Sentence examples for multifunctional energy from inspiring English sources

Therefore, this paper is focused on the development of multifunctional energy storage systems.

Interestingly, they demonstrate a simultaneous light-emitting light-detecting function, endowing the 1.5-mm-diameter MQW-diode with the capability of producing transferrable optoelectronics for adjustable displays, wearable optical sensors, multifunctional energy harvesting, flexible light communication and monolithic photonic circuit.

Through the experiments, it is evident that the GO paper is an excellent candidate as dielectric separator for structural dielectric capacitors as well as demonstrates its potential for the development of multifunctional energy storage device embedded in a carbon-based structure.

Furthermore, excellent mechanical properties and stability of graphene will provide other opportunities to create multifunctional flexible energy storage devices, which can meet multiple market's needs simultaneously.

In particular, multifunctional devices combining energy generation and other specific function are highly desired in many applications.

This two multilayered stacks were combined together with different orders to form a multifunctional window for energy efficient fenestration.

The proposed method can generate new artificial composites similar to functionally graded materials but layer-based, to achieve multifunctional properties for energy absorption, anti-impact, thermal isolation, etc.

This review specifically presents a narrative summary on the use of multifunctional nanomaterials for energy as well as environmental applications, along with a discussion on some critical challenges existing in the fields.

Bacterial cellulose (BC), a typical biomass prepared from the microbial fermentation process, has been proved that it can be an ideal platform for design of three-dimensional (3D) multifunctional nanomaterials in energy storage and conversion field.

In the case of the Dutch Wadden Sea Region, main monitoring questions were related to biodiversity and food web relations; effects of fisheries and its pressures on the ecosystem; channel and port dredging; spatial planning and multifunctional use; sustainable energy production; and effects of changing storm regimes due to climate change.

These results not only hold prospects for the multifunctional fabrication of durable energy storage devices, but also demonstrate the potential applications of metallic MoO2 for next-generation clean energy strategies.