Technical Data: Infrared Emission Spectroscopy Measurement of Microscopic Samples
Micro-infrared emission spectroscopic measurements utilizing spatial resolution are possible! Introducing solutions using infrared microscopy.
Analyzing the infrared emission spectrum of materials provides important insights in many research fields. In particular, measurements of emission spectra using FT-IR allow for simultaneous analysis across a wide range of wavenumbers, addressing both thermal radiation associated with the sample's heat and radiation resulting from quantum mechanisms. When the sample is large and emits strong infrared radiation, measuring the emission spectrum is relatively straightforward. However, for microscopic samples that are less than 1mm, detecting the emitted infrared light becomes challenging. This document introduces solutions using Bruker's unique infrared microscope to overcome these hurdles. [Contents] ■ Introduction ■ Measurement Examples ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
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The optics business started in 1960 as the infrared spectroscopy division of the Bruker Group in Germany. The range of products developed based on high design principles varies widely, from dedicated machines used daily for production management and quality assurance to research models that demonstrate their power in the research and development of advanced materials. With Ettlingen, Germany, as the base for development and manufacturing, we respond to various customer needs through a global sales and service network.
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