The Anatomy of a Molecular Mechanics Force-Field The mechanical molecular model considers atoms as spheres and bonds as springs. The mathematics of spring deformation can be used to describe the ability of bonds to stret - Van der Waals - Document - PDFSEARCH.IO

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	The Anatomy of a Molecular Mechanics Force-Field The mechanical molecular model considers atoms as spheres and bonds as springs. The mathematics of spring deformation can be used to describe the ability of bonds to stret Add to Reading List Document Date: 2006-01-23 08:29:04 Open Document File Size: 207,03 KB Share Result on Facebook IndustryTerm electrostatic energy / non-bonded energy accounts / torsional energy / molecular mechanics energy equation / energy term / torsion energy / potential energy / energy terms / energy equation / energy / / Organization Molecular Mechanics Force / / Product dihedral / / Technology dielectric / / SocialTag Computational chemistry Molecular physics Quantum chemistry Molecular mechanics Chemical bond Alkane stereochemistry Molecule Van der Waals force Molecular geometry Chemistry

The Anatomy of a Molecular Mechanics Force-Field The mechanical molecular model considers atoms as spheres and bonds as springs. The mathematics of spring deformation can be used to describe the ability of bonds to stretAdd to Reading List