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Classical Mechanics Lecture 9

Description: Review of first 8 lectures
Views: 122 Category: Academic
User Rating: 0.00 Editor Rating: 0.00
Upload date:2008-05-06 06:41:28
Tags:Classical physics mechanics mit friction free fall kinematics Newton

Classical Mechanics Lecture 4

Description: 3D Kinematics - Free Falling Reference Frames
Views: 128 Category: Academic
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Upload date:2008-05-06 06:43:52
Tags:Classical physics mechanics mit kinematics free fall

Classical Mechanics Lecture 7

Description: Weight - Perceived Gravity - Weightlessness Free Fall - Zero Gravity in Orbit (misnomer)
Views: 132 Category: Academic
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Upload date:2008-05-06 06:45:45
Tags:Classical physics mechanics mit weight gravity free fall

Principles of Chemical Science - Lecture 18

Description: Free Energy of Formation ΔG F
Views: 138 Category: Academic
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Upload date:2008-05-17 15:55:07
Tags:mit chemistry chemical free energy formation

Atomistic Computer Modeling of Materials Lecture 1

Description: Introduction and Case Studies This course uses ...
Views: 104 Category: Academic
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Upload date:2008-05-21 12:29:54
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 2

Description: Potentials, Supercells, Relaxation, Methodology ...
Views: 90 Category: Academic
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Upload date:2008-05-21 12:31:03
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 17

Description: Ab-Initio Thermodynamics and Structure Prediction ...
Views: 87 Category: Academic
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Upload date:2008-05-21 12:32:46
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 18

Description: Accelerated Molecular Dynamics, Kinetic Monte Carl...
Views: 90 Category: Academic
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Upload date:2008-05-21 12:34:17
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 3

Description: Potentials for Organic Materials and Oxides It\...
Views: 88 Category: Academic
User Rating: 0.00 Editor Rating: 0.00
Upload date:2008-05-21 12:39:27
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 4

Description: First Principles Energy Methods: The Many-Body Pro...
Views: 89 Category: Academic
User Rating: 0.00 Editor Rating: 0.00
Upload date:2008-05-21 12:40:55
Tags:mit material engineering simulations energy model density function total-energy pseudopotential error accuracy quantitive prediction thermodynamic Monte Carlo free energy coarse

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