




The molecular ADF program can be applied to gas phase molecules, solvated molecules, and molecules in protein environments. It can treat all elements of the periodic table, and contains state-of-the-art relativistic methods (ZORA and spin-orbit coupling) to treat heavy nuclei. ADF is especially suited for transition metal compounds. It is efficient due to a combination of linear scaling and parallelization techniques, and contains many standard methods for studying potential energy surfaces, as well as a wide range of molecular properties.
| Chemically relevant analysis methods are available (including bond energy decomposition, fragment orbitals, and charge decomposition). The QM/MM implementation enables the treatment of protein environments with many thousands of atoms. ADF includes the very latest meta-GGA and hybrid exchange-correlation functionals, as well as a full range of standard functionals (including B3LYP). |
![]() A 100-atom Pt-complex can currently be handled easily on a modern PC |
While ADF is capable of running solely with text input and output, our optional Graphical User Interface module makes running calculations easier, particularly for beginners.
Its ADFinput module allows users to draw molecules (or import geometries from files), then to select parameters for a calculation via convenient pull-down menus.
The remaining modules of the GUI facilitate launching calculations and visualizing their results.
Step-by-step tutorials
ensure that anyone can see results of basic ADF
calculations within an hour after installation.
The ADF-GUI currently contains the following modules
(click on an image to get a bigger picture):
Demonstration Videos
More ADF-GUI screenshots ...
An ADFMovie example...Note: 2.7 MB
ADF: ADF user documentation
ADF-GUI: tutorials,
reference manual,
quick reference manual
Examples: ADF
References: ADF
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The programs may be run on any machine at your organization, and full support with answers to any question you have or problems you encounter will be provided.
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