Sentence examples for printed devices from inspiring English sources

However, the relationship between the size distribution and the electrical properties of the synthetic Ag NPs is rarely studied in detail, especially in printed patterns and printed devices.

Overall, the virtually optimized insoles significantly reduced peak pressures by a mean of 41.3 kPa (p < 0.001, 95% CI [31.1, 51.5]) for milled and 40.5 kPa (p < 0.001, 95% CI [26.4, 54.5]) for printed devices compared to shape-based insoles.

Newly developed ophthalmic gels, hydrogels, preformed gels and in situ gelling systems including the latest in the area of stimuli responsive gels, molecularly imprinted gels, nanogels, 3D printed hydrogels; 3D printed devices comprising ophthalmic gels are covered.

The properties of the prepared organic transistors are typical for fully printed devices: mobility of 0.017 0.026 cm2/(V s) and ON/OFF-ratio of 102 103 were reached and the leakage current was very low (<0.1 nA).

Incorporation of integrated 3D printed devices with automated flow-based techniques showed improved sensitivity (85% increase on the measured peak height for the determination of total Fe) in comparison with analogous flow manifolds built from conventional tubing and connectors.

At the fabrication process end, although printing has been demonstrated to be a promising method for large-scale and low-cost manufacturing, the printed devices are still far inferior to their counterparts fabricated using conventional microfabrication processes in terms of electrical performance and uniformity.

Additional file 1: 3D printed device design (STL files).

(STL 2224 kb) Additional file 2: 3D printed device design 2 (STL files).

Gel strength, fracture and compression properties of gelatins were evaluated by a new 3D printed device.

The 3D printed device is directly connected to flow-based analytical instrumentation, replacing typical flow networks based on discrete elements.

However, the printed device shown here has demonstrated the use of a fabrication technique which holds the potential for mass production.