LJUNGSKILE - probabilistic speciation

The probabilistic speciation code LJUNGSKILE couples PHREEQEC with a Latin Hypercube Sampling approach to allow an efficient calculation of species diagrams with uncertainties. LJUNGSKILE has been developed by A. Ödegaard-Jensen, C. Ekberg and G. Meinrath in a cooperation between Chalmers University of Technology at Göteborg/Sweden, RER Consultants Passau/ Germany and Technische Universität Bergakademie Freiberg/Germany.

The code for the version LJUNGSKILE 2.0 is available for download (LJUNGSKILE 2.0). The package includes all necessary programs and example files for projects and databases. Upon starting SETUP.exe, the user is guided through the installation process. More information you can get from this readme. pdf. The following files will be installed.

a) programs:

• phreeqc.exe (the public domain speciation code)
• simulation.exe (Borland C++)
• Ljungskile20.exe (Borland C++)
• LDP20.exe (Visual Basic 5.0)

b) example project files:

• example_Al.prj
• example_Fe.prj

c) data bases:

• example.dat

A manual for the LJUNGSKILE 1.0 is available for Swedish Nuclear Power Inspectorate (SKI03_03.pdf). This report gives a step-by-step description of a Ljungskile project setup, execution and analysis. An update to this manual will be available soon. Bookmark this site and check regularly.

Features:

• high stability
• allows to specify a solid phase and a gaseous phase simultaneously
• additional functionality in the Ljungskile Display Program

Publications

Links