Modeling techniques are an essential complement to clinical studies of the retina, as they provide access non-measurable parameters throughout network and enable simulation controlled disturbances or pathologies. In this work, we propose development a patient-specific one-dimensional model arterial circulation in retina. Our is based on conservation laws utilizes morphometric velocimetric data ...

Due to the importance of process intensification, modeling Annular Centrifugal Contactors (ACCs) is becoming increasing interest. By current state scientific knowledge, universal without high computing power these complex apparatuses not possible a satisfactory degree. In this article, one-dimensional model describe mass transfer during physical extraction in an ACC presented. The based on sole...

We propose a new model of one-dimensional traffic flow using a coupled map lattice. In the model, each vehicle is assigned a map and changes its velocity according to it. A single map is designed so as to represent the motion of a vehicle properly, and the maps are coupled to each other through the headway distance. By simulating the model, we obtain a plot of the flow against the concentration...

Studies of the power-law relations of seismicity and earthquake source parameters based on the one-dimensional (1-D) Burridge-Knopoff’s (BK) dynamical lattice model, especially those studies conducted by Taiwan’s scientists, are reviewed in this article. In general, velocityand/or state-dependent friction is considered to control faulting. A uniform distribution of breaking strengths (i.e., the...

The material balance used previously in one-dimensional mathematical models of porous electrodes is invalid when there is a nonzero volume change associated with the reaction. It is shown here how the material balance should be modified either to account for a loss in volume, or to account for an inflow of electrolyte from the header into the active pores. A one-dimensional mathematical model i...

Since the initial development of one-dimensional electron gases (1DEG) two decades ago, there has been intense interest in both the fundamental physics and the potential applications—including quantum computation—of these quantum transport systems. While experimental measurements of 1DEGs reveal the conductance through a system, they do not probe critical other aspects of the underlying physics...