All Tables

Table 1: Physical quantities of the initial white dwarf models: mass, surface luminosity, central temperature, central density, radius and rotation velocity.
Table 2: Properties of the computed model sequences. The first column gives the system number. The other columns have the following meanings. $M_{\rm init}$ : initial mass, $\ensuremath{\dot{M}}$ : accretion rate, f: fraction of $j_{\rm K}$ of the accreted matter (see Eq. (18)), $f_{\mu }$ : efficiency parameter of the $\mu$ gradient, $\ensuremath{\dot{E}_{\rm rot}}$ : rotational energy dissipation by friction, M_0.10: white dwarf mass when the ratio of the rotational energy to the gravitational potential energy (T/W) reaches 0.10. The remaining physical quantities are also estimated at this point, i.e., when T/W = 0.10. $\rho _{\rm c, 0.10}$ and $T_{\rm c, 0.10}$ : central density and temperature. R_0.10: radius of white dwarf defined on the sphere of the volume of the equipotential surface. J_0.10: total angular momentum, $\Omega _{0.10}$ : moment-of-inertia-weighted mean of angular velocity.
Table 3: Continued from Table 2. The symbols in the columns have the same meaning with those in Table 3, but when T/W = 0.14 and T/W = 0.18 for the indices 0.14 and 0.18, respectively.
Table 4: Expected properties of the gravitational waves from the selected accreting white dwarfs.