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Graphene Market Size to Reach USD $2 1 billion, Globally, By 2030 at CAGR of 21 0%

Advanced Material Development winning new fans with university nanotech research

Professors Jane Ohlmeyer and Jonathan N Coleman receive RIA Gold Medals - News & Events

Engineering of thermal conductivity in functional materials using chem by Md Rezoanur Rahman

The intrinsic ability of solid materials to conduct heat is called thermal conductivity (and here is denoted by the symbol κ). It is essential to control the thermal conductivity in functional materials wherever heat transfer plays a key role, such as in thermoelectric devices, "thermal interface" materials for heat management in electronics, biomedical implants and personal protective equipment. Techniques are needed to tailor the thermal conductivity for specific applications. For example, thermoelectric devices require lower thermal conductivity to maximise their efficiency. Such devices offer a way to capture approximately 60-70% of the energy that is converted into unused heat as a secondary by-product of many technological and industrial processes. Consequently, methods to control thermal conductivity are important to improve thermo-electronic devices' efficiency. This thesis focuses on controlling thermal conductivity using chemical doping methods, including embe

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