CompoundCarbonChemical Shift

1,2-dimethoxyethane

CH₃

58.67

1,2-dimethoxyethane

CH₂

71.49

1,4-dioxane

CH₂

67.19

18-crown-6

CH₂

70.14

2-propanol

CH

64.88

2-propanol

CH₃

24.38

acetic acid

CH₃

21.03

acetic acid

CO

177.21

acetone

CO

215.94

acetone

CH₃

30.89

acetonitrile

CH₃

1.47

acetonitrile

CN

119.68

carbon disulfide

CS₂

197.25

carbon tetrachloride

CCl₄

96.73

diethyl ether

CH₂

66.42

diethyl ether

CH₃

14.77

diglyme

CH₂

71.63

diglyme

CH₂

70.05

diglyme

CH₃

58.67

dimethylformamide

CH

165.53

dimethylformamide

CH₃

37.54

dimethylformamide

CH₃

32.03

ethanol

CH₃

17.47

ethanol

CH₂

58.05

ethyl acetate

[C]H₃CO

21.15

ethyl acetate

CO

175.26

ethyl acetate

CH₂

62.32

ethyl acetate

CH₃

13.92

ethylene glycol

CH₂

63.17

hexamethyldisiloxane

CH₃

2.31

HMPA

CH₃

36.46

imidazole

CH(2)

136.65

imidazole

CH(4,5)

122.43

methanol

CH₃

49.50

nitromethane

CH₃

63.22

pyridine

CH(3,5)

125.12

pyridine

CH(2,6)

149.18

pyridine

CH(4)

138.27

pyrrole

CH(2,5)

119.06

pyrrole

CH(3,4)

107.83

pyrrolidine

CH₂(2,5)

46.83

pyrrolidine

CH₂(3,4)

25.86

tertbutyl alcohol

([C]H₃)₃C

30.29

tertbutyl alcohol

(CH₃)₃[C]

70.36

tetrahydrofuran

CH₂(2,5)

68.68

tetrahydrofuran

CH₂(3,4)

25.67

triethylamine

CH₃

9.07

triethylamine

CH₂

47.19

References
1. Fulmer, G. R.; et al. Organometallics. 2010, 29, 2176-2179.