Quantification of the Electron Plasma in TItan's Cooler Penning Trap

Kootte, Brian; Alanssari, Milad; Andreoiu, Corina; Bale, Jeff; Barquest, Brad; Chowdhury, Usman; Dilling, Jens; Even, Julia; Finlay, Andrew; Frekers, Dieter; Gallant, Aaron; Good, Mel; Gwinner, Gerald; Klawitter, Renee; Kwiatkowski, Ania; Lascar, Daniel; Leach, Kyle; Leistenschneider, Erich; Lennarz, Annika; Li, Thomas; Mayer, Adam; Schupp, Ruben; Short, Devin

doi:10.18429/JACoW-COOL2015-MOPF06

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RIS citation export for MOPF06: Quantification of the Electron Plasma in TItan's Cooler Penning Trap

TY - CONF
AU - Kootte, B.A.
AU - Alanssari, M.
AU - Andreoiu, C.
AU - Bale, J.
AU - Barquest, B.
AU - Chowdhury, U.
AU - Dilling, J.
AU - Even, J.
AU - Finlay, A.
AU - Frekers, D.
AU - Gallant, A.A.
AU - Good, M.
AU - Gwinner, G.
AU - Klawitter, R.
AU - Kwiatkowski, A.A.
AU - Lascar, D.
AU - Leach, K.G.
AU - Leistenschneider, E.
AU - Lennarz, A.
AU - Li, T.T.
AU - Mayer, A.J.
AU - Schupp, R.
AU - Short, D.A.
ED - Akers, Evelyn (Jefferson Lab), Satogata, Todd Satogata (Jefferson Lab), Schaa, Volker RW Schaa (GSI)
TI - Quantification of the Electron Plasma in TItan's Cooler Penning Trap
J2 - Proc. of COOL2015, Newport News, VA, USA, September 28 - October 2, 2015
C1 - Newport News, VA, USA
T2 - International Workshop on Beam Cooling and Related Topics
T3 - 10
LA - english
AB - Modern rare isotope facilities provide beams of shortlived radionuclides primarily for studies in the field of nuclear structure, nuclear astrophysics, and low energy particle physics. At these facilities, many activities such as re-acceleration, improvement of resolving power, and precision experimental measurements require charge breeding of ions. However, the charge breeding process can increase the energy spread of an ion bunch, adversely affecting the experiment. A Cooler Penning Trap (CPET) is being developed to address such an energy spread by means of sympathetic electron cooling of the Highly Charged Ion bunches to . 1 eV/q. Recent work has focused on developing a strategy to effectively detect the trapped electron plasma without obstructing the passage of ions through the beamline. The first offline tests demonstrate the ability to trap and detect more than 10⁸ electrons. This was achieved by using a novel wire mesh detector as a diagnostic tool for the electrons.
PB - JACoW
CP - Geneva, Switzerland
SP - 39
EP - 42
KW - electron
KW - ion
KW - detector
KW - plasma
KW - TRIUMF
DA - 2016/11
PY - 2016
SN - 978-3-95450-174-8
DO - 10.18429/JACoW-COOL2015-MOPF06
UR - https://spms.fnal.gov/pls/cool15/papers/mopf06.pdf
ER -