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在全球军事多元化的今天,作战战略主要以快速和远程打击为主,其中衍生出的隐身技术和反隐身技术在当今世界得到了广泛的认识,能够将各国的军事力量得到提升的隐形飞机领域都是备受关注的对象,我国国内有两种方式提高飞行器的隐形性能,一种是通过外部形态上的隐形,另一种是在建造材料上进行研究改变。在此之中,物理光学法在涂层目标上的反应尤为受大家所关注,其中还包括NURBS曲面建模的广泛使用。
In the global military diversification today, the combat strategy is mainly based on the quick and long-range combat. The derived stealth technology and anti-stealth technology are widely recognized in the world today and capable of elevating the military power of all countries in the field of stealth aircraft Are all the objects of great concern. There are two ways in China to improve the invisibility of aircraft, one is through the external form invisibility and the other is to make research changes on the construction materials. Among them, the reaction of the physical optics method to coating targets is of particular concern to everyone, including the widespread use of NURBS surface modeling.