OneD
Excel implementations of analytical solutions for one-dimensional transport of solutes in groundwater.
These solutions are capable of representing the following physical transport processes:
• One-dimensional advection with a uniform Darcy flux;
• One-dimensional dispersion (mechanical dispersion and molecular diffusion);
• Linear, equilibrium sorption; and
• First-order transformation reaction.
ONED_1:
Excel - Based Analytical Solution for One-Dimensional Solute Transport with a Type 1 (Dirichlet) Boundary Condition at the Inlet.
Key Features
- General time-varying source concentration history can be specified, with the automatic creation and display of the source history
- A non-zero initial concentration may be specified
- User- Friendly Input / Output
- Breakthrough curve and concentration-profile plot output in Excel and .PNG formats
ONED_3:
Excel-based Analytical Solution for One-Dimensional Solute Transport with a Type III (Cauchy, Robbins, radiation, natural) Boundary Condition at the Inlet
Key Features
- General time-varying source mass flux history can be specified, with the automatic creation and display of the source history
- A non-zero initial concentration may be specified
- User- Friendly Input / Output
- Breakthrough curve and concentration-profile plot output in Excel and .PNG formats
ONED_FL:
Excel-Based Analytical Solution for One-Dimensional Solute Transport Across a finite-domain with a Type I (Dirichlet) Boundary Condition at both ends
Key Features
- Generalized solution of Al-Niami and Rushton (1977) to include reactions and more general initial and boundary conditions
- Solution can accommodate advection with or against diffusion, and purely diffusive transport
- General time-varying source concentration history can be specified, with the automatic creation and display of the source history
- A non-zero initial concentration may be specified
- User- Friendly Input / Output
- Breakthrough curve and concentration-profile plot output in Excel and .PNG formats
Input / Output
User- Friendly Input
Excel program can produce breakthrough curves and concentration profiles in accordance with user-specifications
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SSP&A's software is provided "AS IS", without warranty of any kind, including, without limitation, the warranties of merchantability, fitness for a particular purpose and non-infringement. We request only that application of the software and production of results using the code is accompanied by a suitable acknowledgment. The entire risk and responsibility as to the quality and performance of the Software is borne by the user. SSP&A disclaims all other warranties.