Abstract
Bench scale runs on concentration of intermediate level radioactive wastes, and incorporation of the concentrates in asphalt, are described. The feasibility of the process has been demonstrated, with a maximum incorporation of 60 percent of salts into the asphaltic matrix and a volume reduction factor of 10. (Author) 14 refs.
Citation Formats
Nuche, Vazquez F, and Lora Soria, F de.
Concentration and solidification of liquid radioactive wastes. Laboratory studies; Concentracion e inmovilizacion de residuos liquidos radiactivos. Estudio de Laboratorio.
Spain: N. p.,
1969.
Web.
Nuche, Vazquez F, & Lora Soria, F de.
Concentration and solidification of liquid radioactive wastes. Laboratory studies; Concentracion e inmovilizacion de residuos liquidos radiactivos. Estudio de Laboratorio.
Spain.
Nuche, Vazquez F, and Lora Soria, F de.
1969.
"Concentration and solidification of liquid radioactive wastes. Laboratory studies; Concentracion e inmovilizacion de residuos liquidos radiactivos. Estudio de Laboratorio."
Spain.
@misc{etde_21125885,
title = {Concentration and solidification of liquid radioactive wastes. Laboratory studies; Concentracion e inmovilizacion de residuos liquidos radiactivos. Estudio de Laboratorio}
author = {Nuche, Vazquez F, and Lora Soria, F de}
abstractNote = {Bench scale runs on concentration of intermediate level radioactive wastes, and incorporation of the concentrates in asphalt, are described. The feasibility of the process has been demonstrated, with a maximum incorporation of 60 percent of salts into the asphaltic matrix and a volume reduction factor of 10. (Author) 14 refs.}
place = {Spain}
year = {1969}
month = {Jul}
}
title = {Concentration and solidification of liquid radioactive wastes. Laboratory studies; Concentracion e inmovilizacion de residuos liquidos radiactivos. Estudio de Laboratorio}
author = {Nuche, Vazquez F, and Lora Soria, F de}
abstractNote = {Bench scale runs on concentration of intermediate level radioactive wastes, and incorporation of the concentrates in asphalt, are described. The feasibility of the process has been demonstrated, with a maximum incorporation of 60 percent of salts into the asphaltic matrix and a volume reduction factor of 10. (Author) 14 refs.}
place = {Spain}
year = {1969}
month = {Jul}
}