The electron sheet density takes values between 109and 7 × 1011cm−2.
The QD sheet density has been measured to 8.3 × 109 cm−2 using atomic force microscopy.
This is succeeded by a proper choice of the electron sheet density.
The threshold voltage expression is developed using inversion carrier charge sheet density method.
For even smaller number of cycles, Figure2c,d, the inversion dynamics differs slightly for all the values of electron sheet density, and the final value of inversion is practically the same, independent of the value of electron sheet density.
The second is the well-known dependence of plasma sheet density and temperature on solar wind (SW) parameters.
The rate of plasma sheet density variations and the drift speed of energetic ions determine the rate of storm recovery.
It is evident that sheet density increases with ion-implantation dose, and mobility decreases with increasing ion-implantation dose.
These conditions require (i) a decrease in plasma sheet density and (ii) strong and prolonged E × B convection.
We added a new term representing variations of solar wind density which is correlated with plasma sheet density.
Plasma sheet density variations make the flow-out process effective under the condition where the convection electric field remains strong.
