Table 1: Equivalent widths of the most intensive emission lines from the local spot model (this paper), measured (i) with respect to the reflected continuum, $EW_{\rm {}refl}$, and (ii) to the sum of the incident plus reflected continuum, $EW_{\rm {}total}$. Only lines with EWs higher than 1 eV are listed.
Ion Transition Energy $EW_{\rm {}refl}$ $EW_{\rm {}total}$
    [keV] [eV] [eV]
Fe XIX   0.118 1.08 0.48
C VI $ {\rm Ly} {\alpha}$ 0.367 1.72 0.75
N VII $ {\rm Ly} {\alpha}$ 0.500 1.01 0.44
O VII f 0.568 2.59 1.11
O VIII $ {\rm Ly} {\alpha}$ 0.653 13.32 5.69
Fe XVII   0.729 2.22 0.94
Ne X $ {\rm Ly} {\alpha}$ 1.020 4.54 1.91
Fe XXIV   1.110 4.97 2.07
Fe XXVI ${\rm Ba} {\alpha}$ 1.288 2.86 1.18
Mg XII $ {\rm Ly} {\alpha}$ 1.472 4.50 1.86
Fe XXIV   1.495 1.48 0.61
Fe XXVI ${\rm Ba} {\beta}$ 1.739 1.26 0.51
Si XIII f 1.853 1.23 0.50
Si XIV $ {\rm Ly} {\alpha}$ 1.999 12.02 4.95
S XV f 2.446 1.27 0.52
S XV $ {\rm Ly} {\alpha}$ 2.611 13.22 5.35
Fe $ {{\rm K} {\alpha}}$ 6.400 1.88 0.76
Fe XXV i 6.630 48.69 19.75
Fe XXV f 6.667 37.24 15.10
Fe XXV f 6.682 49.33 20.00
Fe XXV r 6.700 50.07 20.30
Fe XXVI $ {\rm Ly} {\alpha}$ 6.957 171.9 69.71
Two forbidden Fe XXV lines are transitions $2\rm p$ $^3\rm P_1^o \rightarrow 1s^2$ $^1\rm S_0$ and $\rm 2p$ $^3\rm P_2^o \rightarrow 1s^2$ $^1\rm S_0$, Fe XXV resonance line is the transition $2\rm p$ $^1\rm P_1^o \rightarrow 1s^2$ $^1\rm S_0$. Two soft X-ray Fe XXIV lines are transitions $3\rm d$ $^2\rm D + 3s$ $^2\rm S \rightarrow 2p$ $^2\rm P^o$and $4\rm d$ $^2\rm D + 4s$ $^2\rm S \rightarrow 2p$ $^2\rm P^o$, correspondingly.

Source LaTeX | All tables | In the text