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Kouli_etal_2008_Groundwater modelling_BOOK.pdf - Pantelis ...

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284 Jürgen Geiser<br />

r b<br />

r a<br />

c 0<br />

Figure 6. Quadrants for the rotating pyramid.<br />

Figure 7. Concentration of the first component at the initialization.<br />

Figure 8.<br />

The concentrations of the higher components are strongly retarded. The first component<br />

is transported furthest and rotated in the half circle. The successor components are enlarged<br />

to their predecessors’ sizes. Therefore the characteristic results are fulfilled.<br />

6.3. Realistic Simulations<br />

For the realistic simulation we use forced examples as given by the waste-scenarios of a<br />

disposal, see [11] and [12].<br />

We simulated a radioactive-waste disposal for a potential waste case without flowing<br />

nuclides into the flowing groundwater.<br />

The simulation takes place about 10, 000a and has to answer the question as to how far<br />

the contaminated groundwater was flown. The concentration of the nuclides and the length<br />

of the polluted area is of interest.<br />

Anisotropy Domain : 7300[m] × 160[m] with different transmissible layers.

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