Magnetic suspension balance. Gravimetric sorption in real-world conditions. Dual-sample testing, up to 400°C.
● Flexible goniometer (Eulerian cradle and various fixed chi setups)
● Sphere of confusion of less than 0.005 mm radius
● Ultrafast hybrid pixel detector (full EIGER and PILATUS detector range)
Introduction
Being conceptualized to offer a wide scope of applications, the STOE STADIVARI can be set up vertically as well as horizontally. It can be used for single crystal as well as powder diffraction, with the open Eulerian cradle offering enough space for high pressure cells, high- or low-temperature devices or other accessories.
In the dual beam setup, all combinations of tubes and microfocus BDS are possible: two sealed tubes, one sealed tube and one microfocus BDS or two microfocus BDS.
Moreover, the STADIVARI is fully integrated in the well-established STOE X-AREA software package.
Specifications
| Data Sheet | |
|---|---|
| Sphere of confusion | less than 0.005 mm in radius |
| Goniometer (utilized angular regions) | 2θ: 240° / ω: 205° / χ: 90° / φ: 360° |
| Detector distance | 40 – 140 mm (automatically set) |
| X-ray sources | Standard sealed tubes (Ag, Mo, Cu), Microfocus sources (Ag, Mo, Cu), Excillum MetalJet or synchroton |
| Dimensions (Including system cabinet, max.) | 1680 x 1150 x 1900 mm |
| Weight (complete system) | 760 kg |
| DETECTOR SPECIFICATIONS | EIGER2 1M CdTe |
| Sensor technology | Hybrid pixel counting |
| Sensor material | CdTe |
| Sensor thickness | 750 µm |
| Pixel size (W x H) | 75 µm x 75 µm = 5625 µm2 |
| Number of modules (W x H) | 1 x 2 = 2 |
| Pixel array format (W x H) | 1028 pixels x 1062 pixels = 1 091 736 pixels |
| Active area (W x H) | 77.1 mm x 79.65 mm = 6141.015 mm2 |
| Dynamic range | 32 bit |
| Maximum count rate | 9.8 × 108 photons/s/mm2 |
| Energy range | 8 keV to 25 keV |
| Readout time | continuous readout with 100 ns dead time |
| Maximum frame rate | 100 Hz |
| Cooling | Water cooled |
Software & Accessories
X-AREA, our in-house developed single crystal diffraction software, seamlessly integrates instrument control and data treatment, culminating in the creation of the .hkl file. Beyond these core functionalities, it also provides specialized features, such as the ability to effectively handle additional reflections generated by a diamond anvil cell, enhancing its versatility and applicability.
To complement our single crystal diffractometers, we offer an extensive selection of accessories, including the HEATSTREAM, specialized sample holders, and cryo options. These accessories expand the capabilities of the instruments and provide enhanced functionality for a diverse range of experimental needs.
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