Abstract
To access the long-term safety of radioactive waste disposal systems, validation of predictive models is essential and large efforts should be given to barriers, particularly geologic barriers. This work appears in the form of four volumes, the subject of the second part is described below. HERODE (calculation of relief altitude under erosion process from 0 to 100000 years) is a weathering and erosion computerized simulation. The model describes materials and rocks transport and also substratum weathering process. FORTRAN 77 is the software language. 31 figs., 6 tabs., 40 refs..
Seguin, J J;
Fourniguet, J;
Peaudecerf, P
[1]
- Bureau de Recherches Geologiques et Minieres (BRGM), 45 - Orleans (France)
Citation Formats
Seguin, J J, Fourniguet, J, and Peaudecerf, P.
Development of modelling and forecasting in geology. (Volume 2). Herode model: weathering and erosion computerized simulation; Geoprospective: developpement de la modelisation. Volume 2. Simulation couplee de l`alteration et de l`erosion: le modele Herode.
France: N. p.,
1990.
Web.
Seguin, J J, Fourniguet, J, & Peaudecerf, P.
Development of modelling and forecasting in geology. (Volume 2). Herode model: weathering and erosion computerized simulation; Geoprospective: developpement de la modelisation. Volume 2. Simulation couplee de l`alteration et de l`erosion: le modele Herode.
France.
Seguin, J J, Fourniguet, J, and Peaudecerf, P.
1990.
"Development of modelling and forecasting in geology. (Volume 2). Herode model: weathering and erosion computerized simulation; Geoprospective: developpement de la modelisation. Volume 2. Simulation couplee de l`alteration et de l`erosion: le modele Herode."
France.
@misc{etde_10116526,
title = {Development of modelling and forecasting in geology. (Volume 2). Herode model: weathering and erosion computerized simulation; Geoprospective: developpement de la modelisation. Volume 2. Simulation couplee de l`alteration et de l`erosion: le modele Herode}
author = {Seguin, J J, Fourniguet, J, and Peaudecerf, P}
abstractNote = {To access the long-term safety of radioactive waste disposal systems, validation of predictive models is essential and large efforts should be given to barriers, particularly geologic barriers. This work appears in the form of four volumes, the subject of the second part is described below. HERODE (calculation of relief altitude under erosion process from 0 to 100000 years) is a weathering and erosion computerized simulation. The model describes materials and rocks transport and also substratum weathering process. FORTRAN 77 is the software language. 31 figs., 6 tabs., 40 refs..}
place = {France}
year = {1990}
month = {Dec}
}
title = {Development of modelling and forecasting in geology. (Volume 2). Herode model: weathering and erosion computerized simulation; Geoprospective: developpement de la modelisation. Volume 2. Simulation couplee de l`alteration et de l`erosion: le modele Herode}
author = {Seguin, J J, Fourniguet, J, and Peaudecerf, P}
abstractNote = {To access the long-term safety of radioactive waste disposal systems, validation of predictive models is essential and large efforts should be given to barriers, particularly geologic barriers. This work appears in the form of four volumes, the subject of the second part is described below. HERODE (calculation of relief altitude under erosion process from 0 to 100000 years) is a weathering and erosion computerized simulation. The model describes materials and rocks transport and also substratum weathering process. FORTRAN 77 is the software language. 31 figs., 6 tabs., 40 refs..}
place = {France}
year = {1990}
month = {Dec}
}