Dr Celine Crepisson: Publications

The Xe‐SiO2 System at Moderate Pressure and High Temperature

Geochemistry Geophysics Geosystems American Geophysical Union (AGU) 20:2 (2019) 992-1003

Authors:

C Crépisson, C Sanloup, M Blanchard, J Hudspeth, K Glazyrin, F Capitani

More details from the publisher

The Xe-SiO2 system at Moderate pressure and High temperature conditions.

Geochemistry, Geophysics, Geosystems 20 (2), pp 992-1003.

Authors:

Crépisson C., Sanloup C., Blanchard M., Hudspeth J., Glazyrin K., Capitani F.

Abstract:

Kr environments in a feldspathic glass and melt: a high pressure, high temperature X-ray absorption study.

Chemical Geology 493, pp 525-531.

Authors:

Crépisson C., Sanloup C., Cormier L., Blanchard M., Hudspeth J., Rosa A., Irifune T., Mathon O.

Abstract:

New constraints on Xe incorporation mechanisms in olivine from first-principles calculations

Geochimica et Cosmochimica Acta 222, pp 146-155.

Authors:

Crépisson C., Blanchard M., Lazzeri M., Balan E., Sanloup C.

Abstract:

Lutetium incorporation in magmas at depth: Implication for partitioning and geochemical tracing

Earth and Planetary Science.

Authors:

C. de Grouchy, C. Sanloup, B. Cochain, J.W.E. Drewitt, D. Daisenberger, Y. Kono and C. Crépisson

Dr Celine Crepisson

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The Xe‐SiO2 System at Moderate Pressure and High Temperature

Authors:

The Xe-SiO2 system at Moderate pressure and High temperature conditions.

Authors:

Abstract:

Kr environments in a feldspathic glass and melt: a high pressure, high temperature X-ray absorption study.

Authors:

Abstract:

New constraints on Xe incorporation mechanisms in olivine from first-principles calculations

Authors:

Abstract:

Lutetium incorporation in magmas at depth: Implication for partitioning and geochemical tracing

Authors:

Abstract:

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Dr Celine Crepisson

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The Xe‐SiO2 System at Moderate Pressure and High Temperature

Authors:

The Xe-SiO2 system at Moderate pressure and High temperature conditions.

Authors:

Abstract:

Kr environments in a feldspathic glass and melt: a high pressure, high temperature X-ray absorption study.

Authors:

Abstract:

New constraints on Xe incorporation mechanisms in olivine from first-principles calculations

Authors:

Abstract:

Lutetium incorporation in magmas at depth: Implication for partitioning and geochemical tracing

Authors:

Abstract: