Table 3: Relative changes $\chi_{\sigma} (= \dot{M}_{\rm \sigma}/\dot{M}_{\rm det}$) of the mass-loss rates under the influence of the temperature fluctuations.

T4-cooling, ideal gas, $\eta _{\rm opt} = 4.4$ K-1
$\sigma $ $\bar{\chi_\sigma}$ $N_{\rm sample}$ $\sigma_{n-1}(\chi_\sigma)$

20		 1.07 12 0.18
40 1.11 12 0.21
60 1.18 5 0.10

T4-cooling, ideal gas, $\eta_{\rm opt} = 5.9$ K-1
$\sigma $ $\bar{\chi_\sigma}$ $N_{\rm sample}$ $\sigma_{n-1}(\chi_\sigma)$

20		 1.08 13 0.04
40 1.16 12 0.19
60 1.30 3 0.11

NLTE-cooling and state functions, $\eta _{\rm opt} = 4.4$ K-1
$\sigma $ $\bar{\chi_\sigma}$ $N_{\rm sample}$ $\sigma_{n-1}(\chi_\sigma)$

20		 0.97 19 0.11
40 1.09 19 0.26
60 1.05 12 0.31

NLTE-cooling and state functions, $\eta_{\rm opt} = 5.9$ K-1
$\sigma $ $\bar{\chi_\sigma}$ $N_{\rm sample}$ $\sigma_{n-1}(\chi_\sigma)$
20 0.92 19 0.17
40 0.97 18 0.35
60 1.03 12 0.48


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