Abstract
Radiation from a three-pole wiggler section is not simply treated as typical synchrotron radiation in a long-wavelength region. The interference effect between edge radiations from upstream and downstream straight subsections of the wiggler is considered to contribute significantly to the radiation. Our simple model roughly reproduced spectral and spatial distributions of the radiation. Under the maximum interference condition, the peak radiation intensity is four times larger than the edge radiation from a single straight section. Moreover, the longitudinal periodic alignment of three-pole wigglers, which satisfies the maximum interference condition, generates radiation of higher intensity proportional to the square of the periodic number.
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