AbstractThe ability to accurately constrain the secular record of high- and ultra-high pressure metamorphism on Earth is potentially hampered as these rocks are metastable and prone to retrogression, particularly during exhumation. Rutile is among the most widespread and best preserved minerals in high- and ultra-high pressure rocks and a hitherto untested approach is to use mineral inclusions within rutile to record such conditions. In this study, rutiles from three different high- and ultrahigh-pressure massifs have been investigated for inclusions. Rutile is shown to contain inclusions of high-pressure minerals such as omphacite, garnet and high silica phengite, as well as diagnostic ultrahigh-pressure minerals, including the first repor...
Zircon is an excellent material to preserve the complex history of ultrahigh-pressure (UHP) metamorp...
International audienceEarth is unique in the Solar System as the only planet characterised by an act...
International audienceRutile, titanite and ilmenite are the most common Ti-bearing minerals found in...
International audienceThe ability to accurately constrain the secular record of high- and ultra-high...
The ability to accurately constrain the secular record of high- and ultra-high pressure metamorphism...
A high pressure polymorph of TiO2, still unnamed and with the structure of α-PbO2, has been recently...
Tracing ultrahigh-pressure (UHP) metamorphism of crustal rocks through the geological record is a ke...
Metamorphic textures in medium-grade (similar to 500-550A degrees C) metasedimentary rocks from the ...
Mineralogical studies and U–Pb dating have been carried out on rutile included in peridotitic and ec...
Zircon exsolution from rutile in ca 2.7Ga ultra-high temperature (UHT; \u3e900°C) lower-crustal gran...
Donghai County in the Jiangsu Province of East China is known for its large-scale production of high...
The occurrence is reported of spectacular oriented needles of rutile within quartz veins and pods in...
Metamorphic textures in medium-grade (~500– 550°C) metasedimentary rocks from the Erzgebirge give ...
The Zr-in-rutile geothermometer is potentially a widely applicable tool to estimate peak metamorphic...
Detailed textural observations and in situ analyses (EMP, SIMS and LA-ICP-MS) are used to characteri...
Zircon is an excellent material to preserve the complex history of ultrahigh-pressure (UHP) metamorp...
International audienceEarth is unique in the Solar System as the only planet characterised by an act...
International audienceRutile, titanite and ilmenite are the most common Ti-bearing minerals found in...
International audienceThe ability to accurately constrain the secular record of high- and ultra-high...
The ability to accurately constrain the secular record of high- and ultra-high pressure metamorphism...
A high pressure polymorph of TiO2, still unnamed and with the structure of α-PbO2, has been recently...
Tracing ultrahigh-pressure (UHP) metamorphism of crustal rocks through the geological record is a ke...
Metamorphic textures in medium-grade (similar to 500-550A degrees C) metasedimentary rocks from the ...
Mineralogical studies and U–Pb dating have been carried out on rutile included in peridotitic and ec...
Zircon exsolution from rutile in ca 2.7Ga ultra-high temperature (UHT; \u3e900°C) lower-crustal gran...
Donghai County in the Jiangsu Province of East China is known for its large-scale production of high...
The occurrence is reported of spectacular oriented needles of rutile within quartz veins and pods in...
Metamorphic textures in medium-grade (~500– 550°C) metasedimentary rocks from the Erzgebirge give ...
The Zr-in-rutile geothermometer is potentially a widely applicable tool to estimate peak metamorphic...
Detailed textural observations and in situ analyses (EMP, SIMS and LA-ICP-MS) are used to characteri...
Zircon is an excellent material to preserve the complex history of ultrahigh-pressure (UHP) metamorp...
International audienceEarth is unique in the Solar System as the only planet characterised by an act...
International audienceRutile, titanite and ilmenite are the most common Ti-bearing minerals found in...