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Suppression of sub-array quantization lobes

机译:抑制子阵列量化叶片

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A new method for decollimating the quantization lobes (QL) of a scanned array of sub-arrays applied pseudorandomization to the sub-array phases. This breaks the QL up into several lobes, of roughly equal, and lower, amplitude, providing the number of elements is large and the random numbers are good. Most random number tables (and generators) of 100 numbers are only partially random; the random number table should spread out the QL energy, with no excessive peaks. New test cases utilize a linear array of 100 or 102 isotropic radiators, with sub-arrays of 2 or 3 elements, and half-wave element spacing. A random number table (from 0 to 1) is used to adjust the phase applied to each sub-array.
机译:一种使扫描阵列的子阵列阵列的量化Lobes(QL)施加到子阵列相位的新方法。这将QL达到几个凸起,大致相等,较低,幅度,提供元素的数量大,随机数很好。 100个数字的大多数随机数表(和发电机)仅部分是随机的;随机数表应展开QL能量,没有过多的峰。新的测试用例利用100或102各向同性辐射器的线性阵列,其中亚阵列为2或3个元素和半波元素间距。随机数表(从0到1)用于调整应用于每个子阵列的相位。

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