Detector¶
The detectors converting and recording the transmitted cone beam: a high-Z photon-counting detector and an indirect scintillator-coupled sCMOS chain, plus the cone-beam magnification axis.
Enclosure: mogno-micro.
Note
The software paper refers only to a generic AreaDetector; the facility page names specific models (CAM-1). MOGNO uses a high-Z photon-counting detector (Pimega, Si, in-house) and an indirect chain (a scintillator + sCMOS, e.g. a PCO Edge behind a LuAG:Ce scintillator with an Optique Peter microscope), with a CdTe Medipix/Mobipix option. The per-station detector pairing is uncertain in public sources (CAM-1); modelled as one detector position until staff confirm which detectors are installed and active, the FXI multi-camera precedent.
| Name | Family | PV | Key specs | Replaceable | Status |
|---|---|---|---|---|---|
Camera |
Camera |
The imaging detector. Roster from the facility page: Pimega (Si, photon-counting, ~1536x1536, 55 um pixel, in-house/PiTec); PCO Edge 4.2 sCMOS; Medipix/Mobipix CdTe. Which are installed per station, and their configurations, pending (CAM-1). Vendor models not bound (model_target only). | new confirm |
||
Scintillator |
Scintillator |
Scintillator for the indirect detection chain (e.g. LuAG:Ce) coupled to the sCMOS via an Optique Peter microscope. Material, thickness, and the microscope objective set pending (CAM-2). | new confirm |
||
Magnification |
PseudoAxis |
Cone-beam geometric magnification, set by the sample position along the diverging cone between secondary source and detector (the 'zoom' tomography axis). A virtual axis over the sample and detector distances; rule pending (MAG-1). The FXI Magnification precedent. | new confirm |