Inorganic Reactions and Methods: The Formation of Bonds to N, P, As, Sb, Bi (Part 1), Volume 7

Content: Chapter 4.2.1 Introduction (pages 1–13): H. H. Sisler Chapter 4.2.2.1.2 From the Oxidation of Nitrogen Compounds by Non?Nitrogen Oxidants (pages 13–14): H. H. Sisler Chapter 4.2.2.1.3 From the Reduction of Nitrogen Compounds by Non?Nitrogen Reductants (pages 14–15): H. H. Sisler Chapter 4.2.2.1.4 From Disproportionation (pages 15–17): H. H. Sisler Chapter 4.2.2.2 Involving Phosphorus?Phosphorus Bonds (page 17): H. H. Sisler Chapter 4.2.2.2.2 In Phosphorus Allotropes (page 18): H. H. Sisler Chapter 4.2.2.2.3 In Linear and Cyclic Di? and Polyphosphines (pages 18–26): H. H. Sisler Chapter 4.2.2.2.4 In Other Phosphorus?Phosphorus?Bonded Compounds (pages 26–29): H. H. Sisler Chapter 4.2.2.3 Involving Arsenic?Arsenic Bonds (pages 29–30): H. H. Sisler Chapter 4.2.2.3.2 In Arsenic, Antimony or Bismuth Allotropes (pages 30–31): H. H. Sisler Chapter 4.2.2.3.3 In Linear and Cyclic Di? and Polyarsines (pages 31–37): H. H. Sisler Chapter 4.2.2.3.4 In Diarsenic Tetraiodide (page 37): H. H. Sisler Chapter 4.2.2.4 Involving Antimony?Antimony or Bismuth?Bismuth Bonds (pages 37–38): H. H. Sisler Chapter 4.3.1 Introduction (page 39): J. J. Zuckerman and L. K. Krannich Chapter 4.3.2.1 In Noncyclic Species (pages 39–49): L. K. Krannich Chapter 4.3.2.2 In Cyclic or Cage Compounds (pages 49–54): L. K. Krannich Chapter 4.3.3 Involving Nitrogen or Arsenic (page 54): L. K. Krannich Chapter 4.3.3.1 In Noncyclic Species (pages 54–60): L. K. Krannich Chapter 4.3.3.2 In Cyclic or Cage Compounds (pages 60–64): L. K. Krannich Chapter 4.3.4 Involving Nitrogen and Antimony or Nitrogen and Bismuth (pages 64–67): L. K. Krannich Chapter 4.3.5 Involving Phosphorus or Arsenic (pages 68–69): L. K. Krannich Chapter 4.3.6 Involving Phosphorus and Antimony, Phosphorus and Bismuth, Arsenic and Antimony, Arsenic and Bismuth or Antimony and Bismuth (pages 69–70): L. K. Krannich Chapter 4.4.1 Introduction (page 71): J. J. Zuckerman and H. J. Breunig Chapter 4.4.1 Giving Group IVB Phosphides (pages 71–72): H. J. Breunig Chapter 4.4.2.3 Giving Group IVB Arsenides (page 72): H. J. Breunig Chapter 4.4.2.4 Giving Alloys of Sb, Bi and Group IVB Elements (page 72): H. J. Breunig Chapter 4.4.3 In Reactions of Elemental N, P, As, Sb, Bi (pages 73–74): H. J. Breunig Chapter 4.4.3.1.2 And As, Sb or Bi (page 74): H. J. Breunig Chapter 4.4.3.2 With SI Compounds (page 75): H. J. Breunig Chapter 4.4.3.3 With Ge Compounds (page 75): H. J. Breunig Chapter 4.4.3.5 With Pb Compounds (pages 75–76): H. J. Breunig Chapter 4.4.4.2 With Si Halides (pages 76–78): H. J. Breunig Chapter 4.4.4.2.2 By Reactions with Hydrides of P, As, Sb and Bi (page 78): H. J. Breunig Chapter 4.4.4.3 With Ge Halides (pages 78–79): H. J. Breunig Chapter 4.4.4.3.2 By Reactions with Phosphines and Stibines (page 79): H. J. Breunig Chapter 4.4.4.4 With Sn Halides (pages 79–81): H. J. Breunig Chapter 4.4.4.4.2 By Ammonolysis (page 81): H. J. Breunig Chapter 4.4.4.4.3 Giving Sn—P or Sn—As Bonds (pages 81–82): H. J. Breuing Chapter 4.4.4.5 With Pb Halides (page 