The Everglades Water Quality Model (EWQM), a mass-balance gradient approach used to track phosphorus according to a simple net phosphorus removal coefficient, was used to design Storm Water Treatment Areas (STA) and to evaluate where and when phosphorus 'thresholds' would be exceeded under various hydrologic restoration plans.
The catchments were classified into five clusters based on the analysis of their hydrological characteristics and similarity, which vary along the annual water and energy balances gradient in the Budyko framework.
True fast MR imaging with steady-state precession (true-FISP) is a coherent steady-state technique that uses a fully balanced gradient waveform to recycle transverse magnetization.
The effect of the gap width between two symmetrically heated vertical, parallel, isothermal plates on intensity of natural convective heat transfer in a gas (Pr = 0.71) was experimentally studied using the balance and gradient methods.
If a cell is sensitive to local changes in [VEGF] on the order of microns, the latter hypothesis gives credence to a balance between gradient sensing at a longer distance scale (e.g., by filopodia) and local sensing at the cell surface.
If the flow rate, acoustic force, and particle mixture are correctly balanced, particle gradient will be developed across the channel at its end as illustrated in Figure 3.
They agree with an earlier proposal that these proteins must be kept in the organelle to be able to quickly respond to, and balance, redox gradients [ 90].
An algebraic technique is presented for balancing flux gradients and source terms when applying Roe's approximate Riemann solver in finite volume schemes.
Extensive one- and two-dimensional numerical examples are shown to demonstrate the performance of our well-balanced methods, and comparison with non-well-balanced results is included to illustrate the importance of maintaining the balance between pressure gradient and gravitational force numerically.
The balance between increased gradient advantage and flow curvature upstream of the chute channel bifurcation was systematically investigated with the 1D model.
Density current velocity and density have been measured by equipment placed at several fixed locations on the continental slope in the western Atlantic, and the movement of density currents has been simulated in so-called "stream-tube models" that balance the density gradient with the Coriolis force and bottom drag to determine the trajectory of the density current over the slope.
