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Table 2

Derived properties of the sample.

Star Disc LIR / L LUV / L log Lacc / L
group

AB Aur I 0.76 4.63  <0.55
HD 31648 II 0.46 0.75  <0.19
HD 35187 II 0.12 2.23 1.13
HD 36112 I 0.66 1.32  <−0.81
CQ Tau II 1.01 0.19–0.3  <−1.16
HD 97048 I 0.39 7.69  < 0.95
HD 100453 I 0.62 0.29  <−0.91
HD 100546 I 0.56 7.22 1.62
HD 104237 II 0.32 1.54 0.87
HD 135344 B I 0.56 0.11a  −0.22
HD 139614 I 0.39 0.39  <−1.12
HD 141569 A II/TO 0.009 6.83  <0.70
HD 142527 I 0.98 0.15a  <−1.04
HD 142666 II 0.33 0.37–0.68 0.85
HD 144668 II 0.51 1.55–2.94  <0.23
HD 150193 II 0.48 8.53 1.32
KK Oph A+B II 2.01 2.35 1.70
51 Oph II 0.03 71.32  <0.37
HD 163296 II 0.29 3.21–5.58  −0.04
HD 169142 I 0.42 0.45  <0.05

49 Cet Debris 6.0  ×  10-4 2.96  <−0.11
HD 32297 Debris 0.003 1.91a
HR 1998 Debris 6.6  ×  10-5 1.25
HR 4796 A Debris 0.003 5.59
HD 158352 Debris 1.6  ×  10-4 0.64

Notes. Disc group classification from Meeus et al. (2001) and Acke et al. (2010). For the derivation of LIR / L, LUV / L, and log Lacc / L, see the description in Sect. 2.1. Disc groups I and II refer to Meeus et al. (2001) classification, “TO” stands for “transition object”.

(a)

Ultraviolet fluxes measured on the model photosphere (no UV observations available).

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