Spudil, J. ; Pechar, T. ; Mužák, J. ; Sciranková, L.
The project has explored a potential of the Litoměřice geothermal structure. The structure had been forecasted as a suitable one for the geothermal energy exploitation by the previous geothermal research of the Bohemian Massif.
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Report on the geothermal research in borehole GTPVLT-1 (Litoměřice) - appendix
Šafanda, Jan ; Dědeček, Petr ; Krešl, Milan ; Čermák, Vladimír
The report provides detailed information about geothermal research in borehole GTPVLT-1 in the Czech Republic together with all graphic outputs. It includes (i) repeated temperature logs during and after the borehole drilling, (ii) measurements of thermal conductivity and diffusivity of the encountered rock samples, (iii) measurements of radioactive isotopes content of uranium, thorium and potassium in the encountered rock samples and calculation of their radiogenic heat production, (iv) determination of the terrestrial heat flow in the borehole and (v) prognosis of temperature expected down to the depth of 5 km.
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Report on the geothermal research in borehole GTPVLT-1 (Litoměřice)
Šafanda, Jan ; Dědeček, Petr ; Krešl, Milan ; Čermák, Vladimír
The report provides information about geothermal research in borehole GTPVLT-1 in the Czech Republic, which included (i) repeated temperature logs during and after the borehole drilling, (ii) measurements of thermal conductivity and diffusivity of the encountered rock samples, (iii) measurements of radioactive isotopes content of uranium, thorium and potassium in the encountered rock samples and calculation of their radiogenic heat production, (iv) determination of the terrestrial heat flow in the borehole and (v) prognosis of temperature expected down to the depth of 5 km.
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