The small linear PSD covers a range of 5 to 11° in 2Θ depending on the distance between sample and detector and can be used on all STOE powder diffractometers. It provides diagrams of excellent angular resolution, high statistical accuracy and symmetrical line profiles.
The STOE IP-PSD is an on-line system with a read out time of about 15 sec for a full range of 140°. The Imaging Plate technology allows short exposure times to give excellent counting statistics even for weak reflections. The combination of the IP-PSD with STOE´s stages, sample changer or various low temperature systems is an explicit idea of its use.







PDF - Brochure 
Scintillation counters and solid state detectors are also available for most of the STOE powder diffractometers

Various sample holders are available for the STOE STADI P series:

goniometer heads for capillaries
for Debye-Scherrer or Gandolfi
mode
sample holders and sample
changers for Transmission and
Bragg-Brentano geometry
a 10fold capillary changer
the X/Y stage for well plates in
transmission mode
Eulerian cradle
multi purpose sample stage


PDF - Brochure


   
With its family of capillary furnaces STOE provides one of the most precise and temperature stable high temperature attachments for the STADI P series and for synchrotron facilities.


Temperature ranges are from:


- 0.65.1 room temperature to 950°C
- 0.65.3 room temperature to 1500°C
- 0.65.LT from - 50°C to 950°C



Continuous sample spinning leading to effective particle randomization
Well-defined sample position yielding reasonable lattice constants
Fully integrated PC-based data collection
Quick exchange against other sample stages and easy alignment
Supporting all capillary diameters between 0.2 and 1 mm
Easily adaptable for transmission samples
Excellent diagrams obtainable from very small sample amounts
PDF - Brochure

O.E.M. attachments like the Oxford Cryosystems Cooler can easily be mounted on the STOE STADI P.

Nearly all chambers for different non-ambient methods which are on the market can be mounted on the STOE Theta/theta or Bragg-Brentano diffractometers.