Using the surface forces apparatus, which can measure small changes in thickness occurring even at essentially geological timescales, we have measured dissolution of quartz sheets when pressed against muscovite mica surfaces in aqueous electrolyte solution, but no dissolution is observed under dry conditions. It is postulated that the dissolved quartz may reprecipitate outside the contact junction as a fragile silica gel, which could be the main factor limiting the rate of further dissolution.<br /
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Dissolution behaviors of trace muscovite during pressure leaching of hydrothermal vein quartz using ...
Dissolution behaviors of trace muscovite during pressure leaching of hydrothermal vein quartz using ...
Intergranular pressure solution (IPS) is an important compaction and deformation mechanism in quartz...
International audienceA single quartz powder was dissolved at 200°C and 250°C under far from equilib...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
The dissolution and precipitation of silica minerals in rocks, soils, and sediments are essential pr...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Although quartz is a stable mineral at Earth surface conditions, field samples have shown its rapid ...
Dissolution behaviors of trace muscovite during pressure leaching of hydrothermal vein quartz using ...
Dissolution behaviors of trace muscovite during pressure leaching of hydrothermal vein quartz using ...
Intergranular pressure solution (IPS) is an important compaction and deformation mechanism in quartz...
International audienceA single quartz powder was dissolved at 200°C and 250°C under far from equilib...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
Stress-induced mineral dissolution at contacts is a critical geophysical process in a broad spectrum...
The dissolution and precipitation of silica minerals in rocks, soils, and sediments are essential pr...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...
Intergranular pressure solution plays a key role as a deformation mechanism during diagenesis and in...