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. 2019 Jul 19;4(7):12385–12392. doi: 10.1021/acsomega.9b01566

Table 4. Experimental and Predicted 11B NMR Chemical Shifts (in ppm) for Selected Boron Containing Moleculesa.

  Exp.b 5c 7d 5e 7f
    δpred.
1 72.2 67.32 67.89 68.22 67.94
2 81.1 76.99 81.02 78.67 81.83
3 40.0 37.88 38.83 38.38 38.76
4 72.0 66.94 66.90 67.82 66.90
5 65.3 61.98 64.78 62.80 64.77
6 55.2 51.21 51.06 51.88 51.02
7 33.0 32.72 31.82 33.14 31.74
8 31.6 31.76 33.38 32.17 33.29
9 30.8 32.31 32.69 32.73 32.60
10 67.6 61.37 64.30 62.18 64.30
11 28.1 30.43 25.27 30.85 25.16
12 62.7 59.53 62.98 60.32 62.97
13 45.3 43.30 45.44 43.86 45.39
14 21.3 21.10 17.71 21.37 17.59
15 3.0 3.51 1.23 3.52 1.06
16 2.7 3.07 0.86 3.11 0.72
17 –17.5 –17.29 –17.03 –17.41 –17.07
18 –16.6 –18.08 –17.92 –18.25 –18.10
19 –16.1 –12.91 –12.52 –13.19 –12.79
20 84 79.37 80.94 80.591 81.29
21 82.3 80.70 77.75 82.17 78.24
a

Details of the calculations can be found in Tables S9 and S10 in the Supporting Information.

b

Experimental data.50

c

The difference between experimental values and calculated chemical shifts with the linear regression model by method 5 (the SMD set).

d

The difference between experimental values and calculated chemical shifts with the linear regression model by method 7 (the SMD set).

e

The difference between experimental values and calculated chemical shifts with the linear regression model by method 5 (the CPCM set).

f

The difference between experimental values and calculated chemical shifts with the linear regression model by method 7 (the CPCM set).