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Lethality assessment of multiple electromagnetically projectile radiators is performed in this paper. A set of closed-form equations are derived for evaluating lethality radius on the ground or platform, with multiple projectile radiators and oblique incidences considered at the same time. The power density distribution over the lethality area is characterized based on our developed model and algorithm, where the effects of five degrees of freedom of multiple radiators and their peak radiation powers, etc. can be predicted theoretically. It is believed that this study will be useful for the design of both compatibility and protection of some communication platforms in the complex electromagnetic environment.