Table 1.

Physical properties of the Spitzer bubbles.*

Namelog NL (photons)Spectral typeM  * (⁠|$M_{\odot }$|⁠)
S11648.9O6–O6.530
S11748.0O920
S11848.5O7.5–O823
Namelog NL (photons)Spectral typeM  * (⁠|$M_{\odot }$|⁠)
S11648.9O6–O6.530
S11748.0O920
S11848.5O7.5–O823

*Column 1: Name of the Spitzer bubble. Column 2: Number of UV photons estimated from the flux of radio continuum of SUMMS 843 MHz survey (Bock et al. 1999; Mauch et al. 2003) using relationship described in Kurtz et al. (1994). Column 3: Estimated spectral type of the exciting star in the region, found using the NLTeff relationship (Panagia 1973). Column 4: Estimated stellar mass.

Table 1.

Physical properties of the Spitzer bubbles.*

Namelog NL (photons)Spectral typeM  * (⁠|$M_{\odot }$|⁠)
S11648.9O6–O6.530
S11748.0O920
S11848.5O7.5–O823
Namelog NL (photons)Spectral typeM  * (⁠|$M_{\odot }$|⁠)
S11648.9O6–O6.530
S11748.0O920
S11848.5O7.5–O823

*Column 1: Name of the Spitzer bubble. Column 2: Number of UV photons estimated from the flux of radio continuum of SUMMS 843 MHz survey (Bock et al. 1999; Mauch et al. 2003) using relationship described in Kurtz et al. (1994). Column 3: Estimated spectral type of the exciting star in the region, found using the NLTeff relationship (Panagia 1973). Column 4: Estimated stellar mass.

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