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Diacell® CryoDAC-Tesla


Clamp Cell for Low Temp. Optical Applications
Part of the cryoDAC series

[Formerly Tinycell]

Product Description

The Diacell® cryoDAC-Tesla is a very small cell (11.5 mm cube) and was designed for applications that require a diamond anvil cell to operate in a cryostat within a high magnetic field AND with the diamond-diamond axis in the horizontal plane.  The cell is made of BeCu alloy.  Pressure is applied by clamping the cell itself between two copper hemicylinders that are driven by a pair of left-hand/right-hand bolts.

Applications

The CryoDAC-Tesla has been designed for optical use under high-magnetic fields and at low & ultra-low temperatures.  We are also able to supply the CryoDAC-Tesla in smaller diameter versions.  Please contact us if this is what you require.


TECHNICAL SPECIFICATION

Cell Material High Strength Beryllium Copper
Anvil Support Plate Beryllium Copper
Pressure Mechanism Screw Drive
Maximum Pressure 30 GPa
Temperature Range Ultra-Low Temperatures
Top Angle Conical 25°
Bottom Angle Conical 25°
Lateral Access 4 holes
Heating N/A
Cooling Via Cryostat
DAC Diameter 24 mm
DAC Height 47 mm
Working Distance to Sample 11 mm
Numerical Aperture 0.22
Interfacing Solution TBC

Maximum pressure is dependent upon the culet size of the anvils.
Almax easyLab is committed to its policy of continuous improvement.
Specifications may change without notice.
easyLab and Diacell are registered trademarks of Almax easyLab Ltd.

 


PARAMETERS

EXPERIMENTAL
TECHNIQUES
far-IR | Fluorescence | FTIR | Infrared | Raman
MAX
PRESSURE
1 GPa | 10 GPa | 3.0 GPa | 30 GPa
TEMPERATURE
RANGE
Low Temperatures | Ultra-Low Temperatures

Diacell® CryoDAC-Tesla