Table 2: Dumping factors due to the precession of the SPOrt orbit. The cases of thermal behaviour synchronous with the Sun illumination with K=1 ( $D^1_{\rm pr}$ ), K=10 ( $D^{10}_{\rm pr}$ ) and K=30 ( $D^{30}_{\rm pr}$ ) are displayed. The asynchronous case ( $D^{\rm asy}_{\rm pr}$ ) is shown as well.
Lifetime $N_{\rm pr}$ $D^1_{\rm pr}$ $D^{10}_{\rm pr}$ $D^{30}_{\rm pr}$ $D^{\rm asy}_{\rm pr}$

[months]

12 5 0.046 0.745 0.201 0.200

18 8 0.220 0.416 0.002 0.125

24 10 0.046 0.191 0.141 0.100

30 13 0.135 0.079 0.078 0.077

36 15 0.045 0.183 0.065 0.067

**Table 2:** Dumping factors due to the precession of the SPOrt orbit. The cases of thermal behaviour synchronous with the Sun illumination with K=1 ( $D^1_{\rm pr}$ ), K=10 ( $D^{10}_{\rm pr}$ ) and K=30 ( $D^{30}_{\rm pr}$ ) are displayed. The asynchronous case ( $D^{\rm asy}_{\rm pr}$ ) is shown as well.
Lifetime	$N_{\rm pr}$	$D^1_{\rm pr}$	$D^{10}_{\rm pr}$	$D^{30}_{\rm pr}$	$D^{\rm asy}_{\rm pr}$
[months]
12	5	0.046	0.745	0.201	0.200
18	8	0.220	0.416	0.002	0.125
24	10	0.046	0.191	0.141	0.100
30	13	0.135	0.079	0.078	0.077
36	15	0.045	0.183	0.065	0.067

Source LaTeX | All tables | In the text