Proposal to Study the 3H(e,ep)nn and the 3He(e,e'p)np Reaction

FSI effects as a function of E_miss

Below are the fitted curved of FSI effects as a function of Em. The fits are 3rd order polynomials.

• 3He_FSI_PWIA_Em_30.pdf: FSI effects as a function of Em for 3He

• 3H_FSI_PWIA_Em_30.pdf: FSI effects as a function of Em for 3H(Proposal Fig. 12)

3He and 3H cross sections. The results of these integrations are shown next:

Ratio 3He(e,e'p) cross section to 3H(e,e'p) cross section

• 3He_3H_ratio_PWIA_30.pdf: ratio 3He/3H for theta_nq = 30 degrees, PWIA calculation (dashed lines indicate smaller integration region +/- 20 MeV around SRC peak)
• 3He_3H_D_ratio_PWIA_30.pdf: ratio 3He/D and 3H/D for for theta_nq = 30 degrees, PWIA calculation, (dashed lines indicate smaller integration region +/- 20 MeV around SRC peak
• 3He_3H_ratio_FSI_30.pdf: ratio 3He/3H for theta_nq = 30 degrees, FSI calculation
• 3He_3H_D_ratio_FSI_30.pdf: ratio 3He/D and 3H/D for for theta_nq = 30 degrees, FSI calculation, (dashed lines indicate smaller integration region +/- 20 MeV around SRC peak
• 3He_3H_D_FSI_PWIA_30.pdf: comparison PWIA /FSI in 3He/3H cross section ratio (solid: FSI, dahsed PWIA, blue 3He, green 3H)
• pwia_ratio_ang_dist_40_annot.pdf: angular distribution of FSI/PWIA for Em = 40 MeV, showing the strong angular dependence. Shaded region shows the region sampled by this experimen (Proposal Fig. 11)

• empm_acceptance.pdf: Em/pm Acceptance for the 3 spectrometer settings

• 3He_3H_D_FSI_PWIA_30.pdf: 3He to 3H ratio for theta_r = 30 deg. with FSI and PWIA (Proposal Fig. 15)
• 3He_3H_FSI_PWIA_30.pdf: comparison PWIA /FSI in 3He/3H cross section ratio (red: FSI, blue PWIA, proposal Fig. 14))

• mom_dist1.pdf: Sketch of n and p momentum distributions

• mom_dist1a.pdf: Sketch of n and p momentum distributions (Proposal Fig. 1)