This status report describes the current status for predicting of amorphous phase separation in multicomponent borosilicate glasses and the two major development criteria (composition and thermal history). The goal of this subtask is to perform targeted research activities to define and, where applicable, extend the boundaries of existing phase stability models that restrict HLW glass waste loading. Specifically, the focus will be on delimiting boundaries for immiscible phase separation. The development of data, understanding, and quantitative description for composition and kinetic effects on the development of amorphous phase separation will continue in FY98. This effort will provide insight into the compositional effects on phase stabili...
In this paper, sodium borosilicates glasses were prepared by melting in air. These heat-resistant tr...
High Level Waste (HLW) at Hanford will be converted to a borosilicate glass for disposal. The glass ...
Role of liquid phase stability on the glass forming ability (GFA) has been reviewed and the alloy sy...
The objective of the Tank Focus Area ''Optimize Waste Loading'' task is to enhance the definition of...
Phase separation is shown to have an adverse and unpredictable effect on durability of borosilicate ...
International audienceSodium borosilicate (SBN) glasses concern an important research topic as the t...
SIGLEAvailable from British Library Document Supply Centre- DSC:D44581/83 / BLDSC - British Library ...
The purpose of this report is to provide a methodology for an increase in the efficiency and a decre...
High-level waste (HLW) glass compositions, processing schemes, limits on waste content, and corrosio...
International audienceHighly focused research programs are currently underway in CEA Marcoule to dev...
Several types of phase transformations can occur in glass. The most commonly occurring phase transfo...
International audienceStress corrosion cracking is a well-known phenomenon in oxide glasses. However...
Many silicate and borate glass systems exhibit sub-liquidus immiscibility. The fine-scale microstruc...
The component concentration limits that most influence the predicted Hanford life-cycle HLW glass vo...
As part of the Tanks Focus Area's (TFA) effort to increase waste loading for high-level waste vitrif...
In this paper, sodium borosilicates glasses were prepared by melting in air. These heat-resistant tr...
High Level Waste (HLW) at Hanford will be converted to a borosilicate glass for disposal. The glass ...
Role of liquid phase stability on the glass forming ability (GFA) has been reviewed and the alloy sy...
The objective of the Tank Focus Area ''Optimize Waste Loading'' task is to enhance the definition of...
Phase separation is shown to have an adverse and unpredictable effect on durability of borosilicate ...
International audienceSodium borosilicate (SBN) glasses concern an important research topic as the t...
SIGLEAvailable from British Library Document Supply Centre- DSC:D44581/83 / BLDSC - British Library ...
The purpose of this report is to provide a methodology for an increase in the efficiency and a decre...
High-level waste (HLW) glass compositions, processing schemes, limits on waste content, and corrosio...
International audienceHighly focused research programs are currently underway in CEA Marcoule to dev...
Several types of phase transformations can occur in glass. The most commonly occurring phase transfo...
International audienceStress corrosion cracking is a well-known phenomenon in oxide glasses. However...
Many silicate and borate glass systems exhibit sub-liquidus immiscibility. The fine-scale microstruc...
The component concentration limits that most influence the predicted Hanford life-cycle HLW glass vo...
As part of the Tanks Focus Area's (TFA) effort to increase waste loading for high-level waste vitrif...
In this paper, sodium borosilicates glasses were prepared by melting in air. These heat-resistant tr...
High Level Waste (HLW) at Hanford will be converted to a borosilicate glass for disposal. The glass ...
Role of liquid phase stability on the glass forming ability (GFA) has been reviewed and the alloy sy...