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Uses deep inelastic scattering off of the mirror nuclei 3H and 3He to measure the EMC effect for 3H and 3He and determine the ratio of the neutron to proton inelastic structure functions, F2n /F2p, and the ratio of the down to up quark distributions in the nucleon, d/u, at medium and large Bjorken x. Full details of the physics goals are provided in the [http://hallaweb.jlab.org/collab/PAC/PAC37/C12-10-103-Tritium.pdf PAC37 proposal] | Uses deep inelastic scattering off of the mirror nuclei 3H and 3He to measure the EMC effect for 3H and 3He and determine the ratio of the neutron to proton inelastic structure functions, F2n /F2p, and the ratio of the down to up quark distributions in the nucleon, d/u, at medium and large Bjorken x. Full details of the physics goals are provided in the [http://hallaweb.jlab.org/collab/PAC/PAC37/C12-10-103-Tritium.pdf PAC37 proposal] | ||
| − | <B>E12-13-012 (Quasi-Elastic)</B> <br> | + | [https://hallaweb.jlab.org/wiki/index.php/He3_/_H3_e%2Ce%27p_experiment_E12-14-011 <B>E12-13-012 (Quasi-Elastic)</B> <br>] |
Uses quasi-elastic scattering to measure the proton and neutron momentum distributions in A = 3 asymmetric nuclei 3H and 3He to demonstrate that the minority (protons in 3H) have average kinetic energy higher than the majority (protons in 3He). This will be a first direct test of calculated momentum distributions. | Uses quasi-elastic scattering to measure the proton and neutron momentum distributions in A = 3 asymmetric nuclei 3H and 3He to demonstrate that the minority (protons in 3H) have average kinetic energy higher than the majority (protons in 3He). This will be a first direct test of calculated momentum distributions. | ||
Revision as of 18:02, 10 November 2016
Tritium Collaboration Wiki Page (Back to Hall-A Main Wiki)
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Announcement
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The Experiments
E12-010-103 (MARATHON)
Uses deep inelastic scattering off of the mirror nuclei 3H and 3He to measure the EMC effect for 3H and 3He and determine the ratio of the neutron to proton inelastic structure functions, F2n /F2p, and the ratio of the down to up quark distributions in the nucleon, d/u, at medium and large Bjorken x. Full details of the physics goals are provided in the PAC37 proposal
E12-13-012 (Quasi-Elastic)
Uses quasi-elastic scattering to measure the proton and neutron momentum distributions in A = 3 asymmetric nuclei 3H and 3He to demonstrate that the minority (protons in 3H) have average kinetic energy higher than the majority (protons in 3He). This will be a first direct test of calculated momentum distributions.
E12-11-112 (xB > 1)
Will perform a precision test of the isospin dependence of two-nucleon short range correlations using mirror nuclei 3H and 3He.
E12-14-009 (Elastic)
Charge radius of 3He and 3H
2017 Run Plan
How-To and Shift Info
- How-To-HRS/DVCS (Detailed documentation and troubleshooting)
- GMP & DVCS How-To
- Contact List (to be updated)
- Tritium-Target How-To (to be added)
2017 Spring Run (MARATHON & Elastic)
- Installation and Commissioning
- HRS Detector Checkout and Calibration
- Data Acquisition System and Triggers
- Boiling Study
- BCM Calibration
- BPM Calibration (including Raster)
- Optics Calibration
- Production Run Plan
2017 Fall Run (x>1 & (e,e'p))
Tritium Target Information
The details of the tritium target cell can be found at:
Weekly Meetings
Time: Every Tuesday at 2:00 PM ET, Location: L210A BlueJeans: Meeting ID: 4845151606, Phone Call +1.888.240.2560 (US Toll Free) 1.408.740.7256 (US) +1.408.317.9253 (Alternate number)
- Pre-experiment
- Post-experiment