Density-driven structural transformations in network forming glasses: A high-pressure neutron diffraction study of GeO2 glass up to 17.5 GPa

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  Network Structures: from Fundamentals to Functionality

  Salmon, P. (PI) & Zeidler, A. (CoI)

  Engineering and Physical Sciences Research Council

  5/06/12 → 4/10/15

  Project: Research council

  • Neutron Diffraction 100%
  • Density 36%
  • Coordination Number 31%
  • Molecular dynamics simulation 28%
  • Phase Composition 25%

• Polyamorphism in Glassy GeO2

  Salmon, P. (PI)

  Science and Technology Facilities Council

  15/12/08 → 30/08/09

  Project: Research council

  • Oxide Compound 100%
  • Neutron Diffraction 81%
  • Density 54%
  • Chalcogenides 40%
  • Structure of Liquids 40%

• Glassy and Liquid Networks: Deformability and Manipulation

  Salmon, P. (PI) & Zeidler, A. (Researcher)

  Engineering and Physical Sciences Research Council

  1/10/08 → 30/12/11

  Project: Research council

  • Neutron Diffraction 100%
  • Density 60%
  • Molecular dynamics simulation 28%
  • Structure Factor 28%
  • Ray Diffraction 25%

• Networks Under Pressure: The Structure of Glassy GeO2

  Salmon, P. (PI)

  Science and Technology Facilities Council

  1/06/08 → 30/09/08

  Project: Research council

  • Density 100%
  • Neutron Diffraction 100%
  • Pressure Network 50%
  • Interaction Potential 50%
  • Polarization Effect 50%

• DESIGN OF INTERMEDIATE RANGE ORDER IN AMORPHOUS MATERIALS

  Salmon, P. (PI)

  Engineering and Physical Sciences Research Council

  1/04/05 → 30/09/08

  Project: Research council

  • Neutron Diffraction 100%
  • Density 70%
  • Molecular Dynamics 63%
  • First-Principles 51%
  • Molecular dynamics simulation 38%