82): H. J. Breunig Chapter 4.4.5 In Reactions of N, P, As, Sb, Bi Metal Derivatives (page 83): H. J. Breunig Chapter 4.4.5.1.2 Giving P—C Bonds (pages 83–84): H. J. Breunig Chapter 4.4.5.1.3 Giving As—C Bonds (page 84): H. J. Breunig Chapter 4.4.5.1.4 Giving Sb— or Bi—C Bonds (pages 84–85): H. J. Breunig Chapter 4.4.5.2 With SI Compounds (pages 85–86): H. J. Breunig Chapter 4.4.5.2.2 Giving SI—P Bonds by Elimination of Alkali Chlorides (pages 86–88): H. J. Breunig Chapter 4.4.5.2.3 Giving Si—P Bonds from Al Phosphides (page 88): H. J. Breunig Chapter 4.4.5.2.4 Giving Si—P Bonds by Cocondensation of Phosphorus and Si Halides with Mg or Hg (pages 88–89): H. J. Breunig Chapter 4.4.5.2.5 Giving Bonds of Si with As. Sb or Bi by Salt Elimination (pages 89–90): H. J. Breunig Chapter 4.4.5.3 With Ge Compounds (pages 90–92): H. J. Breunig Chapter 4.4.5.3.2 Giving Ge—P Bonds (pages 92–93): H. J. Breunig Chapter 4.4.5.3.3 Giving Bonds of Ge with As, Sb or BI (pages 93–94): H. J. Breunig Chapter 4.4.5.4 With Sn Compounds (pages 94–96): H. J. Breunig Chapter 4.4.5.4.2 Giving Sn?P Bonds (pages 96–97): H. J. Breunig Chapter 4.4.5.4.3 Giving Bonds of Sn with As, Sb or BI (pages 97–98): H. J. Breunig Chapter 4.4.5.5 With Pb Compounds (page 98): H. J. Breunig Chapter 4.4.5.5.2 By Exchange (page 99): H. J. Breunig Chapter 4.4.6 In Reactions of N, P, As, Sb, Bi Halides (page 99): H. J. Breunig Chapter 4.4.6.2 With Si Compounds (pages 99–100): H. J. Breunig Chapter 4.4.6.3 With Ge Compounds (page 100): H. J. Breunig Chapter 4.4.6.4 With Sn Compounds (pages 100–101): H. J. Breunig Chapter 4.4.6.5 With Pb Compounds (page 101): H. J. Breunig Chapter 4.4.7.2 With Si Compounds (pages 101–102): H. J. Breunig Chapter 4.4.7.3 With Ge Compounds (pages 102–103): H. J. Breunig Chapter 4.4.7.4 With Sn Compounds (pages 103–104): H. J. Breunig Chapter 4.4.7.5 With Pb Compounds (page 104): H. J. Breunig Chapter 4.4.7.5 In Reactions of Tertiary Amines (page 104): H. J. Breunig Chapter 4.4.8.2 With Si Compounds (pages 104–105): H. J. Breunig Chapter 4.4.8.3 With Ge Compounds (page 105): H. J. Breunig Chapter 4.4.8.4 With Sn Compounds (pages 105–106): H. J. Breunig Chapter 4.4.8.5 With Pb Compounds (page 106): H. J. Breunig Chapter 4.4.9 In Reactions of Tertiary Phosphines, Arsines, Stibines and Bismuthines (page 107): H. J. Breunig Chapter 4.4.9.2 With SI Compounds (page 107): H. J. Breunig Chapter 4.4.9.3 With Ge Compounds (pages 107–108): H. J. Breunig Chapter 4.4.9.4 With Sn Compounds (pages 108–109): H. J. Breunig Chapter 4.4.9.5 With Pb Compounds (page 109): H. J. Breunig Chapter 4.5.1 Introduction (pages 110–112): J. J. Zuckerman, J. L. Mills, K. Reinhardt and S. Pirakitagoon Chapter 4.5.3 In Reactions of Elemental N, P, As, Sb, Bi (pages 112–113): H. J. Whitfield Chapter 4.5.3.2 With Al Compounds (page 113): H. J. Whitfield Chapter 4.5.3.3 With Ga Compounds (pages 113–115): H. J. Whitfield Chapter 4.5.3.4 With in and TI Compounds (pages 115–116): H. J. Whitfield Chapter 4.5.4 In Reactions of Compounds Containing N/P/As/Sb/Bi—N/P/As/Sb/Bi Bonds (pages 116–119): H. J. Whitfield Chapter 4.5.4.1.2 Giving