Difference between revisions of "Integrated asymmetry"
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<math> Asymm = \frac {\sum \left[\left(\frac{up(ii)}{Wup}-\frac{upbg(ii)}{Wupbg}\right) - \left(\frac{sd(ii)}{Wsd}-\frac{sdbg(ii)}{Wsdbg}\right)\right]} | <math> Asymm = \frac {\sum \left[\left(\frac{up(ii)}{Wup}-\frac{upbg(ii)}{Wupbg}\right) - \left(\frac{sd(ii)}{Wsd}-\frac{sdbg(ii)}{Wsdbg}\right)\right]} | ||
{\sum \left[\left(\frac{up(ii)}{Wup}-\frac{upbg(ii)}{Wupbg}\right) + \left(\frac{sd(ii)}{Wsd}-\frac{sdbg(ii)}{Wsdbg}\right)\right]} </math> | {\sum \left[\left(\frac{up(ii)}{Wup}-\frac{upbg(ii)}{Wupbg}\right) + \left(\frac{sd(ii)}{Wsd}-\frac{sdbg(ii)}{Wsdbg}\right)\right]} </math> | ||
+ | |||
+ | where | ||
+ | up(ii) - D2O, detector Up, Wup - weighted coefficient for up(ii)<br> | ||
+ | upbg(ii) - H2O, detector Up, Wup - weighted coefficient for up(ii)<br> | ||
+ | sd(ii) - D2O, detector Side, Wup - weighted coefficient for up(ii)<br> | ||
+ | sdbg(ii) - N2O, detector Side, Wup - weighted coefficient for up(ii)<br> | ||
Different cases was analysed:<br> | Different cases was analysed:<br> |
Revision as of 05:22, 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 up(ii)
sd(ii) - D2O, detector Side, Wup - weighted coefficient for up(ii)
sdbg(ii) - N2O, detector Side, Wup - weighted coefficient for up(ii)
Different cases was analysed:
Det A:
Det C:
The results are (File:Asymm table.pdf):
- Table 1: Det A, weighted with NaI detector
- Table 2: Det C, weighted with NaI detector
- Table 3: Det A, weighted with Ref detector
- Table 4: Det C, weighted with Ref detector
Change the X-axis to nanosecond or neutron energy (TF)
Only one "s" in Asymmetry