The ultimate breakdown of infrared correlation table and its impact. InfraredCorrelationChart ... Original Source Unknown.

Understanding the Context

w = weak, m = medium, s= strong M Interestingly, many users prefer infrared correlation table over alternatives. IRCorrelationchart 3600-3300 (s, broad) 3400-2400 (s, broad) 3500-3300 (m) 3300 (s) 3080-3020 (m) (just above 3000) 2960-2850 (s) (just below 3000) 2850 and 2750 (m) 2260-2100 (v) 2260-2220 (v) 1750-1650 (s) 1680-1620 (v) 1300-1000 (s) Tableof IR Absorptions ... All figures are for the typical case only -- signal positions and intensities may vary depending on the particular bond environment. IRTables, UCSCTable1.

Key Insights

Characteristic IR Absorption Peaks of Functional Groups* ### infrared correlation table Resource List alcohols, phenols alcohols, phenols 1 ̊, 2 ̊ amines, amides carboxylic acids alkynes (terminal) aromatics alkenes alkanes aldehydes nitriles alkynes carbonyls (general) carboxylic acids esters, saturated aliphatic aldehydes, saturated aliphatic α , β -unsaturated esters ketones, saturated aliphatic α , β -unsaturated aldehydes, ketones alkenes 1 ̊ amines aromatics nitro compounds ... InfraredCorrelationChart ... Original Source Unknown. w = weak, m = medium, s= strong M IRCorrelationchart 3600-3300 (s, broad) 3400-2400 (s, broad) 3500-3300 (m) 3300 (s) 3080-3020 (m) (just above 3000) 2960-2850 (s) (just below 3000) 2850 and 2750 (m) 2260-2100 (v) 2260-2220 (v) 1750-1650 (s) 1680-1620 (v) 1300-1000 (s) ## Additional infrared correlation table Insights Tableof IR Absorptions ... All figures are for the typical case only -- signal positions and intensities may vary depending on the particular bond environment.

Final Thoughts

IRTables, UCSCTable1. Characteristic IR Absorption Peaks of Functional Groups* alcohols, phenols alcohols, phenols 1 ̊, 2 ̊ amines, amides carboxylic acids alkynes (terminal) aromatics alkenes alkanes aldehydes nitriles alkynes carbonyls (general) carboxylic acids esters, saturated aliphatic aldehydes, saturated aliphatic α , β -unsaturated esters ketones, saturated aliphatic α , β -unsaturated aldehydes, ketones alkenes 1 ̊ amines aromatics nitro compounds ... First, let's look at the basics of infrared correlation table. InfraredCorrelationChart ... Original Source Unknown. w = weak, m = medium, s= strong M ## infrared correlation table Case Studies IRCorrelationchart 3600-3300 (s, broad) 3400-2400 (s, broad) 3500-3300 (m) 3300 (s) 3080-3020 (m) (just above 3000) 2960-2850 (s) (just below 3000) 2850 and 2750 (m) 2260-2100 (v) 2260-2220 (v) 1750-1650 (s) 1680-1620 (v) 1300-1000 (s) Tableof IR Absorptions ...

All figures are for the typical case only -- signal positions and intensities may vary depending on the particular bond environment. IRTables, UCSCTable1. Characteristic IR Absorption Peaks of Functional Groups* alcohols, phenols alcohols, phenols 1 ̊, 2 ̊ amines, amides carboxylic acids alkynes (terminal) aromatics alkenes alkanes aldehydes nitriles alkynes carbonyls (general) carboxylic acids esters, saturated aliphatic aldehydes, saturated aliphatic α , β -unsaturated esters ketones, saturated aliphatic α , β -unsaturated aldehydes, ketones alkenes 1 ̊ amines aromatics nitro compounds ... InfraredCorrelationChart ...