Editorial Board

+Volume 56, issue 2, 2023

+Volume 56, issue 1, 2023

+Volume 55, issue 2, 2022

+Volume 55, issue 1, 2022

+Volume 54, issue 2, 2021

+Volume 54, issue 1, 2021

+Volume 53, issue 2, 2020

+Volume 53, issue 1, 2020

+Volume 52, issue 2, 2019

+Volume 52, issue 1, 2019

+Volume 51, issue 2, 2018

+Volume 51, issue 1, 2018

+Volume 50, issue 2, 2017

+Volume 50, issue 1, 2017

+Volume 49, 2016

+Volume 48, 2015 (GRR for 2014)

+Volume 47, 2014 (GRR for 2013)

+Volume 46, 2013 (GRR for 2012)

+Volume 45, 2012 (GRR for 2011)

+Volume 44, 2011 (GRR for 2010)

+Volume 43, 2010 (GRR for 2009)

+Volume 42, 2009 (GRR for 2008)

+Volume 41, 2008 (GRR for 2007)

+Volume 40, 2007 (GRR for 2006)

+Volume 39, 2006 (GRR for 2005)

–Volume 38, 2005 (GRR for 2004)

Regional Geology and Stratigraphy

Quaternary, Engineering Geology

Mineralogy, Petrology, Geochemistry

Geophysics, Radioactivity

Research Abroad

Building and Decorative Stones

+Volume 37, 2004 (GRR for 2003)

+Volume 36, 2003 (GRR for 2002)

+Volume 35, 2002 (GRR for 2001)

+Volume 34, 2001 (GRR for 2000)

+Volume 33, 2000 (GRR for 1999)

+Volume 32, 1999 (GRR for 1998)

+Volume 31, 1998 (GRR for 1997)

+Volume 30, 1997 (GRR for 1996)

+Volume 29, 1996 (GRR for 1995)

+Volume 28, 1995 (GRR for 1994)

+Volume 27, 1994 (GRR for 1993)

+Volume 26, 1993 (GRR for 1992)

+Volume 25, 1993 (GRR for 1991)

Publisher © Czech Geological Survey, ISSN: 2336-5757 (online), 0514-8057 (print)

Liebigite from the uranium deposit Zálesí u Javorníka

Alexandr Martaus, Karel Malý

Geoscience Research Reports 38, 2005 (GRR for 2004), pages 106–108

Keywords: uranium, uranium deposit, liebigite, uranyl carbonate

Map sheets: Bílý Potok (04-43)

Full text (PDF, 0.85 MB)

Abstract

The uranium deposit Zálesí u Javorníka is located in the eastern part of the Orlice-Kladsko crystalline complex, northern section of the Bohemian Massif. Mining activity in this area lasted from 1958 to 1968. Uranyl tricarbonate liebigite Ca2[(UO2)(CO3)3] . 11H2O was discovered as a new secondary uranium mineral phase for this deposit. X-ray powder diffraction and SEM/EDX analytical techniques were used for identification. Calculated lattice parameters and determined chemical composition correspond to other published data for liebigite from other uranium deposits in the world.