Study on Effects of Modifications to Hcal Iron Density

Explore the study involving modifications to Hcal iron density, including the use of different iron densities, removal of Hcal iron, and the insertion of primitive pistons in some models. The study evaluates the impact on magnetic fields and other parameters in various configurations.

• Study Effects
• Hcal Iron
• Density Modifications
• Magnetic Fields
• Experimental Models

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Uploaded on Sep 27, 2024 | 0 Views

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1. ECCE with Hcal mods Paul Brindza June 7, 2021

2. Study effects of mods to Hcal iron Original 50 % iron density in all iron First mod use 10 % in Hcal Remove Hcal iron completely Use iron after Hcal at 440-460 @ 100 % density Some models have primitive piston inserted

3. Bz on axis ( gauss) 50 % iron density

4. Bz on Z with Hcal density 10 %

5. B in center of Hcal 10 %

6. B perp near axis .95,2.1,3.8,5.7 deg.

7. Model with no Hcal iron

8. Bz om axis no Hcal iron B(000) 1.4 T ( same)

9. Bperp near axis no iron in Hcal slight improvement

10. Model with conic piston regular iron

11. Bz on axis with conic piston

12. B in iron with piston

13. Model with ray @ 8.4

14. Bperp near conic piston

15. Model with iron pulled out to 440/460

16. Bz with iron at 440/460

17. Comments Hcal at 50 %, 10 %, no iron and iron outside have little effect on B(000) Field does change shape near coil end. Bperp near axis sees slight improvement with less to no iron First look at using the piston to get more Bperp near axis this needs more work.