Professor Laurence Hardwick Director of the Stephenson Institute for Renewable Energy Chemistry +44 (0)151 794 3493 Work email Laurence.Hardwick@liverpool.ac.uk Personal WebsiteHardwick Group website TWITTER About Research Publications Teaching Professional Activities Teaching Modules for 2023-24 CHEM356 - Year 3 Chemistry Project (BSc. Level) Module code: CHEM356 Role: Teaching Innovative Chemistry for Energy and Materials Module code: CHEM184 Role: Module Co-ordinator Introduction to Research Module code: PGSC003 Role: Teaching Key Skills for Chemists 1 Module code: CHEM180 Role: Teaching PGSC004 - MSc Research Project Module code: PGSC004 Role: Teaching Practical Chemistry Project Year 3 - An introduction to research methods Module code: CHEM366 Role: Teaching Solid State Chemistry and Energy Storage Materials Module code: CHEM442 Role: Teaching Supervised ThesesAdvancing the Synthetic and Analytical Techniques of Inverse VulcanisationApplication of few layer graphene and exfoliated graphite materials in lithium ion batteriesControlling Transition Metal Oxides Nanostructures for Energy Storage SystemsDevelopment of corrosion-resistant and stable electrolytes for lithium batteriesDual-functional carbon–based Interlayers towards high-performance Li-S batteriesElectrochemical and surface study of lithium-rich transition metal oxides used as cathodes in lithium-ion batteriesElectrochemical testing of alkali metal-oxygen batteriesNon-aqueous Spectroelectrochemistry of Dioxygen for Alkali Metal-Oxygen BatteriesOptimising cell voltage and understanding charge storage mechanism of transition metal oxides and hydroxides for aqueous supercapacitorsOxygen Electrochemistry in Divalent Metal-Air BatteriesPolymers and Covalent Organic Frameworks as Positive Electrodes for Lithium-ion CellsSHINing Light on Interfacial Electrochemical ReactionsScale and Bandwidth Extension of Power Converter–Based Impedance SpectroscopyShining Light on Electrode InterfacesStructures and Properties of New Li-rich Rock-Salt Cathode Materials for Li-ion BatteriesThe application of sulfur-rich polymers synthesized by inverse vulcanization in high-performance lithium-sulfur batteriesThe study of lithium metal deposition and the development of electrospun separators for energy storage devicesX-ray Photoemission Spectroscopy of the Mo, Re and W Dichalcogenides
