THz-Raman SPECTROSCOPY SYSTEM
Model：532/785/830nm
Overview
APPLICATIONS
• Process monitoring of phase transformations and solid-state chemistry
• Polymorphism - differentiation and salt screening of polymorphs (see Figure 1 on page 2)
• Crystallinity meter - Monitoring and quantifying degree of crystallinity
• Characterizing and observing co-crystal formation
• Nanomaterials - characterizing thickness and orientation of Two-dimensional nanomaterials like TMDs
• Structural characterization of polymers
FEATURES
• Robust, sealed optical design with broad range of operating temperature
• Multiple interchangeable sample accessories
• Simultaneous Stokes and anti-Stokes signals improve SNR while providing an inherent calibration reference
• Excitation wavelengths – 532, 785 or 830 nm
• Dual-polarization variant provides for simultaneous measurement Raman scatter in both polarizations
• Dual-laser variant (830 + 638 nm) extends measurement range upto 3500 cm-1, with high quantum efficiency
• Fiber coupled output enables optional interfacing with a wide range of spectrometers
Description
APPLICATIONS
• Process monitoring of phase transformations and solid-state chemistry
• Polymorphism - differentiation and salt screening of polymorphs (see Figure 1 on page 2)
• Crystallinity meter - Monitoring and quantifying degree of crystallinity
• Characterizing and observing co-crystal formation
• Nanomaterials - characterizing thickness and orientation of Two-dimensional nanomaterials like TMDs
• Structural characterization of polymers
FEATURES
• Robust, sealed optical design with broad range of operating temperature
• Multiple interchangeable sample accessories
• Simultaneous Stokes and anti-Stokes signals improve SNR while providing an inherent calibration reference
• Excitation wavelengths – 532, 785 or 830 nm
• Dual-polarization variant provides for simultaneous measurement Raman scatter in both polarizations
• Dual-laser variant (830 + 638 nm) extends measurement range upto 3500 cm-1, with high quantum efficiency
• Fiber coupled output enables optional interfacing with a wide range of spectrometers
Specifications
| Excitation wavelengths | 532, 785 or 830 nm |