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The recession of springs can be represented by an exponential decay function

$$Q = Q_1*e^{(-\alpha*t)}$$

where $Q$ is the discharge and $Q_0$ represents the discharge at the beginning of the recession period, $\alpha$ is th recession constant and $t$ is time. This relationship was first proposed by Maillet.

/usr/www/users/uhydro/doku/data/pages/en/hydro/maillet.txt · Last modified: 2024/04/10 10:02 by