Sentence examples for methods coupling flow from inspiring English sources

Computational methods coupling flow and mass transfer facilitate cost-effective mechanistic insights on the phenomena governing stent-based drug delivery for complex vascular lesions.

Based on these, a novel on-line solid-phase extraction method coupled with flow injection (FI) analysis and luminol chemiluminescence detection had been established to determine ultratrace orthophosphate in seawater.

Based on this, a novel on-line solid phase extraction method coupled with flow injection (FI) analysis and colorimetric detection has been established to determine nanomolar level orthophosphate in seawater.

To combine the advantages of the two described methods, coupling the LBM and MD is proposed to simulate fluid flows.

Our approach using a combination of hydrochemical and isotope methods coupled with classical surface flow hydraulic modelling allowed evaluation of components of the water budget otherwise not possible in a highly dynamic system that is mainly driven by infrequent but large episodic floods.

We carry out a series of simulations using the discrete element method coupled to gas flow and show that particle shape is critical to the transition between different flow modes.

This work has demonstrated a novel droplet extraction method for coupling segmented flow to MCE that uses the native properties of PDMS and glass to separate the two phases in segmented flow prior to electrokinetic injection for MCE.

In this study, a numerical simulation method coupling Navier Stokes equations for surface fluid flow and Darcy equations for flow in a porous medium was developed.

The influence of pre-shearing on the crystallisation of a conventional Ziegler Natta catalysed and a metallocene catalysed linear low-density polyethylene (LLDPE) samples was studied by a rheo-optical method, coupling light scattering and steady shear flow.

Robust implementation of the Fourier-Galerkin method is developed to efficiently solve the coupled flow, salt and contaminant transport equations.

The method provides locally and globally conservative fluxes, which are crucial for coupled flow and transport problems.