Why is Fourier transform an excellent method for data collection in the IR range but not...

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Chemistry

Why is Fourier transform an excellent method for datacollection in the IR range but not as useful for spectroscopy inthe UV range? b) What form does the raw data take in FT methods,i.e. what is on the x and y axes? c) How is the raw data convertedinto the IR spectrum?

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FT method has extremely high resolving power and all signal reaches detector simultaneously so can obtain entire spectrum essentially simultaneously This multiplex advantage means many scans can be completed and averaged in a shorter time In the IR the chief source of noise    See Answer
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