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Gas Membrane Driven DAC for Optical and X-Ray
Part of the Diacell OmniDAC series
[Formerly WCM-7(B)]
Product Description
This is the cryogenic version of the Diacell® OmniDAC and differs from it only in being made of BeCu alloy.
Based on the OptiDAC Series' characteristics, the Diacell® OmniDAC-LT was designed for both X-ray diffraction and optical studies taking advantage of the gas membrane drive mechanism. Extended lateral sight holes allow the observation of scatter at directions normal to the cell axis.
The gas membrane drive requires, additionally, the Diacell® GM Controller containing valves, couplings, pressure measurement and digital display modules. A quick-release Swagelok coupling allows ready disconnection of the cell from the control box, without loss of gas pressure.
Applications
The Diacell® OmniDAC-LT was designed for both X-ray diffraction and optical studies.
Technical Specifications
| Cell Material |
Berryllium copper alloy |
| Anvil Support Plate |
Tungsten Carbide |
| Pressure Mechanism |
Gas membrane drive |
Maximum Pressure
|
100 GPa |
| Temperature Range |
Room and Low Temperatures |
| Top Angle |
X-Ray: conical 50º |
| Bottom Angle |
X-Ray: conical 50º |
| Lateral Access |
16° of 2θ is accessible |
| Heating |
N/A |
| Cooling |
Cryogenic cooling |
| DAC Diameter |
51 mm |
| DAC Height |
35 mm |
| Working Distance to Sample |
12 mm |
| Numerical Aperture |
TBC |
| Interfacing Solution |
TBC |
Maximum pressure is dependent upon the culet size of the anvils.
easyLab is committed to its policy of continuous improvement.
Specifications may change without notice.
easyLab and Diacell are registered trademarks of easyLab Technologies Ltd.
Parameters
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Experimental Techniques
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far-IR |
Fluorescence |
FTIR |
Infrared |
Microscopy |
Raman |
X-Ray |
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Maximum Pressure
|
1 GPa |
10 GPa |
100 GPa |
3.0 GPa |
30 GPa |
50 GPa |
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Temperature Range
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Low Temperatures |
Room Temperature |
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