Comparison Between Data Dots And Sm Mc Solid Line A E P Z

Comparison between data (dots) and SM MC (solid line): (a) E −P Z + ∆ µ ...
Comparison between data (dots) and SM MC (solid line): (a) E −P Z + ∆ µ ...
Comparison between data (dots) and SM MC (solid line): (a) E −P Z + ∆ µ ...
Comparison between data (dots) and SM MC (solid line): (a) E −P Z + ∆ µ ...
Comparison between data (dots) and SM MC (histograms) for (a) P T,e ...
Comparison between data (dots) and SM MC (histograms) for (a) P T,e ...
Comparison between data (dots) and SM MC (histograms) for (a) P T,miss ...
Comparison between data (dots) and SM MC (histograms) for (a) P T,miss ...
A comparison between MC (solid) and collision data (points) for t corr ...
A comparison between MC (solid) and collision data (points) for t corr ...
5: Comparison between data (dots) and MC (solid/dashed lines) for the ...
5: Comparison between data (dots) and MC (solid/dashed lines) for the ...
A comparison between the input parametrization (solid line) and the MC ...
A comparison between the input parametrization (solid line) and the MC ...
5: Comparison between data (dots) and MC (solid/dashed lines) for the ...
5: Comparison between data (dots) and MC (solid/dashed lines) for the ...
Comparison between data (dots) and MC (histogram) in kinematic ...
Comparison between data (dots) and MC (histogram) in kinematic ...
A comparison between the input parametrization (solid line) and the MC ...
A comparison between the input parametrization (solid line) and the MC ...
Comparison between analytical solid line and numerical dot markers ...
Comparison between analytical solid line and numerical dot markers ...
Comparison of experimental data ͑ dot ͒ with fits ͑ solid line ͒ for a ...
Comparison of experimental data ͑ dot ͒ with fits ͑ solid line ͒ for a ...
A comparison between the input parametrization (solid line) and the MC ...
A comparison between the input parametrization (solid line) and the MC ...
Comparison between data (black dots) and the SM data-derived background ...
Comparison between data (black dots) and the SM data-derived background ...
Comparison between analytical (Eq. (14), solid lines) and MC results ...
Comparison between analytical (Eq. (14), solid lines) and MC results ...
Comparison of theory (solid curve) and MC data (dots) for the ...
Comparison of theory (solid curve) and MC data (dots) for the ...
Comparison between model fit (solid line) and experimental data (dots ...
Comparison between model fit (solid line) and experimental data (dots ...
Comparison of the data (dots) with the RAPGAP MC (solid line ...
Comparison of the data (dots) with the RAPGAP MC (solid line ...
Comparison of theory (solid curve) and MC data (dots) for the ...
Comparison of theory (solid curve) and MC data (dots) for the ...
Comparison of ∆µ, ∆c and ∆z distributions for data (dots) and MC ...
Comparison of ∆µ, ∆c and ∆z distributions for data (dots) and MC ...
Comparison between data (dots with error bars) and the final fit (solid ...
Comparison between data (dots with error bars) and the final fit (solid ...
Main figure: A comparison between the numerical m(z) (solid line ...
Main figure: A comparison between the numerical m(z) (solid line ...
Comparison between model fit (solid line) and experimental data (dots ...
Comparison between model fit (solid line) and experimental data (dots ...
Comparison between model fit (solid line) and experimental data (dots ...
Comparison between model fit (solid line) and experimental data (dots ...
Solid line: potential μ = a × z b fit, diamonds: observed RS/μ data ...
Solid line: potential μ = a × z b fit, diamonds: observed RS/μ data ...
Comparison of uncorrected data (dots) and MC model predictions for ...
Comparison of uncorrected data (dots) and MC model predictions for ...
Data dots and theory solid for the optical path difference versus ...
Data dots and theory solid for the optical path difference versus ...
Plot of S z vs ε e , simulated by the (a) MC and (b) SF methods, and ...
Plot of S z vs ε e , simulated by the (a) MC and (b) SF methods, and ...
Comparison between the measured (solid line with filled dots) and model ...
Comparison between the measured (solid line with filled dots) and model ...
Comparison (for 24 days) between data (dots) and model predictions ...
Comparison (for 24 days) between data (dots) and model predictions ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison of measured (solid lines) and MC -calculated (dots) dose ...
Comparison between analytically (solid lines) and numerically (dots ...
Comparison between analytically (solid lines) and numerically (dots ...
Comparison of the log( χ SD ) distribution between data (dots), t ¯ t ...
Comparison of the log( χ SD ) distribution between data (dots), t ¯ t ...
Comparison between the results of analytical calculations (solid line ...
Comparison between the results of analytical calculations (solid line ...

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