Dissolution of nuclear waste glass occurs by corrosion mechanisms similar to those of metallurgical and mineralogic systems albeit on different time scales. The effects of imposed pH and oxidation potential (Eh) conditions existing in natural environments on metals and minerals have been quantitatively and phenomenologically described in compendiums of Pourbaix (pH-potential) diagrams. Construction of Pourbaix diagrams to quantify the response of nuclear waste glasses to repository specific pH and Eh conditions is demonstrated. The expected long-term effects of groundwater contact on the durability of nuclear waste glasses can then be unified. 40 refs., 4 figs., 1 tab
A thermodynamic model of glass durability based on hydration of structural units has been applied to...
A laboratory scale study was carried out on a set of 6 borosilicate waste glasses made from simulate...
This study investigates the use of ‘simple’ glasses, comprising six components, to represent the str...
A thermodynamic model of glass durability is applied to natural, ancient, and nuclear waste glasses....
International audienceThe long term behaviour of materials such as glass, steel and clay has been in...
Glass corrosion in MCC-1 tests at 90{dollar}\sp\circ{dollar}C and 30{dollar}\sp\circ{dollar}C was ch...
Background: We analyse here the well-known U-shaped form of pH-dependence of glass corrosion rates U...
The immobilization of radioactive waste into glass waste forms is a baseline process of nuclear wast...
Within the United Kingdom (UK), it is proposed that nuclear waste will be disposed of in a geologica...
International audienceThe chemical durability of silicate glasses has long been studied for many app...
The durability of natural glasses on geological time scales and ancient glasses for thousands of yea...
This paper reports the results of corrosion tests with monoliths of sodalite, binder glass, and glas...
International audienceLong-term storage of high-level nuclear waste glass in France is expected to o...
We have characterized the corrosion behavior of several Defense Waste Processing Facility (DWPF) ref...
One important application of borosilicate glass is its use as a nuclear waste form to immobilize hig...
A thermodynamic model of glass durability based on hydration of structural units has been applied to...
A laboratory scale study was carried out on a set of 6 borosilicate waste glasses made from simulate...
This study investigates the use of ‘simple’ glasses, comprising six components, to represent the str...
A thermodynamic model of glass durability is applied to natural, ancient, and nuclear waste glasses....
International audienceThe long term behaviour of materials such as glass, steel and clay has been in...
Glass corrosion in MCC-1 tests at 90{dollar}\sp\circ{dollar}C and 30{dollar}\sp\circ{dollar}C was ch...
Background: We analyse here the well-known U-shaped form of pH-dependence of glass corrosion rates U...
The immobilization of radioactive waste into glass waste forms is a baseline process of nuclear wast...
Within the United Kingdom (UK), it is proposed that nuclear waste will be disposed of in a geologica...
International audienceThe chemical durability of silicate glasses has long been studied for many app...
The durability of natural glasses on geological time scales and ancient glasses for thousands of yea...
This paper reports the results of corrosion tests with monoliths of sodalite, binder glass, and glas...
International audienceLong-term storage of high-level nuclear waste glass in France is expected to o...
We have characterized the corrosion behavior of several Defense Waste Processing Facility (DWPF) ref...
One important application of borosilicate glass is its use as a nuclear waste form to immobilize hig...
A thermodynamic model of glass durability based on hydration of structural units has been applied to...
A laboratory scale study was carried out on a set of 6 borosilicate waste glasses made from simulate...
This study investigates the use of ‘simple’ glasses, comprising six components, to represent the str...