Difference between revisions of "June 16, 2020 - Wien filter fields and beam dynamics assessment of the 130 keV Wien as reference for the 200 keV Wien"
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(Created page with "* Gabriel's presentation on assessing measured and modeled fields and their effect on beam dynamics. The presentation also compares CEBAF 130 keV Wien filter fields and beam d...") |
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* Gabriel's presentation on assessing measured and modeled fields and their effect on beam dynamics. The presentation also compares CEBAF 130 keV Wien filter fields and beam dynamics with Darmstadt's. | * Gabriel's presentation on assessing measured and modeled fields and their effect on beam dynamics. The presentation also compares CEBAF 130 keV Wien filter fields and beam dynamics with Darmstadt's. | ||
| + | **[[Media:Wien_filter_GPT_4_FINAL.pptx]] | ||
| + | |||
*The following spreadsheets were provided by Joe Meyers from Magnet Test | *The following spreadsheets were provided by Joe Meyers from Magnet Test | ||
**[[Media:Wien WF002 Dipole measurment magnet test 2009 end plates present.xlsx]] | **[[Media:Wien WF002 Dipole measurment magnet test 2009 end plates present.xlsx]] | ||
Latest revision as of 10:33, 17 June 2020
- Gabriel's presentation on assessing measured and modeled fields and their effect on beam dynamics. The presentation also compares CEBAF 130 keV Wien filter fields and beam dynamics with Darmstadt's.
- The following spreadsheets were provided by Joe Meyers from Magnet Test
- The following spreadsheet is a summary of the two magnetic field measurements above compared to Jay's model in TOSCA
- Slides summarizing the magnetic field measurements and comparison wire Jay's models