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A circular waveguide partially filled with dielectric is considered as the deflecting structure for a relativistic particle separator. The cutoff wavelengths and normalized phase velocity versus frequency characteristics are presented. The expressions for power, losses, deflecting fields, and transverse deflecting forces are also given. Our investigation shows that the dominant (HEM11) mode of the structure can be used as a transverse deflecting mode for synchronous particles in a relativistic particle separator.
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Chang et al. (1970) studied this question.
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