合理选择子阵列构造可以解决兼并信号源分辨问题和降低阵列孔径损失。
Generally, the method can solve the sources come from the same DOA with auto-pairing and has lesser loss of the array aperture.
该算法无需峰值搜索，适用于任意高斯噪声环境，可有效降低阵列孔径损失。
The proposed algorithm does not require spectral peak search, and can be applied to arbitrary Gaussian noise environment. It can reduce the aperture loss.
该方法能够克服空间色噪声的影响，所估计参数自动配对且无阵列孔径损失，并且适用于发射和接收阵列不满足平移不变结构的情况。
This method can eliminate the effect of the spatial colored noise and pair the parameters automatically without array aperture loss, and is applicable to senor arrays without an invariance structure.
大孔径允许更长的焦距，从而在不损失灵敏度的情况下，提供更高的分辨率。
FLIR – The large aperture enables a longer focal length, which provides higher resolution without losing sensitivity.
针对超高频机载合成孔径雷达天线小型化、高增益和宽频带的问题，分析了短背射天线缩小背腔的增益损失。
To meet the requirements of miniaturization, high gain and wideband of UHF antenna for aircraft SAR, the gain loss produced by narrowing back cavity of short back radiation antenna is analyzed.
不同孔径凋落物袋内土壤动物的类群和个体相对密度与凋落叶的质量损失率呈现相对一致的变化趋势。
Mass loss rates of fir leaf litter appeared consistent with the taxa and individual relative density of soil fauna.
不同孔径凋落物袋内土壤动物的类群和个体相对密度与凋落叶的质量损失率呈现相对一致的变化趋势。
Mass loss rates of fir leaf litter appeared consistent with the taxa and individual relative density of soil fauna.
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