TRIUMF Licensed Standard Solid Target Station
- Model #: STS-5-15kW
- Last modification: May/7/2024
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The TRIUMF-type solid target stations are manufactured using radiation resistant materials such as ceramics, and materials to minimize residual radiation, such as aluminum. The number of parts and, in particular, moving parts is minimized. Components include
- Solid Target Station handles up to 15 kW beam power!
- Typical Case: 500 Micro-Amperes of Protons @ 30 MeV
- Replaceable Targets provided
- Complete Turn-Key Target Station System includes a Pneumatic Transfer System
D-Pace’s TRIUMF Licensed Solid Target Station Nominal Specifications
Parameter |
Value |
Maximum Beam Power into Station |
15 kW |
Halo Scraper Power @ Interlock Trip |
60 W |
Halo Scraper Typical Beam Power Intercepted |
0 W |
Halo Scraper Aperture Dimensions |
22 mm Vertical; 41 mm Horizontal |
Collimator: Number & Position |
Qty = 4; Top, Bottom, Left, Right |
Collimator Power @ Interlock Trip |
1.35 kW |
Collimator Typical Beam Power Intercepted |
0.6 kW |
Collimator Defined Target Aperture |
6.45 mm Vertical; 30 mm Horizontal |
Target Typical Beam Power Intercepted |
12.6 kW |
Target Inclination Angle |
5° |
Target Surface Area Bombarded |
74 mm x 30 mm |
Beamline Centreline Height |
1.5 m |
Beamline Interface |
VAT Valve; Typ. Flange CF 6” or CF 150 mm |
Solid Targets |
Provided |
Target Pneumatic Transfer Cartridge |
Provided |
Typical Solid Target Station Application: Bombardment by 30 MeV Protons
Parameter |
Value |
Maximum Beam Current into Station |
500 μA |
Halo Scraper Current @ Interlock Trip |
2 μA |
Halo Scraper Typical Beam Current Intercepted |
0 μA |
Collimator Current @ Interlock Trip |
45 μA |
Collimator Typical Beam Current Intercepted |
20 μA |
Target Typical Beam Current Intercepted |
420 μA |
D-Pace has licensed Solid Target Station technology from TRIUMF. Technology transfer and commercialization is ongoing.
Please contact us if this technology is of interest.
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