Parameterized Design of a Supersonic Radome

M. S. Hollis
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引用次数: 0

Abstract

Future gun-launched projectiles will have higher muzzle velocities. There currently exists a need for RF transparent radome solutions with muzzle velocities near Mach numbers equal to 3 (M = 3). Future Combat System (FCS) requirements may push these velocities as high as M = 5. Assessments of aerothermal heating requirements for specific radome geometries need to be studied. Trade-off studies involving aerodynamic shape, antenna location, materials, and RF characteristics also need to be made. The final product of this report is twofold. The first is a short-term solution using the extruded/molded plastics to manufacture a radome. The other is a guideline for a more extensive study to find several solutions for high speed, RF transparent radomes for ballistic projectiles.
超声速天线罩参数化设计
未来的炮射弹将有更高的初速。目前需要的是初速接近马赫数3 (M = 3)的射频透明天线罩解决方案。未来作战系统(FCS)的要求可能会将这些速度提高到M = 5。需要对特定天线罩几何形状的空气热加热要求进行评估。还需要对空气动力学形状、天线位置、材料和射频特性进行权衡研究。这份报告的最终成果是双重的。第一种是短期解决方案,使用挤压/模压塑料制造天线罩。另一个是一个更广泛的研究指南,以找到用于弹道弹丸的高速,射频透明雷达罩的几种解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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