- #1
rjseen
- 10
- 0
Hi,
so for example in the figure below the missing mass squared has been calculated under the assumption of the detection of a pi+ particle decaying from a K+. What I am wondering is what is it that's bounding all the decays at 0.122 GeV2?
And for the decays at all, what is e.g. bounding the pi+pi+pi- (black line) decay? I figured the lowest value, around 0.078, is around the squared mass of two pions? Not sure though.
Appreciate any help.
so for example in the figure below the missing mass squared has been calculated under the assumption of the detection of a pi+ particle decaying from a K+. What I am wondering is what is it that's bounding all the decays at 0.122 GeV2?
And for the decays at all, what is e.g. bounding the pi+pi+pi- (black line) decay? I figured the lowest value, around 0.078, is around the squared mass of two pions? Not sure though.
Appreciate any help.
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