Bis(Hydrazino)Boranes (page 119): H. J. Whitfield Chapter 4.5.4.1.3 Giving Tris(Hydrazino)Boranes (page 120): H. J. Whitfield Chapter 4.5.4.1.4 Giving Azidoboranes (pages 120–122): H. J. Whitfield Chapter 4.5.4.1.5 Giving Heterocycles Containing B—N or N—N Bonds (page 122): H. J. Whitfield Chapter 4.5.4.2 With Al Compounds (pages 122–123): H. J. Whitfield Chapter 4.5.4.3 With Ga. In or Tl Compounds (page 123): H. J. Whitfield Chapter 4.5.5 In Reactions of N, P, As, Sb, Bi Hydrides with Hydrides or Complex Hydrides (pages 123–131): R. Geanangel Chapter 4.5.5.2 Of Al (pages 131–132): R. Geanangel Chapter 4.5.5.3 Of Ga, In or Tl (pages 132–133): R. Geanangel Chapter 4.5.6 In Reactions of N, P, As, Sb, Bi Hydrides with Halides (pages 133–134): H. J. Whitfield Chapter 4.5.6.1.2 Giving Adducts (pages 134–135): H. J. Whitfield Chapter 4.5.6.1.3 Giving Tris(Amino)Boranes or Tris(Phosphino)Boranes (pages 135–136): H. J. Whitfield Chapter 4.5.6.1.4 Giving Bis(Amino)Boranes or Bis(Phosphino)Boranes (pages 136–138): H. J. Whitfield Chapter 4.5.6.1.5 Giving Monoaminoboranes or Monophosphinoboranes (pages 138–141): H. J. Whitfield Chapter 4.5.6.1.6 Giving Borazines, (Rb—R'N)3, or Tetrameric Borazynes, (Rb—R'N)4 (pages 141–144): H. J. Whitfield Chapter 4.5.6.1.7 Giving Imidoboranes (page 144): H. J. Whitfield Chapter 4.5.6.2 Of Al (pages 144–145): H. J. Whitfield Chapter 4.5.6.3 Of Ga, In or Tl (pages 145–146): H. J. Whitfield Chapter 4.5.7 In Reactions of N, P, As, Sb, Bi Hydrides with Group VIB Compounds (page 146): J. G. Morse Chapter 4.5.7.1 Of Boron (pages 146–150): J. G. Morse Chapter 4.5.7.1.2 And Sulfur (pages 150–153): J. G. Morse Chapter 4.5.7.2 Of Al, Ga, In, Tl and Oxygen (pages 153–154): J. G. Morse Chapter 4.5.8 In Reactions of N, P, As, Sb, Bi Hydrides with Group IIIB?Group VB Compounds (pages 155–160): J. G. Morse Chapter 4.5.8.1.2 And Phosphorus or Arsenic (page 160): J. G. Morse Chapter 4.5.8.2 Of Ai, Ga, In, Tl (pages 160–162): J. G. Morse Chapter 4.5.8.3 And Ai, Ga, In, Tl (page 162): J. G. Morse Chapter 4.5.9 In Reactions of N, P, As, Sb, Bi Hydrides with Group IIIB?Group IVB Compounds (page 162): J. G. Morse Chapter 4.5.9.1 Organoboranes (pages 162–164): J. G. Morse Chapter 4.5.9.2 Organoalanes (page 164): J. G. Morse Chapter 4.5.9.2.1 And Nitrogen Hydrides (pages 165–169): J. G. Morse Chapter 4.5.9.2.2 And P, As, Sb, Bi Hydrides (page 170): J. G. Morse Chapter 4.5.9.3 With Organic Derivatives of Ga, In, Tl (pages 170–174): J. G. Morse Chapter 4.5.10 In Reactions of N, P, As, Sb, Bi Hydrides with Group IIIB?Group IIIB Compounds (page 174): H. J. Whitfield Chapter 4.5.10.2 By Transamination of Tetrakis(Amino)Diboranes(4) (pages 174–176): H. J. Whitfield Chapter 4.5.11 In Reactions of N, P, As, Sb, Bi Hydride Anions (pages 176–178): H. J. Whitfield Chapter 4.5.11.1.2 Giving Bis(Amino)Boranes or Bis(Phosphino)Boranes (pages 178–180): H. J. Whitfield Chapter 4.5.11.1.3 Giving Monoaminoboranes or Monophosphinoboranes (pages 180–181): H. J. Whitfield Chapter 4.5.11.1.4 Giving Iminoboranes (pages 181–182): H. J. Whitfield Chapter 4.5.11.1.5 Giving Diboryl Derivatives (page 