This report discusses the results of the examination of three rate laws for glass dissolution. These three are: SLDF, LDF/LDF and ZO/LDF. All three models can fit the results of static powder leach tests reasonably well. The existence of a fundamental relationship between the thermodynamics and the kinetics of glass dissolution/leaching has been demonstrated for the three rate models
AbstractA reliable modeling of the long-term dissolution of HLW glass requires sufficient evaluation...
Far-from-equilibrium, steady-state dissolution rates at pH 4 of asuite of natural glasses, ranging f...
The purpose of this report is to review previous work on the weathering of natural glasses; and to m...
Glass dissolution rates decrease dramatically as glasses approach "saturation" with respect to the l...
A theory based on Grambow`s work on hydration of glass as linear function of solution composition wa...
The primary objective of this report was to analyze a growing body of leachability data to determine...
We present the results of an investigation of a kinetic analysis of the dissolution of the Internati...
We measured the dissolution rate of a simple five-component glass at 70 C using static tests and sin...
We have characterized the corrosion behavior of several Defense Waste Processing Facility (DWPF) ref...
The dissolution rates of many glasses have been observed to increase upon the formation of certain a...
International audienceThis article summarizes the present state of knowledge concerning aqueous alte...
Four models have been applied to a data base to relate glass dissolution in distilled water to compo...
The first comprehensive assessment of the dissolution kinetics of simulant Magnox–ThORP blended UK h...
Borosilicate glass is to be used for permanent disposal of high-level nuclear waste in a geologic re...
Present models for dissolution of silicate minerals and glasses, based on transition-state theory (T...
AbstractA reliable modeling of the long-term dissolution of HLW glass requires sufficient evaluation...
Far-from-equilibrium, steady-state dissolution rates at pH 4 of asuite of natural glasses, ranging f...
The purpose of this report is to review previous work on the weathering of natural glasses; and to m...
Glass dissolution rates decrease dramatically as glasses approach "saturation" with respect to the l...
A theory based on Grambow`s work on hydration of glass as linear function of solution composition wa...
The primary objective of this report was to analyze a growing body of leachability data to determine...
We present the results of an investigation of a kinetic analysis of the dissolution of the Internati...
We measured the dissolution rate of a simple five-component glass at 70 C using static tests and sin...
We have characterized the corrosion behavior of several Defense Waste Processing Facility (DWPF) ref...
The dissolution rates of many glasses have been observed to increase upon the formation of certain a...
International audienceThis article summarizes the present state of knowledge concerning aqueous alte...
Four models have been applied to a data base to relate glass dissolution in distilled water to compo...
The first comprehensive assessment of the dissolution kinetics of simulant Magnox–ThORP blended UK h...
Borosilicate glass is to be used for permanent disposal of high-level nuclear waste in a geologic re...
Present models for dissolution of silicate minerals and glasses, based on transition-state theory (T...
AbstractA reliable modeling of the long-term dissolution of HLW glass requires sufficient evaluation...
Far-from-equilibrium, steady-state dissolution rates at pH 4 of asuite of natural glasses, ranging f...
The purpose of this report is to review previous work on the weathering of natural glasses; and to m...