Table 2.

List of parameters and numerical results for various quantities for the two models shown in Fig. 3. The parameter w is the weight defined in equation (26). The derived quantities are defined in Section 2.2 and are expressed in the units listed in Table 1. Numerical results are given to three significant digits.

Model AModel B
Parameters:
w10.5
s1.61.15
Pc0.50.25
σ11
Derived quantities:
Energy, E0.3930.432
Energy, E/Evac (per cent)118 per cent113 per cent
Helicity, H4.203.24
Maximum twist, φmax1.221.07
Dipole strength, a11.220.699
Quadrupole strength, a20.655
Model AModel B
Parameters:
w10.5
s1.61.15
Pc0.50.25
σ11
Derived quantities:
Energy, E0.3930.432
Energy, E/Evac (per cent)118 per cent113 per cent
Helicity, H4.203.24
Maximum twist, φmax1.221.07
Dipole strength, a11.220.699
Quadrupole strength, a20.655
Table 2.

List of parameters and numerical results for various quantities for the two models shown in Fig. 3. The parameter w is the weight defined in equation (26). The derived quantities are defined in Section 2.2 and are expressed in the units listed in Table 1. Numerical results are given to three significant digits.

Model AModel B
Parameters:
w10.5
s1.61.15
Pc0.50.25
σ11
Derived quantities:
Energy, E0.3930.432
Energy, E/Evac (per cent)118 per cent113 per cent
Helicity, H4.203.24
Maximum twist, φmax1.221.07
Dipole strength, a11.220.699
Quadrupole strength, a20.655
Model AModel B
Parameters:
w10.5
s1.61.15
Pc0.50.25
σ11
Derived quantities:
Energy, E0.3930.432
Energy, E/Evac (per cent)118 per cent113 per cent
Helicity, H4.203.24
Maximum twist, φmax1.221.07
Dipole strength, a11.220.699
Quadrupole strength, a20.655
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