One equation that solves for this value sums the ionic radii in its denominator under their charges and is named for Anatoli Kapustinskii.
One equation that solves for this value sums the ionic radii in its denominator under their charges and is named for Anatoli Kapustinskii. That equation does not make use of the Madelung constant, which shows up in other equations for solving this value named for Born-Mayer and Born-Lande. This value cannot be measured directly, but it can be estimated by using the Born-Haber cycle. The energy of crystallization is sometimes used as the opposite of this term. For 10 points, name the type of energy released when gaseous ions are condensed into a solid.
One equation that solves for this value sums the ionic radii in its denominator under their charges and is named for Anatoli Kapustinskii.
{lattice} energy