研制了一种由高功率宽带模式转换结构、导电线框tem喇叭馈电结构及抛物反射面构成的天线，用其辐射高功率亚纳秒电磁脉冲。
An antenna was developed to radiate high power, sub nanosecond EM pulse, which consists of a high power wideband mode convertor, a wire frame TEM horn feedback set and a parabolic reflector.
针对充气膜结构反射面充气后的高精度抛物面形状要求，建立了理想状态形状模型和均匀应力分布模型。
Toward paraboloid shape demand of inflatable membrane structure after inflation, the ideal shape model and the uniform stress distribution model are established.
对一个已给定的反射面，与馈源支撑结构有关的最佳吻合抛物面焦点的定位也是很重要的。
For a given reflector surface it is also important to locate the focal point of the best -fit paraboloid relative to the existing feed support structure.
微波反射面是进行微波接收的重要工作面，其形状主要是抛物面或者抛物面的一部分。
The surface of the parabolic reflector antenna is the most important part in receiving microwave signal.
空间可展天线由索网和可展构架组成，形成索网抛物面形反射面。
Space deployable antenna is composed of a reflective mesh and a deployable truss, forming a mesh parabolic surface.
该两个抛物线反射镜反射面的轴线重合于公共轴线处，且各反射面焦点重合 于公共焦点处。
The axes of the reflecting surfaces of the two parabola reflectors are overlapped at a common axis, and the focuses of the reflecting surfaces are overlapped at a common focus.
该两个抛物线反射镜反射面的轴线重合于公共轴线处，且各反射面焦点重合 于公共焦点处。
The axes of the reflecting surfaces of the two parabola reflectors are overlapped at a common axis, and the focuses of the reflecting surfaces are overlapped at a common focus.
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