Chemical Crystallography

Chemical crystallography is used to determine the structures of compounds of chemical and biological interest from single crystals. These crystals are obtained from chemicals and tend to diffract strongly and to high resolution. It allows the experimental assignment of absolute structure with correct polarity and chirality — even for molecules without heavy atoms generating significant resonant scatter. The high flux of synchrotrons, together with fast detectors, has made it possible to observe real-time chemical reactions in crystals.

EIGER2 XE 16M

  • More than 18 million pixels
  • Detection area of 311 x 328 mm²
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 133 Hz operation

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EIGER2 XE 9M

  • More than 9 million pixels
  • Detection area of 233 x 245 mm²
  • No noise - high dynamic range
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 238 Hz operation

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EIGER X 16M

 

  • More than 18 million pixels
  • Detection area of 311 x 328 mm²
  • No noise - high dynamic range
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 133 Hz operation

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EIGER X 9M

 

  • More than 9 million pixels
  • Detection area of 233 x 245 mm²
  • No noise - high dynamic range
  • Continuous readout
  • 3 microseconds dead time
  • Region-of-interest
  • 238 Hz operation

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EIGER X 4M

  • Up to 750 Hz frame rate
  • No noise - high dynamic range
  • Designed for scanning operation
  • Detection area of 155 x 162 mm²
  • Continuous readout
  • 3 microseconds dead time
  • In vacuum option
  • Light construction 15 kg

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PILATUS3 X CdTe 2M

  • Efficiency up to 75% at 80 keV
  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm²
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest
  • 250 Hz operation

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PILATUS3 X CdTe 1M

  • Efficiency up to 75% at 80 keV
  • Up to 500 Hz operation
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest

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PILATUS3 X 6M

  • More than 6 million pixels
  • Largest detection area 423 x 434 mm²
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest
  • 100 Hz operation

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PILATUS3 X 2M

  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm²
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest
  • 250 Hz operation

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PILATUS3 X 1M

  • Up to 500 Hz operation
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV
  • Region-of-interest

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PILATUS3 X 300K

  • Most universal HPC detector
  • 8 x 10 cm detection area
  • Energy thresholds down to 1600 eV

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PILATUS3 S 6M

  • More than 6 million pixels
  • Largest detection area 423 x 434 mm²
  • Economic solution - less than 1M CHF
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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PILATUS3 S 2M

  • More than 2.4 million pixels
  • Large detection area 253 x 288 mm²
  • Economic solution
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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PILATUS3 S 1M

  • Detection area 168 x 179 mm²
  • Instant retrigger technology
  • 10 million counts per second and pixel at 12 keV

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