Compound ▼ | Carbon | Chemical 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. |