Difference between revisions of "Upgrade/RadiationTestBirmingham"
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(Created page with "Three types of samples: * A: glue mechanics tests (see picture) * number of samples: three (different types of glue) * assembly: titanium (1mm), adhesive, 0.2mm), sil...") |
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* A: glue mechanics tests (see picture) | * A: glue mechanics tests (see picture) | ||
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* number of samples: three (different types of glue) | * number of samples: three (different types of glue) | ||
| − | * assembly: titanium ( | + | * assembly: titanium (1.8mm), adhesive, 0.2mm), silicon (0.5 mm) |
| − | * size: | + | * size: 42mm x 14mm x 2.5mm |
* desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 | * desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 | ||
* radiated surface: preferable entire surface (too large?) | * radiated surface: preferable entire surface (too large?) | ||
* B: glue heat conductivity tests (see picture) | * B: glue heat conductivity tests (see picture) | ||
| − | |||
* number of samples: three (different types of glue) | * number of samples: three (different types of glue) | ||
* assembly: aluminium (2mm), adhesive (10mm), aluminium (2mm) | * assembly: aluminium (2mm), adhesive (10mm), aluminium (2mm) | ||
| − | * size: | + | * size: 12mm x 14mm x 2mm |
* desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 | * desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 | ||
* radiated surface: over the adhesive layer | * radiated surface: over the adhesive layer | ||
| Line 20: | Line 18: | ||
* number of samples: three (different types of coating) | * number of samples: three (different types of coating) | ||
* assembly: aluminium (1mm) on both sides covered with very thin layer of coating | * assembly: aluminium (1mm) on both sides covered with very thin layer of coating | ||
| − | * size: | + | * size: minimally 1x1cm (size can b increased, if that makes it easier to handle samples) |
* desired radiation load: 1x10^16 1-MeV-neutron equivalent / cm^2 | * desired radiation load: 1x10^16 1-MeV-neutron equivalent / cm^2 | ||
| − | * radiated surface: over | + | * radiated surface: ideally over entire surface, but probably a 'spot' profile is acceptable as well |
Revision as of 07:44, 7 June 2017
Three types of samples:
- A: glue mechanics tests (see picture)
* number of samples: three (different types of glue) * assembly: titanium (1.8mm), adhesive, 0.2mm), silicon (0.5 mm) * size: 42mm x 14mm x 2.5mm * desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 * radiated surface: preferable entire surface (too large?)
- B: glue heat conductivity tests (see picture)
* number of samples: three (different types of glue) * assembly: aluminium (2mm), adhesive (10mm), aluminium (2mm) * size: 12mm x 14mm x 2mm * desired radiation load: 2x10^15 1-MeV-neutron equivalent / cm^2 * radiated surface: over the adhesive layer
- C: RF box coating tests (see picture)
* number of samples: three (different types of coating) * assembly: aluminium (1mm) on both sides covered with very thin layer of coating * size: minimally 1x1cm (size can b increased, if that makes it easier to handle samples) * desired radiation load: 1x10^16 1-MeV-neutron equivalent / cm^2 * radiated surface: ideally over entire surface, but probably a 'spot' profile is acceptable as well