soil_mixing_depth: Steady state soil mixing depth

In VincentGodard/TCNtools: Terrestrial Cosmogenic Nuclides Calculations

Steady state soil mixing depth

Description

Compute steady-state soil mixing depth and erosion rate using two nuclides cocnentrations

Usage

soil_mixing_depth(C1, C1_e, C2, C2_e, p1, p2, Lambda, S, rhos, rhob)

Arguments

C1	First nuclide concentration (at/g)
C1_e	First nuclide concentration uncertainty (at/g)
C2	Second nuclide concentration (at/g)
C2_e	Second nuclide concentration uncertainty (at/g)
p1	production and decay parameters for first nuclide (4 elements vector) p1[1] unscaled spallation production rate (at/g/a) p1[2] unscaled stopped muons production rate (at/g/a) p1[3] unscaled fast muons production rate (at/g/a) p1[4] decay constant (1/a)
p2	production and decay parameters for second nuclide (4 elements vector) p2[1] unscaled spallation production rate (at/g/a) p2[2] unscaled stopped muons production rate (at/g/a) p2[3] unscaled fast muons production rate (at/g/a) p2[4] decay constant (1/a)
S	scaling factors (2 elements vector) S[1] scaling factor for spallation S[2] scaling factor for muons
L	Attenuation lengths (3 elements vector in g/cm2) L[1] neutrons L[2] stopped muons L[3] fast muons

Value

A 1 row data frame with the following columns

• Soil depth (m)

• Uncertainty in soil depth (m)

• Erosion rate (m/Ma)

• Uncertainty on erosion rate (m/Ma)

• Covariance

VincentGodard/TCNtools documentation built on Jan. 29, 2023, 9:23 a.m.