Abstract
The properties of the kagome-lattice Ising model in an external magnetic field B have not been known well. The specific-heat anomaly of the kagome-lattice Ising model in an external magnetic field is investigated based on the enthalpy fluctuation. As the magnetic field increases, the specific heat maximum decreases, but it approaches non-zero value for large magnetic field. In particular, the asymptotic line to the specific-heat maximum temperature Th(B) follows Th(B) = 0.8335565596(B + 4). The well-known experimentalist formula Tp(B) = 0.8335565596B for paramagnet shows the same slope as the asymptotic line Th (B) of the kagome-lattice Ising model in an external magnetic field.
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