Low-pressure–temperature stability of pyrope + quartz relative to orthopyroxene + kyanite: a new model for aluminous orthopyroxene with vacancies

RT @ncgeol: I synthesized kyanite and experimentally determined the reaction boundary for enstatite + kyanite → pyrope + quartz for my Ph.D…

RT @ncgeol: I synthesized kyanite and experimentally determined the reaction boundary for enstatite + kyanite → pyrope + quartz for my Ph.D…

I synthesized kyanite and experimentally determined the reaction boundary for enstatite + kyanite → pyrope + quartz for my Ph.D. study. https://t.co/9eEWLvxYgK https://t.co/zLIJMnBWOv

RT @ncgeol: I have a Ph.D. project involving experiments on aluminum incorporation in orthopyroxene. The application may be a great geother…

RT @ncgeol: I have a Ph.D. project involving experiments on aluminum incorporation in orthopyroxene. The application may be a great geother…

I have a Ph.D. project involving experiments on aluminum incorporation in orthopyroxene. The application may be a great geothermometer for UHT metamorphism because of the low diffusion rate of Al in Opx during cooling. #MinCup2019 #teampyroxene @MSG_1981

RT @ncgeol: My first lead-author paper just published on CMP, reporting a work of experimental petrology and thermodynamic calculation on a…

My first lead-author paper just published on CMP, reporting a work of experimental petrology and thermodynamic calculation on aluminous orthopyroxene with vacancies. #petrology #mineralogy https://t.co/JJ3fNSypgA