As the ionic radius of either the cation or anion increases, this quantity decreases, and solids consisting of divalent ions have a much larger value than monovalent ions.
The Kapustinskii equation can be used to calculate this quantity based on an assumed ionic radius for (6,6)-coordination and the Madelung constant. As the ionic radius of either the cation or anion increases, this quantity decreases, and solids consisting of divalent ions have a much larger value than monovalent ions. The most famous way of calculating this quantity involves the atomization and ionization of a metal and nonmetal and is known as the Born-Haber cycle. The opposite of the energy of crystallization, FTP, name this chemical property defined as the energy required to separate a mold of a crystalline solid into a gas of its ions.
The Kapustinskii equation can be used to calculate this quantity based on an assumed ionic radius for (6,6)-coordination and the Madelung constant.
lattice energy or lattice enthalpy