Since their technological importance and their abundance, a series of studies on a number of tunnel oxide minerals has been undertaken and discussed in this thesis, aiming at better understanding their properties. Several X-ray diffraction experiments at ambient and non-ambient conditions will be shown, with special attention to the cation distribution within the tunnels and the thermal behavior of these minerals. A series of experiments carried out to identify the presence of water molecules within the tunnels will be described. Besides, the revision of the nomenclature of a specific group of minerals with tunnel structures (hollandite supergroup, the major subject of this work) will be presented

MINERALS OF THE HOLLANDITE SUPERGROUP: CRYSTAL-CHEMISTRY AND THERMAL BEHAVIOR

2013

Abstract

Since their technological importance and their abundance, a series of studies on a number of tunnel oxide minerals has been undertaken and discussed in this thesis, aiming at better understanding their properties. Several X-ray diffraction experiments at ambient and non-ambient conditions will be shown, with special attention to the cation distribution within the tunnels and the thermal behavior of these minerals. A series of experiments carried out to identify the presence of water molecules within the tunnels will be described. Besides, the revision of the nomenclature of a specific group of minerals with tunnel structures (hollandite supergroup, the major subject of this work) will be presented
14-apr-2013
Italiano
Vezzalini, Maria Giovanna
Bonaccorsi, Elena
Pasero, Marco
Bindi, Luca
Università degli Studi di Pisa
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/133534
Il codice NBN di questa tesi è URN:NBN:IT:UNIPI-133534