Raman spectroscopy is a useful technique for the identification of a wide range of substances - solids, liquids, and gases. It is a straightforward, non-destructive technique requiring no sample preparation.
Features:
Standard Configuration
Laser Raman Spectrometer RMSCC-S
- Monochromator:
- Wavelength range :200--800 nm
- Resolution: ≤ 0．01 nm
- Relative aperture: D/f=1/6
- Spurious light: ≤10-6
- Slit: 0--3mm Continuously adjustable
- Semiconductor lasers:
- Wavelength: 532nm,
- Power: 50mW;
- High stability detector: photon counter
Laser Raman Spectrometer (Teaching model) RMSCC-SF
- Monochromator:
- Wavelength range: 200--800 nm
- Resolution: ≤ 0．01 nm
- Relative aperture: D/f=1/6
- Spurious light: ≤10-6
- Slit: 0--3mm Continuously adjustable
- Semiconductor lasers:
- Wavelength: 532nm,
- Power: 50mW;
- High stability detector: photon counter
- Trap filter:
- Transmittance < 3%( When wavelength is less than the center wavelength)
- Average high-transmittance > 92%
- Software systems: Using VB language
Laser Raman Spectrometer (Analysis-oriented model) RMSCC-A
- Monochromator:
- Wavelength range: ≤350--800 nm
- Resolution 0,03 nm
- Relative aperture: D/f=1/6
- Spurious light: ≤10-6
- Slit: 0--4mm Continuously adjustable
- Semiconductor lasers:
- Wavelength: 532nm
- Power: 50mW
- Blue-ray solid-state laser:
- Wavelength: 473nm
- Power:10mW
- High stability detector:photon counter; Dark filed counter
- Trap filter:
- transmittance <3%( When wavelength is less than the center wavelength)
- Average high-transmittance> 92%;
- Wave number motion: 100cm-1
- Software systems: Using VB language. It can be carried out on each Raman peaks fine analysis.
Laser Raman Spectrometer (Microscopic model) RMSCC-M
- Monochromator:
- Wavelength range: ≤350--800 nm
- Resolution 0,03 nm
- Relative aperture: D/f=1/6
- Spurious light: ≤10-6
- Slit: 0--4mm Continuously adjustable
- Semiconductor lasers:
- Wavelength: 532nm
- Power: 50mW
- Blue-ray solid-state laser:
- Wavelength: 473nm
- Power:10mW
- High stability detector photon counter, Dark field count <20CPS
- Trap filter:
- transmittance <3%( When wavelength is less than the center wavelength)
- Average high-transmittance> 92%;
- Wave number motion: 100cm-1
- Software systems: Using VB language. It can be carried out on each Raman peaks fine analysis.
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spectral and optical systems lasers and experimental apparatus
