Sentence examples for heterogeneous model using from inspiring English sources

Nonetheless, the more frequent occurrence of both arrhythmias and single ectopics seen in the heterogeneous model using these stimulus setups suggests that the presence of intrinsic heterogeneity is important for arrhythmia induction in the context of premature beats during slower rhythms where the remaining manifest heterogeneity is exploited.

The heterogeneous model used allows computing the optimal reactor length and diameter, and the optimal catalyst particle diameter.

In this paper, with a tri-level hybrid and heterogeneous programming model using MPI + OpenMP + CUDA, we port and optimize our high-order multi-block structured CFD software HOSTA on the GPU-accelerated TianHe-1A supercomputer.

We conducted Bayesian inference based on the site-heterogeneous CAT model using PhyloBayes v2.1c [ 58].

We conducted Bayesian inference based on the site-heterogeneous CAT model using PhyloBayes v2.1c [ 58] as described above.

The length was based on simulations by a simple heterogeneous one dimensional model using literature parameters and kinetic data, while the diameter was selected to assure a linear fluid velocity between 0.5 and 2 m/s.

Therefore, we studied the effect of TAT-IDPS in a more heterogeneous Bcl-2-dependent cancer model using a set of 'primed to death' diffuse large B-cell lymphoma (DL-BCL) cell lines containing elevated Bcl-2 levels.

A heterogeneous model that uses the linear-driving force concept and the local equilibrium assumption is used to describe the regeneration history.

In this contribution, a heterogeneous model was used to simulate the fracture behaviors of masonry wall under shear-compression load.

A heterogeneous model is used to take into account the different phases, each with distinct profiles of temperature and concentration of organic (lignin, cellulose and hemicellulose) and inorganic (effective alkali and sulfide) compounds.

To achieve this, we performed 3D geophysical inversion modeling of the gravity data in three ways: (1) fully unconstrained (i.e., no geologic data included); (2) constrained by the 3D geologic model using homogeneous rock unit densities, and (3) constrained by the 3D geologic model using heterogeneous rock unit densities.