Abstract
The electronic damage feasibility and the operational characteristics of the high power electromagnetic pulse bomb shot by shipboard gun are analyzed. As the destruction of the electronic components caused by the high power electromagnetic pulse is hard to evaluate, the spatial distribution of the anti-ship missiles is analyzed, and the strategic model for the continuous fire is built. Aimed at the maximum damage effectiveness, the crux of the lasted shift shooting tactics is a TSP problem. The genetic algorithm is applied in the TSP problem. Simulation experiments demonstrate that the model and the algorithm are effective.
Highlights
For the development of the microelectronics technology, the large scale integrated circuit and the computer control technology, these technologies have been widely applied in the weapon system
high power microwave (HPM)-Bomb uses the electromagnetic vulnerability of the military equipment to attack electronic targets
Conventional HPM warhead is mainly composed by the primary power, the excitation power supply, the explosive magnetic flux compression generator, the pulse power modulation system, the high power microwave source, the antenna system and etc
Summary
For the development of the microelectronics technology, the large scale integrated circuit and the computer control technology, these technologies have been widely applied in the weapon system. The high technology weapons such as the flights, missiles and etc. With a growing reliance of the survival and combat capability on precision electronic equipment, they are more likely damaged and interfered with by the electromagnetic power. The theoretical and experimental studies have shown that the more sophisticated and more complex electronic system, it is more interfered with and damaged by the high power microwave (HPM) [1]. The HPM weapons have become the focus of the development of the weapons system in the military powers [2]. HPM-Bomb uses the electromagnetic vulnerability of the military equipment to attack electronic targets. The HPM pulse radiation gets through the antennas and apertures into the interior of the target electronic system. The breakdown of electronic components could cause the electronic system not to work indefinitely and reduce the operational efficiency of the target
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