Argonne National Laboratory has developed a ceramic waste form to immobilize the salt waste from electrometallurgical treatment of spent nuclear fuel. The process is being scaled up to produce bodies of 100 Kg or greater. With conventional heating, heat transfer through the starting powder mixture necessitates long process times. Coupling of 2.45 GHz radiation to the starting powders has been demonstrated. The radiation couples most strongly to the salt occluded zeolite powder. The results of these experiments suggest that this ceramic waste form could be produced using microwave heating alone, or by using microwave heating to augment conventional heating
Transmission electron microscopy (TEM) examination is presented of the microstructure of a ceramic w...
Argonne National Laboratory has developed a composite ceramic waste form for the disposition of high...
The paper presents experimental results obtained in the manufacture process of glass foam from clear...
An electrometallurgical process is being developed at Argonne National Laboratory to treat spent met...
High-level radioactive wastes generated from nuclear fuel reprocessing require treatment for effecti...
Waste treatments to induce stabilization or recovery of waste materials is an important part of mode...
A base glass suitable for immobilization of nuclear waste was prepared by melt quenching technique u...
This project is devoted to the development of an innovative technique for the disposal of mixed wast...
AbstractPlastic waste is recognized to have pertinent disposal or reprocessing problems under enviro...
Microwave technology was a useful heating process when applied to the recycling of fine stoneware ti...
AbstractIn the submitted paper, the attention was devoted to the application of microwave energy in ...
The paper presents a semi-industrial reactor designed for utilisation of waste moulds and cores made...
A ceramic waste form is being developed by Argonne National Laboratory (ANL) as part of the demonstr...
Argonne National Laboratory has developed a process to immobilize waste salt containing fission prod...
In the late 1980`s development was begun on a process using microwave energy to vitrify low level mi...
Transmission electron microscopy (TEM) examination is presented of the microstructure of a ceramic w...
Argonne National Laboratory has developed a composite ceramic waste form for the disposition of high...
The paper presents experimental results obtained in the manufacture process of glass foam from clear...
An electrometallurgical process is being developed at Argonne National Laboratory to treat spent met...
High-level radioactive wastes generated from nuclear fuel reprocessing require treatment for effecti...
Waste treatments to induce stabilization or recovery of waste materials is an important part of mode...
A base glass suitable for immobilization of nuclear waste was prepared by melt quenching technique u...
This project is devoted to the development of an innovative technique for the disposal of mixed wast...
AbstractPlastic waste is recognized to have pertinent disposal or reprocessing problems under enviro...
Microwave technology was a useful heating process when applied to the recycling of fine stoneware ti...
AbstractIn the submitted paper, the attention was devoted to the application of microwave energy in ...
The paper presents a semi-industrial reactor designed for utilisation of waste moulds and cores made...
A ceramic waste form is being developed by Argonne National Laboratory (ANL) as part of the demonstr...
Argonne National Laboratory has developed a process to immobilize waste salt containing fission prod...
In the late 1980`s development was begun on a process using microwave energy to vitrify low level mi...
Transmission electron microscopy (TEM) examination is presented of the microstructure of a ceramic w...
Argonne National Laboratory has developed a composite ceramic waste form for the disposition of high...
The paper presents experimental results obtained in the manufacture process of glass foam from clear...