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Bioretention: Sizing and modeling
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Revision as of 22:06, 28 May 2020
1 byte removed
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4 years ago
→Calculate drawdown time
Line 56:
Line 56:
:<math>t=\frac{nA_{r}}{f'x}ln\left [ \frac{\left (d_{r}+ \frac{A_{r}}{x} \right )}{\left(\frac{A_{r}}{x}\right)}\right]</math>
:<math>t=\frac{nA_{r}}{f'x}ln\left [ \frac{\left (d_{r}+ \frac{A_{r}}{x} \right )}{\left(\frac{A_{r}}{x}\right)}\right]</math>
{{Plainlist|1=Where:
{{Plainlist|1=Where:
−
*''n'' is the porosity of the storage reservoir fill
materials
+
*''n'' is the porosity of the storage reservoir fill
material
*''A<sub>r</sub>'' is the storage reservoir footprint area (m<sup>2</sup>),
*''A<sub>r</sub>'' is the storage reservoir footprint area (m<sup>2</sup>),
*''f''' is the design infiltration rate of the native soil (mm/h),
*''f''' is the design infiltration rate of the native soil (mm/h),
Dean Young
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