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Researcher Details
 
Name: Professor JN Sherwood
Organisation: University of Strathclyde
Department: Pure and Applied Chemistry
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/R31065/01 Laser Induction and Monitoring of Nucleation(P)
GR/M76010/01 SCANNING PROBE MICROSCOPY FOR APPLIED PROBLEMS IN CHEMISTRY AND MATERIALS SCIENCE(C)
GR/K50962/01 USING X-RAY SCATTERING TO EXAMINE SUPRA-MOLECULAR ORGANISATION & SURFACE MELTING AT MOLECULAR INTERFACES(P)
GR/K04187/01 MEASUREMENT OF THE PYROELECTRIC EFFECT AND ITS RELATIONSHIP WITH STRUCTURE IN MOLECULAR CRYSTALS(P)
GR/J66379/01 PARTICLE FORMATION PROCESSING AND CHARACTERISATION FOR THE PHARMACEUTICAL INDUSTRY(P)
GR/J38581/01 SYNTHESIS AND ASSESSMENT OF NEW MATERIALS WITH FREQUENCY DEPENDANT DI- ELECTRICS AXES FOR NON-LINEAR OPTICS(C)
GR/J44698/01 SURFACE X-RAY SCATTERING STUDIES OF THE CRYSTAL/MOTHER PHASE INTERPHASE(P)
GR/H60233/01 PIEZO ELECTRICITY IN MOLECULAR CRYSTALS: A FUNDAMENTAL INVESTIGATION(P)
GR/H38621/01 AN INORGANIC AND ORGANIC CRYSTAL GROWTH FACILITY FOR NON-LINEAR OPTICAL MATERIALS(P)
GR/H73820/01 STUDIES OF THE INFLUENCE OF STRAIN AND MAGNETIC FIELDS ON MECHANISMS OF GROWTH CRYSTALS FROM SOLUTION(P)
GR/H15257/01 STUDY OF THE DEFECT STRUCTURE OF CRYSTALLINE DRUGS USING SYNCHROTRON RADIATION(P)
GR/H07429/01 OPTICAL DAMAGE MECHANISMS IN ORGANIC AND INORGANIC NONLINEAR OPTICAL MATERIALS(P)
GR/G17776/01 IN-SITU X-RAY DIFFRACTION APPLIED TO THE STUDY OF NUCLEATION & CRYSTAL GROWTH IN SOLUTION(C)
GR/F49323/01 SYNCHROTRON RADIATION STUDIES OF CRYSTAL SURFACES AND THE CRYSTAL SOLUTION INTERFACE(C)
GR/F73724/01 CHARACTERISATION OF THE STRUCTURE OF MICRO-CRYSTALS USING HIGH RESOLUTION X-RAY DIFFRACTION(C)
GR/F56161/01 AN ORGANIC CRYSTAL GROWTH FACILITY FOR NON LINEAR OPTICAL MATERIALS(P)
GR/G36821/01 A NON-LINEAR OPTICAL CRYSTAL GROWTH FACILITY AT STRATHCLYDE UNIVERSITY(P)
GR/F06333/01 THE INFLUENCE OF STRAIN ON GROWTH RATE DISPERSION AT SMALL PARTICLE SIZES(P)
GR/E87564/01 ORDERED FILMS OF ORGANIC ELECTRO-OPTIC MATERIALS BY MOLECULAR BEAM DEPOSITION(C)
GR/E98416/01 MOLECULAR PROPERTIES OF ORGANIC OPTO-ELECTRONIC MATERIALS(P)
GR/E58236/01 NUCLEATION, GROWTH AND HABIT MODIFICATION OF N-ALKANES(C)
GR/E19206/01 IN-SITU ELECTROCHEMISTRY USING SYNCHROTRON RADIATION(C)
GR/E58717/01 DEFORMATION OF ORGANIC CRYSTALS STUDIED BY SYNCHOTRON X-RAY TOPOGRAPHY(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator