What Does CAMM Stand For?

CAMM stands for Cumulative Atomic Multipole Moment For Mol Charge Distributions

CAMM, or Cumulative Atomic Multipole Moment For Mol Charge Distributions, refers to a computational framework used in molecular modeling to describe the distribution of electric charge within a molecule. By representing the charge density through a series of multipole moments, CAMM enables accurate predictions of molecular interactions, electrostatics, and properties such as dipole and quadrupole moments. This approach enhances the understanding of molecular behavior in various chemical environments, contributing to advancements in fields like computational chemistry, molecular dynamics, and materials science.

Other Meanings for CAMM