Sentence examples for schemes allowed us from inspiring English sources
Numerical solution of the formulated equations using the finite-difference schemes allowed us to model the dynamics of nanoparticle formation on the glass surface - see Figure 5a.
Additionally, for each of the two resolution levels, we used three counting schemes allowing us to distinguish database-specific trends.
Our sampling scheme allowed us to use topotype samples to name clusters, and unambiguous identifications only when necessary.
Computational simulations making use of finite element schemes allow us to identify stress extrema and stress profiles during traumatic brain injury at the cellular level (Jérusalem and Dao 2012) and at the tissue level (Moore et al. 2009; Nyein et al. 2010; Cloots et al. 2013; Gupta and Przekwas 2013; Jean et al. 2014).
These numerical schemes allow us to compute and visualize the solutions.
The computational schemes allow us to accurately model the mechanical behaviour of chain-link wire nets with loose connections.
These schemes allow us to simplify the calculations, and matrix equation with only one matrix is sufficient for calculations.
The proposed numerical schemes allow us to investigate the effect of the coupling constants and study the bifurcation diagrams of the time-independent coupled GPE.
Our conservative finite-difference schemes allow us to capture sharp variations of the stresses and thermal gradients in problems with a strongly variable viscosity and thermal conductivity.
The developed design/analytical schemes allow us to gain deeper insight into the fundamental stent issues and evaluate the mechanical/hemodynamic behavior of various stent designs.
The comparison of both classification schemes allows us to evaluate whether or not the additional processing costs of the two-stage classification are justified.
