Sentence examples for using a flexible substrate from inspiring English sources

Fabrication of environmental friendly, compact and wearable electronic device using a flexible substrate that synchronously harvests and stores energy by the co-ordination of a conventional energy harvesting and storage mechanism in a single portable device is highly essential to design modern electronics.

This study used a flexible substrate to incorporate a highly sensitive horizontally oriented MWCNT network in pressure sensing performance.

This work documents the first known use of using a flexible, biodegradable substrate with rounded features for use in contact guidance applications.

Recently, because of the major impact of devices using polyimide as a flexible substrate material and the associated need to define circuit paths for surface-mounted devices in mainstream electronics, which would enable the development of wearable electronic systems and highly sophisticated flexible mobile phones, flexible electrodes and wires have drawn increasing research attention [1 3].

The marine skin uses a flexible silicone substrate and a design that can survive being twisted, torqued and put under serious pressure at up to moderate depth.

Specifications are then established for a sensor to measure strain on the tire, leading to the design and fabrication of a Capacitive Strain Transducer (CST) using printed electrodes on a flexible substrate.

As for the R2R NIL process, an imprint roller with a patterned surface (or wrapped with a flexible mold) is used to imprint onto a flexible substrate on a supporting roller instead of a flat plate in R2P NIL processes.

These probes include arrays of planar trapezoidal coils in a flexible substrate used alone or together with different winded drive coils.

American Superconductor has developed composite coated conductor tape-shaped wires using high temperature superconductor (HTS) on a flexible substrate with laminated metal stabilizer.

The spoke patterns around the scalable pupil, defined by selective wetting inscription, were produced using reactive liquid crystalline mesogens on a flexible substrate through polymerization.

This work discusses about four planar printed capacitive sensors with different geometrical layouts, fabricated by inkjet printing on a flexible substrate and used as humidity sensors.