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We investigate the interference pattern in the spectrum of non-dipolebremsstrahlung on two amorphous foils. Apart from suppression at lowest$\omega$, the spectrum exhibits an enhancement adjacent to it. In classicalelectrodynamics, the net effect of suppression and enhancement proves to bezero. We study the location and the origin of the spectral features, comparingpredictions of full Moli\`ere averaging with those of the Gaussian averagingwith Coulomb corrections to the rms multiple scattering angle. Comparison withexperimental data, and with previous theoretical predictions is presented.

Interference Peak in the Spectrum of Bremsstrahlung on Two Amorphous Targets