Sentence examples for route to optimize from inspiring English sources

Rapid prototyping provides a route to optimize biological scaffold designs for tissue engineering cardiac valves.

The results will provide an instructive route to optimize BiFeO3-based thin films grown using the chemical solution deposition method.

In situ GISAXS measurements made during solvent swelling and evaporation allowed an examination of the film morphology over a wide range of solvent concentrations providing a efficient route to optimize conditions for morphology control by solvent annealing.

Therefore, the multiple-doped ZnO ceramic with defect engineering of both grains and grain boundaries optimized the electrical and thermal transport properties in a relatively independent way which provided a new and effective route to optimize the performance of the ZnO-based thermoelectric materials.

For instance, increasing the rewards provided by flower 1 for a bee turning anticlockwise (sequence: 54321) would force that bee to make a detour from the shortest possible route to optimize its initial rate of reward intake (sequence: 15432).

The results will provide an instructive route to optimizing the properties of scheelite-structured molybdate thin films.

The effect of the calcination temperature and preparation parameters on the pore size distribution and fibre morphology have been studied systematically with regard to catalyst deposition and fibre mechanical strength and a route to optimizing the fibre structure has been suggested.

However, considering the poorly understood mechanism of action for azithromycin and the lack of PK/PD relationships, the most practical route to optimizing azithromycin intermittent dosing will be based on a well-evaluated PK model of azithromycin concentrations in blood, PBMCs, and PMNs over time.

These could be a tool for designing processing routes to optimize bulk, polycrystalline material properties through control of grain boundary characteristics.

Starting from the results obtained so far, this paper aims to indicate some emerging directions and to inspire promising routes to optimize fabrication of Si/C nanomaterials and engineering of Li-ion anodes structures.

Like older Blue Gene supercomputers, Sequoia will use five networks that split up and route data to optimize its ability to share processing throughout the system.