Infrared Spectroscopy is used to identify and study materials through the characteristic spectrum generated from the absorption of different IR wavelengths by functional groups of the molecules. The Fourier transform is a mathematical algorithm which converts infrared interferograms (FTIR) recorded by the detector into intensity-vs.-frequency spectrum which is commonly known as the infrared absorption spectrum.
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Measurement of the degree of cure for glues
Identify substance of unknown solid particles with infrared spectroscopy and database
Analysis of Contaminant on LED Chip Electrode
Analysis of Unknown Liquid Sample
Thermo Nicolet 5700+Continuμm
- Sample Size: up to 12″ wafer
- Sample Height: up to 10mm
- Recommended Minimum Sample Size: >40μm*40μm
- Spectral Resolution: 0.125cm-1~32cm-1 (optional)
- Spectral Range: 400cm-1~4000cm-1
- Best Measurement Signal Depth: ~0.65μm (Ge ATR crystal)
- Abnormal Product Contamination of Various Industries
- Abnormal Foreign Matter Found in Process of Various Industries
- Comparison of LED Molding Compounds
- Calculating the Extent of Reaction for OCA Glues
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