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Abstract
We analyze the undulator and gyro-synchrotron radiation of the devices by equating the number of periods of the helical trajectory of the gyrating motion to the number of undulator periods. The gyro radiation is characterized by cyclotron resonance maser interaction exhibits superior line width quality but higher sensitive to beam energy spread when operated at tera-hertz due to finite larmor radius effects.
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Details
1 Laser and Insertion Device Application (LIDA) Laboratory, Devi Ahilya VishwaVidyalaya , Indore , India
2 DESY , Hamburg , Germany
3 Sushila Devi Bansal College of Engineering , Indore , India