**Table 1:** Line flux measurements for TW Hya.
	$\lambda$ [Å]	Counts	$A_{\rm eff}^{\rm [cm^2]}$	Ion	Transm.^a	Flux^b
3C	15.01	$35.5~\pm~6.2$	16.0	Fe XVII	0.859	$7.15~\pm~1.26$
3D	15.26	$32.3~\pm~6.0$	23.2	Fe XVII	0.853	$4.45~\pm~0.83$
^[c]16.00		blend in O VIII		Fe XVIII	0.835	$[1.15~\pm~0.41]^{c}$
^[c]16.07		$9.39~\pm~3.4$	19.0	Fe XVIII	0.834	$1.53~\pm~0.55$
3F	16.78	$16.6~\pm~4.4$	16.1	Fe XVII	0.816	$3.13~\pm~0.83$
3G	17.05	$37.6~\pm~6.4$	14.8	Fe XVII	0.809	$7.64~\pm~1.30$
M2	17.10	$21.2~\pm~4.8$	14.6	Fe XVII	0.807	$4.36~\pm~1.00$
	10.23	$45.0~\pm~7.3$	83.7	Ne X	-	$2.18~\pm~0.35$
	12.13	$200~\pm~14.5$	43.1	Ne X	-	$15.8~\pm~1.15$
	16.00	$47.3~\pm~7.1$	19.2	O VIII	-	$6.39~\pm~0.97$
	18.97	$121~\pm~11.2$	8.87	O VIII	-	$29.8~\pm~2.78$

^a Transmission efficiencies with $N_{\rm H}=4\times 10^{20}$ cm^-2.
^b 10^-14 erg cm^-2 s^-1; corrected for $N_{\rm H}$ .
$^{c}~{\sim}75$ % of 16.07-Å line blends with O VIII at 16.00 Å.

Source LaTeX | All tables | In the text

	1 Introduction
	2 Data reduction and analysis
	3 Results
	4 Discussion and conclusions
	References