Table 5: The parameters of the eight H₂O maser components detected towards IRAS 20126+4104. The position errors are $0\hbox{$.\!\!^{\rm s}$ }0003$ for $\alpha$ and $0\hbox{$.\!\!^{\prime\prime}$ }004$ for $\delta$ . The leading terms of the positions are $\alpha (\rm J2000)= 20^{\rm h}$ 14 $^{\rm m}$ and $\delta (\rm J2000)= 41^{\circ }$ 13'.
No.
$V_{\rm LSR}$ Flux $\alpha$ $\delta$

km s^-1 Jy/beam s ''

1 3.51 $7.79\pm0.01$ 26.0243 32.575

2 2.05 $4.25\pm0.01$ 26.0241 32.576

3 -2.27 $8.40\pm0.01$ 26.0269 32.588

4 -2.36 $0.56\pm0.01$ 26.0221 32.607

5 -5.22 $4.93\pm0.01$ 26.0217 32.612

6 -7.07 $78.81\pm0.04$ 26.0219 32.602

7 -9.14 $8.53\pm0.01$ 26.0220 32.602

8 -13.39 $1.20\pm0.01$ 26.0243 32.667

**Table 5:** The parameters of the eight H₂O maser components detected towards IRAS 20126+4104. The position errors are $0\hbox{$.\!\!^{\rm s}$ }0003$ for $\alpha$ and $0\hbox{$.\!\!^{\prime\prime}$ }004$ for $\delta$ . The leading terms of the positions are $\alpha (\rm J2000)= 20^{\rm h}$ 14 $^{\rm m}$ and $\delta (\rm J2000)= 41^{\circ }$ 13'.
No.	$V_{\rm LSR}$	Flux	$\alpha$	$\delta$
	km s^-1	Jy/beam	s	''
1	3.51	$7.79\pm0.01$	26.0243	32.575
2	2.05	$4.25\pm0.01$	26.0241	32.576
3	-2.27	$8.40\pm0.01$	26.0269	32.588
4	-2.36	$0.56\pm0.01$	26.0221	32.607
5	-5.22	$4.93\pm0.01$	26.0217	32.612
6	-7.07	$78.81\pm0.04$	26.0219	32.602
7	-9.14	$8.53\pm0.01$	26.0220	32.602
8	-13.39	$1.20\pm0.01$	26.0243	32.667

Source LaTeX | All tables | In the text

	1 Introduction
	2 Observations and data reduction
	3 Results
	4 Discussion
	5 Conclusions
	References