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Researcher Details
 
Name: Professor M Rosseinsky
Organisation: University of Liverpool
Department: Chemistry
Current EPSRC-Supported Research Topics:
Catalysis & Applied Catalysis Chemical Synthetic Methodology
Design of Process systems Fuel Cell Technologies
Gas & Solution Phase Reactions Heat & Mass Transfer
Materials Characterisation Materials Synthesis & Growth
Microsystems Solar Technology
Sustainable Energy Vectors

Current EPSRC Support
EP/S026339/1 Chemistry of open-shell correlated materials based on unsaturated hydrocarbons(P)
EP/R011753/1 Chemical control of function beyond the unit cell for new electroceramic materials(P)
EP/P020534/1 Advanced Inorganic Functional Materials: Floating Zone Crystal Growth System(C)
EP/N010531/1 Flexible Routes to Liquid Fuels from CO2 by Advanced Catalysis and Engineering(P)
EP/N004884/1 Integration of Computation and Experiment for Accelerated Materials Discovery(P)
EP/K014854/1 The UK Catalysis Hub(C)
Previous EPSRC Support
EP/P001297/1 An in-situ LEIS facility for atomic-scale assembly manufacturing research(C)
EP/K027255/2 New Directions in Molecular Superconductivity(P)
EP/K027212/1 New Directions in Molecular Superconductivity(P)
EP/K014749/1 Catalytic Routes to Intermediates for Sustainable Processes(C)
EP/J008834/1 Adaptable Porous Materials(P)
EP/H046143/1 Ultrastable targeted multifunctional hybrid nanomaterials for long-term stem cell tracking(P)
EP/G065314/1 Approaches to the coupling of dilute spins in oxides.(P)
EP/H000925/1 Chemical Synthesis of Transformative Extended Materials(P)
EP/G037132/1 Superconductivity and magnetism at and above 38K in molecular materials(P)
EP/F027443/1 Sorption and reactivity in flexible amino acid-based nanoporous materials(P)
EP/C515951/1 Green Catalyst Preparation(P)
EP/C511794/1 Complex Materials Discovery Portfolio Partnership(P)
GR/T08869/01 Unit-cell level assembly of complex oxides - developing a new synthetic method for oxide chemistry(P)
GR/S75833/01 New microwave dielectric oxides designed by vacancy ordering in hexagonal perovskites(P)
GR/S61041/01 PLATFORM: Liverpool Materials Chemistry Group (LMCG)(P)
GR/S41760/01 Chemistry of the first homochiral microporous solids(P)
GR/S77790/01 Frustration, orbital degeneracy, new insulating states and correlation enhancement in superconducting fullerides.(P)
GR/S00613/01 transition metal oxide hydrides- a new class of electronically active extended solid(P)
GR/R59045/01 An Integrated Centre for Molecular Materials Chemistry and Processing in the North West.(P)
GR/R47936/01 Modern Elemental Analysis Facilities at Liverpool(P)
GR/R53999/01 The chemical control of superconductivity in boride and borrocarbide systems(P)
GR/R36411/01 Complex Oxides by Design(P)
GR/N21819/01 A NEW LOW-TEMPERATURE ROUTE TO VACANCY-ORDERED LOW OXIDATION STATE OXIDES(P)
GR/M91242/01 JREI: A MULTIDISCIPLINARY SQUID MAGNETOMETER(C)
GR/N64335/01 AN INTERDISCIPLINARY NETWORK ON PEROVSKITE OXIDES(P)
GR/N36851/01 ACQUISITION OF SINGLE CRYSTAL DIFFRACTOMETER WITH CCD DETECTOR(C)
GR/L60067/02 TERNERY OXYNITRIDES(P)
GR/M04006/02 NEW FULLERIDES - POWDER DIFFRACTION STUDIES OF STRUCTURE AND BONDING(P)
GR/M83322/01 PHYSICS OF COLOSSAL MAGNETORESISTANCE IN COMPLEX OXIDES(C)
GR/M62433/01 ATOMIC-SCALE STRUCTURE AND PROCESSING OF COMMERCIAL DIELECTRIC CERAMICS(P)
GR/N08537/01 MOLECULAR FRAMEWORKS - CHIRALITY AND SORPTION(P)
GR/M04006/01 NEW FULLERIDES - POWDER DIFFRACTION STUDIES OF STRUCTURE AND BONDING(P)
GR/L60067/01 TERNERY OXYNITRIDES(P)
GR/K71844/01 COLOSSAL MAGNETORESISTANCE IN NOVEL COMPLEX OXIDES(C)
GR/J84885/01 NEW OXIDES OF NICKEL(P)
GR/K21368/01 SMALL MOLECULE INTERCALATION INTO METAL FULLERIDES(P)
GR/H99189/01 NOVEL FULLERENCE INTERCALATIONCOMPOUNDS(P)
GR/H99196/01 QUANTITATIVE X-RAY POWDER DIFFRACTION IN MATERIALS CHEMISTRY(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator