Brief introduction:
This system can be connected to immersion or non-immersion fiber optic probes, offering significant advantages for low-frequency vibration detection. During crystallization, it can identify polymorphs and observe in real-time the transitions between polymorphs and the transformation from amorphous to crystalline forms.
Details:
Application areas include bioscience, pharmaceutical engineering, forensic analysis, biochemical analysis, agriculture and food science, and environmental science. Based on Beer's Law, it enables quantitative analysis of compounds, rapid identification of structurally similar hydrates or isomers , and direct in-situ online measurement without sample preparation.
Technical data
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Spectral range |
200cm -1 ~ 3900cm -1 The highest resolution is 4cm -1 |
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Operating temperature |
Main unit: 5℃ ~ 40℃ Probe: -100℃ ~ 300℃ |
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Work pressure |
≤20MPa |
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probe material |
Corrosion-resistant stainless steel / Hastelloy |
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probe length |
Standard length: 330mm Various lengths are available for customization, suitable for laboratory and production applications. |
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probe diameter |
16mm (customizable ) |
Features
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Raman spectra of ethanol aqueous solutions at different concentrations
Raman spectra of different polymorphic forms of glutamic acid