Molecular Dynamics and the Rouse Model - An Introduction to the ...
Molecular Dynamics and the Rouse Model - An Introduction to the ... Molecular Dynamics and the Rouse Model - An Introduction to the ...
Polymers sit in solvents! Introduction Methods Results Summary Appendix Why am I here? Polymer physics Polymer/solvent interaction (varies with temp.) dictates three situations: 1 polymer ”stretched” ⇒ ”good solvent” 2 ideal random walk ⇒ ”theta condition” 3 collapses to form compact globule Daniel Bridges, Dr. Aniket Bhattacharya Molecular Dynamics and the Rouse Model
Polymers sit in solvents! Introduction Methods Results Summary Appendix Why am I here? Polymer physics Polymer/solvent interaction (varies with temp.) dictates three situations: 1 polymer ”stretched” ⇒ ”good solvent” 2 ideal random walk ⇒ ”theta condition” 3 collapses to form compact globule modeling this behavior ... ⃗F = − ⃗ ∇U Daniel Bridges, Dr. Aniket Bhattacharya Molecular Dynamics and the Rouse Model
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Polymers sit in solvents!<br />
<strong>Introduction</strong><br />
Methods<br />
Results<br />
Summary<br />
Appendix<br />
Why am I here?<br />
Polymer physics<br />
Polymer/solvent interaction (varies with temp.) dictates three<br />
situations:<br />
1 polymer ”stretched” ⇒ ”good solvent”<br />
2 ideal r<strong>and</strong>om walk ⇒ ”<strong>the</strong>ta condition”<br />
3 collapses <strong>to</strong> form compact globule<br />
modeling this behavior ...<br />
⃗F = − ⃗ ∇U<br />
Daniel Bridges, Dr. <strong>An</strong>iket Bhattacharya<br />
<strong>Molecular</strong> <strong>Dynamics</strong> <strong>and</strong> <strong>the</strong> <strong>Rouse</strong> <strong>Model</strong>
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