EMSP supported research of millimeter-wave technology for nuclear waste glass melter monitoring has been very productive in establishing this field and showing great progress. This work has garnered significant recognition, winning an R&D 100 Award for viscosity monitoring, a Best Paper Award by the American Ceramic Society for nuclear waste glass monitoring, investment by the Glass Plus industry consortium to test this technology for glass fiber manufacture, investment by Savannah River Technology Center in purchasing key hardware components for additional tests, and Japanese initiated exchange visits between MIT and the vitrification facilities at Japanese Atomic Energy Research Institute (JAERI) in Tokai to review this technology. Th...
The glass industry, with support from the U.S. Department of Energy (DOE), undertook a project to si...
This memo report summarizes our current knowledge of the appearance of melt glass formed and subsequ...
A new process of microwave glass heating reflects trends of glass industrial research towards ecolog...
New real-time sensors for characterizing glass melts in high level waste (HLW) and low activity wast...
Molten glass characteristics of temperature, resistivity, and viscosity can be monitored reliably in...
The primary objectives of the current research is to develop on-line sensors for characterizing molt...
Millimeter-wave technologies can provide novel and reliable on-line monitoring capability for many i...
A base glass suitable for immobilization of nuclear waste was prepared by melt quenching technique u...
Supported by the U. S. Department of Energy, Environmental Management Science Program
Hanford Waste Vitrification Program (HWVP) activities for FY 1985 have included engineering and pilo...
Liquid waste, made from zirconium-clad UO/sub 2/ power reactor fuel with an average burnup of 25,000...
Pilot waste-glass melter operations have indicated a tendency for noble-metal fission-product accumu...
Vitrification is currently the most widely used technology for the treatment of high level radioacti...
The aim of the melt development program is to produce meltformed ceramic products that have the opti...
In support of the Residue Treatment Technology (RTT) Microwave Solidification project, Waste Project...
The glass industry, with support from the U.S. Department of Energy (DOE), undertook a project to si...
This memo report summarizes our current knowledge of the appearance of melt glass formed and subsequ...
A new process of microwave glass heating reflects trends of glass industrial research towards ecolog...
New real-time sensors for characterizing glass melts in high level waste (HLW) and low activity wast...
Molten glass characteristics of temperature, resistivity, and viscosity can be monitored reliably in...
The primary objectives of the current research is to develop on-line sensors for characterizing molt...
Millimeter-wave technologies can provide novel and reliable on-line monitoring capability for many i...
A base glass suitable for immobilization of nuclear waste was prepared by melt quenching technique u...
Supported by the U. S. Department of Energy, Environmental Management Science Program
Hanford Waste Vitrification Program (HWVP) activities for FY 1985 have included engineering and pilo...
Liquid waste, made from zirconium-clad UO/sub 2/ power reactor fuel with an average burnup of 25,000...
Pilot waste-glass melter operations have indicated a tendency for noble-metal fission-product accumu...
Vitrification is currently the most widely used technology for the treatment of high level radioacti...
The aim of the melt development program is to produce meltformed ceramic products that have the opti...
In support of the Residue Treatment Technology (RTT) Microwave Solidification project, Waste Project...
The glass industry, with support from the U.S. Department of Energy (DOE), undertook a project to si...
This memo report summarizes our current knowledge of the appearance of melt glass formed and subsequ...
A new process of microwave glass heating reflects trends of glass industrial research towards ecolog...