1) elliptic V-cone antenna
椭圆V-锥天线
1.
Utilizing the elliptic V-cone antenna (EVA) as a universal model , when k→0,the elliptic V-cone antenna retrogresses to a triangular V-plate antenna.
运用具有普遍性的椭圆V-锥天线做模型,当椭圆锥的k值趋于零时,椭圆V-锥天线退化为三角板天线,根据椭圆V-锥天线的有关公式求出了三角板天线的输入阻抗。
2) V-conical antenna
V-锥天线
1.
The methods of coordinate transformation and conformal mapping are applied to study the problems of radiation from a biconical antenna and V-conical antenna with elliptic cross sections (BAE and VCAE).
应用坐标变换和保角变换的方法研究具有椭圆截面的双锥天线和V-锥天线。
3) elliptic cone stripline
椭圆锥带线
1.
The exact solution of the elliptic cone stripline is derived.
本文研究椭圆锥带线的特性阻抗等基本参数 。
4) conical antenna
圆锥天线
1.
After discussion on the development and means of the wide-band antenna, the main task of this thesis is focus on the study of the three type wide-band antennas: conical antennas, planar monopole antennas as well as self-complementary symmetric antennas.
其次,分析和讨论了宽带圆锥天线,利用仿真软件对影响普通宽频圆锥天线性能的各个参数做了详尽的仿真分析和优化比较,提出了球形加载的新方法,使其工作在更低频段成为可能。
5) Mono-conical antenna
单圆锥天线
6) bi-conical antenna
双圆锥天线
补充资料：盘锥天线
见不对称天线。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条