FTIR research applications Semiconductor spectroscopy FTIR is uniquely suited to the analysis of silicon and other electronics components. Our tools can analyze wafers for the carbon or oxygen content, the epitaxial c...
Watch the tutorialfor a quick description of what "FTIR" means and how the "FT" and the "IR" parts work together. How does FTIR work and why use it? The FTIR uses interferometry to record information ...
FTIR(Fourier transform infrared spectroscopy) is a technique that uses Fourier transform to convert the raw data of infrared absorption or transmission into a infrared spectrum. Essentially, it measures the energies that are correspondent to the vibration of atoms in molecules or macro-molecules. The...
The method of choice for the evaluation of the atmospheric spectra uses the fitting of reference spectra by classical least squares. Important refinements can be achieved by selecting the optimal wavelength ranges based on objective mathematical criteria, improved spectral background strategies, and high...
Any Instruments, Any Targets.We're experts with both handheld or benchtop spectrometers, for a wide range of applications. Available Anywhere.One integrated system for NIR, FT-NIR and FT-IR spectrometers wherever their location. Want to use the power of AI? Let Sagitto help you get the most...
Why AMD GCN uses non-zero NULL? This commit says: In amdgcn target, null pointers in global, constant, and generic address space take value 0 but null pointers in private and local address space take value -1. How do they use those ... ...
The latest FTIR Spectrometers X Series from JASCO for all applications in Fourier Transform Infrared molecular spectroscopy (FTIR).
FTIR analysis has multiple real-world applications. Numerous case studies illustrate how FTIR analysis provides critical insights into material composition and structure, showcasing its utility across various industries. Forensic Fiber Testing Uses FTIR Techniques to Reveal Foreign Fibers A medical device ...
Applications- Food safety -Identify contaminants in food products; help to assure product quality and avoid production line downtime Manufacturing -Identify defects in plastics, polymers, paints and other industrial uses; help meet quality standards and avoid product holds and recalls ...
Chemometric approaches in combination with FT-IR technique, due to its capacity to examine a fragmented range of infrared regions and extract necessary data in the form of a calibration model, have been employed for an extensive variety of uses in food sector [22]. The evaluation of scores, ...