Energy distribution of electron neutrinos from O-15 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from O-15 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope O-15 by β+ decay and/or an electron capture (EC) process. And O-15 decay into N-15.

Oxygen 15 (O-15)

Z : 8

A : 15

Half-life : 2.037 minutes

Decay modes

Q-value ~ 2.754 MeV

Product : N-15 (Branching ratio : 100%)




* Normalized energy distribution of electron neutrinos through the decay of O-15

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from O-14 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from O-14 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope O-14 by β+ decay and/or an electron capture (EC) process. And O-14 decay into N-14.

Oxygen 14 (O-14)

Z : 8

A : 14

Half-life : 1.176 minutes

Decay modes

Q-value ~ 5.143 MeV

Product : N-14 (Branching ratio : 100%)



* Normalized energy distribution of electron neutrinos through the decay of O-14

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from O-13 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from O-13 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope O-13 by β+ decay and/or an electron capture (EC) process. And O-13 decay into C-12 or C-13.

Oxygen 13 (O-13)

Z : 8

A : 13

Half-life : 8.58 millisecond

Decay modes

Q-value ~ 17.76 MeV

Product : N-13 -> C-13 (Branching ratio : 89.25%)

Q-value ~ 15.823 MeV

Product : C-12 (Branching ratio : 10.75%)



* Normalized energy distribution of electron neutrinos through the decay of O-13

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from N-13 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from N-13 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope N-13 by β+ decay and/or an electron capture (EC) process. And N-13 decay into C-13.

Nitrogen 13 (N-13)

Z : 7

A : 13

Half-life : 9.965 minutes

Decay modes

Q-value ~ 2.22 MeV

Product : C-13 (Branching ratio : 100%)



* Normalized energy distribution of electron neutrinos through the decay of N-13

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from N-12 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from N-12 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope N-12 by β+ decay and/or an electron capture (EC) process. And N-12 decay into C-12.

Nitrogen 12 (N-12)

Z : 7

A : 12

Half-life : 11 millisecond

Decay modes

Q-value ~ 17.338 MeV

Product : C-12 (Branching ratio : 100%)



* Normalized energy distribution of electron neutrinos through the decay of N-12

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from C-11 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from C-11 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope C-11 by β+ decay and/or an electron capture (EC) process. And C-11 decay into B-11.

Carbon 11 (C-11)

Z : 6

A : 11

Half-life : 20.38 minutes

Decay modes

Q-value ~ 1.982 MeV

Product : B-11 (Branching ratio : 100%)



* Normalized energy distribution of electron neutrinos through the decay of C-11

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from C-10 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from C-10 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope C-10 by β+ decay and/or an electron capture (EC) process. And C-10 decay into B-10.

Carbon 10 (C-10)

Z : 6

A : 10

Half-life : 19.29 second

Decay modes

Q-value ~ 3.648 MeV

Product : B-10 (Branching ratio : 100%)



* Normalized energy distribution of electron neutrinos through the decay of C-10

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from C-9 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from C-9 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope C-9 by β+ decay and/or an electron capture (EC) process. And C-9 decay into Be-8 or Li-5.

Carbon 9 (C-9)

Z : 6

A : 9

Half-life : 126.5 millisecond

Decay modes

Q-value ~ 16.679 MeV

Product : Be-8 (Branching ratio : 61.6%)

Q-value ~ 14.806 MeV

Product : Li-5 (Branching ratio : 38.4%)


* Normalized energy distribution of electron neutrinos through the decay of C-9

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from B-8 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from B-8 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope B-8 by β+ decay and/or an electron capture (EC) process. And B-8 decay into He-4.

Boron 8 (B-8)

Z : 5

A : 8

Half-life : 770 millisecond

Decay modes

Q-value ~ 18.07 MeV

Product : He-4 (Branching ratio : 100%)


* Normalized energy distribution of electron neutrinos through the decay of B-8

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos

Energy distribution of electron neutrinos from Be-7 through β+ decay (and/or electron capture)

# Energy distribution of electron neutrinos from Be-7 through β+ decay (and/or electron capture)

Electron neutrinos are generated from unstable isotope Be-7 by β+ decay and/or an electron capture (EC) process. And Be-7 decay into Li-7.

Beryllium 7 (Be-7)

Z : 4

A : 7

Half-life : 53.12 days

Decay modes

Q-value ~ 0.8618 MeV

Product : Li-7 (Branching ratio : 100%)


* Normalized energy distribution of electron neutrinos through the decay of Be-7

x axis : Electron neutrino energy
y axis : Normalized energy distribution of electron neutrinos