In the calculations of Hp-π interactions polarization functions, diffuse functions, and floating functions are necessary.
The general equations have been obtained to describe the phonon spectrum taking into account the interaction of polarization and deformation potentials.
The influence of electromagnetic interaction on polarization has been repeatedly emphasized in studies of aggregated particles (see Kolokolova and Kimura, 2010, and references therein).
The functions of these genes were involved in several aspects: molecular transport; cellular signaling and interaction; cellular polarization; cell cycle; DNA replication, recombination, and repair; cell apoptosis; cellular growth and proliferation; cellular movement.
Further bioinformatic analysis demonstrated the major functions of these genes were related molecular transport, cellular signaling and interaction, cellular polarization, cell cycle, cell apoptosis, cellular growth and proliferation, cellular movement, DNA replication, recombination and repair (see Additional file 2 and 3).
Phase transitions in colloidal systems can be induced by external electric fields due to interactions between polarization charges.
41, 51 We note that a popular method to deduce ordering in ionic systems based on Madelung potentials/energies fails, highlighting the importance of short-range interactions and polarization for KTaO3.
The domain wall energy and the long-range mechanical and electrical interactions between polarizations are taken into account.
The polarization interaction dominates the adsorption of H2 by the B6Na8 cluster.
The rapid deployment of an external electric field enables us to align the dielectric particles in chains irrespective of their charge due to the long-range induced polarization interaction.
