Sentence examples for improving repeatability from inspiring English sources

In view of improving repeatability, basic fundamentals like kinematic design, the Rule of Abbe, high stiffness structural loop design, hardware compensation of thermal expansion, force compensation and (thermal) symmetry were built in throughout the machine.

The development of spectral-domain optical coherence tomography (SDOCT) allows faster image acquisition and improved spatial resolution, minimizing effect of eye movement during data acquisition and improving repeatability of the measurements [ 16– 20].

The resulted BiFE has broader working window and improved repeatability than BiFE with dendritic Bi film.

In comparison to manual methods, A-GI substantially reduces the time costs and improves repeatability.

The use of therapeutic robots has the potential to reduce the physical workload of rehabilitation and to improve repeatability.

The use of a M4 fusion unit also improved repeatability in sample preparation over muffle furnace fusion.

After annealing of the InAs sacrificial layer at 610°C, the expected low-density QDs can be grown with highly improved repeatability.

Using the same microchip, the performance of this new injection technique was compared to hydrodynamic injection and found to have improved repeatability and less dependence on sample viscosity.

Because this machine is intended to explore processing new materials, it also incorporates features for improving the data collection, and associated feedback control for improved repeatability, and ultimately defect detection and mitigation during the Additive Manufacturing.

It is concluded that the IES significantly improves repeatability in terms of the impact bandwidth, location, and force magnitude, while providing a high excitation-bandwidth and excellent coherence values.

In comparison with quartz atomizers, the sapphire tube atomizer provides a significantly increased atomizer lifetime as well as substantially improved repeatability of the Ag in situ collection signals shapes.