Difference between revisions of "CH Phase II Run Plan"
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='''First Experiment'''= | ='''First Experiment'''= | ||
| + | * Background run over >24hrs in new shielding design. | ||
| + | * Might be worth checking the reduction in neutron flux using the He3 tube in the detector arm with the high activity source. | ||
| + | ** Since the He3 is most efficient for thermal neutrons, with/out Gd gives an idea of the efficacy of the converter. | ||
| + | ** If time, could use the tube for all thicknesses in & out and add to support models (and physics) that thermal neutron flux decreases as thickness of Gd increases. | ||
| + | |||
| + | * Start with different thicknesses of Gd foils using holder 1 | ||
| + | ** Minimum thickness is 0.1mm and max is either 5(0.1)+2(0.13) mm or 5(0.1)+3(0.13) mm, will depend on how many 10x10cm sheets I can cut from the larger piece left. | ||
='''Previous Pages'''= | ='''Previous Pages'''= | ||
[[CaGaS_Phase_II#V.29_CaGaS_Phase_II|CaGaS Phase II]] | [[CaGaS_Phase_II#V.29_CaGaS_Phase_II|CaGaS Phase II]] | ||
Latest revision as of 14:06, 26 October 2022
First Experiment
- Background run over >24hrs in new shielding design.
- Might be worth checking the reduction in neutron flux using the He3 tube in the detector arm with the high activity source.
- Since the He3 is most efficient for thermal neutrons, with/out Gd gives an idea of the efficacy of the converter.
- If time, could use the tube for all thicknesses in & out and add to support models (and physics) that thermal neutron flux decreases as thickness of Gd increases.
- Start with different thicknesses of Gd foils using holder 1
- Minimum thickness is 0.1mm and max is either 5(0.1)+2(0.13) mm or 5(0.1)+3(0.13) mm, will depend on how many 10x10cm sheets I can cut from the larger piece left.