... Fe III and as this latter ion is a more efficient line driver than Fe IV, the line ... therefore C III is a more efficient drivingion causing the increase in mass loss at ... As C III has more lines than C IV it is a more efficient drivingion. ...
... the temperature region 10 4 to 10 6 K Ion – ( љ A) Log T Three different quiet Sun ... of ё 19 km s \Gamma1 , while the coronal ion, Fe XII, has velocities of ё 27 km s ...
... Thermal energy perturbations drive flows along the flux tube giving rise to thermodynamic phenomena. ... Time dependent carbon ion populations are obtained in the non-equilibrium conditions derived from the thermodynamic variables ...
... We may thus (1) determine the necessary driving power, (2) resolve the debate ... Fraction Alfven Speed, vA ґ Magnetic Field Ion Fraction, Bow Velocity, vbow Angle to ... Draine et al. 1983), the ion-fraction and magnetic field strength determine the ...
... can be an efficient mechanism to drive plasma outflows in the chromosphere and ... have looked at magnetic reconnection as a driving mechanism for hot jets (Jin et al ... magnetic reconnection as a plausible candidate for driving chromospheric jets ...
... The energies required to drive the observed red-shifts are estimated to be about 10 ... The fractional ion populations (Nion /Nelem ) as a function of time are calculated ...