This report provides a technical description of the RIVM/KNMI PUFF model. The model may be used to calculate, given wind and rain field data, the dispersion of components emitted following an accident, emergency or calamity; the model area may be freely chosen to match the area of concern. The report concentrates on model structure and on model inputs and output. The significance of input parameters is explained and first order estimate values for these are provided. The model's inputs and output are illustrated using examples.<br
The capabilities of nine atmospheric dispersion models (ADMs) in predicting near-field dispersion fr...
Following the accident at the nuclear power station in Chernobyl, KNMI and RIVM developed a model fo...
Nuclear accidents have so far been expected to release gasses and aerosols, but other CBRN events an...
This report provides a technical description of the RIVM/KNMI PUFF model. The model may be used to c...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model i...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model is...
Air dispersion models play a crucial role in nuclear emergency management. It is therefore highly re...
pheric puff dispersion model is described. This three-dimensional model simulates the release of Gau...
Following the accident at the nuclear power station in Chernobyl, KNMI and RIVM developed a model fo...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An operational model system for calculating dispersion during accidental releases is presented. The ...
To help enable the United Kingdom Food Standards Agency to protect the food chain in the event of an...
International audienceThe utilization of numerical atmospheric dispersion prediction (NDP) models fo...
Na het ongeval van Chernobyl hebben het KNMI en RIVM gezamenlijk een model ontwikkeld voor het berek...
The capabilities of nine atmospheric dispersion models (ADMs) in predicting near-field dispersion fr...
Following the accident at the nuclear power station in Chernobyl, KNMI and RIVM developed a model fo...
Nuclear accidents have so far been expected to release gasses and aerosols, but other CBRN events an...
This report provides a technical description of the RIVM/KNMI PUFF model. The model may be used to c...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model i...
In this report an atmospheric transport model (the RIVM/KNMI PUFF- model) is described. The model is...
Air dispersion models play a crucial role in nuclear emergency management. It is therefore highly re...
pheric puff dispersion model is described. This three-dimensional model simulates the release of Gau...
Following the accident at the nuclear power station in Chernobyl, KNMI and RIVM developed a model fo...
Air quality is far from being a new concern but remains an issue demanding increasing attention. The...
Due to the character of the original source materials and the nature of batch digitization, quality ...
An operational model system for calculating dispersion during accidental releases is presented. The ...
To help enable the United Kingdom Food Standards Agency to protect the food chain in the event of an...
International audienceThe utilization of numerical atmospheric dispersion prediction (NDP) models fo...
Na het ongeval van Chernobyl hebben het KNMI en RIVM gezamenlijk een model ontwikkeld voor het berek...
The capabilities of nine atmospheric dispersion models (ADMs) in predicting near-field dispersion fr...
Following the accident at the nuclear power station in Chernobyl, KNMI and RIVM developed a model fo...
Nuclear accidents have so far been expected to release gasses and aerosols, but other CBRN events an...