Difference between revisions of "Integrated asymmetry"
Jump to navigation
Jump to search
Line 2: | Line 2: | ||
=Integrated asymmetry calculation= | =Integrated asymmetry calculation= | ||
− | <math>Asymm^{detA} = \frac{\sum \left[\left(\frac{up(ii)^{detA}}{Wup}-\frac{upbg(ii)}{Wupbg}\right) - \left(\frac{sd(ii)}{Wsd}-\frac{sdbg(ii)}{Wsdbg}\right)\right]} | + | <math>Asymm^{detA} = \frac{\sum \left[\left(\frac{up(ii)^{detA}}{Wup^{detA}}-\frac{upbg(ii)^{detA}}{Wupbg^{detA}}\right) - \left(\frac{sd(ii)^{detA}}{Wsd^{detA}}-\frac{sdbg(ii)^{detA}}{Wsdbg^{detA}}\right)\right]} |
− | + | {\sum \left[\left(\frac{up(ii)^{detA}}{Wup^{detA}}-\frac{upbg(ii)^{detA}}{Wupbg^{detA}}\right) + \left(\frac{sd(ii)^{detA}}{Wsd^{detA}}-\frac{sdbg(ii)^{detA}}{Wsdbg^{detA}}\right)\right]}</math> | |
where<br> | where<br> |
Revision as of 06:51, 7 June 2009
Integrated asymmetry calculation
where
up(ii) - D2O, detector Up, Wup - weighted coefficient for up(ii)
upbg(ii) - H2O, detector Up, Wup - weighted coefficient for upbg(ii)
sd(ii) - D2O, detector Side, Wup - weighted coefficient for sd(ii)
sdbg(ii) - N2O, detector Side, Wup - weighted coefficient for sdbg(ii)
For detector A summation is over [1000:1600] bin numbers
For detector C summation is over [900:1600] bin numbers
Error calculation
If assume:
Then
where
Cases was analysed
Det A:
D2O Up, files# [40,56,102,108,134,205,210,230];
H2O Up, files# [44];
D2O Side, files# [48,74,78,82,86,90,94,146,180,190,225,235];
H2O Side, files# [52];
Det C:
D2O Up, files# [49,75,79,83,87,91,95,147,181,191,226,236];
H2O Up, files# [53];
D2O Side, files# [41,57,103,107,135,206,211,231];
H2O Side, files# [45];
Results
Table 1: Det A, weighted with
Table 2: Det C, weighted with
Table 3: Det A, weighted with
Table 4: Det C, weighted with
Change the X-axis to nanosecond or neutron energy (TF)
Only one "s" in Asymmetry