“…Especially the thickness of the deposited Cs 2 Te layer plays a superior role in the QE performance and is still under optimization at DESY and INFN. 91,92…”
Section: Semiconductor Photocathodesmentioning
confidence: 99%
“…46 Furthermore, response times under RF conditions related to different Cs 2 Te layer thicknesses were investigated at DESY. 92 The study compared Cs 2 Te cathodes with different film thicknesses produced at INFN and homemade 100 mm Cs 2 Te cathodes produced at DESY. All Cs 2 Te photocathodes showed prompt response times in 180–250 fs range.…”
This paper compares different photocathodes that are applicable for electron injector systems and summarizes the most important photocathode properties influencing the performance as an electron source.
“…Especially the thickness of the deposited Cs 2 Te layer plays a superior role in the QE performance and is still under optimization at DESY and INFN. 91,92…”
Section: Semiconductor Photocathodesmentioning
confidence: 99%
“…46 Furthermore, response times under RF conditions related to different Cs 2 Te layer thicknesses were investigated at DESY. 92 The study compared Cs 2 Te cathodes with different film thicknesses produced at INFN and homemade 100 mm Cs 2 Te cathodes produced at DESY. All Cs 2 Te photocathodes showed prompt response times in 180–250 fs range.…”
This paper compares different photocathodes that are applicable for electron injector systems and summarizes the most important photocathode properties influencing the performance as an electron source.
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