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旁瓣

n.side lobe; side beam
网络Side Lobes; minor lobe; secondary lobe

旁瓣

英-汉网络释义

旁瓣

side lobe

机械英汉词典（S-6）-机械资讯-马棚网 ... side load 横负载，横向载荷 side lobe 旁瓣 side milling 边铣 ...

Side Lobes

2）边缘增强 带负的旁瓣（side lobes）的正尖峰函数，其边缘增强时产生两个效果。 * 增加边缘的梯度； * 在边缘的两侧加 …

minor lobe

航海及海运专业词汇英语翻译(M) ... minor light 弱烛光灯 minor lobe 旁瓣 minor loop feedback 小回路反馈 ...

secondary lobe

石油词汇英语翻译(S) ... secondary limestone 次生石灰岩 secondary lobe 旁瓣 secondary magnetic field 次生磁场 ...

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First Sidelobe

1.2米静中通天伺系统 ... 仰角 20° Elevation 旁瓣 First Sidelobe 天线尺寸 Antenna Diameter ...

例句：

The width of the central peak is twice as great as the width of the lobes along- side it (generally referred to as side bands ) .

中心波峰的宽度是它毗邻波瓣（一般称作旁瓣）宽度的两倍。

This ratio is called as the side lobe level (expressed in decibels ).

这个比值叫做旁瓣电平（以分贝数表示）。

The side -lobe cancellation technology is an effective method for suppressing the side-lobe active disturbance .

防空雷达为了消除从旁瓣进入的干扰，通常采用自适应旁瓣对消和旁瓣消隐技术。

and target signal cancellation is a serious problem . many signal processing techniques have been proposed to avoid signal cancellation.

因此，在宽带旁瓣对消器中目标信号被消除是一个非常严重的问题。

The simulation results of sidelobe reduction of 2-D arrays and pattern synthesis of a sparse array show that it is . . .

对二维阵列天线旁瓣电平优化和稀疏阵列方向图综合的良好结果也证明了该方法的有效性。

This paper focuses on the concentric ring fractal array of the low side lobe characteristics in fractal antenna arrays .

在分形阵列天线中重点研究了具有低旁瓣特性的共心圆环分形阵。

Theoretical analysis and simulation results show that noise -FM signal can improve the peak-to-sidelobe ratio by increasing the variance .

理论分析和仿真表明噪声调频信号通过增大方差可有效改善自相关函数的主旁瓣比。

And a new adaptive side lobe cancellation algorithm is also discussed .

探论了一种新的自适应天线旁瓣相消算法。

To solve the problem of the targets signal located in sidelobe clutters area , the sidelobe clutters of LPRF PD radar is treated as noise .

将旁瓣杂波合理等效为白噪声，处理目标频移落在旁瓣杂波区的情况。

For the sidelobe level of adaptive pattern of robust MVDR beamforming algorithm is relative high , a sidelobe control approach is presented .

针对稳健 MVDR 波束形成的自适应方向图旁瓣电平较高问题，提出一种自适应副瓣控制方法。

On basis of the analysis, an adaptive suppression method of the ionospheric clutter using the standard CSLC filter is suggested.

在此基础上，给出了利用相参旁瓣对消滤波器对电离层杂波进行自适应抑制的方法。

The range sidelobes have little impact on detecting ability under the single target's circumstances .

对于距离旁瓣，在单目标情况下，其影响小些。

This new algorithm can construct new windows with faster side lobe attenuation in order to reduce harmonic leakage error.

为了更好地抑制谐波之间长泄漏的干扰，本文构造出具有更快旁瓣衰减速率的新窗函数。

Finally discussion is on how to optimize sidelobe level of the two sections of difference beam .

最后讨论了对于差波束两个切面旁瓣电平的优化的问题。

But this will bring some difficult problems such as higher side lobe .

如旁瓣电平过大，很多科研工作者都在设法解决这些问题。

On the other hand, it improves the sidelobe level markedly corn pared with the conventional method in the presence of jammer .

而在存在干扰的情况下，与常规方法相比，明显改善了旁瓣电平。

旁瓣

旁瓣