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微带

n.microstrip
网络micro band; microstrip antenna; miniband

微带

英-汉网络释义

微带

microstrip

1)在微带（Microstrip）中，信号在上端线路和下端线路的范围内以field形态传送。这里所使用的模式是E field和H field对进行 …

micro band

建筑工程专业国家标准词汇大全 - 免费文档下载 ... 腔体 cavity body 微带 micro band 功分器 splitter ...

microstrip antenna

什么意思_英语microstrip在线翻译_有道词典... ... microstrip antenna [电讯] 微带天线 ; 微带 Trapezoid Microstrip 梯形微带线 ...

miniband

3）由螺线管形成DNA复制环，每18个复制环呈放射状平面排列，结合在核基质上形成微带(miniband)。微带是染色体高级结构 …

Microstrip line

Intersection and SelfIntersection of Line... ... 焊缝： welding line 微带： Microstrip line 线条： Line ...

minibands

...阱中的准束缚态能级相对应，超晶格结构的周期性决定了微带(minibands)和微带隙(mini-gap)的形成.

microstrip low-pass filter

什么意思_英语low_pass... ... variable low-pass filter 可变低通滤波器 microstrip low-pass filter 微带 ; 微带低通滤波器 ...

TFMS

没有任何后期处理步骤，的薄膜微带（TFMS）结构的低电阻率硅衬底上适当建造的，目的在降低衬底损耗和串扰在很大程度上 …

例句：

radish salad with a choice of water , also known as white radish radish, tender, crisp and microstrip sweet taste, a bit less spicy .

凉拌用的萝卜选择水萝卜又名白萝卜，肉嫩，口感爽脆微带甜，少了几分辛辣。

This invention is related to a micro-strip antenna, especially a coupling structure of a micro-strip antenna radiation unit and a filter .

本发明涉及微带天线，特别涉及微带天线辐射单元与滤波器的耦合结构。

Kendermanns Dornfelder is a smooth red wine with aromas of cherry and blackberry and just a hint of spice .

“丹菲特 ”红葡萄酒带有樱桃和黑莓的浓郁香味，酒味微带点辛辣。

Narrow bandwidth has been one of the most serious limitations hindering the wider application of microstrip antenna technology.

频带窄严重制约微带天线的广泛应用。

The frequency response and radiation characteristics of a microstrip Yagi Array antenna were studied .

研究了微带八木贴片天线的频率响应特性和辐射特性。

Conformal microstrip antenna is known as a key technique in radio fuze system.

共形微带天线是无线电引信中的一项关键技术。

The interaction between the microbands and grain boundaries , as well as the effect on the anti-impact property are generalized in brief.

简略概括了微带与晶界的相互作用及形成微带对材料后续抗冲击性能的影响；

The amplifier employs 2SC3358 RF transistor and uses the design concept of microstrip .

放大电路采用 2SC3358 射频晶体管，配以微带电路设计理念；

The pivotal passive components of the module are the waveguide to microstrip transition and the filters .

课题中关键的无源器件主要是毫米波波导微带过渡和滤波器。

In this paper, technologies of dual-band, circular polarization, high gain, broadband and wide-beam have been studied .

本文对微带天线双频、圆极化、高增益、宽频带和宽波束技术作了一定的研究。

The stacking fault energy (SFE) and the crystal structure of the targets are regarded to be two main important influencing factors .

总结得出靶材的层错能和晶体结构是影响微带出现几率的主要因素；

With the features of easy package and not increasing the size of microstrip , the PBG units is directly etched on a microstrip line .

该结构直接在微带信号线上刻蚀周期性结构，解决了该结构的封装问题，且不增加微带结构的尺寸。

This paper presents several microstrip-to-waveguide transitions technologies and compare each technology .

本文就几种常见的微带 —波导过渡技术进行了介绍。

Full-wave electromagnetic analysis of microstrip structures is especially significant .

因此微带结构的电磁场全波分析变得尤其重要。

Final, design the microstrip passive double-balanced mixer used in receivers fron-end .

设计了应用于接收机前端的微带无源双平衡混频器。

This paper will first discuss bandwidth enhancement in general , and then research the multiple resonance method to enhance the bandwidth .

在讨论微带天线频带展宽的基础上，研究多谐振方式展宽频带的方法。

the bandpass filter was a combine microstrip line one, its dimension was presented .

带通滤波器采用梳状微带线结构，并给出了结构参数。

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