Difference between revisions of "CIS Technical Notes"
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| − | == | + | == 2024 == |
| − | ; CIS Technical Note, " | + | ; CIS Technical Note, "Photogun simulation workflow: from geometry to beam dynamics", JLAB-TN-24-015 |
| − | :[ | + | :[https://jlabdoc.jlab.org/docushare/dsweb/Get/Document-285962/24-015_letterpaper.pdf Letter paper version] ; [https://jlabdoc.jlab.org/docushare/dsweb/Get/Document-285961/24-015_screen.pdf Screen version] |
| − | ; CIS Technical Note, "Fabrication of molybdenum puck body", CIS-TN-18-01 ( | + | == 2023 == |
| − | :[[media:CIS-TN-18-01.docx]] [[media:CIS-TN-18-01. | + | ; CIS Technical Note, "Two years of booster adventures at the UITF", JLAB-TN-23-005 |
| + | :[https://jlabdoc.jlab.org/docushare/dsweb/Get/Document-265100/23-005_print.pdf Letter paper version] ; [https://jlabdoc.jlab.org/docushare/dsweb/Get/Document-265101/23-005_screen.pdf Screen version] | ||
| + | |||
| + | ; CIS Technical Note, "MicroMott operation and upgrades", JLAB-TN-23-055 August 2023 | ||
| + | :[https://jlabdoc.jlab.org/docushare/dsweb/Get/Document-275122/23-055.pdf JLAB-TN-23-005] ; [[media:MicroMottTN.pdf]] | ||
| + | |||
| + | == 2022 == | ||
| + | ; CIS Technical Note, "High-voltage quantum-efficiency scans at the UITF", JLAB-TN-22-013 | ||
| + | :[[media:TN-22-013 LetterPaper.pdf|Letter paper version]] ; [[media:TN-22-013 Screen.pdf|Screen version]] (April 2022) | ||
| + | == 2019 == | ||
| + | ; CIS Technical Note, "Measuring Extractor Gauge x-ray limit", JLAB-TN-19-040 | ||
| + | :[[media:JLAB-TN-19-040.docx]] [[media:JLAB-TN-19-040.pdf]] (December 2, 2019) - Original note | ||
| + | |||
| + | ; CIS Technical Note, "Photogun high voltage conditioning procedure with Krypton gas" | ||
| + | :[[media:KrProcessing.docx]] [[media:KrProcessing.pdf]] (August 22, 1019, Carlos Hernandez-Garcia) | ||
| + | |||
| + | == 2018 == | ||
| + | ; CIS Technical Note, "Photocathode mounting on molybdenum puck body", CIS-TN-18-02 | ||
| + | :[[media:CIS-TN-18-02.docx]] [[media:CIS-TN-18-02.pdf]] (February 27, 2018) - Original note | ||
| + | |||
| + | ; CIS Technical Note, "Fabrication of molybdenum puck body", CIS-TN-18-01 | ||
| + | :[[media:CIS-TN-18-01_revA.docx]] [[media:CIS-TN-18-01_revA.pdf]] (March 1, 2018) - Added step 1d and corrected typo | ||
| + | :[[media:CIS-TN-18-01.docx]] [[media:CIS-TN-18-01.pdf]] (February 27, 2018) - Original note | ||
== 2017 == | == 2017 == | ||
Latest revision as of 14:06, 12 June 2024
2024
- CIS Technical Note, "Photogun simulation workflow: from geometry to beam dynamics", JLAB-TN-24-015
- Letter paper version ; Screen version
2023
- CIS Technical Note, "Two years of booster adventures at the UITF", JLAB-TN-23-005
- Letter paper version ; Screen version
- CIS Technical Note, "MicroMott operation and upgrades", JLAB-TN-23-055 August 2023
- JLAB-TN-23-005 ; media:MicroMottTN.pdf
2022
- CIS Technical Note, "High-voltage quantum-efficiency scans at the UITF", JLAB-TN-22-013
- Letter paper version ; Screen version (April 2022)
2019
- CIS Technical Note, "Measuring Extractor Gauge x-ray limit", JLAB-TN-19-040
- media:JLAB-TN-19-040.docx media:JLAB-TN-19-040.pdf (December 2, 2019) - Original note
- CIS Technical Note, "Photogun high voltage conditioning procedure with Krypton gas"
- media:KrProcessing.docx media:KrProcessing.pdf (August 22, 1019, Carlos Hernandez-Garcia)
2018
- CIS Technical Note, "Photocathode mounting on molybdenum puck body", CIS-TN-18-02
- media:CIS-TN-18-02.docx media:CIS-TN-18-02.pdf (February 27, 2018) - Original note
- CIS Technical Note, "Fabrication of molybdenum puck body", CIS-TN-18-01
- media:CIS-TN-18-01_revA.docx media:CIS-TN-18-01_revA.pdf (March 1, 2018) - Added step 1d and corrected typo
- media:CIS-TN-18-01.docx media:CIS-TN-18-01.pdf (February 27, 2018) - Original note
2017
- M.L.Stutzman, D.Moser and T.J.Gay, "Extrapolation of Asymmetry Data to Determine Ao ", JLAB-TN-17-010
- media:JLab-TN-17-010.docx media:JLab-TN-17-010.pdf
- J. Grames and B. Freeman, "Beam Systematics for Mott Experiment Runs I and II", JLab-TN-17-007
- media:JLAB-TN-17-007.docx media:JLAB-TN-17-007.pdf
- J. Grames, "Mott Experiment Run I/II Beam Energies" JLAB-TN-17-001 (Jan 17, 2017)
- JLab Document Server media:JLAB-TN-17-001.docx media:JLAB-TN-17-001.pdf
- J. Grames, D. Machie, M. Stutzman, R. Suleiman, "Physical Description of the CEBAF Mott Polarimeter and Detector Chain", JLab-TN-17-xxx
- media:MottConstruction-TN_v0.docx
2016
- M. L. Stutzman and Md. A. Mamun "Mott Target Ladder Gold Foil Thickness Measurements" JLab-TN-16-049
- media:Thickness_Dec2016.docx
2014
- J. Grames, "Fall 2014 Mott Target Replacement and Ladder Position Re-Calibration", JLAB-TN-14-026 (September 17, 2014)
- Media:JLAB-TN-14-026.pdf
- J. Grames, "Using Spin Precession to Infer the Strength of Solenoid MFL0I07", JLAB-TN-14-017 (July 15, 2014)
- Media:JLAB-TN-14-017.PDF Media:140819_BTeam_MFL0I07.pptx
- C. Tennant, J. Grames, R. Suleiman, D. Turner, "Transverse Beam Characterization in the CEBAF 5 MeV Region", JLAB-TN-14-004 (March 20, 2014
- Media:JLAB-TN-14-004.pdf Media:JLAB-TN-14-004.docx
2009
- M. Stutzman, "MicroMott Polarimeter", JLAB-TN-09-062
- Media:JLAB-TN-09-062.pdf
2008
- J. Grames, "In Situ Measurement of the FA Solenoid Coil using Spin Precession", JLAB-TN-08-084 (December 3, 2008)
- Media:JLAB-TN-08-084.pdf
2005
- J. Grames, "Study of the Vertical Component of the Beam Polarization for the 2004 HAPPEX-2 Run",JLAB-TN-05-028 (February 14, 2005)
- Media:JLAB-TN-05-028.pdf