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The age of water approach uses the DYE constituent, referred to as "age" in days. The transport equation for the AGE constituent having an "age" (equivalent to a "mass") per unit volume C, is:
Where:
C represents the AGE;
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...
The age of water approach uses the DYE constituent, referred to as "age" in days. The transport equation for the AGE constituent having an "age" (equivalent to a "mass") per unit volume C, is:
Where:
C represents the AGE;
...