印刷天线

研究了采用介质盖板组成的Fabry-Perot（F-P）谐振器结构的宽频带高增益平面印刷天线。

A broadband and high-gain printed antenna constructed from Fabry-Perot cavity with dielectric covers is investigated .

本论文旨在研究将高阻抗表面结构应用于一种借助Fabry-Perot谐振器原理实现的宽频带高增益的印刷天线，以期降低天线的轮廓高度。

The purpose of this thesis is to investigate how to use High Impedance Surface ( HIS ) to reduce the height of a broadband and high-gain printed antenna constructed from a Fabry-Perot resonator .

战机VHF异型印刷天线的研制

The Developing of a Specially-shaped Printing Antenna for Fighter Planes

采用介质PBG盖板Fabry-Perot谐振器的宽频带高增益印刷天线

Broadband and high-gain printed antennas constructed from Fabry-Perot cavity with dielectric PBG covers

用微带衬底的精确镜象计算印刷天线

The Calculation of Printed Antenna Using the Exact Images of Microstrip substrate

对宽带和多频印刷天线进行了研究。

Broadband and multi-band printed antennas are presented and studied .

双频段印刷天线在移动通信中有着广泛的应用。

The dual-frequency band printed antenna has wide applications in mobile communications .

采用倒π形馈源的超宽带宽缝印刷天线

Ultra-Wideband Wide-Slot Printed Antenna with Inverted π - Shaped Feed

由正六边形复合空馈子阵组成的高增益宽频带印刷天线阵

A High-Gain Broadband Printed Antenna Array Consisting of Hexagonal Compound Air-Fed Sub-Arrays

具有带阻功能的超宽带印刷天线

Ultra-Wideband Printed Antenna with Band - Notch Function

用于无线局域网的双频印刷天线

A Dual Band Printed Antenna for WLAN Application

一种宽带蝶形印刷天线的研究

A Study of the Bow-Tie Printed Broadband Antenna

本文给出了一种分析微带印刷天线辐射与散射的数值方法。

A numerical analysis of radiation and scattering of microstrip printed antenna is presented .

宽带和共形印刷天线的研究

Study on the Broadband and Conformal Printed Antennas

提出了一种新型圆极化天线形式&双圆环形印刷天线。

A new circularly polarized ( CP ) antenna with dual-circinal loop is designed .

研究了几种现代移动通信系统中的多频或宽带印刷天线。

Several multiband or broadband printed antennas in modern communication systems have been studied .

一种新型全向高增益印刷天线的设计

A Novel Omnidirectional High-Gain Printed Antenna

超短波印刷天线的研究

A Study of Printed UHF Antenna

最后，总结了所做的工作，并对印刷天线设计进行了展望。

Finally , the work is summarized , and the future design of printed antenna is discussed .

本文讨论了一种新型全向宽频带超短波印刷天线。

A new printed UHF antenna with omnidirectional radiation and broad band is discussed in this paper .

印刷天线以其低廉的成本和简单的结构及其良好的制作一致性成为天线的首选。

Printed antenna has become the first choice for dual-frequency antenna design due to its low cost and simple structure .

因此如何研究设计结构小巧且又具有宽带特性的印刷天线成为研究的一个热点。

So how to design compact structure and the printed antenna with broadband characteristics has become a hot spot of research .

印刷天线由于具有良好的宽带特性，越来越受到手机天线设计者的青睐。

Because of the good broadband characteristic , printed antenna has more and more application in the field of handset antenna .

平面型印刷天线因其具有重量轻、体型小和制作简单、辐射能力强等优点而得到广泛研究。

Plane printed antenna because of its light weight , small size and simple manufacture , strong ability of radiation has been studied extensively .

利用同轴内导体延伸作为探针对印刷天线进行直接馈电是一种易于实现的馈电方式。

The coaxial probe feed of a printed antenna formed by extending the inner conductor of a coaxial line is a relatively simple feeding model .

另一种是共形印刷天线，它可满足飞行器等高速运动物体的空气动力学要求，并具有可靠、耐用和美观的优良特性。

The other is conformal printed antennas , which can satisfy aerodynamic constraints of high speed aircrafts and vehicles and are reliable , durable and aesthetical .

论文的主要研究成果可概括为以下几方面：1.对适用于超宽带无线通信的新型印刷天线进行宽带化研究设计。

The major contributions of this dissertation are outlined as follows : 1 . Several novel printed antennas are investigated and designed with bandwidth enhancement for ultra-wideband ( UWB ) wireless communications .

本论文提出了几种新型的宽带印刷天线设计，并对圆柱共形印刷天线作了一些创新性的研究，给出了实验验证。

In this dissertation , several novel designs of broadband printed antennas are presented , in addition , the characteristics of conformal printed antennas are studied and the experimental verifications are given .

据此选择遗传算法建立了一种耦合渐变槽线天线的多目标优化模型，用于设计单脉冲系统的和差波束印刷天线。

A multi-objective optimization model of a coupled tapered slot-line antenna ( CTSA ), which radiates sum / difference beams for a mono-pulse system , is established by means of the Genetic Algorithm .

在双线极化印刷天线的馈电端对之间外接合适的网络，可实现接收电磁波与再辐射电磁波之间的极化变换。

By means of connecting an appropriate network to the feed terminals of a dual linear polarized printed antenna , the transformation of polarization between the receiving wave and the re radiated wave can be performed .