Isotropic Weighted Moller Distribution in GEMC
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![Layer1binsMollerRate.png](/./images/6/67/Layer1binsMollerRate.png)
![Layer1binsMollerRate 2.png](/./images/7/70/Layer1binsMollerRate_2.png)
![Layer1binsMollerRateIsotropic.png](/./images/0/0a/Layer1binsMollerRateIsotropic.png)
![Layer1binsMollerRate 2Isotropic.png](/./images/6/6a/Layer1binsMollerRate_2Isotropic.png)
Isotropic in CM
Assuming a 1cm long target of LH2 where around 2% of the incident electrons will result in a Moller electron,
TH1F *Combo=new TH1F("Layer1binsMollerRate","Layer1binsMollerRate",113,0,113); Combo->Add(Layer1binsWeighted,23.8); Combo->Draw();
![Layer1binsMollerRate.png](/./images/6/67/Layer1binsMollerRate.png)
Assuming a 5cm long target of LH2 where around 2% of the incident electrons will result in a Moller electron,
TH1F *Combo=new TH1F("Layer1binsMollerRate","Layer1binsMollerRate",113,0,113); Combo->Add(Layer1binsWeighted,4.76); Combo->Draw();
![Layer1binsMollerRate 2.png](/./images/7/70/Layer1binsMollerRate_2.png)
Isotropic in Lab
Assuming a 1cm long target of LH2 where around 2% of the incident electrons will result in a Moller electron,
TH1F *Combo=new TH1F("Layer1binsMollerRate","Layer1binsMollerRate",113,0,113); Combo->Add(Layer1binsWeighted,23.8); Combo->Draw();
![Layer1binsMollerRateIsotropic.png](/./images/0/0a/Layer1binsMollerRateIsotropic.png)
Assuming a 5cm long target of LH2 where around 2% of the incident electrons will result in a Moller electron,
TH1F *Combo=new TH1F("Layer1binsMollerRate","Layer1binsMollerRate",113,0,113); Combo->Add(Layer1binsWeighted,4.76); Combo->Draw();
![Layer1binsMollerRate 2Isotropic.png](/./images/6/6a/Layer1binsMollerRate_2Isotropic.png)