Abstract
SynopsisWe present non-destructive single-pass ion bunch detection and characterisation by measuring the induced image charge in a detection electrode. The presented technique allows direct determination of ion kinetic energy, absolute ion number and spatial ion bunch length. We will show the results of corresponding measurements with bunches of low-energy highly charged ions and discuss the minimum detectable number of charges.
Highlights
Synopsis We present non-destructive single-pass ion bunch detection and characterisation by measuring the induced image charge in a detection electrode
For ion bunch detection and analysis we have implemented two distinct single-pass nondestructive charge counting devices [2]. They measure the time-dependent image charge induced by an ion bunch
We will show a brief overview of the HILITE experiment and present the implemented ion counting technique
Summary
Synopsis We present non-destructive single-pass ion bunch detection and characterisation by measuring the induced image charge in a detection electrode. M Kiffer1 ∗, S Ringleb1, N Stallkamp1,2, S Kumar3, B Arndt4, M Vogel2, W Quint5 and Th Stohlker1,2,6 The presented technique allows direct determination of ion kinetic energy, absolute ion number and spatial ion bunch length.
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