mobility and carrier concentration were then calculated through the electric field effect theory. The differential mobility can …A detailed quantitative investigation of the current–voltage (I–V) relationship under the low and the high electric … field in the La0.8Ca0.2MnO3/PbZr0.2Ti0.8O3/Si heterostructure over a wide range of temperature was performed. The effective …

for heat transfer enhancement using electrohydrodynamic technique. The electric field is generated by the wire electrodes … and 2000. The numerical modeling of computational fluid dynamics includes the interactions among electric field, flow … field, and temperature field. It is found that the enhancement of heat transfer coefficient with the presence of electric …

-spin system. By using the random phase approximation, the effect from the external electric field has been taken into account. We …

single droplet laying on a solid support in a strong electric field. Inside the solid support two electrodes generate the … electric field. Although the experiment is designed so that the electric field is nearly homogeneous in the absence of a … the existence of a non-vanishing total force acting on an extended uncharged body in a general electric field is given. …

electric fields. That includes the solution of a feed-back problem between the droplet shape and the electric field. Here we …

density contained in the atmospheric electric field is examined. Charge-harvesting methods are suggested and a practical use …

an electric field generated by a constant voltage. A combined stationary solution of the droplet shape and the electric … shapes of the droplets are shown for several voltages. Special care is taken to the singularities of the electric field in … field is searched for. This leads to a free boundary value problem which is solved by an iterative method. The typical …

polarized in electric field. In this case, conductive pathways connecting the electrodes were produced by organized particle …