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f) In some cases, the NHCs mentioned in this review were only reported as ligands in metal-NHC complexes, and not as free NHCs. Thus, throughout this review the depiction of the NHC does not necessarily mean that the free NHC was either observed or isolated.
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77956899621
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-
This represents the equation obtained and used by Nolan et al. in ref. [25k], however, without rounding it out.
-
This represents the equation obtained and used by Nolan et al. in ref. [25k], however, without rounding it out.
-
-
-
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115
-
-
77956923681
-
-
coav/Ir [cm-1]-139.7 [cm-1]; R2 = 0.97.
-
ṽcoav/Ir [cm-1] = 0. 8695ṽcoav/Ir [cm-1] + 250.7 [cm-1]; ṽcoav/Ir [cm"1] = 1.116ṽcoav/Ir [cm-1]-139.7 [cm-1]; R2 = 0.97.
-
-
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116
-
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73949104823
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Notbly, a correlation between the electrochemical potential E0 and the TEP is generally possible but more data have to be collected. T. Vorfalt, S. Leuthäußer, H. Plenio, Angew. Chem. 2009, 121, 5293
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70349921088
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see also ref. [35].
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77956902206
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2] complex are as follows (in cm-1): 13a: ṽsym = 2073, ṽsym = 2004; 13b: ṽsym = 2068, ṽsym = 1989; 13c: ṽsym = 2072, ṽsym = 1989. The IR spectra were determined from a film.
-
b) carbonyl stretching frequencies of the corresponding [(NHC)RhCl(CO)2] complex are as follows (in cm-1): 13a: ṽsym = 2073, ṽsym = 2004; 13b: ṽsym = 2068, ṽsym = 1989; 13c: ṽsym = 2072, ṽsym = 1989. The IR spectra were determined from a film.
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123
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70349667236
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60749110377
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51249113510
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See also
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Angew. Chem. Int. Ed. 2008, 47, 5411. See also
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for a short review on carbodicarbenes
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77956910075
-
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b) The carbonyl stretching frequencies of the corresponding [(NHC)IrCl(CO)2] complex are as follows (in cm-1): 15a: ṽcosym = 2064, ṽcosym = 1978; 15b: ṽcosym = 2063, ṽcosym = 1977; 15c: ṽcosym = 2063, ṽcosym = 1976; 15d: ṽcosym = 2062, ṽcosym = 1976. The IR spectra were taken in CH2Cl2.
-
b) The carbonyl stretching frequencies of the corresponding [(NHC)IrCl(CO)2] complex are as follows (in cm-1): 15a: ṽcosym = 2064, ṽcosym = 1978; 15b: ṽcosym = 2063, ṽcosym = 1977; 15c: ṽcosym = 2063, ṽcosym = 1976; 15d: ṽcosym = 2062, ṽcosym = 1976. The IR spectra were taken in CH2Cl2.
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140
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36749009530
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a) D. M. Khramov, V. M. Lynch, C. W. Bielawski, Organometal- lics 2007, 26, 6042.
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-
-
77956903619
-
-
b) The carbonyl stretching frequencies of the corresponding [(NHC)RhCl(CO)2] complex are as follows (in cm-1): 16a: ṽcosym = 2099, ṽcosym = 2017; 16b: ṽcosym = 2091, ṽcosym = 2010; 16c: ṽcosym = 2087, ṽcosym = 2004. The IR spectra were taken in [D]chloroform.
-
b) The carbonyl stretching frequencies of the corresponding [(NHC)RhCl(CO)2] complex are as follows (in cm-1): 16a: ṽcosym = 2099, ṽcosym = 2017; 16b: ṽcosym = 2091, ṽcosym = 2010; 16c: ṽcosym = 2087, ṽcosym = 2004. The IR spectra were taken in [D]chloroform.
-
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142
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43449117752
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a) A. Bittermann, P. Härter, E. Herdtweck, S. D. Hoffmann, W. A. Herrmann, J. Organomet. Chem. 2008, 693, 2079.
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143
-
-
77956909455
-
-
cosym = 1996. The IR spectra were recorded using KBr pellets.
-
b) The carbonyl stretching frequencies of the corresponding [(NHC)RhCl(CO)2] complex are as follows (in cm-1): 17a: ṽcosym = 2088, ṽcosym = 2002; 17b: ṽcosym = 2084, ṽcosym = 2003; 17c: ṽcosym = 2074, ṽcosym = 1996. The IR spectra were recorded using KBr pellets.
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77956922841
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2] tends to indicate that 30 is a significantly better donor than IMes or SIMes.
-
Instead of determining the TEP of 30, a series of [CpFe- (NHC)(CO)2]+I" complexes was synthesized and the carbonyl stretching frequencies measured [ṽCO bands for IMes (ṽn = 2050 and 2006 cm-1) and SIMes (ṽ = 2049 and 2005 cm-1)]. The observation of ṽCO bands at 2038 and 1993 cm-1 for the zwitterionic equivalent [CpFe(30)(CO)2] tends to indicate that 30 is a significantly better donor than IMes or SIMes.
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160
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71949124011
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161
-
-
77956900174
-
-
For the synthesis of 32a und [(32a)RhCl(cod)]
-
For the synthesis of 32a und [(32a)RhCl(cod)]
-
-
-
-
162
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-
70349966722
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see: b) D. M. Khramov, E. L. Rosen, V. M. Lynch, C. W. Bielawski, Angew. Chem. 2008, 120, 2299
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