Sentence examples for a high controllability from inspiring English sources

Except for the rapid mass transfer, the micro-scale system has several remarkable advantages compared with the batch reactor (BR): a rapid heat exchange, a high controllability, a micro-scale sample requirement, and a high throughput that is easily realized by numbering up [ 10, 11].

Compared with the roller rig for test on a complete vehicle, the high controllability and flexibility of the single wheelset roller rig make it possible to obtain adequate data on the dynamics of the system and on wheel-rail contact under various conditions which are essential for investigating the adhesion and creep of the wheel over the rail.

We have designed a new prototype for the purpose of high controllability.

Thus far, a cell coculture technique with high biocompatibility, high controllability, and minimal interference of the cellular microenvironment has yet to be realized.

The perceived pleasantness of ID-images, combined with their relatively high controllability, may be interpreted as a sign that these images are often intentionally produced rather than intrusive, and they may even be used as a cognitive escape strategy.

Roller rigs are a good alternative in this case, thanks to their high controllability and flexibility, and have been used as experimental tools in railway application over a long time.

Three-dimensional (3D) printing is a promising technique for custom design scaffold fabrication due to the high controllability and design independency.

Because of this high controllability, the PURE system has been applied to a wide range of research scene, such as biochemical analysis in reconstructed system, in vitro protein engineering, reconstitution of an artificial cell.

A rapid one-step approach is developed to fabricate copper mesh with high controllability in ambient air.

In addition to its advantages in high controllability, our SSAW-based cell coculture platform requires only a small amount of cells.

This liquid-phase technique provides several advantages such as high controllability of thickness and morphologies of Ga2O3 nanostructures due to a less number of growth parameters.