Figure 3最终值

Final Figure 3 value

十四场全部域外；仅supplemental extrapolation。

All fourteen fields are out of domain; this is only a supplemental extrapolation.

原文输入量

Native published input

73个b<-30 deg HaloSat EM拟合的empirical disk+adiabatic halo。

Empirical-disk-plus-adiabatic-halo fit to 73 HaloSat EM fields at b<-30 deg.

转换链

Conversion chain

按catalog-closed integral(n_d+n_h)^2投影M31，补充median kT、HI4PI和TBabs。

Project to M31 with the catalog-closed integral(n_d+n_h)^2 convention, adding median kT, HI4PI, and TBabs.

1. 采用paper joint fit的exponential disk加Fang et al. adiabatic NFW-polytrope halo；parent constraints来自73个b<-30 deg HaloSat EM fields。Adopt the paper's joint exponential-disk plus Fang et al. adiabatic NFW-polytrope halo fit, constrained by 73 HaloSat EM fields at b<-30 deg.
2. 沿每个M31 field积分paper catalog所闭合的n^2 convention，并保留disk--halo cross term；因为fitted n的particle identity未定义，不再乘1.2。Integrate the catalog-closed n^2 convention along each M31 field and retain the disk--halo cross term; because the particle identity of fitted n is undefined, do not add a factor of 1.2.EM = ∫(n_disk + n_halo)^2 ds
3. paper未给M31方向temperature；本项目采用HaloSat median kT=0.225 keV，配APEC 3.0.9、TBabs和field-specific HI4PI转absorbed 0.5--2，并用observed weights汇总。The paper gives no temperature toward M31; this project adopts the HaloSat median kT=0.225 keV, APEC 3.0.9, TBabs, and field-specific HI4PI to obtain absorbed 0.5--2 brightness and combines fields with the observed weights.

新增假设与边界

Added assumptions and boundaries

• fitted n的particle identity未知，不增加1.2 composition factor。The particle identity of fitted n is unspecified, so no extra 1.2 composition factor is applied.

Provenance

DOI: 10.1038/s41550-020-01215-w

figure3_reference_registry.json · frozen Figure 3 ledger