The classical conductor model is used here to approximate the electrostatic field induced in the proposed NEMS design.
The electrical properties of the tissue semiconductor interface were analyzed by the volume conductor theory and the sheet conductor model.
A discrete conductor model was used to estimate the volume of influence of a dual transmitter loop ground time-domain electromagnetic system (the InfiniTEM system).
Lumped model of CAP code uses 2-phase, 3-field equations for fluid behaviors, and has appropriate constitutive equations, 1-dimensional heat conductor model, component models, trip and control models, and special process models.
They showed that the single fiber core conductor model is not an unreasonable approximation of the control region of a large bundle of fibers, but loses its validity toward the periphery of the bundle and is entirely unsatisfactory for small bundles.
The location, orientation and amplitude of the best fitted equivalent current dipoles were estimated within a boundary element volume conductor model.
The conductor model was based on 3244 grid points (7.00 mm grid spacing), which were placed in registration with the recording area (128 electrodes) based on the average probabilistic MRI atlas ('average brain') produced by the Montreal Neurological Institute [89].
A spherically symmetric head conductor model (specified individually for each subject) was used to represent the conduction profile of the head.
