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Fast-X Laboratory
The following radiation sources are the basic equipment of the laboratory:
1. Lamp RTG 450kV450kV X-ray tube
  • maximum voltage: 450 kV

  • maximum power: 700 W for smaller bonfire, 1500 W for larger bonfire

  • focus size (EN 12543): 0.4 mm or 1.0 mm

  • anode material: tungsten

  • internal filtration: 3 mm + 2 mm Be

  • anode angle: 11°

  • radiation field: 40° x 30°

  • maximum allowable lamp current depending on voltage and selected focus size:

2. a linear electron accelerator of modular design, providing high-energy X-ray beams with energies from 4MeV to 9MeV for standard research and from 10-30 MeV for special applications.
  • Energy electron beam: 4-9 MeV and 10-30 MeV

  • Source Microwave power: klystron

  • Current of beam in pulse: 100 mA

  • Diameter beam: ~2 mm

  • Material conversion disc: tungsten

 
In addition, the laboratory is equipped with digital imaging detectors, allowing radiographs to be recorded immediately in digital form.
1. High-resolution flat panel imaging detector, model: DRTECH EVS 2430G

  • pixel spacing: 76 ɥm

  • matrix size: 3072 × 3840 pixels

  • active area: 233 × 291 mm

  • radiation energy range: 40 kVp ~ 350 kVp

  • power supply: battery-powered

  • image acquisition and transfer time: 5 – 8 s

  • interface: Ethernet / WiFi

  • permissible ambient temperature during operation: 10 – 35 °C

  • admissible ambient humidity during operation: 30 – 85% RH (non-condensing)

  • permissible pressure atmospheric pressure during operation: 700 to 1060 hPa

2. imaging detector SMOC_HE_40x40

 

  • range energy: from 100 keV to 15 MeV

  • field imaging: 40 x 40 cm

  • dynamic range of image: 16 bits

  • size pixel size: ≤ 150 µm for 400 x 400 mm imaging field

  • number of pixels: min. 36 MPx

3. imaging detector SMOC_HE_50x60

  • range energy: from 100 keV to 15 MeVpole

  • field imaging: 50 x 60 cm

  • dynamic range image: 16 bit

  • resolution: ~120 um

  • number of pixels: min. 45 MPx

4. special digital detectors for ultrafast radiography
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