The DUNE neutrino detector consists of 4 x 10' kg of Argon (Ar). f the flux of muon neutrinos incident on the DUNE detector is ,- 100 m .calculate the number of electrons produced in the DUNE detector through the reaction te- , te in one year. You should assume that a neutrino is equally lkely to scatter with any of the 18 electrons in an Argon atom and the cross-section for the reaction , +e+a a10 cm Choose 1 option DA34x 10 O19x10 Oc34 Oa19x 10
The DUNE neutrino detector consists of 4 x 10' kg of Argon (Ar). f the flux of muon neutrinos incident on the DUNE detector is ,- 100 m .calculate the number of electrons produced in the DUNE detector through the reaction te- , te in one year. You should assume that a neutrino is equally lkely to scatter with any of the 18 electrons in an Argon atom and the cross-section for the reaction , +e+a a10 cm Choose 1 option DA34x 10 O19x10 Oc34 Oa19x 10
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if the flux of muon neutrinos incidernt on the DUNE detector is , = 100 ms. colculate the number of electrons produced in the DUNE detector through the reaction
Vte vete in one year.
You should assume that a neutrino is equally likely to scatter with any of the 18 electrons in an Argon atom and the cross-section for the reaction , te
a= 10 cm
Choose 1 option
Da 3.4 x 10
O10x 10
Od.19x 10"
Transcribed Image Text:The DUNE neutrino detector consists of 4 x 10 kg of Argon ("Ar).
if the flux of muon neutrinos incidernt on the DUNE detector is , = 100 ms. colculate the number of electrons produced in the DUNE detector through the reaction
Vte vete in one year.
You should assume that a neutrino is equally likely to scatter with any of the 18 electrons in an Argon atom and the cross-section for the reaction , te
a= 10 cm
Choose 1 option
Da 3.4 x 10
O10x 10
Od.19x 10
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