R: Reactive Transport Modelling in 1d, 2d and 3d

# Reactive Transport Modelling in 1d, 2d and 3d

## Documentation for package ‘ReacTran’ version 1.4.3.2

- DESCRIPTION file
- User guides, package vignettes and other documentation
- Code demos. Use demo() to run them.
- Package NEWS

## Help Pages

ReacTran-package | Reactive transport modelling in 1D, 2D and 3D
advection.1D | One-Dimensional Advection Equation
advection.volume.1D | One-Dimensional Advection Equation
contour.prop.2D | Attaches a Property to a Two-Dimensional Grid
fiadeiro | Advective Finite Difference Weights
g.cylinder | Surface Area and Volume of Geometrical Objects
g.sphere | Surface Area and Volume of Geometrical Objects
g.spheroid | Surface Area and Volume of Geometrical Objects
p.exp | Common Properties with Distance, to be used with setup.prop.1D
p.lin | Common Properties with Distance, to be used with setup.prop.1D
p.sig | Common Properties with Distance, to be used with setup.prop.1D
plot.grid.1D | Creates a One-Dimensional Finite Difference Grid
plot.prop.1D | Attaches a Property to a One-Dimensional Grid
polar2cart | Diffusive Transport in polar (r, theta) coordinates.
ReacTran | Reactive transport modelling in 1D, 2D and 3D
setup.compaction.1D | Calculates Advective Velocities of the Pore Water and Solid Phase in a Water Saturated Sediment assuming Steady State Compaction
setup.grid.1D | Creates a One-Dimensional Finite Difference Grid
setup.grid.2D | Creates a Finite Difference Grid over a Two-Dimensional Rectangular Domain
setup.prop.1D | Attaches a Property to a One-Dimensional Grid
setup.prop.2D | Attaches a Property to a Two-Dimensional Grid
tran.1D | General One-Dimensional Advective-Diffusive Transport
tran.2D | General Two-Dimensional Advective-Diffusive Transport
tran.3D | General Three-Dimensional Advective-Diffusive Transport
tran.cylindrical | Diffusive Transport in cylindrical (r, theta, z) and spherical (r, theta, phi) coordinates.
tran.polar | Diffusive Transport in polar (r, theta) coordinates.
tran.spherical | Diffusive Transport in cylindrical (r, theta, z) and spherical (r, theta, phi) coordinates.
tran.volume.1D | 1-D, 2-D and 3-D Volumetric Advective-Diffusive Transport in an Aquatic System
tran.volume.2D | 1-D, 2-D and 3-D Volumetric Advective-Diffusive Transport in an Aquatic System
tran.volume.3D | 1-D, 2-D and 3-D Volumetric Advective-Diffusive Transport in an Aquatic System