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Seascape
Sponsors ADF-DFT Software
Presentation
Materials
Modeling at Different Length Scales
(MMM-2006)
October
12-14, 2006
Bhabha
Atomic Research Centre
Mumbai,
India
www.barc.gov.in/webpages/symposium/mmm-2006
Main
Topics of discussion
Electronic Structure of Molecules and
Materials
Atomistic Simulation of Materials
including Soft Matter
Materials Simulation within Macroscopic
Length Scale
Theoretical Description and Modelling of
Molecules and Materials at Different
Length Scales
Theoretical and Computational Approaches
to Bridging the Length Scales etc.
ADF
- the Power Tool for Quantum
Chemists!
The Amsterdam Density
Functional (ADF) package, supported by
Seascape, is software for first-principles
electronic structure calculations. ADF is
used in such diverse fields as materials
science to pharmacochemistry. It is
particularly popular in the research areas
of homogeneous and heterogeneous
catalysis, inorganic chemistry, heavy
element chemistry, various types of
spectroscopy, and biochemistry. Indeed,
ADF excels in transition and heavy metal
compounds. It uses Slater functions, not
Gaussian for improved accuracy.
ADF has been developed at the well-known
theoretical chemistry groups in Amsterdam
(Prof. Baerends), Calgary (Prof. Ziegler),
Groningen (Prof. Snijders.
ADF is based on Density Functional Theory
(DFT), which has dominated quantum
chemistry applications since the early
1990s. DFT gives superior accuracy to
Hartree-Fock theory and semi-empirical
approaches. In contrast to conventional ab
initio methods (MP2, CI, CC), it enables
accurate treatment of systems with several
hundreds of atoms (or several thousands
with QM/MM).
Seascape
(www.seascapelearning.com)
represents SCM in California and India.
Seascape R&D Network enables
organizations engaged in nanosciences,
materials, pharma, biotech and chemical
research; to increase the
cost-effectiveness and innovation
potential of their R&D by tapping into
scientific resources from India through
contract, collaborative research projects.
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