K2K Spectrum Analysis: 1kt plots

Spectrum Analysis: 1kt Plots

Some bugs are fixed on 2002/10/02.
All figures below are new, bug-fixed version.

Event sample in all the figures below is "25t fid. 1-ring mu-like FC events"

In all figures, inner error bars on DATA correspond to stat. err.,
while outer error bars includes syst. err.

Errors on MC are errors estimated by 1kt+SciFi merged fitting,
where error correlations between bins are taken into account
by using the error matrix obtained from the fitting.

Muon momentum distribution:
- Data + MC: [EPS File] [GIF File]
- Data + MC with CCQE(MC): [EPS File] [GIF File]
Muon angular distribution:
- Data + MC: [EPS File] [GIF File]
- Data + MC with CCQE(MC): [EPS File] [GIF File]
Muon angular distribution (angles larger than 90 deg. are integrated):
- Data + MC: [EPS File] [GIF File]
- Data + MC with CCQE(MC): [EPS File] [GIF File]
Pseudo-Q² (or reconstructed Q²) distribution: QE int. is assumed in calculating Q²
- Data + MC: [EPS File] [GIF File]
- Data + MC with CCQE(MC): [EPS File] [GIF File]
Reconstructed neutrino energy distribution:
- Data + MC: [EPS File] [GIF File]
- Data + MC with CCQE(MC): [EPS File] [GIF File]

For the explanation of 1kt fitting method (histogram templates)
- muon momentum vs muon angle 2D-histo. (DATA) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 0.5 < Enu < 0.75, QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 0.5 < Enu < 0.75, non-QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 0.75 < Enu < 1.0, QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 0.75 < Enu < 1.0, non-QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 1.0 < Enu < 1.5, QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 1.0 < Enu < 1.5, non-QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 1.5 < Enu < 2.0, QE) [EPS File] [GIF File]
- muon momentum vs muon angle 2D-histo. (MC: 1.5 < Enu < 2.0, non-QE) [EPS File] [GIF File]

If you have any question, please ask Issei Kato, Kyoto University (issei@scphys.kyoto-u.ac.jp).