이 자료는 기기분석 중 FT-IR의 Peak를 자세히 정리 해 놓은 것 입니다. 보시면 FT-IR의 특징적인 Peak를 한눈에 알아볼수 있습니다.

소개

안녕하세요.
화학 공학을 전공하고 화공관련 연구소에서 근무하고 있는 사람입니다.
저의 경험을 바탕으로 FT-IR의 Peak를 자세히 올려 놓았습니다. 연구개발 하는데 참고하시기 바랍니다.

목차

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본문내용

3700 Phosphates/Organophosphorus compounds containing the P-O-H group are very strongly hydrogen bonded, and the O-H stretching mode produces a very broad band, extending more or less continuously from as high as 3700 to as low as 1450, and on which are superimposed several absorption maxima.
3600 O-H, Alcohols, Phenols, Free, 3600～3650
3600 Alkyl aromatic sulfonic acids/The S-OH group is characterized by broad absorption extending over the region 3600～2000 and below.
3600 Fatty acids/Antisymmetric (OH)2 stretching; broad absorption extending over the region ～3600～2200 with a submaxumum near 2680. The submaximum presumably results from a combination tone in Fermi resorance with (OH)2 stretching.
3475 Fatty esters/The secondary hydroxyl group (CHOH) exhibits intermolecularly hydrogen bonded O-H stretching near 3475 and C-O stretching near 1125.
3450 Polyalkoxylated phenols/Polyalkoxylated phenols and polyalkoxylated alkylphenols exhibit OH stretching for the CH2OH end group near 3450.
3450 Glycerol fatty esters/The triesters do not exhibit absorption from O-H stretching.(The weak absorption near 3450 in the triesters results from the first overtone of ester carbonyl stretching).
3440 Other sulfated and sulfonated materials/Bands near 3440 and 1625 are due to water of hydration.
3400 Glycerol fatty esters/The broad band in the region 3400～3450 results from intermolecularly hydrogen bonded OH stretching, and the absorbance ratio of the OH stretching band/carbonyl stretching band decreases in the series mono, di, and triester.

참고자료

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