مشخصات کتاب

Inorganic Reactions and Methods: The Formation of Bonds to Halogens (Part 2), Volume 4

ویرایش:  
 
سری: Inorganic Reactions and Methods 
ISBN (شابک) : 9780471186571, 9780470145180 
ناشر:  
سال نشر: 1990 
تعداد صفحات: 669 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 145 مگابایت 

در صورت تبدیل فایل کتاب Inorganic Reactions and Methods: The Formation of Bonds to Halogens (Part 2), Volume 4 به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.

توجه داشته باشید کتاب واکنش های معدنی و روش ها: تشکیل پیوند به هالوژن ها (قسمت 2)، جلد 4 نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.

توضیحاتی درمورد کتاب به خارجی

For the first time the discipline of modern inorganic chemistry has been systematized according to a plan constructed by a council of editorial advisors and consultants, among them three Nobel laureates (E.O. Fischer, H. Taube and G. Wilkinson).

Rather than producing a collection of unrelated review articles, the series creates a framework which reflects the creative potential of this scientific discipline. Thus, it stimulates future development by identifying areas which are fruitful for further research.

The work is indexed in a unique way by a structured system which maximizes its usefulness to the reader. It augments the organization of the work by providing additional routes of access for specific compounds, reactions and other topics.Content:
Chapter 2.6.1 Introduction (pages 1–3): A. P. Hagen and B. D. James
Chapter 2.6.3 By Halogenation of the Elements (pages 3–4): B. D. James
Chapter 2.6.3.2 With Carbon?Halogen Compounds (pages 4–6): B. D. James
Chapter 2.6.3.3 With Other Halides (pages 6–7): B. D. James
Chapter 2.6.4 From Halogenation of Anionic Group?IIIB Clusters (pages 7–9): B. D. James
Chapter 2.6.4.2 By Other Halides (pages 9–10): B. D. James
Chapter 2.6.5 From Cleavage of Group?IIIB?Hydrogen Bonds (pages 10–12): B. D. James
Chapter 2.6.5.2 By Hydrogen Halides (pages 13–14): B. D. James
Chapter 2.6.5.3 With Other Halides (pages 14–16): B. D. James
Chapter 2.6.6 From Cleavage of Group?IIIB?Oxygen Bonds (pages 16–17): B. D. James
Chapter 2.6.6.2 By Halogens with Reducing Agents (pages 17–18): B. D. James
Chapter 2.6.6.3 With Hydrogen Halides (pages 18–19): B. D. James
Chapter 2.6.6.4 By Other Halides (pages 19–21): B. D. James
Chapter 2.6.7 From Cleavage of Group?IIIB?Other Group?VIB Element Bonds (pages 21–22): B. D. James
Chapter 2.6.7.1 By Halogens (pages 22–23): B. D. James
Chapter 2.6.7.2 By Hydrogen Halides (pages 23–24): B. D. James
Chapter 2.6.7.3 By Other Halides (pages 24–28): B. D. James
Chapter 2.6.8 From Cleavage of Group?IIIB?Nitrogen Bonds (pages 28–29): B. D. James
Chapter 2.6.8.2 With Hydrogen Halides (pages 29–31): B. D. James
Chapter 2.6.8.3 With Other Halides (pages 31–33): B. D. James
Chapter 2.6.9 From Cleavage of the Group?IIIB?Other Group?VB Element Bond (pages 33–34): B. D. James
Chapter 2.6.9.2 By Hydrogen Halides (pages 34–35): B. D. James
Chapter 2.6.9.3 By Other Halides (pages 36–38): B. D. James
Chapter 2.6.10 Cleavage of Group?IIIB?Carbon Bonds (pages 38–39): B. D. James
Chapter 2.6.10.2 By Hydrogen Halides (pages 39–40): B. D. James
Chapter 2.6.10.3 By Other Halides (pages 40–42): B. D. James
Chapter 2.6.11 From Cleavage of the Group?IIIB?Other Group?IVB Element Bond (pages 42–44): B. D. James
Chapter 2.6.11.2 By Hydrogen Halides (pages 44–46): B. D. James
Chapter 2.6.11.3 By Other Halides (pages 46–47): B. D. James
Chapter 2.6.12 From Halide?Halide Exchange Reactions (Metathesis) (pages 47–48): B. D. James
Chapter 2.6.12.2 By Metal and Nonmetal Halides (pages 48–50): B. D. James
Chapter 2.6.12.3 By Fluorinating Agents (pages 50–52): B. D. James
Chapter 2.6.13 Cleavage of Other Group?IIIB?Element Bonds (pages 52–53): B. D. James
Chapter 2.6.13.2 By Hydrogen Halides (page 54): B. D. James
Chapter 2.6.13.3 By Other Halides (pages 54–56): B. D. James
Chapter 2.6.14 Subvalent Group?IIIB Halides (pages 56–59): B. D. James
Chapter 2.6.14.2 Thallium (pages 59–60): B. D. James
Chapter 2.6.15 From Scrambling Reactions (pages 60–64): B. D. James
Chapter 2.6.16 Miscellaneous Modes of Formation (pages 64–68): B. D. James
