Sentence examples for environmentally friendly fabrication from inspiring English sources

Our approach sets the base for an easy, cost-effective and environmentally friendly fabrication route for flexible conducting graphene paper of great application potential as flexible electrodes in various fields of technology.

Using inexpensive and environmentally friendly fabrication methods, this work describes a room temperature electrochemical flow cell with a maximum power density of 2.01 W cm−2 or 13.4 W cm−3.

This environmentally friendly GrP fabrication method is of low cost and can be used for large-scale fabrication for applications such as energy-storage devices, flexible/wearable electronics, and removal of oil or toxic organic spills.

The objective was to identify simple and more environmentally friendly design and fabrication methods for nanomaterial synthesis that are suitable as electrocatalysts in electrochemical applications.

Results obtained in this study allow us to develop an environmentally friendly technique for fabrication of HPC with well-crystallized graphitic carbon and magnetically-separable properties for novel applications.

These excellent properties of light-weight EG/LGE films, together with their advantages of environmentally friendly and facile large-scale fabrication, endow the films with great potential applications in next-generation commercial portable flexible electronics.

We proposed a simple, low-cost and environmentally friendly method for the reproducible fabrication of high quality next-generation pencil-on-semiconductor electronic, optoelectronic and photovoltaic devices by the transfer of dry drawn graphite films on arbitrary planar or nanostructured semiconductor substrates.

Among these films, much attention in the development of inverted PSCs has been focused on TiOx, which has the advantages of excellent chemical and thermal stability, environmentally friendly, high-electron mobility, and easy fabrication [34].

The sensing performances reported herein are perfectly in agreement with those of other graphene hybrid composites-based devices found in the literature and demonstrate the soundness of our approach, with the key difference that the proposed fabrication process is environmentally friendly.

In short, successful fabrication of 100% bio-based microPCM is expected to promote further the environmental sustainability of the already environmentally friendly latent heat energy storage technology.

The synthesis is rapid and environmentally friendly, making it a promising method for the fabrication of NF membranes.