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CGS-1TP Intelligent Gas Sensing Analysis System
 
CGS-1TP Intelligent Gas Sensing Analysis System (resistance-type) is used to analyse the properties of materials directly. The system uses an external micro-heater to control the operating temperature of the materials, thus does not need any sensor fabrication in the analyzing process. Dynamic gas distribution system and various pressures can also be applied in this system. Different kinds of sensing materials, such as semiconducting materials, thick/thin film materials, nanomaterials, porous materials, organic material, carbon nanophase tube, etc, can be analysed in this system.
 
1. Feature
01) Sensing analysis of materials without sensors
02) Large measuring range, which can be applied for various materials
03) Large heating range with a high precision
04) Water-cooling
05) 3-dimensional position control
06) Steel gas chamber, can joint with dynamic gas distribution system at various pressures
07) Different joint
08) Temperature and humidity monitoring in real time
09) Multifunctional software
 
2. Specifications
01) Temperature range: RT-500 °C, with a precision of 1 °C
02) Analyzing range: 1 Ω~2 GΩ
03) Interval: >0.02 s, continuously adjustable
04) Time limit:>1 s, continuously adjustable
05) Position control: X-Y-Z 2 cm, with a precision of 5 μm
06) Monitoring: chamber temperature and humidity
07) Communication: USB
08) Control mode: touch screen
09) Analysis software for the upper computer and technical support are provided
10) Vacuum: (limit) 1×10-1 Pa; (speed) 1×105Pa-1×10-1 Pa (7 min)
11) Size: (host) 600 mm × 400 mm × 180 mm; (chamber substructure) 800mm × 600 mm × 1000 mm; (steel gas chamber) 360 mm × 330 mm × 220 mm; (gas chamber volume) 18 L
 
3. Note
01) Dynamic gas distribution system is commended in this system
02) 3-dimensional microscope is commended in this system
03) Ag-Pd electrode substrates are commended in this system
 
4. Photographs
 
 





5. Typical results


6. Postscript
01) Photographs of a typical analysing process (using a Ag-Pd electrode substrates with ZnO thin films)



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