© 2017 the European Mineralogical Union and the Mineralogical Society of Great Britain & Ireland. Kinetics of reactions between minerals and solutions govern a wide range of natural and technological processes including weathering and soil formation, nutrient availability, biomineralization, acid mine-drainage, the fate of contaminants, or nuclear waste disposal. Theoretical and experimental studies performed in recent decades have changed our understanding of the mechanisms of mineral-solution reactions significantly. This chapter reviews recent results and advances in terms of non-classical mineral-growth processes (pre-nucleation clusters, liquid and amorphous precursor phases or the occurrence and participation of nanoclusters as buil...
Natural sciences have experienced important developments when the insights into both matter and its ...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...
Aqueous–solid solution (AQ-SS) processes have garnered increasing attention from geochemists and env...
The reactions that occur at the mineral–water interface are central to all geochemical processes. Th...
Reactions occurring at mineral–fluid interfaces are important in all geochemical processes and essen...
International audienceThe controlling mechanisms of mineral dissolution/precipitation reactions are ...
Mineral replacement is a common phenomenon in a wide range of geological environments. Metasomatism,...
This research aims to use advanced classical molecular dynamics simulations (CMD) and rare event sim...
International audienceWe present a theoretical formalism, which, for the first time, accounts for nu...
© Commonwealth Scientific and Industrial Research Organisation (CSIRO) 2017. Fundamental Dissolution...
Mineral replacement reactions take place primarily by dissolution-reprecipitation processes. Process...
The volume change of solid phases associated with dissolution and precipitation reactions during min...
The second Karlsruhe Geochemical Workshop is dedicated to the improved understanding of water/solid ...
Throughout Earth, rocks respond to changing physical and chemical conditions by converting one rock ...
Natural sciences have experienced important developments when the insights into both matter and its ...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...
Aqueous–solid solution (AQ-SS) processes have garnered increasing attention from geochemists and env...
The reactions that occur at the mineral–water interface are central to all geochemical processes. Th...
Reactions occurring at mineral–fluid interfaces are important in all geochemical processes and essen...
International audienceThe controlling mechanisms of mineral dissolution/precipitation reactions are ...
Mineral replacement is a common phenomenon in a wide range of geological environments. Metasomatism,...
This research aims to use advanced classical molecular dynamics simulations (CMD) and rare event sim...
International audienceWe present a theoretical formalism, which, for the first time, accounts for nu...
© Commonwealth Scientific and Industrial Research Organisation (CSIRO) 2017. Fundamental Dissolution...
Mineral replacement reactions take place primarily by dissolution-reprecipitation processes. Process...
The volume change of solid phases associated with dissolution and precipitation reactions during min...
The second Karlsruhe Geochemical Workshop is dedicated to the improved understanding of water/solid ...
Throughout Earth, rocks respond to changing physical and chemical conditions by converting one rock ...
Natural sciences have experienced important developments when the insights into both matter and its ...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...
Fluid-mediated mineral dissolution and reprecipitation processes are the most common mineral reactio...