SLAC Experiment E139 Home Page

electron-Nucleus Deep Inelastic Scattering and the EMC effect.

PUBLISHED PAPER

• PUBLISHED PAPER (no figures or tables) (ps)

  TABLES

  • TABLE 1. LIQUID TARGET DIMENSIONS (ps)

  • TABLE 2. SOLIDTARGET DIMENSIONS (ps)

  • TABLE 3. WIRE CHAMBER PERFORMANCE (ps)

  • TABLE 4. TRACKING PERFORMANCE (ps)

  • TABLE 5. CROSS SECTION/NUCLEON (ps)

  • TABLE 5. CROSS SECTIONS (ASCII)

  • TABLE 6. SYSTEMATIC UNCERTAINTIES (ps)

  • TABLE 7. CROSS SECTION RATIOS/ (ps)

  • TABLE 7. CROSS SECTION RATIOS/ (txt)

  • TABLE 8. AVERAGE CROSS SECION RATIOS(ps)

  • TABLE 8. AVERAGE CROSS SECION RATIOS(txt)

  • EMC EFFECT RATIOS (GREAT DETAIL, but slightly incorrect)

  • TABLE 9. FIT COEFFICIENTS VERSUS x (ps)

  • TABLE 10. F2_d/F2_N (ps)

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  FIGURES

  • NUCLEAR RATIOS vs Q^2
  • Q^2 dependence of Nuclear Ratios
  • NUCLEAR RATIOS vs x
  • NUCLEAR RATIOS vs x(fine bins)
  • NUCLEAR RATIOS vs x(world data)
  • NUCLEAR RATIOS vs x(log; world data)
  • NUCLEAR RATIOS vs Atomic Number
  • Deuterium Cross Section Compared to Model
  • RADIATION LENGTH DEPENDENCE OF CROSS SECIONS vs. X

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  OTHER EXPERIMENTS

  E101 e-d elastic and threshhold inelastic scattering
  E121 e-He elastic and threshold inelastic scattering
  E133 e-n elastic and threshold inelastic scattering
  E136 e-p elastic and threshold elastic scattering
  E140 e-p and e-d: Sigma_L/Sigma_T and structure functions.
  NE4 e-d 180 degree scattering
  NE11 e-p and e-d Form Factors
  E143 e-p and e-d Polarized structure functions
  E154 e-n Polarized structure functions
  E155 e-p and e-d Polarized structure functions
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  Steve Rock