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We have 7 University of Reading, School of Chemistry & Food PhD Projects, Programmes & Scholarships

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School of Chemistry & Food  University of Reading

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University of Reading, School of Chemistry & Food PhD Projects, Programmes & Scholarships

We have 7 University of Reading, School of Chemistry & Food PhD Projects, Programmes & Scholarships

Self-Immolative Polymeric Sensors

Stimuli-responsive compounds, such as self-immolative molecules and polymers,[1] have become significant targets in organic-based material development as systems of this type offer enormous potential in a diverse range of applications that span drug delivery, biological and chemical sensors, diagnostics, and degradable polymers or degrade-on-demand adhesives. Read more

New materials for solar cells

We have a vacancy for a PhD student to work on the synthesis and characterisation of new materials for solar cells. Hybrid lead halide perovskites are attracting considerable interest due to their potential as photovoltaic materials for solar cells with very high efficiencies. Read more

New Materials for Solid-State Batteries

Rechargeable lithium-ion batteries are widely used in mobile applications. However, concerns about the availability of lithium and cobalt raw materials suggest alternative materials may be needed in future large-scale applications. Read more

Unusual properties of New Inorganic Framework Materials

"We have a vacancy for a PhD student to synthesise and characterize new materials with open-framework structures, such metal phosphates, transition-metal cyanides or metal-organic compounds. Read more

Nano Materials for Applications in Energy Recovery

There is an opportunity to pursue a PhD in solid-state materials chemistry. The project will involve the synthesis of novel nano-scale materials for applications in thermoelectric energy harvesting. Read more

Nanostructured materials for energy applications and sensing.

The proposed research area concerns the fabrication and study of the behaviour of mesoporous electrodes. The main focus of the project will be to undertake the control of surface macro-morphology and nanostructure and to investigate how these properties influence surface activity and electrode performance. Read more
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