Description Usage Arguments Examples
L_filt Function This function calculates the distance in centimeters to reduce the suspended concentration by a factor of C_C0 (i.e., C/C0).
1 2 3 | L_filt(C_C0 = 1e-06, alpha = 1, Kx = 0.02, GRAD = 7e-04, POR = 0.21,
K_units = "cm/s", TEMP = 25, DIA_SUSP = 1e-04, DIA_SOIL = 0.053,
PART_DENS = 2.64)
|
alpha |
Factor that accounts for chemical affects on particle removal. Defaults to a value of 1 (i.e., chemical affects do not enhance particle removal |
Kx |
Defaults to a value of 0.02 cm/s |
GRAD |
Defaults to a value of 0.0007 |
POR |
Defaults to a value of 0.21. The value of 0.21 is the average for medium sand as reported by Johnson (1967) |
K_units |
Units of hydraulic conductivity. Defaults to cm/s but also accepts ft/day. Units should be surrounded by quotation marks to ensure it is treated as a string of text. |
TEMP |
Temperature in units of °C. Defaults to a value of 25°C |
DIA_SUSP |
Diameter of the suspended solids in units of cm |
DIA_SOIL |
Diameter of the soil particles in units of cm |
PART_DENS |
Density of the suspended particle in units of g/cm³ |
C_CO |
Target TSS concentration reduction. Defaults to a value of 1e-6. That is to say that the TSS reduction is a factor of 1,000,000 times |
1 2 | L_filt()
[1] 0.2625636
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