Lens antenna based on fresnel zone lens of flat dielectric rings conformal to conical surface

机译：基于平坦介质环的菲涅耳带状透镜的透镜天线，与圆锥形表面共形

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A novel 229-GHz lens antenna, based on dielectric cone-shape Fresnel zone (FZ) lens of flat dielectric rings, is studied and contrasted to the same-size FZ plate and plane-convex lens. For similar radiation parameters the conical CFZ lens/antenna is much lighter and has significant structural and technological advantages.

机译：研究了一种基于平面电介质环的圆锥形菲涅耳带（FZ）透镜的新型229 GHz透镜天线，并将其与相同尺寸的FZ平板和平凸透镜进行了对比。对于相似的辐射参数，圆锥形CFZ透镜/天线要轻得多，并具有明显的结构和技术优势。

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来源
《International Conference on Electromagnetics in Advanced Applications;Electromagnetic Metrology Symposium》|2013年|185-187|共3页
会议地点 Torino(IT)
作者
Hristov H.D.; Rodriguez J.M.; Urumov J.R.; Kamburov L.P.;
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作者单位

Departamento de Electr#x00F3;

nica, Universidad T#x00E9;

cnica Federico Santa Mar#x00ED;

a, Av. Espa#x00F1;

a 1680, Valpara#x00ED;

so, Chilec;

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专利

1. Millimeter-Wave Conical Fresnel Zone Lens of Flat Dielectric Rings [J] . IEEE Transactions on Antennas and Propagation . 2014,第4aPart2期

机译：平面介质环的毫米波圆锥形菲涅耳带透镜
2. Conical Double-Dielectric Fresnel Zone Lens and Antenna [J] . Hristov H. D., Kamburov L. P., Urumov J. R., IEEE microwave and wireless components letters . 2007,第5期

机译：锥形双介电菲涅耳区透镜和天线
3. Compound fresnel zone lens conformal to truncated cone: Antenna application [J] . Hristov HD, Kamburov LP, Feick R, International Journal of Infrared and Millimeter Waves . 2007,第6期

机译：圆锥形复合菲涅耳带状透镜：天线应用
4. Lens antenna based on fresnel zone lens of flat dielectric rings conformal to conical surface [C] . Hristov H.D., Rodriguez J.M., Urumov J.R., International Conference on Electromagnetics in Advanced Applications;Electromagnetic Metrology Symposium . 2013

机译：镜头天线基于扁平介电环的菲涅耳区透镜，圆锥形表面
5. Analysis and design of dielectric-lens antennas and planar multiplier circuits for millimeter-wave applications [D] . Filipovic, Daniel F. 1995

机译：毫米波应用介电透镜天线和平面倍增器电路的分析和设计
6. Polarization-Independent Metasurface Lens Based on Binary Phase Fresnel Zone Plate [O] . Xing Li, Jing Tang, Jonathan Baine 2020

机译：基于二进制菲涅耳区板的偏振无关的元表面镜头
7. Assessment of LTCC-based dielectric flat lens antennas and switched-beam arrays for future 5G millimeter-wave communication systems [O] . Imbert Villà, Marc, Romeu Robert, Jordi, Baquero Escudero, M., 2017

机译：评估基于LTCC的电介质平面透镜天线和开关光束阵列，用于未来的5G毫米波通信系统
8. Analysis of an EHF Aplanatic Zoned Dielectric Lens Antenna. [R] . Rotman, W. 1984

机译：EHF消球差分电介质透镜天线的分析。

Lens antenna based on fresnel zone lens of flat dielectric rings conformal to conical surface

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