Members of the NanoHAC group
|Prof Milo Shaffer||Milo is the Group Leader. Further information about him is available on his College homepage.|
|Dr. David B Anthony||The aim of the project is to produce a hierarchical composite structure containing carbon fibres which have been grafted with carbon nanotubes to act as a reinforcement in polymer (thermoplastic) or epoxy (thermoset) matrix.|
|Dr. Noelia Rubio Carrero||The aim of my project is focused on the development of novel graphene composites and porous hierarchical structures. This project will develop new methods for the production of chemically functionalised single layer graphenes with increased solubility via graphite intercalation compounds (GIC).|
|Dr. Christopher Roberts||I’m working on the supramolecular self-assembly of carbon nanotubes, with the aim of producing highly ordered, two- and three-dimensional functional networks. The potential applications range from catalyst supports to the next generation of SWCNT-based thin film electronics|
|Dr. Adriana Navarro Suarez||I'm working on designing multifunctional hierarchically-structured systems that can carry mechanical loads as well as store electrochemical energy, making possible the fabrication of light structural batteries and supercapacitors with high energy and power densities.|
|Dr. Evgeny Senokos||
My project is related to development of multifunctional structural energy storage systems in which every constituent component plays dual function, contributing to mechanical robustness and electrochemical performance. In particular, I am focused on development of new generation structural electrodes based on CFs modified with nanocarbons and pseudocapacitive materials (such as conducting polymers and transition metal oxides) providing high strength and capacitance.
|Dr. Jakyung Lee||
The aim of my project is working on the ‘grand challenge’ of photoelectrochemical reduction of CO2 and other species. The work will require the preparation of nanocarbon supports for active catalyst materials and understanding on their performance under reaction conditions. As part of the team, I’m working on providing a detailed understanding of the structures produced by using aberration-corrected transmission electron microscope and spectroscopy techniques, which can support the development of more effective systems.
|David Stringer||My research area focuses on the synthesis of carbon nanotube aerogels. The project aim is to develop high-surface area materials in order to produce low-power vapour sensors.|
My project is focusing on enhancing the electrochemical and mechanical properties of nano-carbon aerogel materials for energy storage applications.
||The aim of the project is to produce a hybrid nanocarbon aerogel as support for layered double hydroxides (LDH). Carbon dioxide adsorption is going to be used as a model application to test the hybrid material properties.|
This project is focussed on the development of 2D material-based, functional inks. By exploring various processing, functionalisation and deposition techniques of these impressive materials, such as graphene and transition metal dichalcogenides (TMDs), a range of functional inks will be developed with the aim of designing and printing flexible optoelectronic devices.
|Sandy Fisher||My aim is to develop a new method to fully characterize, in three-dimensions, the distribution, orientation and interfacial properties of nanocarbons in polymeric matrices. By gaining an in-depth understanding of the nano/micro structures of these nanocomposites in relation to the macro-level properties the full potential of these outstanding materials can be exploited.|
My aim is to model the structural response of high performance composite materials, with the aim of maximising their strength and ductility. One avenue of my research is to model the mechanical behaviour of carbon nanotube / polymer composite fibres. This research requires simulation of material properties across 5 orders of magnitude in scale, while also capturing the influence of defects and variability within the nanostructure of the fibre.
This project is in the area of multifunctional structural composites for energy storage applications. The aim of this project is to devise novel structural supercapacitor architectures incorporating fibre and tow level device assemblies.
|Hugo de Luca||In this project, the scalable production of carbon nanotube-grafted-carbon fibres (CNT-g-CF) is performed in an open chemical vapor deposition (CVD) reactor. The production of hierarchical fibre with two differing reinforcement, in this instance nanometre and micrometre, are considered a route to improve current-state-of-the-art fibres reinforced composites|
This project will explore the impact of 2D nanomaterials, such as Transition Metal Dichalcogenide (TMDs) and Graphene-based materials, on the environement during their full life cycle from production to disposal. Utilising the wide range of characterisation techniques on offer from both ICL and UCL, we look to consider evolution of 2D nanomaterials in the waste system.
The aim of my project is to create stronger and tougher carbon nanotube fibres to help develop more resilient composite materials. Key areas of research are in the use of functionalisation to increase the strength of tube-tube interactions and using x-ray/neutron scattering techniques to characterise the structure of fibres at multiple length scales.
The project aims to develop three-dimensional characterisation methods for characterising understanding the hierarchical structures of carbon nanocomposites. Microscopic characterisation methods across different length scales and imaging processing techniques are combined to in this project to resolve the three dimensional characteristics of nanocomposites.