Translation for 'dipole' from English to Italian

dipole

doppietta {f}elettr.

• Keesom forces, also known as dipole–dipole interactions, result from two molecules that have permanent dipoles due to electronegativity differences between atoms in the molecule.
• In order for a vibrational mode in a sample to be "IR active", it must be associated with changes in the dipole moment.
• A stereo dipole is a sound source in an Ambiophonic system, made by two closely spaced loudspeakers that ideally span 10-30 degrees.
• Energy may be transferred between these by dipole-dipole interaction (over short distances) or by fluorescence and reabsorption (over longer distances).
• A changing electromagnetic field which is physically close to currents and charges (see near and far field for a definition of "close") will have a dipole characteristic that is dominated by either a changing electric dipole, or a changing magnetic dipole.

• He also developed the first mathematical description of dipole–dipole interactions in 1921. Thus, dipole–dipole interactions are also known as Keesom interactions.
• A dipole-induced dipole interaction (Debye force) is due to the approach of a molecule with a permanent dipole to another non-polar molecule with no permanent dipole.
• Ion-dipole and dipole-dipole bonds have similar interactions, but are more complicated and are weaker than ionic bonds.
• Solvation involves different types of intermolecular interactions: hydrogen bonding, ion–dipole interactions, and van der Waals forces (which consist of dipole–dipole, dipole–induced dipole, and induced dipole–induced dipole interactions).
• The magnetic field of a magnetic dipole is proportional to its magnetic dipole moment.

• The impedance seen at the feedpoint of a dipole of various lengths has been plotted above, in terms of the real (resistive) component "R"dipole and the imaginary (reactive) component "jX"dipole of that impedance.
• The total molecular dipole moment may be approximated as the vector sum of the individual bond dipole moments.
• The more you optically excite the dielectric material, the more magnetic dipoles are formed, and therefore the more magnetic the material becomes.