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The research-grade Fourier Infrared Gas Analyzer employs Fourier infrared spectroscopy as its detection principle. It is equipped with precision-designed optical components, high-precision data acquisition control, and stable and reliable hardware circuits. Advanced correction algorithms are applied to measurement data in the upper-level software. This analyzer can rapidly and accurately detect and identify over a hundred organic compound functional groups and perform mixture analysis and quantitative analysis.Key Features of the Research-grade Fourier Infrared Gas Analyzer:Powerful Detection Capability High sensitivity with all gold-coated mirrors for excellent environmental durability. Instrument stability with the use of spatial stereoscopic angle mirrors for permanent collimation.High level of intelligence capable of checking and generating reports on various instrument components.Advanced Software Algorithms Detection and recognition of hundreds of organic compound functional groups.Fast response for qualitative and quantitative analysis of compounds.Self-checking, self-calibration, and operational status monitoring of the instrument.

Fully automatic compensation for gas temperature, pressure, water vapor, and CO2.
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Main Technical Specifications:

‍The research-grade Fourier Infrared Gas Analyzer is rich in functionality and easy to operate. It can detect and analyze over a hundred organic compound functional groups and perform mixture recognition and quantitative analysis. It finds wide application in laboratory testing fields, including chemical, pharmaceutical, teaching, research, and process control.

The primary technical specifications of the research-grade Fourier Infrared Gas Analyzer.