Carrier-based Anti-ship Missiles Change To Accelerate The Performance Of Mobile Operations Analysis

With the rapid development of science and technology, more and more advanced technologies are applied to anti-ship missiles. During new types anti-ship missiles are developed by most countries, in order to economize huge outlays and improve operational effectiveness of anti-ship missiles, it is reasonable that old anti-ship missiles are mended by advanced theories and technologies. With the trend of its development, this paper introduces a new project of "variable acceleration maneuvering penetration of anti-ship missile", so that we can improve the operational effectiveness of anti-ship missiles.Based on the ADC system effectiveness analytical model produced by the WSEIAC and combined with the ship-borne anti-ship missile system characteristics, a more reasonable model of ship-borne anti-ship missile system operational effectiveness was established.Firstly, while establishing the model of essential fighting efficiency(E_基本), the essential operational effectiveness of one ship-borne anti-ship missile and multiple missile was analyzed.Secondly , this research emphatically analyzed the counteractant effectiveness(E_对抗) from four parts, they were)(shown) as following :1. The six-freedom space movement model of the ship-borne anti-ship missile and its simplified model was established. Based on that, the flight path of the ship-borne anti-ship missile under the condition of a stable flight was simulated and analyzed, meanwhile the sketch maps and the mathematic axioms of the variable acceleration were given;2. The penetration probability mathematical model of the ship-borne anti-ship missile against the shipboard anti air missile was established; the interception principle, the possible intercept times and interception probability of the shipboard anti air missile were analyzed; the penetration probability for ship-borne anti-ship missile against shipboard anti air missile under the conditions with or without variable acceleration maneuvering was simulated and analyzed.3. The penetration probability mathematical model of the ship-borne anti-ship missile against the ship-borne artillery with phalanx system was established. The principles of target acquisition, target track and target interception for ship-borne artillery with phalanx system were presented; it is analyzed how to increase the extrapolation points' judgment error for the phalanx artillery system against objects; the penetration probability for ship-borne anti-ship missile against ship-borne phalanx artillery under the conditions with or without variable acceleration maneuvering was simulated and analyzed;4. The influence of the variable acceleration maneuvering of ship-borne anti-ship missile on the implementation of the target against electronic countermeasure was analyzed. The mathematical models of the ship-borne anti-ship missile against the active jamming, the passive jamming and the passive dilution jamming were established. The penetration probability for the ship-borne anti-ship missile against the electronic...