Now showing items 1-4 of 4
Resolving the nanoscale mechanisms of calcite growth and dissolution from nonstoichiometric and microbial solutions
The relative rates of calcite (CaCO3) precipitation and dissolution largely determine the preservation and subsequent accumulation of carbonate in the geologic record and are fundamental parameters for predicting the fate ...
Feldspar dissolution kinetics and equilibrium: Implications for natural and engineered systems
The chemical composition of groundwater is controlled largely by subsurface mineral/fluid interactions. Experimental measurement of plagioclase dissolution rates provides a critical means of understanding the relationship ...
A general kinetic model: Kinetics and atomic-scale mechanisms of feldspar dissolution
This thesis presents a general kinetic model and its application to feldspar dissolution. In the framework of Monte Carlo methods, the model simulates the stochastic processes of feldspar dissolution by incorporating bond ...
A multi-scale approach to study silicate dissolution: Kinetic Monte Carlo simulations and experimental observations
Dissolution of silicate minerals is an important part of many geological processes taking place on Earth’s surface as well as in the deep crust. Weathering of rocks and soil formation, metasomatic rock alteration by ...