Table 3: The model parameters.
Nucleus radius $r_{\rm n}$ 0.6 km

Nucleus rotation period P 6 h

Nucleus density ${\rho }$ 1000 kg m^-3

Refractory grain density $\rho'$ 1000 kg m^-3

Bond albedo $A=p_{\rm v}q$ 0.04 $\times$ 0.28

Beaming factor $\eta$ 0.85

Thermal emissivity $\epsilon$ 0.95

Water ice recondensation $\alpha_{\rm R}$ 0.25

Solar constant $F_{{\rm sun}}$ 1370 W m^-2

Thermal inertia I 0-20 J K^-1 m^-2 s^-1/2

**Table 3:** The model parameters.
Nucleus radius	$r_{\rm n}$	0.6 km
Nucleus rotation period	P	6 h
Nucleus density	${\rho }$	1000 kg m^-3
Refractory grain density	$\rho'$	1000 kg m^-3
Bond albedo	$A=p_{\rm v}q$	0.04 $\times$ 0.28
Beaming factor	$\eta$	0.85
Thermal emissivity	$\epsilon$	0.95
Water ice recondensation	$\alpha_{\rm R}$	0.25
Solar constant	$F_{{\rm sun}}$	1370 W m^-2
Thermal inertia	I	0-20 J K^-1 m^-2 s^-1/2

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