Many different types of cochlear model have been proposed including physical models, constructed either from plastic and metal materials or electrical networks [ 16– 18] and computed mechanical models [ 12, 19– 22].
The physical model was constructed at 1 50 scale and was an idealization of the town of Seaside, Oregon.
In this study, a fixed-bed physical model was constructed to assess the introduction of ELJs along the Big Sioux River, SD.
A scaled physical model was constructed, and three different configurations of the proposed structure were tested and compared to the base case without the installment of the baffle columns.
In order to analyze the thermal protection mechanisms of such a system, a physical model is constructed for analyzing the effect of the Lorentz force components in the counter and normal directions.
A 1 50 scale laboratory physical model was constructed to simulate canal outflows from Wairewa/Lake Forsyth, Canterbury, New Zealand, in order to assess the propensity for canal blockage due to beach sediment transport.
To understand gating events with a time-base many orders-of-magnitude slower than that of atomic motion in voltage-gated ion channels such as the Shaker-type KV channels, a multiscale physical model is constructed from the experimentally well-characterized voltage-sensor (VS) domains coupled to a hydrophobic gate.
A 3D physical model was constructed based on the example of the geology of the S48 unit.
Cryo-TEM provides direct images that elucidate the basic microstructural building blocks of the system, with which an accurate physical model can be constructed for scattering data interpretation.
This approach falls somewhere between the wider class of system identification problems, in which the only structural property assumed is symmetry (and, hence, for which no unique physical model can be constructed), and inverse problems in which the model interconnections are known.
