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- Force_field_(chemistry) abstract "In the context of molecular modeling, a force field refers to the form and parameters of mathematical functions used to describe the potential energy of a system of particles (typically molecules and atoms). Force field functions and parameter sets are derived from both experimental work and high-level quantum mechanical calculations. "All-atom" force fields provide parameters for every type of atom in a system, including hydrogen, while "united-atom" force fields treat the hydrogen and carbon atoms in each terminal methyl and each methylene bridge as a single interaction center. "Coarse-grained" force fields, which are frequently used in long-time simulations of proteins, provide even more crude representations for increased computational efficiency.The usage of the term "force field" in chemistry and computational biology differs from the standard usage in physics. In chemistry it is a system of potential energy functions rather than the gradient of a scalar potential, as defined in physics.".
- Force_field_(chemistry) thumbnail Bond_stretching_energy.png?width=300.
- Force_field_(chemistry) wikiPageExternalLink tinker.
- Force_field_(chemistry) wikiPageExternalLink molaris.
- Force_field_(chemistry) wikiPageExternalLink drf90.
- Force_field_(chemistry) wikiPageExternalLink jialigao.org.
- Force_field_(chemistry) wikiPageExternalLink molaris.
- Force_field_(chemistry) wikiPageExternalLink ecepp.
- Force_field_(chemistry) wikiPageExternalLink FFNCAA.
- Force_field_(chemistry) wikiPageExternalLink FFPTM.
- Force_field_(chemistry) wikiPageExternalLink programs.html.
- Force_field_(chemistry) wikiPageExternalLink www.exorga.com.
- Force_field_(chemistry) wikiPageExternalLink gromos.
- Force_field_(chemistry) wikiPageExternalLink jpp.
- Force_field_(chemistry) wikiPageExternalLink www.x-pol.org.
- Force_field_(chemistry) wikiPageExternalLink zarbi.chem.yale.edu.
- Force_field_(chemistry) wikiPageID "2916615".
- Force_field_(chemistry) wikiPageRevisionID "604720745".
- Force_field_(chemistry) hasPhotoCollection Force_field_(chemistry).
- Force_field_(chemistry) subject Category:Force_fields.
- Force_field_(chemistry) subject Category:Intermolecular_forces.
- Force_field_(chemistry) subject Category:Molecular_modelling.
- Force_field_(chemistry) subject Category:Molecular_physics.
- Force_field_(chemistry) type Abstraction100002137.
- Force_field_(chemistry) type Attribute100024264.
- Force_field_(chemistry) type Force105194578.
- Force_field_(chemistry) type Influence105194151.
- Force_field_(chemistry) type IntermolecularForces.
- Force_field_(chemistry) type Power105190804.
- Force_field_(chemistry) type Quality104723816.
- Force_field_(chemistry) comment "In the context of molecular modeling, a force field refers to the form and parameters of mathematical functions used to describe the potential energy of a system of particles (typically molecules and atoms). Force field functions and parameter sets are derived from both experimental work and high-level quantum mechanical calculations.".
- Force_field_(chemistry) label "Champ de force (chimie)".
- Force_field_(chemistry) label "Force field (chemistry)".
- Force_field_(chemistry) label "Force field".
- Force_field_(chemistry) label "Krachtveld".
- Force_field_(chemistry) label "Kraftfeld (Computerphysik)".
- Force_field_(chemistry) label "Pole siłowe".
- Force_field_(chemistry) sameAs Kraftfeld_(Computerphysik).
- Force_field_(chemistry) sameAs Champ_de_force_(chimie).
- Force_field_(chemistry) sameAs Force_field.
- Force_field_(chemistry) sameAs Krachtveld.
- Force_field_(chemistry) sameAs Pole_siłowe.
- Force_field_(chemistry) sameAs m.08cdg9.
- Force_field_(chemistry) sameAs Q610001.
- Force_field_(chemistry) sameAs Q610001.
- Force_field_(chemistry) sameAs Force_field_(chemistry).
- Force_field_(chemistry) wasDerivedFrom Force_field_(chemistry)?oldid=604720745.
- Force_field_(chemistry) depiction Bond_stretching_energy.png.
- Force_field_(chemistry) isPrimaryTopicOf Force_field_(chemistry).
