Commit 0f2d6992 authored by Chu, Ran's avatar Chu, Ran
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Updated SFHo LowRes Bruenn tables with updated README file. Still needs to...

Updated SFHo LowRes Bruenn tables with updated README file. Still needs to update the other opacity tables corresponding to the coefficient change.
parent 6fe2f0fb
......@@ -32,25 +32,25 @@
- Iso : neutrino isoenergetic scattering on nucleons and nuclei
Tabulated(e,1,rho,T,ye) = 1/2 * 4π/(cvel*(hc)**3) * e2 * Phi_0
Tabulated(e,2,rho,T,ye) = 3/2 * 4π/(cvel*(hc)**3) * e2 * Phi_1
Tabulated(e,1,rho,T,ye) = 1 / (cvel*(hc)**3) * e2 * Phi_0
Tabulated(e,2,rho,T,ye) = 3 / (cvel*(hc)**3) * e2 * Phi_1
for neutrino and antineutrino
in unit: [cm-1]
- NES : neutrino-electron scattering
Tabulated(ep,e,1,T,eta) = H0i * 2π/(cvel*(hc)**3) = zero moment of the "i" NES outgoing scattering kernal
Tabulated(ep,e,2,T,eta) = H0ii * 2π/(cvel*(hc)**3) = zero moment of the "ii" NES outgoing scattering kernal
Tabulated(ep,e,3,T,eta) = H1i * 2π/(cvel*(hc)**3) = first moment of the "i" NES outgoing scattering kernal
Tabulated(ep,e,4,T,eta) = H1ii * 2π/(cvel*(hc)**3) = first moment of the "ii" NES outgoing scattering kernal
Tabulated(ep,e,1,T,eta) = H0i / (cvel*(hc)**3) = zero moment of the "i" NES outgoing scattering kernal
Tabulated(ep,e,2,T,eta) = H0ii/ (cvel*(hc)**3) = zero moment of the "ii" NES outgoing scattering kernal
Tabulated(ep,e,3,T,eta) = H1i / (cvel*(hc)**3) = first moment of the "i" NES outgoing scattering kernal
Tabulated(ep,e,4,T,eta) = H1ii/ (cvel*(hc)**3) = first moment of the "ii" NES outgoing scattering kernal
in unit: [MeV-3 cm-1]
- Pair : neutrino production from pair process
Tabulated(ep,e,1,T,eta) = J0i * 2π/(cvel*(hc)**3) = zero moment of the "i" pair annihilation kernal
Tabulated(ep,e,2,T,eta) = J0ii * 2π/(cvel*(hc)**3) = zero moment of the "ii" pair annihilation kernal
Tabulated(ep,e,3,T,eta) = J1i * 2π/(cvel*(hc)**3) = first moment of the "i" pair annihilation kernal
Tabulated(ep,e,4,T,eta) = J1ii * 2π/(cvel*(hc)**3) = first moment of the "ii" pair annihilation kernal
Tabulated(ep,e,1,T,eta) = J0i / (cvel*(hc)**3) = zero moment of the "i" pair annihilation kernal
Tabulated(ep,e,2,T,eta) = J0ii / (cvel*(hc)**3) = zero moment of the "ii" pair annihilation kernal
Tabulated(ep,e,3,T,eta) = J1i / (cvel*(hc)**3) = first moment of the "i" pair annihilation kernal
Tabulated(ep,e,4,T,eta) = J1ii / (cvel*(hc)**3) = first moment of the "ii" pair annihilation kernal
in unit: [MeV-3 cm-1]
## Implement Example
......
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