Both approaches are demonstrated on a one-dimensional predator prey model system exhibiting complex dynamics.
They demonstrate on-the-ground initiatives to support policy-development.
Both approaches are demonstrated on optimization problems in linear elasticity.
Both approaches are demonstrated on the 87Rb spectrum of Rb2SO4, which contains two resonances with Cq values of 2.6 and 5.3 MHz.
The performance of both tests was demonstrated on a dairy cattle dataset comprising predominantly genotyped cows.
First, if a linear correlation can be demonstrated on both sides of a reference wild type point, then one can have a high confidence in computational results within that range, which implies that very small mutational effects can be predicted with a high accuracy.
The results are demonstrated on both a season and a match-by-match basis.
The process, called galvanic stripping, has been demonstrated on both beaker and bench scale continuous levels.
Effective acceleration of the linear GMRES solve is demonstrated, on both uniform and non-uniform meshes.
The efficiency of the method is demonstrated on both simulated and experimental diffraction patterns from single-walled nanotubes.
