| Title |
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Methods of microscopic simulations
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| Lecturer |
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M. Michel MARESCHAL
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| Prerequisites |
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Statistical Physics, thermodynamics
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| Objective |
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Provide the physical basis for microscopic modeling of condensed matter
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| Contents |
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Monte Carlo and Molecular Dynamics of classical systems modeled at the atomistic level, non-equilibrium and equilibrium methods
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| Bibliography |
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D Frenkel and B Smit, understanding molecular imulations
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| Campus and term(s) |
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Campus de la Plaine, 1st and 2nd term
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| Teaching methods |
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Ex-cathedra, plus hands-on exercises
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| Assessment |
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Oral
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| ECTS |
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total: 5 ECTS (théorie: 2, travaux personnels: 3)
The ECTS (European Credit Transfer System) credit is a measure of the student workload for each activity associated with a course. Conventionally, one ECTS credit represents 24h of work.
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| Course thaught in |
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Académie universitaire Wallonie-Bruxelles:
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PHYS-F-413
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NANO6-C: master complémentaire en nanotechnologie - année unique, option nano-chimie (optional)
NANO6-M: master complémentaire en nanotechnologie - année unique, option nano-matériaux (optional)
NANO6-P: master complémentaire en nanotechnologie - année unique, option nano-physique (optional)
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Other faculties, schools or institutes:
This course is administered by l'académie universitaire Wallonie-Bruxelles. Click here to see all programs of study where this course appears.
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