The Raman spectroscopy for MEA-CO 2-H 2 O system, transferring the measurement data into Matlab/Labview, converting data into concentration values and presenting the results in a graphical user interface. This software based platform makes the Raman spectroscopy to be accessed as a real-time instrument in CO 2 capture plants. Keywords: CO. The TSL system is a Kaiser Raman RXN1 spectrometer.22 The Kaiser uses a 785 nm NIR gallium arsenide (GaAs) diode as the laser source, with a variable power output of 10–400 mW. Spectral coverage is from 100 to 3450 cm 1 Raman shift, with resolution of 5 cm 1. The Analytical Sample Compart-ment (HLSC) used to collect the spectra incorporates. Major progress toward widespread Raman use, 1985-2005:. 10. Sensitivity increase, 100-500 X in SNR. Compact, low power, integrated systems available.
Kaiser Raman Spectroscopy Rxn1 User Manual Online
Kaiser Raman Spectroscopy Rxn1 User Manual Pdf
| Specifications: | | Laser Wavelength: | 532nm, 785nm, 1000nm | | Spectral Coverage: | 150-4375 cm–1 (532nm),
150-3425 cm–1 (785nm),
200-2400 cm–1(1000nm) | | Operating Temperature: | +5 to +30°C | | Storage Temperature: | –15 to +65°C | | Relative Humidity: | 20–80%, Non-condensing | | Warm-up Time: | 30 Minutes |
| Electrical Data - Base Unit: | | Input Voltage: | 110-240 VAC, 50-60Hz Standard | | Max Power: | <400 Watts Max (startup),
<150 Watts Typical | | User Interface: | Approved PC Operating
Windows 10 |
| | Physical - Base Unit: | | Mounting: | Rack Mounted | Dimensions
(width × depth × height): | 19' × 24' × 10.5'
(48 cm × 61 cm × 26.7 cm) | | Weight (base unit): | 61 lbs. (28 kg) |
| Sample Interface: | | Solids: | • PhAT Probe Head for Hybrid analyzers only
(Non-contact or Immersion Optic) | | Liquids: | • Pilot™-E (Process)
• WetHead™ (Process / Process Development)
• RamanRxn™ Probe (Immersion Optic for R&D and Development) | | Gas: | • AirHead™ | | Extrusion: | • WetHead™ (Process / Process Development)
• RamanRxn™ Probe (Extruder Optic for R&D and Development) |
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