Table 2: Constants of the dissociation equilibrium of H₂O in formats of the ATLASxx, where xx labels a version of ASTLAS, the superscripts correspond to different fit temperature ranges: ¹ - $300~{\rm K} < T < 1000$ K, ² - $300~{\rm K} < T < 6000$ K, ³ - $60~{\rm K} < T < 6000$ K, ⁴ - $50~{\rm K} < T < 10~000$ .
D_o b c d e f Refs.

9.500 0.9193E+02 0.2550E-02 0.4088E-06 0.3893E-10 0.1512E-14 Pavlenko (2002)¹

9.512 9.3179E+01 2.6725E-03 5.7830E-07 8.5268E-11 5.1311E-15 Kurucz (1999)

9.500 0.9374E+02 0.3494E-02 0.9795E-06 0.1655E-09 0.1073E-13 Vidler & Tennyson (2000)²

9.500 0.9494E+02 0.5858E-02 0.2338E-05 0.4634E-09 0.3279E-13 Vidler & Tennyson (2000)³

9.500 0.9331E+02 0.2551E-02 0.4089E-06 0.3895E-10 0.1513E-14 This work¹

9.500 0.9428E+02 0.3722E-02 0.8305E-06 0.9719E-10 0.4238E-14 This work⁴

**Table 2:** Constants of the dissociation equilibrium of H₂O in formats of the ATLASxx, where xx labels a version of ASTLAS, the superscripts correspond to different fit temperature ranges: ¹ - $300~{\rm K} < T < 1000$ K, ² - $300~{\rm K} < T < 6000$ K, ³ - $60~{\rm K} < T < 6000$ K, ⁴ - $50~{\rm K} < T < 10~000$ .
D_o	b	c	d	e	f	Refs.
9.500	0.9193E+02	0.2550E-02	0.4088E-06	0.3893E-10	0.1512E-14	Pavlenko (2002)¹
9.512	9.3179E+01	2.6725E-03	5.7830E-07	8.5268E-11	5.1311E-15	Kurucz (1999)
9.500	0.9374E+02	0.3494E-02	0.9795E-06	0.1655E-09	0.1073E-13	Vidler & Tennyson (2000)²
9.500	0.9494E+02	0.5858E-02	0.2338E-05	0.4634E-09	0.3279E-13	Vidler & Tennyson (2000)³
9.500	0.9331E+02	0.2551E-02	0.4089E-06	0.3895E-10	0.1513E-14	This work¹
9.500	0.9428E+02	0.3722E-02	0.8305E-06	0.9719E-10	0.4238E-14	This work⁴

Source LaTeX | All tables | In the text