Fig. 3.
![(Left) Thermal equilibrium curves at r = 109, 109.5, 1010, and 1010.5 cm for our basic parameter sets in section 2. Here, αhot = 0.15 and αcool/αhot = 1.0. (Right) Comparison of thermal equilibrium curves at r = 2.0 × 1010 cm for αhot = 0.15 with different αcool/αhot. These equilibrium curves are calculated by $2F = Q_1^{+}$ [see Kimura et al. (2020b) for the expressions of F and $Q_1^{+}$].](https://oup.silverchair-cdn.com/oup/backfile/Content_public/Journal/pasj/75/1/10.1093_pasj_psac106/2/psac106fig3.jpeg?Expires=1749317109&Signature=anaDCBfJSLccs~b183jgfRZ~iXv3WNaJ130FIrXBOx72K-~060gxP9T6hcsDRA4JdrxlDz3TEzUmcdX5ZexWSQrme9oBKsvqsxyzR1UED1vNU3MQF82n5VlM9y8FViygO4EFoEmKtTcdyNGeD7ehEz55ZqVYMS-l0Iv76DZcc9CMFBpCkEgNlsPyJz8nsFMcEyvQOdnCtEQfviITXDuqizOnGsvxfNMuDGMBHBnLztli8Zxn0WGEpGU9pjmw6FO1koCYBsnC-M4OdsF~j8jm5cLm6E9l~NFATlC229HX6o89Ig0-aiqtzqyDXuTApF147iy2BjynMKKAvIvmEGIi7Q__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
(Left) Thermal equilibrium curves at r = 109, 109.5, 1010, and 1010.5 cm for our basic parameter sets in section 2. Here, αhot = 0.15 and αcool/αhot = 1.0. (Right) Comparison of thermal equilibrium curves at r = 2.0 × 1010 cm for αhot = 0.15 with different αcool/αhot. These equilibrium curves are calculated by |$2F = Q_1^{+}$| [see Kimura et al. (2020b) for the expressions of F and |$Q_1^{+}$|].
