Kumar, Sandeep Kang, Heung-Sik Kim, Dong Eon The effect of the chicane bending angle θ<em><sub>B</sub></em> on the bunch length and the current profile taken after the chicane <p><strong>Figure 10.</strong> The effect of the chicane bending angle θ<em><sub>B</sub></em> on the bunch length and the current profile taken after the chicane.</p> <p><strong>Abstract</strong></p> <p>The generation of an isolated attosecond pulse at 0.1 nm has been proposed in an ESASE scheme where an 800 nm, 5 fs FWHM carrier-envelop-phase stabilized laser is employed in the 10 GeV Pohang accelerator laboratory—x-ray free electron laser (PAL-XFEL). The radio-frequency (RF) phase effect has been studied on the current profile after the chicane and on the x-ray radiation power at 50 m along the undulator. This study leads to the tolerance in the RF phase. The results show that a single isolated attosecond radiation pulse could be produced inside the undulator; however, the RF phase should be controlled down to 0.05° in the linac section of the PAL-XFEL in order to satisfy the requirement for RF jitters suitable for pump–probe experiments.</p> esase;attosecond radiation pulse;fwhm;nm;profile;RF phase;chicane;laser;undulator;Atomic Physics;Molecular Physics 2013-08-13
    https://iop.figshare.com/articles/figure/_The_effect_of_the_chicane_bending_angle_em_sub_B_sub_em_on_the_bunch_length_and_the_current_profile/1012359
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