tnp_curves: Compute steady state denudation and constant exposure curves...

In VincentGodard/TCNtools: Terrestrial Cosmogenic Nuclides Calculations

Compute steady state denudation and constant exposure curves for two-nuclides plots

Description

Compute steady state denudation and constant exposure curves for two-nuclides plots

Usage

tnp_curves(
  P1,
  P2,
  Lambda,
  S,
  rho,
  dlim = c(0.1, 1000),
  alim = c(100, 1e+07),
  n = 100
)

Arguments

P1	production and decay parameters for the first nuclide (4 elements vector) p[1] -> unscaled spallation production rate (at/g/a) p[2] -> unscaled stopped muons production rate (at/g/a) p[3] -> unscaled fast muons production rate (at/g/a) p[4] -> decay constant (1/a)
P2	production and decay parameters for the first nuclide (4 elements vector)
S	scaling factors (2 elements vector) S[1] -> scaling factor for spallation S[2] -> scaling factor for muons
rho	density (g/cm3)
dlim	range of denudation rates (m/Ma, optional, default 0.1-1000 m/Ma), two elements vector
alim	range of exposure ages (a, optional, default 100-10e6 a), two elements vector
n	number of evaluation points (optional default 100)
L	Attenuation length (3 elements vector) L[1] -> neutrons L[2] -> stopped muons L[3] -> fast muons

Value

a list with two dataframes containing the concentrations for the two nuclides as a function of denudation rate or exposure age

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