Abstract
The large scale system represented by a gaseous diffusion plant model, and its hierarchical mathematical structure are the reasons for a decomposition method, minimizing the total cost of enrichment. This procedure has been used for years in the optimization problems of the french projects.
Citation Formats
Guais, J. C.
Hierarchical optimization in isotope separation-gaseous diffusion: plant, cascade, stage, principles, and applications.
France: N. p.,
1975.
Web.
Guais, J. C.
Hierarchical optimization in isotope separation-gaseous diffusion: plant, cascade, stage, principles, and applications.
France.
Guais, J. C.
1975.
"Hierarchical optimization in isotope separation-gaseous diffusion: plant, cascade, stage, principles, and applications."
France.
@misc{etde_4952544,
title = {Hierarchical optimization in isotope separation-gaseous diffusion: plant, cascade, stage, principles, and applications}
author = {Guais, J. C.}
abstractNote = {The large scale system represented by a gaseous diffusion plant model, and its hierarchical mathematical structure are the reasons for a decomposition method, minimizing the total cost of enrichment. This procedure has been used for years in the optimization problems of the french projects.}
place = {France}
year = {1975}
month = {Sep}
}
title = {Hierarchical optimization in isotope separation-gaseous diffusion: plant, cascade, stage, principles, and applications}
author = {Guais, J. C.}
abstractNote = {The large scale system represented by a gaseous diffusion plant model, and its hierarchical mathematical structure are the reasons for a decomposition method, minimizing the total cost of enrichment. This procedure has been used for years in the optimization problems of the french projects.}
place = {France}
year = {1975}
month = {Sep}
}