It is now well established that degassing of magma en route to the surface is one of the major process driving volcanic erutions. We have experimentally simulated magma ascent from pressure (P) and temperature (T) conditions corresponding to natural magma chambers, in order to characterize volatile components (X) vesiculation during decompression. Therefore, we have developped, uded and validated two experimental tools allowing the observation of water exsolution from the melt in real time. The starting material was a synthetic hydrous glass of rhyolitic composition. We performed experiments in hydrothermal diamond anvil cells. Water vesiculation was observed from 8-12 kbar to room pressure, at 700-900°C and for 7 to 18 wt.% initially disso...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
The rheological behaviour of synthetic hydrous magmatic suspensions has been experimentally investig...
The rheological behaviour of synthetic hydrous magmatic suspensions has been experimentally investig...
Real time thermal remote sensing of active volcanic systems is a crucial technique for understanding...
Boiling phenomenon, from an energetic point of view, presents a real stake in many fields. This thes...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
It is now well established that degassing of magma en route to the surface is one of the major proce...
The rheological behaviour of synthetic hydrous magmatic suspensions has been experimentally investig...
The rheological behaviour of synthetic hydrous magmatic suspensions has been experimentally investig...
Real time thermal remote sensing of active volcanic systems is a crucial technique for understanding...
Boiling phenomenon, from an energetic point of view, presents a real stake in many fields. This thes...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Spray and aerosol cloud combustion accounts for 25% of the world’s energy use, and yet it remains po...
Through two different applications, we focus on the mechanical coupling between magma and host rocks...