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An Analysis of U.S. anti-missile combat

And military strategic considerations,[link widoczny dla zalogowanych], the U.S. anti-missile issue has naturally become a new research focus in order to have a reliable anti-missile defense system,[link widoczny dla zalogowanych], detailed analysis of the United States, based on a variety of programs to develop plans aimed at weakening or elimination of some countries offensive ballistic missile capability, and the opponent's First, the anti-missile missile defense operations in the combat environment, the United States will be divided into three major operational airspace environment: First, the airspace is less than 40 km. In this context, due to air density, easy to use air power for the interceptor missile maneuver, light weight and easy to distinguish between the bait, but confuse easily lead to aerodynamic heating, so the precise infrared sensors difficult to use, therefore, intercept only the area to be near to defend. Detonating fuse and debris and will cause collateral damage property, almost no time for evaluation and a second anti-fired intentionally or unintentionally, if the incoming warhead to use air power, maneuvering, missile defense systems will lower the hit rate of the U.S. Patriot Second, in the 40 km between km and 80-1O0. Aerodynamic effects of this range is weak, although less than the density of air intercept missiles, maneuvering,[link widoczny dla zalogowanych], but fragments can be distinguished, light bait and warheads. After fine-tuning the engine to install interceptor missiles in this range, maneuvering. The infrared sensor uses a certain amount of protection measures, in this context can be used in radar range, to defend the region and for the second interception of the time in terms of its value between the high and low range of the U.S. Army developed Theater High Altitude Area Defense system In this range. Atmospheric effects disappear. Infrared sensors can be used without the use of protective measures. Interceptor missed the first target, a second shot can be effective and easy to also protect large areas. However,[link widoczny dla zalogowanych], the debris, chaff and decoys and warheads light flying, will be difficult to identify the cause. Fine-tune the engine to install missile interceptors, the vacuum in space, maneuvering, the radar range volley from the edge of or outside. Short-range missiles, such as the Therefore, above 100 km interceptors can not be used to deal with conventional missiles. United States,[link widoczny dla zalogowanych], The launch issue of ballistic missile defense system to attack alarm; a variety of sensors to search for and detect incoming missiles, and battle management center began to develop the program as incoming missiles into the war to an external sensor to detect when the distance , external sensors to confirm warning first, and then more accurately track the incoming missiles, the battle management and command, control, communications systems provide precise tracking information. according to information confirmed by external sensors, battle management and command and control center to guide a variety of sensors to detect, track and identify incoming missiles, warheads, to accurately determine the flight trajectory of incoming missiles. based on accurate tracking data sensors, battle management and command and control system to develop a war plan that specifies the operations to intercept ground-based interceptor missiles for its binding target data, and fired at the appropriate time to issue commands. interceptor missile is fired, a variety of sensors continue to track incoming missiles, but also tracking ground-based interceptor missiles have been launched, and through the battle management system Seeker drop-start capture detector,