Sentence examples for material applications are from inspiring English sources

Flame resistance ratings, features, requirements, and material applications are explained.

Many of the examples used throughout this review demonstrate that the extant boundaries between material applications are becoming increasingly blurred.

The areas for material applications are separation and purification of proteins (Dainiak et al. 2004), bioaffinity screening techniques (Hanora et al. 2005), synthesis of adsorbents for water purification (Le Noir et al. 2007), or development of tissue-engineering scaffolds (Bolgen et al. 2007) including those used for wound healing (Dainiak et al. 2010).

Further progress in yields of expressed spider-silk proteins, in the control of self-assembly processes and in the selective exploration of material applications is anticipated in the future.

Composite materials applications are discussed for the following sports.

The results of investigations aimed at characterizing pulsed, electron-beam-produced plasmas for use in materials processing applications are discussed.

In this paper, different polymers which are used to form composite materials for supercapacitor applications are reviewed.

Metallic materials in engineering applications are mostly multi-component and multi-phase alloys.

Most installed phase change materials in real applications are typically spherical microencapsulated paraffin.

The benefits brought by lightweight, high-strength FRP materials to these applications are well recognised.

Lastly, the potential issues and the perspective for future research in graphene-based materials for energy applications are also presented.