Sentence examples for composites suitable for from inspiring English sources

This paper reports the manufacturing and characterising of cementitious polymer mortar – auxetic foam composites suitable for wall rendering.

Enhanced by an adapted robust formulation for controlling the minimum length scale of the base, our method generates optimized shell infill composites suitable for additive manufacturing.

A growing interest in deformable electronics has fueled remarkable advancement in the area of conductive, stretchable composites suitable for use in electric circuits, interconnects and electrodes.

The coupling to BiOI with BiOCl led to down-lowered valence band (VB) and up-lifted conduction band (CB) in contrast to BiOI, making the composites suitable for visible light excitation.

Thermoplastic elastomer tri-block copolymer, namely styrene butadiene styrene (SBS) composites filled with carbon nanotubes (CNT) are characterized with the main goal of obtaining electro-mechanical composites suitable for large deformation sensor applications.

Hence, the need for fabrication of highly effective antimicrobial composites suitable for many practical applications is still a challenge.

Consequently, some interesting properties can be obtained by combining the magnetic NiFe2O4 nano powder and the electrically conductive porous carbon, which renders the resulting composite suitable for promising applications in electromagnetic wave absorption, treatment of polluted water, catalyst design, energy storage, batteries and so on.

This simple and environmentally benign method is easily scalable for large scale production of high-quality graphene/CuO composite suitable for a wide range of applications.

Moreover, the inherent ability of PVP to absorb and retain water makes the composite suitable for potential application in wound dressing where wound hydration and absorption of exudates are needed.

Therefore these composites are suitable for electronic applications.

Therefore, the prepared composites are suitable for microwave absorption based applications such as radar, robotic engineering, military applications, electromagnetic gasket, aircraft and unmanned vehicles.