本文采用并矢格林函数，场量变换和反应概念讨论了矩形波导中线天线的辐射和互耦合，给出了场强和互阻抗的普遍公式。
The radiation and coupling of linear antennas in a rectangular waveguide are discussed by means of dyadic Green's function, field transformation and reaction concept.
矩形微带天线的数值模拟表明，这种方法的计算精度与传统方法完全一致。
The numerical simulations of rectangular microstrip antenna show that the computation precision of this method is the same as that of traditional methods.
介绍了非谐振缝隙组成的漏波波导行波天线，它是在矩形波导宽面切铣间距密集的横向短槽构成的线阵；
The leaky-waveguide traveling wave antenna of the closely spaced transverse nonresonant slots cut in the broad face of a rectangular waveguide.
本文提供了带共形罩矩形波导窄边缝隙天线阵的一种设计方法。
A design method of the dielectric-covered slots arrays in the narrow face of a rectangular wave-guide is presented in this paper.
矩形波导缝隙阵天线在机载雷达上获得广泛使用。
Rectangular waveguide slot array antenna is widely used in airborne radar.
本文给出X波段矩形波导相控阵天线的研制结果。
The results of an actual X-band rectangular waveguide phase controlled antenna array are given.
提出一种基于MEMS开关的可重构矩形缝隙环天线设计。
A design of reconfigurable rectangular slot ring antennas with MEMS switches is proposed in this paper.
讨论了矩形微带天线工作原理、结构及其应用。
The basic operation principle, structural characteristics and application of the rectangular microstrip antenna are discussed.
利用矩量法对矩形波导宽边纵缝阵列天线进行了理论分析和计算。
Theory analysis and calculation of the rectangular waveguide longitudinal slot arrays are made by using moment method.
本文中提供了敷介质矩形波导窄边缝隙天线阵的一种设计方法，给出了两个设计方程。
Based on two design equations, this paper presents a design method of the dielectric-covered slots arrays in the narrow face of a rectangular wave-guide.
本文讨论了矩形脉冲激励的对称驻波天线的能量方向图、总辐射能量、辐射效率和辐射电阻等问题。
The energy pattern, total radiation energy, radiation efficiency and radiation resistance of standing-wave dipole excited by rectangular pulse are discussed.
与短路针加载矩形和圆形贴片天线相比，短路针加载三角形贴片天线具有更低的谐振频率。
Compared to rectangular and circular patch antenna loaded with a shorting pin, triangular patch antenna loaded with a shorting pin has lower resonant frequency.
第一谐振频率由矩形微带天线的长度所决定。
A first resonance frequency is determined by the length of the rectangular microstrip antenna.
介绍了一种新的分析全向矩形波导裂缝阵列天线方向图的方法。
This paper proposes a new approach for analyzing omnidirectional waveguide slots and their arrays.
该天线采用印刷电路板上的矩形贴片作为辐射单元，通过在矩形贴片上开一个C形槽来实现陷波功能。
By taking the rectangular metal patch on a printed circuit board as the radiation element and by cutting a C-shaped slot in the rectangular patch, a frequency band notch is implemented.
用在矩形波导中部小天线激励的TE_（10）波检验了所得式，各场最计算结果与常规的分离变最法所得相符。
As an example, formulas derived in this paper are used to calculate E and H in rectangular waveguide under the TE_(10) mode. The results are in agreement with those from other methods.
利用FDTD法分别对微带传输线、矩形微带贴片天线和微带分支耦合器进行了仿真和特性分析。
Some microstrip structures such as microstrip line, patch antenna and microstrip branch line coupler have been simulated and the characters of these elements have been analysed.
通过在地板上的矩形槽的边缘开槽和在馈线旁加载C形谐振器，该天线实现在中心频率3。
By inserting a slot at the edge of the rectangular slot on the ground plane and loading a C-shaped resonator near the microstrip line, dual band-notched characteristic at the central frequency at 3.
矩形腔十字裂缝天线就是这种天线理想的辐射单元之一。
A rectangular cavity crossed slot antenna is one of ideal antenna elements for this antenna system.
本文介绍了一种新颖的开槽天线，这种天线是在矩形金属波导的宽边金属壁上按一定的口面辐射要求开出一条连续的长槽。
The paper introduces a novel sloted antenna which is sloted on the width side of a metallic waveguide in accordance with requirements of aperture field.
阐述了矩形径向线馈电螺旋阵的工作原理，对辐射单元、耦合探针和馈电系统进行了详细设计，进而得到一个X波段4单元阵列天线模型。
The radiation element, the coupling probe and the feeding system were designed in details, as a result, an X-band 4-element array model was obtained.
应用改进矩量法，只取较少的基函数项的情况下，导出了矩形微带贴片天线输入阻抗的计算公式，并进行了软件实现。
Using improved moment-method with fewer terms of basis functions, formulae for calculating the impedance are derived and software is achieved.
本文提出了“背载”式脉冲天线的设计方案，并以此制作了扇形臂和矩形臂天线。
This paper proposes the design scheme of "back-loaded" pulsed antenna. A sector antenna and a rectangular antenna are made on the basis of the method.
该天线阵采用矩形波导宽边纵向缝隙耦合微带线结构给串馈微带贴片线阵馈电，从而构成二维平面阵。
Rectangle metal waveguide slot-microstrip coupling structure is used to feed series-fed microstrip patch linear array, thus a planar array is obtained.
对矩形角锥喇叭天线球面扫描测量的数据进行了“近-远”和“远-近”场变换，变换结果与测量结果吻合较好。
"Near to far" and "far to near" field transformations are carried out for the data measured on a sphere surrounding the pyramidal horn antenna. The transformed results agree well with the...
提出使用折叠贴片以及多矩形缝隙加载技术设计具有三频特性的小型PIFA天线的思路和方法。
By using folded patch and etching slots on patch, a compact triple-band PIFA can be easily obtained.
提出使用折叠贴片以及多矩形缝隙加载技术设计具有三频特性的小型PIFA天线的思路和方法。
By using folded patch and etching slots on patch, a compact triple-band PIFA can be easily obtained.
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