Molybdenum (Mo) Z=42

Enriched Mo

  1. ^{100}Mo

Experimental Data:

Muon absolute Lifetime:

Delayed gamma-rays: PhysRevC.97.014617

Theoretical Calculation: (pn-QRPA) PhysLettB.2019.05.037

ReactionFinal NExperimental (%)PNEM (%)Missing yield(%)
^{100}Mo(#mu,0n)^{100}Nb812(4)
^{100}Mo(#mu,1n)^{99}Nb5158(7)
^{100}Mo(#mu,2n)^{98}Nb1615(1)
^{100}Mo(#mu,3n)^{97}Nb139(4)
^{100}Mo(#mu,4n)^{96}Nb64(2)
^{100}Mo(#mu,5n)^{95}Nb32(1)1.0
^{100}Mo(#mu,1p)^{99}Zr001.5
^{100}Mo(#mu,1n1p)^{98}Zr00
^{100}Mo(#mu,2n1p)^{97}Zr000.5
^{100}Mo(#mu,3n1p)^{96}Zr00
Total (%)971003

2. ^{96}Mo

Muon absolute Lifetime:

Experimental Data: PhysRevC.97.014617

Theoretical Calculation: (pn-QRPA) PhysLettB.2019.05.037

Natural Mo

Muon absolute Lifetime:

Experimental Data: PhysRevC.97.014617

Theoretical Calculation: (pn-QRPA) PhysLettB.2019.05.037

ReactionFinal NExperimental (%)PNEM (%)Missing yield(%)
^{100}Mo(#mu,0n)^{100}Nb11
^{100}Mo(#mu,1n#beta)^{98}Mo76
^{100}Mo(#mu,2n)^{98}Nb64
^{98}Mo(#mu,1n)^{97}Nb1717
^{98}Mo(#mu,1p)^{97}Zr<11
^{97}Mo(#mu,1n)^{96}Nb99
^{96}Mo(#mu,1n)^{95}Nb1313
^{95}Mo(#mu,1n)^{94}Nb-1717
^{94}Mo(#mu,1n)^{93}Nb-1010
^{94}Mo(#mu,2n)^{92}Nb66
^{92}Mo(#mu,1n)^{92}Nb-1010
^{92}Mo(#mu,2n)^{91}Nb40
Total (%)6310037