HCl, V, v´=5: Effect of “Mass spectra integration” AK,PV-labt/C...HCl V(5,0) vhwkm.pxp AK,PV-labt/C...HCl V(5,0) vhwkm.ppt AK,PV-labt/C...HCl V(5,0) vhwkm.xls
Mw0 (36.74 amu)
Mw1 (36.89 amu)
Mw2 (37.04 amu) / REMPI spectrum:
Mw3 (37.19 amu)
Mw0-3, i.e. average mass spectrum for Mw0 – Mw3:
Mw1-3
Mw=36.74 Mw=36.89 Mw=37.04 Mw=37.19 Average Mw (Mw03) i.e.: (I(36.74)+I(36.89)+I(37.04)+I(37.19))/4
=> It is clearly an improvement to integrate, i.e. sum up mass spectra, (about 4 neighbour mass spectra in this case) Comparison of “averaged 37Cl+” and single 1H+ REMPI spectra:
Average REMPI For Mw -> 37Cl+ REMPI For Mw -> / 37H+ J´=5
=> It looks as if the relatively large intensity of the J´=5 peak is reproducable and consistent, thus for example, it appears for H+ as well as Cl+ Why is this?
Mw , i.e. pnt = i.e. Masses: amu, i.e. Cl+ and HCl+ both isotopomers
All masses added together: i.e.pnts = , corresponding to Mw = amu ! Clearley USELESS!