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Table 1

Parameters describing LCs of several EBs.

Name AR Aur EK Com AV Del 477 Lyr

ga 9 10 13 8
filter B/V V BVRI V
n 686/687 247 545 294
D 0.0168(3) 0.052(3) 0.0396(7) 0.0219(5)
Γ 0.619(10) 1.7(4) 0.82(5) 0.79(4)
a11 0.691/0.681 0.331(12) 1.153(11) 1.557(14)
a12 1.17(4)
a21 0.551/0.564 0.289(9) 0.123(3) 0.078(5)
a22 –0.188(13)
a 31 –0.0022(5) 0.023(5) 0.321(2)
a32 –0.022(4)
a41 0.0028(9) 0.150(5) 0.050(2) –0.035(2)
a42 –0.044(1)
a51 –0.005(2)
A6 0.032(2)
C –0.25(2) –0.24(7) –0.342(20)
C1 0.10(17)
C2 –0.14(9)
ρ 1.05 0.73 1.05 0.31

Type OC SD D D
P
r1 0.098 0.524 0.198 0.077
r2 0.100 0.318 0.343 0.219
Teff1 11 100 K 5000 K 6000 K 60 000 K
Teff2 10 600 K 5300 K 4275 K 6500 K
i 88.5° 88.5° 81.3° 65.8°
Figs. 5 2 8 4

Notes. ga is the number of the parameters used for the description of a LC, ρ = δphen/δphys, where δphen and δphys are the uncertainties in the determination of the zero phase time according to phenomenological and physical models. The used optimum LC model: . EB types: OC – overcontact; C – contact; SD – semidetached; D – detached, P is the period, r1,r2 are the relative radii of the components, Teff1,Teff2, their effective temperature, i is the orbit inclination. The parameters were taken from authors cited in Sect. 4.3.

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