Complex Irradiation Facility (CIF / VUV)
The Complex Irradiation Facility is capable to simulate different UV sources, as well as proton and electron radiation under vacuum.
Recipient:
• Volume: 0.035 m³ (400 mm diameter)
• Pressure: <10^-8 mbar without VUV-simulator and <10^-6 mbar with VUV-simulator
• Irradiated diameter: 80 mm
Light sources:
• Sun simulator: 200 – 2150 nm (4.5kW/m²)
• Deuterium VUV source 112 – 400 nm (1.65 W/m²)
• Argon VUV source 40 – 410 nm (58 mW/m²)
Proton, electron source:
• Current at lower Energy Range (1 –10 keV): 1 – 100 nA
• Current at higher Energy Range (10 –100 keV): 0.1 – 100 μA
Specimen temperature control:
• Heating: Halogen emitter (600 W, 600 K)
• Cooling: Liquid Nitrogen (LN2, 80 K)
Type:
Service
Features radiation:
Electron
Proton
Gamma
UV
Neutron
Heavy ion
Laser
Specimen width/dia [mm]:
80.0
Data acquisition:
In situ measurement: reflectivity and absorptivity (planned); quadrupole mass spectrometer, radiation, temperature, pressure
Vacuum limit [hPa] [mbar]:
<10^-8
Energy [MeV]:
0.1
Keywords:
High intensity UV under vacuum, sun simulator, deuterium and argon source, proton electron, DLR, CIF, VUV
