Commissioning and Operation of the ARIEL Electron Linac at TRIUMF

Marchetto, M.; Ames, F.; Ang, Z.; Baartman, R.; Bylinskii, Iouri; Chao, Yu‐Chiu; Dale, D.; Fong, K.; Iranmanesh, Reza; Jones, F.W.; Kaltchev, D.; Kavarskas, Julius; Kolb, Philipp; Koscielniak, Shane; Koveshnikov, Alexey; Laverty, Michael; Laxdal, Robert; Merminga, L.; Muller, Norman; Nagimov, Ruslan; Nussbaumer, R.; Planche, Thomas; Rowe, Mike; Saminathan, Suresh; Verzilov, V.; Yao, Zhongyuan; Zheng, Qiwen; Zvyagintsev, Vladimir

doi:10.18429/jacow-ipac2015-weyc3

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Second Moment Beam Distribution Using Solenoid Scan1

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Cited by 7 publications

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“…The described electron gun is similar to that developed by TRIUMF and has been operating at 300 kV. The normalized RMS measured emittance using Allison scanner has been reported to be around 7.5 mm mrad [9] (un-normalized 𝜀 = 5.85 mm mrad) for 10 mA of peak current extracted at 320 kV. The electron emitting surface area of the gun is typically 0.5 cm 2 .…”

Section: Second Moment Beam Distribution Using Solenoid Scanmentioning

confidence: 99%

Beam based diagnostic and four dimensional transverse emittance measurement using solenoid scan for 100 keV thermionic electron gun at VECC, Kolkata

et al. 2022

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Solenoid in the low energy beam transport line used for focusing 100 keV electron beam has also been utilized as a beam diagnostic tool. 4D transverse emittance has been determined by analyzing the second moment beam distribution on a view screen placed downstream using solenoid scan technique which require no a-priori assumptions of the input beam. The measured transverse emittance is compared with the emittance tomographically reconstructed from the measured beam profiles corresponding to the same set of solenoidal fields in the solenoid scan.

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Section: Second Moment Beam Distribution Using Solenoid Scanmentioning

confidence: 99%