A simple algorithm for the numerical solution of the Schrdinger equation for a one-dimensional problem with a generic potential and its practical implementation in a computer program (called Kmonodim) is presented. This approach allows the study of bound states and can be used in a laboratory course of quantum chemistry to study simple model problems or real systems for which analytical solutions cannot be obtained. The Kmonodim program is written using the C++ and Fortran languages: the management of the input and output data is performed through a graphical user interface (GUI) written using the QT/KDE libraries of the Linux KDE graphical client. The program is freely distributed under the GNU General Public License.
Supplement
The Kmonodim program is available for download.
Contents
Folder JCE2005p0795W containing instructions for installation (HTML), full documentation (HTML), and program files in a variety of formats.
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