Advantages:
- Beam sensitive materials are stabilized under high beam currents
- Low-temperature phases can be studied
- Enhanced imaging and spectroscopy, especially for cathodoluminescence (CL)
| Model # | Base temp. | Cool down time | Max. operating temp. | Tilt | Rotate | Additional electrical feedthrough option | |
|---|---|---|---|---|---|---|---|
| C1001 | -185 °C | 10 min | 50 °C | 45° | ±5° | √ | |
| C1002 | -185 °C | 10 min | 200 °C | 45° | ±5° | √ | |
| C1003 | -185 °C | 10 min | 400 °C | 45° | ±5° | √ | |
| CF302M | 8 K | 55 min | 140 K | ±5° | √ | ||
Liquid nitrogen cooling stages C1001, C1002, C1003
- Simple installation/removal allows use of standard SEM stage
- Stages cooled to less than -185 °C by nitrogen gas
- Efficient thermal design ensures rapid cool down and stable temperatures
- Accurate control through integral heater and temperature sensor
- External liquid nitrogen heat exchanger removes vibration due to boiling of LN2
- Higher upper-temperature options for more flexibility in experiments
Liquid helium cooling stage CF302M
- Specially designed low drift and vibration, while minimizing liquid helium consumption
- CF302M is a helium-cooled stage module that attaches onto the existing stage
- Complete system includes flexible transfer tube storage vessel, top fitting with bladder and valve, gas flow controller, gas flow pump, and digital temperature controller
Dual fuel option
- Allows liquid helium cold stages to be operated with either helium or nitrogen
- Functions by forcing cold nitrogen gas through the circuit similar to the successful C1002 product
Control of amorphous solid water target morphology induced by deposition on a charged surface
High Power Laser Science and Engineering
2021
Cryogenic EBSD reveals structure of directionally solidified ice–polymer composite
Materials Characterization
2014
Journal of Geophysical Research: Atmospheres
2013