What the facility is designed to do
| Capability | Reference | Status |
|---|---|---|
| Co-60 gamma, low dose rate (10 mrad(Si)/s and agreed rates) | TM 1019 Cond. D | Planned 2028 |
| Pb/Al filter box to limit low-energy scatter dose errors | TM 1019 / ASTM E1249 | Planned 2028 |
| Biased irradiation using your bias boards | TM 1019 / ESCC 22900 | Planned 2028 |
| Calibrated dosimetry and dose mapping, traceable to national standards (method to be established) | — | Planned 2028 |
| Room-temperature anneal; elevated-temperature bake where the procedure calls for it | TM 1019 | Planned 2028 |
| In-situ parametric measurements during exposure | — | Under development |
| Elevated-temperature irradiation | TM 1019 | Later phase |
| Cryogenic irradiation | TM 1019 | Under evaluation |
| High dose rate (Condition A), neutron, heavy ion, proton | — | Partner referral |
A complete exposure record, and a view of the run while it happens
Before trusting a new lab, engineers want to see the deliverable. Here is the planned structure of an exposure record, and the monitoring we plan to offer at launch.
- Devices / lot
- Customer-supplied identifiers
- Target total dose
- 50 krad(Si)
- Dose rate
- 10 mrad(Si)/s · TM 1019 Cond. D
- Calculated duration
- 57.9 days
- Filter box
- Pb/Al, per test plan
- Dosimetry
- Calibrated; traceability method to be established
- Bias & temperature
- Recorded through the exposure
- Interruptions
- Time, duration and dose at each event
- Chain of custody
- Receipt → exposure → return
Template only, not a test result. Final record fields remain subject to validation.
Exposure monitoring
- Accumulated dose and current dose rate
- Elapsed and remaining exposure time
- Bias supply status
- Temperature
- Interruptions and events
Follow your exposure remotely instead of waiting for periodic updates.
Parametric telemetry
- In-situ electrical measurements of your devices during exposure
Offered only once validated.