TDR Chapter 2
     Setting the Scene - Why Neutron Science
     Science Drivers
     Instrument Suite
     Science Support Facilities
      
     Instrument Support / Technologies
              
     Data Management & Software
                          TDR Chapter 2.1
       Science Drivers
         •  Which Science topics will be addressed by ESS?
            •  Life Science – biological systems, their structure and dynamics 
               SANS, Macromol. Crystallography, Reflectometry, QENS
            •  Soft Condensed Matter – polymers, surfactants; commercial 
               relevance and medial applications
               SANS, GISANS, Reflectometry, QENS
            •  Chemistry and functional materials – in situ chemical 
               processing, nanaostructures
               Diffraction, Imaging, SANS, Inelastic NS
            •  Energy Materials – Fuel cell research, storage and battery 
               materials
               Diffraction, SANS, Tomography, QENS, NSE
            •  Quantum Materials – Thin films, Magnetic and Superconducting 
               order
               Tomography, Polarised Spectroscopy, Extreme Environment 
               Instruments (diffraction & spectroscopy)
            •  Engineering Materials & Geo Sciences – Alloy Development, 
               Materials Processing, Hydrogen in Minerals and Rocks
               Diffraction, Extreme Environment Instruments, Imaging
            •  Archeology and Heritage Conservation – Ancient 
               manufacturing methods, paleontological samples
               Diffraction, SANS, Imaging
            •  Fundamental Physics – Neutron Electric Dipole, Neutron Decay
               Ultra cold neutron beam line
                          TDR Chapter 2.1
       Science Drivers
         •  Which Science topics will be addressed by ESS?
   Topic    •  Life Science – biological systems, their structure and dynamics 
               SANS, Macromol. Crystallography, Reflectometry, QENS
            •  Soft Condensed Matter – polymers, surfactants; commercial 
               relevance and medial applications
  Technique    SANS, GISANS, Reflectometry, QENS
            •  Chemistry and functional materials – in situ chemical 
               processing, nanaostructures
               Diffraction, Imaging, SANS, Inelastic NS
            •  Energy Materials – Fuel cell research, storage and battery 
               materials
               Diffraction, SANS, Tomography, QENS, NSE
            •  Quantum Materials – Thin films, Magnetic and Superconducting 
               order
               Tomography, Polarised Spectroscopy, Extreme Environment 
               Instruments (diffraction & spectroscopy)
            •  Engineering Materials & Geo Sciences – Alloy Development, 
               Materials Processing, Hydrogen in Minerals and Rocks
               Diffraction, Extreme Environment Instruments, Imaging
            •  Archeology and Heritage Conservation – Ancient 
               manufacturing methods, paleontological samples
               Diffraction, SANS, Imaging
            •  Fundamental Physics – Neutron Electric Dipole, Neutron Decay
               Ultra cold neutron beam line
                    TDR Chapter 2.2
     Instrument Suite
                                      TDR Chapter 2.3
          Instrument Suite    Topic        Technique