Sentence examples for solution of potential from inspiring English sources

However, the quantitative solution of potential distribution in such a system, which would be necessary for a test of experimental data, has not been made.

Although panel methods are generally limited to the solution of potential flow problems (i.e. inviscid, incompressible and irrotational flow), there are several boundary layer models which extend the scope of analysable problems to include those involving viscous flow.

Solutions of potential inhibitory compounds were prepared in both MM with 20 g/l glucose and YPD (Yeast extract Peptone Dextrose) medium with concentrations of 0.2, 0.5 and 1.0 g/l.

As well as substantially speeding up the time taken to find a single controller design satisfying a set of performance requirements this grid-enabled design process allows a designer to effectively explore the solution space of potential candidate solutions.

NBC's possible solution is of potential great importance to a television industry that takes in billions in advertising revenue annually based on ratings information -- and which can owe advertisers tens of millions of dollars in free commercials when ratings fall short of expectations, as they have this fall.

Then, the system was switched to the analyte solution (mixture of potential effectors) and data were acquired continuously for 30 min.

Panel methods belong to the class of collocation techniques and are applied to obtain a numerical solution of a potential flow based system of boundary integral equations.

The permittivity spectrum of the reconstructed cell is then directly derived based on computational solution of complex potential problem using 3D Boundary Element Method.

Again an approximate solution of the potential on the surface Γ F of the cone by an axial symmetric FEM solver is used for comparison.

The bound state solution of this potential has been found in an arbitrary D-dimension via the improved exact quantization rule.

Each time Marxan is run, it is likely to produce a slightly different final solution because the number of potential solutions makes it nearly impossible to identify a single global optimum.