Abstract
Hawking radiation of charged scalar and Dirac particles from the event horizon of magnetized Kerr–Newman black holes is studied using the Hamilton–Jacobi method and WKB approximation. This is done by calculating tunneling probabilities of these particles from the horizons of magnetized black holes. This method yields the Hawking temperature of magnetized Kerr–Newman black holes as well. It is interesting to note that while the tunneling probabilities depend upon the background magnetic field, the Hawking temperature is not affected by magnetization.
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