English: Physics on a molecular scale. The atoms in a molecule can be modeled as charged spheres connected by springs that maintain bond lengths and angles. The charged atoms interact with each other (via Coulomb's law) and with solvent. The model shown is called a molecular mechanics potential energy function, and it is used by programs like Folding@Home to simulate how molecules move and behave. The molecule shown is an alanine dipeptide.
Ini merupakan gambar hasil penyuntingan yang berarti bahwa gambar tersebut telah diubah secara digital dari versi asli. Perubahan: Re-rendered source POV with improved lighting, changed layout slightly. Versi asli dapat dilihat di sini: MM PEF.png: . Perubahan dibuat oleh Dhatfield.
pikeun babagi – pikeun nyalin, nyebarkeun, sarta nyalabarkeun karyana
pikeun nyampurkeun – pikeun ngarobah karyana
Dumasar kana kaayaan di handap:
atribusi – Anjeun kudu ngatribusi karya ku cara nu geus ditangtukeun ku nu nyieun atawa nu méré lisénsi (tapi lain ku jalan nu sigana téh maksa pikeun Anjeun maké éta karya).
BabagiSarupa – Lamun anjeun ngadumaniskeun, ngarobah, atawa nyieun turunan tina éta bahan, anjeun kudu nyebarkeun kontribusi anjeun maké lisénsi anu sarua jeung nu aslina.
2008-06-10T07:53:10Z Edboas 2880x2200 (1053166 Bytes) {{Information |Description={{en|1=Molecular mechanics potential energy function with continuum solvent.}} |Source=Own work by uploader |Author=[[User:Edboas|Edboas]] |Date=2007 |Permission= |other_versions= }} Please cite: Bo
{{Information |Description={{en|1=Physics on a molecular scale. The atoms in a molecule can be modeled as charged spheres connected by springs that maintain bond lengths and angles. The charged atoms interact with each other (via Coulomb's law) and with