"electric field configuration" is a correct and usable phrase in written English.
It refers to the arrangement or distribution of electric fields in a given space or system. An example of using this phrase in a sentence could be: "The experiment revealed an unexpected electric field configuration, which led to further investigation." This sentence implies that the arrangement of electric fields in the experiment was not what was initially predicted or assumed, and prompted further study.
The design of the tracking system, electric field configuration, electronics, and detector simulation are described.
The constant electric field configuration represents the effects of steady state magnetic reconnection.
The color detection capability relies on the generation of a suitable electric field configuration in a depleted region of the Silicon active layer.
In order to achieve optimal electric field configuration, the configuration of condenser cone was determined using 2D electric field simulation results.
A 2D semiconductor device simulator was used to determine the electric field configuration in a double-Schottky diode structure and the local modulation of the refractive index was used to determine the effective index modulation of the guided mode.
A novel Thomson parabola ion spectrometer design is presented, in which a gradient electric field configuration is employed to enable a compact design capable of high resolution measurements of ion energy and charge-to-mass ratio.
Scalp potential distributions (AEP maps) differentiated electric field configurations across stimulus classes.
A detailed study of the electric field and gas flow influence on the ion guide efficiency is described for two differing electric field configurations.
The texture change of the ECD Cu2O film deposited on ZnO NRs and its enhanced growth rate along the < 100 > direction are attributed to the specific electric field configurations for substrate with NRs and the parallel receiving angle of the reactants.
This concerned an improved adjustment of static electric field and magnetic field configurations, the possibility to tune shape and position of the electrodes, and an easy access for diagnostic tools to monitor the areas critical for operation.
Optical microscopy was performed to consider the effect of the electric field magnitude and configuration, filler morphology, and aspect ratio on alignment process.
