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Composites such as fibreglass and carbon fibre bonded in a plastic resin are already widely used to replace metal in making, for instance, cars and aircraft.
The gluons and quarks themselves, being coloured, are permanently confined (deeply bound within the particles of which they are a part), while the colour-neutral composites such as protons can be directly observed.
Recently, composites such as polymer-layered silicate have become prevalent.
There are many bonding methods that can be applied to the thermoplastic composites, such as welding.
Chimpanzees also use tool composites, such as a hammer and anvil, to crack nuts (Nishida 1990; Sakura & Matsuzawa 1991) and they manufacture stone tools (Carvalho et al. 2008).
Carbon composites, such as diamond-nanotube, have various industrial applications because of their outstanding physical and chemical properties.
Thermoplastic composites offer many advantages over thermoset composites such as low cycle time and recyclability.
One system consist of lower refractive index composites such as Ni : SiO2 and the other of higher refractive index composites such as V : Al2O3 in the spectral range of 0.3 20 μm.
Understanding the complicated failure mechanisms of hierarchical composites such as fiber yarns is essential for advanced materials design.
Furthermore, fractures in some practical fiber-reinforced BMG composites such as tungsten-reinforced Zr-based BMG are simulated.
Polyethylene has been used in composites such as HAPEX®;, which has been used as middle ear prostheses.
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