182): H. J. Whitfield Chapter 4.5.11.1.6 Giving Heterocyclic B — N or B — P Compounds (page 182): H. J. Whitfield Chapter 4.5.11.2 With Aluminum Halides (page 183): H. J. Whitfield Chapter 4.5.11.3 With Halides of Ga, In, Tl (page 183): H. J. Whitfield Chapter 4.5.11.4 With Organic Derivatives of B, Al, Ga, In, Tl (pages 183–184): H. J. Whitfield Chapter 4.5.12 In Reactions of N, P, As, Sb, Bi Halides (pages 184–185): J. L. Mills and M. L. Ettel Chapter 4.5.12.2 With Aluminum Compounds (page 185): J. L. Mills and M. L. Ettel Chapter 4.5.12.3 With Compounds of Ga, In, Tl (pages 185–186): J. L. Mills and M. L. Ettel Chapter 4.5.13 In Reactions of N, P, As, Sb, Bi Oxides, Alkoxides or Sulfur Compounds (pages 186–187): J. G. Morse Chapter 4.5.14 In Reactions of N, P, As, Sb, Bi Derivatives (pages 187–194): R. Geanangel Chapter 4.5.14.1.2 And Compounds with P—B Bonds (pages 194–198): R. Geanangel Chapter 4.5.14.1.3 And Compounds with As — B or Sb — B Bonds (page 198): R. Geanangel Chapter 4.5.14.2 With Boron Halides (pages 198–200): H. J. Whitfield Chapter 4.5.14.2.2 Giving Bis(Amino)Boranes (page 200): H. J. Whitfield Chapter 4.5.14.2.3 Giving Monoaminoboranes or Monophosphinoboranes (pages 200–202): H. J. Whitreld Chapter 4.5.14.2.4 Giving Diborylamines or Triborylamines (pages 202–203): H. J. Whitfield Chapter 4.5.14.2.5 Giving Borazines (pages 203–204): H. J. Whitfield Chapter 4.5.14.2.6 Giving Other Heterocycles (pages 204–205): H. J. Whitfield Chapter 4.5.14.3 With Other Boron Compounds (pages 205–206): H. J. Whitfield Chapter 4.5.14.3.2 In Amination and Related Reactions (page 206): H. J. Whitfield Chapter 4.5.14.4 With Aluminum Compounds (pages 206–207): H. J. Whitfield This 18-volume series is a true first. In a clear, concise, and highly organized manner, it provides an in-depth treatment of bond formation reactions categorized by element type. The series presents current knowledge in all areas of inorganic chemistry including chemistry of the elements, coordination compounds, donor-acceptor adducts, organometallic, polymer and solid-state material, and compounds relevant to bioinorganic chemistry. A unique index system provides users with several fast options for accessing information on forming any bond type, compound, or reaction. Coverage of both classical chemistry and the frontiers of today's research makes this series a valuable reference for years to come. Boasting numerous industrial applications, inorganic chemistry forms the basis for research into new materials and bioinorganic compounds such as calcium that act as biological catalysts. Now complete, this highly acclaimed series presents current knowledge in all areas of inorganic chemistry, including chemistry of the elements; organometallic, polymeric and solid-state materials; and compounds relevant to bioinorganic chemistry This comprehensive compilation brings together in one place all of the knowledge constituting the discipline of modern inorganic chemistry. It synthesizes for the first time, with an unprecedented logic and completeness, the entire synthetic arsenal currently available to inorganic chemists.