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Atomistic Computer Modeling of Materials Lecture 9

Description: Finite Temperature: Review of Stat Mech and Thermo...
Views: 57  Category: Academic
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Upload date:2008-05-24 06:23:03
Tags:mit material engineering simulations energy model density function total-energy pseudopotential error accuracy quantitive prediction thermodynamic Monte Carlo free energy coarse

Atomistic Computer Modeling of Materials Lecture 10

Description: Molecular Dynamics This course uses the theory...
Views: 71  Category: Academic
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Upload date:2008-05-24 07:10:45
Tags:mit material engineering simulations energy model density function total-energy pseudopotential error accuracy quantitive prediction thermodynamic Monte Carlo free energy coarse

Atomistic Computer Modeling of Materials Lecture 11

Description: Molecular Dynamics This course uses the theory...
Views: 61  Category: Academic
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Upload date:2008-05-24 07:11:44
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Atomistic Computer Modeling of Materials Lecture 12

Description: Molecular Dynamics This course uses the theory...
Views: 59  Category: Academic
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Upload date:2008-05-24 07:12:47
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Atomistic Computer Modeling of Materials Lecture 13

Description: Monte Carlo Simulations: Application to Lattice Mo...
Views: 67  Category: Academic
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Upload date:2008-05-24 07:13:39
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Atomistic Computer Modeling of Materials Lecture 14

Description: Monte Carlo Simulation II and Free Energies Thi...
Views: 63  Category: Academic
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Upload date:2008-05-24 07:14:38
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Atomistic Computer Modeling of Materials Lecture 15

Description: Free Energies and Physical Coarse-Graining This...
Views: 55  Category: Academic
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Upload date:2008-05-24 07:15:22
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Atomistic Computer Modeling of Materials Lecture 16

Description: Model Hamiltonions This course uses the theory ...
Views: 56  Category: Academic
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Upload date:2008-05-24 07:19:21
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Principles of Chemical Science - Lecture 36

Description: Review
Views: 91  Category: Academic
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Upload date:2008-06-04 17:27:12
Tags:mit chemistry chemical atom bond molecule energy metal hybridization

Introduction to Solid State Chemistry Lecture 4

Description: Atomic Spectra of Hydrogen, Matter/Energy Interact...
Views: 76  Category: Academic
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Upload date:2008-06-10 07:55:39
Tags:mit chemistry solid state atom spectra hydrogen matter energy interaction
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