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6N03
- Reflectors
Beryllium reflects a neutron beam and this allows the beam from the tungsten target to be directed and focused.
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N04
- Near Beam Metallic
ISIS neutron spallation activaton from areas close to the target and the high-energy proton beam.
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N05
- Copper
Large electro-magnet windings, bus bars and cables used at RAL in the ISIS neutron spallation source (currently running) and its predecessor, Nimrod (closed in 1978). Note: electrical insulation but no asbestos.
UK Research and Innovation | Rutherford Appleton Laboratory | VLLW
6N06
- Shutters
ISIS neutron spallation source, these components shield users from the neutron beam as samples are changed or plug a gap in the shielding around the neutron source that can be removed to make a new beam-line.
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N07
- Mixed Metallic
ISIS neutron spallation source and its predecessor, Nimrod.
UK Research and Innovation | Rutherford Appleton Laboratory | LLW
6N08
- Ion Exchange Material
Contaminated ion exchange resin from target, reflector and moderator cooling circuits (activated D2O and light water).
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N101
- Decommissioning Near Beam
Decommissioning of the ISIS neutron spallation activation from areas close to the target and the high-energy proton beam.
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N102
- Decommissioning Bulk Steel
Steel support structures/shielding from the decommissioning of the ISIS neutron source.
UK Research and Innovation | Rutherford Appleton Laboratory | ILW
6N103
- Decommissioning Bulk Concrete
Neutron activation of shielding.
UK Research and Innovation | Rutherford Appleton Laboratory | LLW
6N104
- Decommissioning Mixed Metallic
Mixed metallic waste from the decommissioning of ISIS including TS1 and TS2 TSAs, synchrotron, EPB and instrumentation waste.
UK Research and Innovation | Rutherford Appleton Laboratory | LLW