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Cultrera, L. ; Rocco, E. ; Shahedipour-Sandvik, F. ; Bell, L. D. ; Bae, J. K. ; Bazarov, I. V. ; Saha, P. ; Karkare, S. ; Arjunan, A. ( , Journal of Applied Physics)
We report on the growth and characterization of a new class of photocathode structures for use as electron sources to produce high brightness electron beams for accelerator applications. The sources are realized using III-nitride materials and are designed to leverage the strong polarization field, which is characteristic of this class of materials when grown in their wurtzite crystal structure, to produce a negative electron affinity condition without the use of Cs, possibly allowing these materials to be operated in radio frequency guns. A Quantum Efficiency (QE) of about [Formula: see text] and an emitted electrons’ Mean Transverse Energy (MTE) of about 100 meV are measured at a wavelength of 265 nm. In a vacuum level of [Formula: see text] Torr, the QE does not decrease after more than 24 h of continuous operation. The lowest MTE of about 50 meV is measured at 300 nm along with a QE of [Formula: see text]. Surface characterizations reveal a possible contribution to the MTE from surface morphology, calling for more detailed studies.
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Full, S. ; Bartnik, A. ; Bazarov, I. V. ; Dobbins, J. ; Dunham, B. ; Hoffstaetter, G. H. ( , Physical Review Accelerators and Beams)
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Moore, T. ; Agladze, N. I. ; Bazarov, I. V. ; Bartnik, A. ; Dobbins, J. ; Dunham, B. ; Full, S. ; Li, Y. ; Liu, X. ; Savino, J. ; et al ( , Physical Review Special Topics - Accelerators and Beams)