ALMA data suggest the presence of spiral structure in the inner wind of CW Leonis

L. Decin; A. M. S. Richards; D. Neufeld; W. Steffen; G. Melnick; R. Lombaert

doi:10.1051/0004-6361/201424593

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Volume 574 (February 2015)

A&A, 574 (2015) A5

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Issue		A&A Volume 574, February 2015


Article Number		A5
Number of page(s)		26
Section		Interstellar and circumstellar matter
DOI		https://doi.org/10.1051/0004-6361/201424593
Published online		15 January 2015

Online material

Appendix A: Position-velocity diagrams

	Fig. A.1 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of ²⁹SiO J = 15–14 at 642.808 GHz; blended with NaCN 24(7, 17)–24(6, 18) at 642.826 GHz and NaCN 24(7, 18)–24(6, 19) at 642.832 GHz.
Open with DEXTER

	Fig. A.2 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of Si³³S J = 36–35 at 643.260 GHz.
Open with DEXTER

	Fig. A.3 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiC₂ 26(4, 22)–25(4, 21) at 645.752 GHz.
Open with DEXTER

	Fig. A.4 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of Si³⁴S v = 2J = 37–36 at 645.919 GHz.
Open with DEXTER

	Fig. A.5 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiC₂ 27(6,22)–26(6, 21) at 646.323 GHz, strongly blended by the SiO v = 1J = 15–14 line at 646.429 GHz.
Open with DEXTER

	Fig. A.6 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiO v = 1J = 15–14 at 646.429 GHz, blended with SiC₂ 27(6, 22)–26(6,21) at 646.323 GHz.
Open with DEXTER

	Fig. A.7 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of ³⁰SiS J = 37–36 at 646.770 GHz.
Open with DEXTER

	Fig. A.8 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of ²⁹Si³⁴S J = 38–37 at 657.124 GHz, blended with SiC₂ 31(0, 31)–30(0, 30) at 657.128 GHz.
Open with DEXTER

	Fig. A.9 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiC₂ 31(0, 31)–30(0, 30) at 657.128 GHz, blended with ²⁹Si³⁴S J = 38–37 at 657.124 GHz.
Open with DEXTER

	Fig. A.10 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiC₂ 30(2, 29)–29(2, 28) at 657.603 GHz.
Open with DEXTER

	Fig. A.11 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of ²⁹SiS J = 37–36 at 658.224 GHz.
Open with DEXTER

	Fig. A.12 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of AlF J = 20–19 at 658.529 GHz, weakly blended with C¹⁸O J = 6–5 at 658.553 GHz.
Open with DEXTER

	Fig. A.13 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of C¹⁸O J = 6–5 at 658.553 GHz. Main emission comes from AlF J = 20–19 at 658.529 GHz (i.e. shifted by 10 km s^-1).
Open with DEXTER

	Fig. A.14 Position-velocity diagram along the right ascension (PA = 90°, left) and declination (PA = 0°, right) of SiC₂ 29(2, 27)–28(2, 26) at 658.792 GHz.
Open with DEXTER

© ESO, 2015

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