FTIR

Microscopy using Fourier Transform Infrared (FTIR)

FTIR microscopy is a technology that combines the spatial resolution of microscopy with the chemical identification capabilities of infrared spectroscopy. It enables microscopic investigation of the chemical composition and dispersion of materials. Here’s a quick rundown of FTIR microscopy.Here’s a brief summary of microscopy using FTIR:

• Microscopy with FTIR: This technique combines microscopy and infrared spectroscopy to examine the chemical composition and distribution of materials at the microscopic level.
• Microscopic imaging is a high-resolution imaging technique that uses infrared absorption properties to visualise sample structures and distributions.
• Chemical identification is the process of identifying chemical functional groups in a material in order to gain insight into its molecular composition and structure.
• Mapping and Imaging: Produces chemical maps and images in order to visualise spatial distribution and detect pollutants or material modifications.
• Sample Characterization: Using microspectroscopy, analyses a wide range of materials for composition, phase analysis, and real-time monitoring of chemical changes.

Applications

• Failure Evaluation
• Contamination Investigation
• Peripheral Analysis
• Analysis of Inclusion
• Fibre Evaluation
• Sample Multilayer Analysis

Video 01: (FTIR) Fourier Transform Infrared Spectroscopy Demonstration