Belt-Questions: Difference between revisions
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= [https://ui.adsabs.harvard.edu/abs/2020ApJS..250...13K/abstract Paper] = | = [https://ui.adsabs.harvard.edu/abs/2020ApJS..250...13K/abstract Paper] = | ||
* \(T\) in Section 2.3.3 = Matter Temperature (Gas + Dust) or just gas (Temperature related to internal Energy \(E_{\mathrm{int}} = c_V \rho_{\mathrm{gas}} T \) )? | |||
* \( 4 \pi B_\text{rad} \to c B_\text{rad} \), right? | |||
* 2.3.4 Why is the linearization a decoupling of Eq.16 und Eq.17 | |||
= Makemake2.1 = | = Makemake2.1 = | ||
Latest revision as of 16:18, 11 September 2026
General
Paper
- \(T\) in Section 2.3.3 = Matter Temperature (Gas + Dust) or just gas (Temperature related to internal Energy \(E_{\mathrm{int}} = c_V \rho_{\mathrm{gas}} T \) )?
- \( 4 \pi B_\text{rad} \to c B_\text{rad} \), right?
- 2.3.4 Why is the linearization a decoupling of Eq.16 und Eq.17
Makemake2.1
Gas and Dust Density Defintions
src/Makemake2.1/Irradiation.c:Irradiation(Data *data, Grid *grid)
rhogas = data->Vc[RHO][kl][jl][il]; Tgas = data->GasTemperature[kl][jl][il]; Trad = IrradiationTemperature; #if IRRADIATION == YES rhodust = data->DustToGasMassRatio[kl][jl][il] * rhogas; Tdust = data->DustTemperature[kl][jl][il]; #endif
- Inertia of dust is neglected?