FEL2014 - List of Keywords (injection)

Paper	Title	Other Keywords	Page
TUP074	High Power Coupled FEL Oscillators for the Generation of High Repetition Rate Ultrashort Mid-IR Pulses	cavity, FEL, coupling, radiation	532
	M. Tecimer University of Hawaii at Manoa, Honolulu, USA
	100-200 MeV range ERL-FELs generating few cycle short, high intensity mid-IR pulses with tens of MHz repetition rates might become attractive tools in various strong field applications. In a recent study [1] a mode locked coupled FEL oscillator scheme has been presented to produce multi-mJ level, ultra-short (<10 cycles) pulses tunable within the entire IR region. In this work an improved coupled FEL oscillator scheme is described. The coupled system operates unidirectionally (feedback in the reverse direction less than 10^-8 level). The various operational regimes of the system are discussed. Some of the conclusions stated in [1] have been revised. [1] M. Tecimer, PRST-AB 15, 020703 (2012).

THP037	Beam Performance of the Photocathode Gun for the Max IV Linac	gun, emittance, laser, cathode	799
	J. Andersson, F. Curbis, D. Kumbaro, F. Lindau, S. Werin MAX-lab, Lund, Sweden
	The MAX IV facility in Lund (Sweden) is under construction and conditioning of the electron guns for the injector is ongoing. There are two guns in the injector, one thermionic gun for storage ring injection and one photocathode gun for the Short Pulse Facility. In this paper we report on the beam performance tests of the photocathode gun. The measurements were performed at the MAX IV electron gun test stand during spring 2014. Parameters that were studied includes quantum efficiency, emittance and emittance compensation. Results from the measurements are also compared to particle simulations done with ASTRA.

Paper

Title

Other Keywords

Page

TUP074

High Power Coupled FEL Oscillators for the Generation of High Repetition Rate Ultrashort Mid-IR Pulses

cavity, FEL, coupling, radiation

532

M. Tecimer
University of Hawaii at Manoa, Honolulu, USA

100-200 MeV range ERL-FELs generating few cycle short, high intensity mid-IR pulses with tens of MHz repetition rates might become attractive tools in various strong field applications. In a recent study [1] a mode locked coupled FEL oscillator scheme has been presented to produce multi-mJ level, ultra-short (<10 cycles) pulses tunable within the entire IR region. In this work an improved coupled FEL oscillator scheme is described. The coupled system operates unidirectionally (feedback in the reverse direction less than 10^-8 level). The various operational regimes of the system are discussed. Some of the conclusions stated in [1] have been revised.
[1] M. Tecimer, PRST-AB 15, 020703 (2012).

THP037

Beam Performance of the Photocathode Gun for the Max IV Linac

gun, emittance, laser, cathode

799

J. Andersson, F. Curbis, D. Kumbaro, F. Lindau, S. Werin
MAX-lab, Lund, Sweden

The MAX IV facility in Lund (Sweden) is under construction and conditioning of the electron guns for the injector is ongoing. There are two guns in the injector, one thermionic gun for storage ring injection and one photocathode gun for the Short Pulse Facility. In this paper we report on the beam performance tests of the photocathode gun. The measurements were performed at the MAX IV electron gun test stand during spring 2014. Parameters that were studied includes quantum efficiency, emittance and emittance compensation. Results from the measurements are also compared to particle simulations done with ASTRA.