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. 2019 Jun 11;24(11):2189. doi: 10.3390/molecules24112189

Table 5.

Band assignments in NIR spectra of CD3CH2OH based on GVPT2//B2PLYP-GD3BJ/def2-TZVP//CPCM calculations. Band numbering corresponds to that presented in Figure 5D.

Peak Number ν exp ν calc Assignment (Major Contribution)
1 8405.0 8511 3νasCH2
2 8307.6 8323 2νsCH2 + νasCH2
3 7098.5 7124 (t)
7100 (g)
2νOH
4 6841.1 6897 [νCO, δas’CD3] + νsCH2 + νasCH2
5 6517.6 6510 νsCH2 + νOH
6 6324.0 6261 [δipCOH, δtwistCH2] + δwaggCH2 + νOH
7 6268.0 6111 [δrock’CD3, νCC] + νas’CD3 + νOH
8 6070.4 6059 2[δipCOH, δtwistCH2] + νOH
9 5966.3 5966 [δsCD3, νCC] + δwaggCH2 + νOH
10 5839.1 5825 2νasCH2
11 5772.1 5793 2νasCH2
12 5628.0 5686 2νsCH2
13 5533.0 5641 2νsCH2
14 5427.9 5419 2δtwistCH2 + νasCH2
15 5358.0 5367 [νCO, δas’CD3] + νsCD3 + νas’CD3
16 5286.8 5287 δsCD3 + δtwistCH2 + νasCH2
17 5190.0 5188 2[δsCD3, νCC] + νsCH2
18 5102.7 5084 δoopCOH + 2δwaggCH2
19 5007.1 5028 δwaggCH2 + νOH
20 4955.8 4987 [δtwistCH2, δipCOH, δwaggCH2] + νOH
21 4853.8 4853 [δipCOH, δtwistCH2] + νOH
22 4764.7 4768 [δsCD3, νCC] + νOH
23 4676.7 4676 νCO + νOH
24 4558.4 4511 δas’CD3 + [δtwistCH2, δipCOH] + νas’CD3
25 4443.0 4429 δscissCH2 + νasCH2
26 4390.5 4390 δscissCH2 + νasCH2
27 4329.0 4356 δscissCH2 + νsCH2
28 4263.8 4332 δscissCH2 + νsCH2
29 4174.6 4180 2[δtwistCH2, δipCOH, δwaggCH2] + δscissCH2
30 4100.0 4107 τCC + δoopCOH + νOH