The unique conformation of polymeric chain is a consequence of rotation of the atoms or atom groups around a single bond.
The interfacial loss originates from the excessive polarized interface induced by the fillers, and specifically the movement or rotation of the atoms or molecules in an alternating electric field.
In many solids, even at low temperatures, there occur atomic diffusion and rotation of groups of atoms.
This project is intended for building structures from predefined 3D fragments or single atoms, it offers also tools for typical user tasks as changing of atomic charge, bond order, names, connectivity, or translations, rotations and copying of atoms or atom groups.
In View mode, the molecule cannot be changed, so mouse behavior is limited to rotation of the entire molecule or selecting atoms to provide information.
Hence, the main structural change caused by the addition of MeOH is the rotation of the carboxy oxygen atom toward the pore where it can now form an H bond with a guest molecule (each MeOH molecule also works as an acceptor and forms an additional H bond with the amine group).
This allows for the rapid translation- and rotation-free comparison of atom coordinates, which also permits partial matching.
In this paper, first, we do not consider the rotation of graphene during sliding; the atoms in the graphene are only allowed to move in the x and z directions but are constrained in the y direction, which simplifies the simulations.
At higher frequencies (1012 to 5 × 1014 hertz), in the infrared region of the spectrum, the moving charges are primarily associated with the rotations and vibrations of molecules and the motions of atoms bonded together in materials.
The considered types of variability are rotations of terminal hydrogen atoms, potential side-chain flips for specific residues, alternative tautomeric forms, different protonation states, and alternative orientations of water molecules.
In polycrystals, the discontinuity of lattice rotation occurring across symmetric tilt boundaries is accommodated by the periodic arrangement of atoms in structural units.
