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Synthesis: Carbon with Two Attached Heteroatoms with at Least One Carbon-to-Heteroatom Multiple Link
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Main description:This Volume, which is in three parts, includes some of the most important functional groups of organic chemistry. Part I deals with the synthesisof carboxylic acids and their derivatives (acid halides, esters, amides etc.) together with their imino-, thio-, seleno and telluro analogues. Part II covers cumulenes such as isocyanates, isothiocyanates, carbodiimides and related compounds, whilst Part III deals with triply bonded functional groups.Table of contents:Acyl halides (J. Williams).Carboxylic acids (M.A. Ogliaruso, J.F. Wolfe).Carboxylic esters (J. Mulzer).Other acyloxy c...
Main description:
This Volume, which is in three parts, includes some of the most important functional groups of organic chemistry. Part I deals with the synthesis
of carboxylic acids and their derivatives (acid halides, esters, amides etc.) together with their imino-, thio-, seleno and telluro analogues. Part II covers cumulenes such as isocyanates, isothiocyanates, carbodiimides and related compounds, whilst Part III deals with triply bonded functional groups.
Table of contents:
Acyl halides (J. Williams).
Carboxylic acids (M.A. Ogliaruso, J.F. Wolfe).
Carboxylic esters (J. Mulzer).
Other acyloxy compounds (P.T. Gallagher, J. Gilmore).
Acyl-sulphur, -selenium or -tellurium functions (A.Ogawa).
Amides (P.D. Bailey, I.D. Collier, K.M. Morgan).
N-hetero- substituted amides (R.D. Connell).
Acylphosphorus, -arsenic, -antimony or -bismuth functions (K. Afarinkia, M.V. Vinader).
Acyl-silicon, -germanium or -boron functions (D.P. Curran, H. Qi).
Acyl metal functions (P. Warner).
Thio-, seleno- and tellurio-acyl halides (A. Williams).
Thio-, seleno- and tellurio- acyloxy functions (J. Nakayama, A. Ishii).
Functions with two chalcogens other than oxygen (S. Kato, T. Murai).
Thionoamides and their Se and Te analogues (C.P.Dell).
N-hetero-substituted thionoamides and their Se and Te analogues (M. Owton).
Thioacyl functions linked to a metalloid (Si, Ge or B) or metal; and their selenio and tellurio analogues (A.D. Jones).
Iminoacyl halides and oxy functions (W. Kantlehner, W.W. Mergen).
Iminoacyl functions linked to other chalcogens (S. Challenger).
Amidines and N-substituted amidines (P.J. Dunn).
Iminoacyl functions linked to any other heteroatom (M. Butters).
N-hetero-substituted iminoacyl functions (B. Stanovnik).
Diazomethanes linked to atoms other than carbon (K. Afarinkia, M.V. Vinader).
Phosphoacyl functions and their As, Sb and Bi analogues (L. Weber).
Functions doubly bonded to Si, Ge or B (B.P. Clark).
Functions doubly bonded to a metal (P. Quayle).
Functions with at least one oxygen (Y=C=O) (P. Molina, A. Tarraga).
Functions with at least one chalcogen other than oxygen (J. Gilmore, P.T. Gallagher).
Functions with at least one nitrogen and no chalcogens (R. Muthyala).
Functions with heteroatoms other than chalcogen or nitrogen (K. Afarinkia, M.V. Vinader).
Nitriles with a heteroatom attached to the cyano-carbon (I.K. Boddy, M.J. Ford).
Other triply-bonded heteroatom derivatives (M. Regitz).
This Volume, which is in three parts, includes some of the most important functional groups of organic chemistry. Part I deals with the synthesis
of carboxylic acids and their derivatives (acid halides, esters, amides etc.) together with their imino-, thio-, seleno and telluro analogues. Part II covers cumulenes such as isocyanates, isothiocyanates, carbodiimides and related compounds, whilst Part III deals with triply bonded functional groups.
Table of contents:
Acyl halides (J. Williams).
Carboxylic acids (M.A. Ogliaruso, J.F. Wolfe).
Carboxylic esters (J. Mulzer).
Other acyloxy compounds (P.T. Gallagher, J. Gilmore).
Acyl-sulphur, -selenium or -tellurium functions (A.Ogawa).
Amides (P.D. Bailey, I.D. Collier, K.M. Morgan).
N-hetero- substituted amides (R.D. Connell).
Acylphosphorus, -arsenic, -antimony or -bismuth functions (K. Afarinkia, M.V. Vinader).
Acyl-silicon, -germanium or -boron functions (D.P. Curran, H. Qi).
Acyl metal functions (P. Warner).
Thio-, seleno- and tellurio-acyl halides (A. Williams).
Thio-, seleno- and tellurio- acyloxy functions (J. Nakayama, A. Ishii).
Functions with two chalcogens other than oxygen (S. Kato, T. Murai).
Thionoamides and their Se and Te analogues (C.P.Dell).
N-hetero-substituted thionoamides and their Se and Te analogues (M. Owton).
Thioacyl functions linked to a metalloid (Si, Ge or B) or metal; and their selenio and tellurio analogues (A.D. Jones).
Iminoacyl halides and oxy functions (W. Kantlehner, W.W. Mergen).
Iminoacyl functions linked to other chalcogens (S. Challenger).
Amidines and N-substituted amidines (P.J. Dunn).
Iminoacyl functions linked to any other heteroatom (M. Butters).
N-hetero-substituted iminoacyl functions (B. Stanovnik).
Diazomethanes linked to atoms other than carbon (K. Afarinkia, M.V. Vinader).
Phosphoacyl functions and their As, Sb and Bi analogues (L. Weber).
Functions doubly bonded to Si, Ge or B (B.P. Clark).
Functions doubly bonded to a metal (P. Quayle).
Functions with at least one oxygen (Y=C=O) (P. Molina, A. Tarraga).
Functions with at least one chalcogen other than oxygen (J. Gilmore, P.T. Gallagher).
Functions with at least one nitrogen and no chalcogens (R. Muthyala).
Functions with heteroatoms other than chalcogen or nitrogen (K. Afarinkia, M.V. Vinader).
Nitriles with a heteroatom attached to the cyano-carbon (I.K. Boddy, M.J. Ford).
Other triply-bonded heteroatom derivatives (M. Regitz).