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Figure 7 The width of major main lobe in Doppler axis.
However, only the proposed beamformer and ESB form the main lobe in the correct look direction.
Figure 9 The width of the main lobe in time domain.
The width of the main lobe in Doppler axis determines the Doppler resolution.
Note that for product less than 50, there will be no duplicated main lobe in the scope.
The main lobe in the vertical plane deflects along the direction of θ = 14°, which almost corresponds to the designed deflection angle of 16°.
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Figure 6 Distance between nearest main lobes in Doppler axis.
Figure 10 Ratio of 2nd side lobes to main lobes in time domain.
Figure 8 Ratio of 2nd side lobes to main lobes in Doppler axis.
The distance between main lobes in Doppler axis determines the scope of Doppler frequency.
This finding is instructive to find such coprime pair with narrow main lobe width but also less variation in time domain and longer distance among main lobes in Doppler axis.
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