Chapter 2.7.1 Introduction (pages 69–71): J. H. Clark
Chapter 2.7.2 From the Elements (pages 71–74): J. H. Clark
Chapter 2.7.3 By Halogenation (pages 74–75): J. H. Clark
Chapter 2.7.3.2 With Miscellaneous Halides (pages 75–76): J. H. Clark
Chapter 2.7.3.2.2 From Alkaline?Earth Metals with Carbon?Halogen Compounds (Formation of Organomagnesium Reagents) (pages 76–78): J. H. Clark
Chapter 2.7.4 From Reaction of Halogens with Hydroxides, Carbonates, Etc., of Group?IA and Group?IIA Metals (Formation of Halides by Disproportionation of the Halogen) (pages 78–81): J. H. Clark
Chapter 2.7.5 From Reaction of Hydrogen Halides with Oxides, Hydroxides, Carbonates, etc., of the Group?IA and Group?IIA Metals (pages 81–86): J. H. Clark
Chapter 2.7.6 From Reaction of Oxides with Halogens (pages 87–88): J. H. Clark
Chapter 2.7.7 From Reactions of Oxides of the Group?IIA Metals with Nonmetal Halides (Excluding Hydrogen Halides) (pages 88–91): J. H. Clark
Chapter 2.7.8 From Reaction of Carbides of the Elements with Halogen and Hydrogen Halides (pages 91–92): J. H. Clark
Chapter 2.7.9 From Metathetical Reactions (Anion?Halide Exchange) (pages 92–95): J. H. Clark
Chapter 2.8.1 Introduction (pages 96–99): D. A. Edwards
Chapter 2.8.3 Synthesis of the Group?IB Trihalides (pages 99–100): D. A. Edwards
Chapter 2.8.3.1.2 By Nonmetal Halides (page 100): D. A. Edwards
Chapter 2.8.3.1.3 From Lower Valent Compounds (pages 100–101): D. A. Edwards
Chapter 2.8.3.1.4 From Metal Oxides (page 101): D. A. Edwards
Chapter 2.8.3.1.5 By Halogen Exchange (page 101): D. A. Edwards
Chapter 2.8.4 Synthesis of Complex Halide Derivatives (pages 101–105): D. A. Edwards
Chapter 2.8.4.2 Cyanohalo Derivatives (pages 105–106): D. A. Edwards
Chapter 2.8.5 Synthesis of Organo Group?IB Halides (pages 106–109): D. A. Edwards
Chapter 2.8.6 Synthesis of Complexes of AU Trihalides by the Halogenation of AU(I) Complexes (pages 109–111): D. A. Edwards
Chapter 2.8.6.2 Complexes with Group?VIB Donors (pages 111–112): D. A. Edwards
Chapter 2.8.7 Synthesis of the Group?IB Dihalides from the Metals (pages 113–114): D. A. Edwards
Chapter 2.8.7.2 By Hydrohalogenation Reactions (page 114): D. A. Edwards
Chapter 2.8.7.3 By Hydrohalic Acids (pages 114–116): D. A. Edwards
Chapter 2.8.8 Synthesis of Group?IB Dihalides by Other Procedures (pages 116–117): D. A. Edwards
Chapter 2.8.8.2 By Halogenation of Metal Oxides (pages 117–118): D. A. Edwards
Chapter 2.8.8.3 By Reactions of Metal Oxides with Hydrohalic Acids (page 118): D. A. Edwards
Chapter 2.8.9 From Dehydration of Hydrates of the Group?IB Dihalides (pages 118–119): D. A. Edwards
Chapter 2.8.10 Synthesis of Complex Halides Derived from the Dihalides of Group?IB (pages 120–123): D. A. Edwards
Chapter 2.8.11 Synthesis of Group?IB Monohalides (pages 124–125): D. A. Edwards
Chapter 2.8.11.2 By Reduction of Higher Valent Halides (pages 126–127): D. A. Edwards
Chapter 2.8.12 Synthesis of Complex Halides Derived from Monohalides of Group?IB (pages 127–133): D. A. Edwards
Chapter 2.8.13 Synthesis of Ag Subfluoride (pages 133–134): D. A. Edwards
Chapter 2.8.14 Synthesis of the Group?IIB Dihalides from the Metals (pages 134–135): T. B. Brill
Chapter 2.8.14.2 By Hydrohalogenation Reactions (pages 135–136): T. B. Brill
Chapter 2.8.14.3 By Hydrohalic Acids (page 136): T. B. Brill
Chapter 2.8.14.4 By Nonmetal Halides (pages 136–137): T. B. Brill
Chapter 2.8.14.5 By Metal Halides (page 138): T. B. Brill
Chapter 2.8.15 Synthesis of the Group?IIB Dihalides from Metal Oxides (pages 138–139): T. B. Brill
Chapter 2.8.15.2 By Hydrogen Halides and Hydrohalic Acids (page 139): T. B. Brill
Chapter 2.8.15.3 By Other Halogenating Agents (pages 139–141): T. B. Brill
Chapter 2.8.16 Synthesis of the Group?IIB Dihalides from Metal Sulfides (page 141): T. B. Brill
Chapter 2.8.16.2 By Other Halogenating Agents (pages 141–142): T. B. Brill
Chapter 2.8.17 Synthesis of Group?IIB Halides from Metal Oxy Salts (pages 142–143): T. B. Brill
Chapter 2.8.17.2 By Metathesis Reactions (page 143): T. B. Brill
Chapter 2.8.17.3 By Other Halogenating Agents (pages 143–144): T. B. Brill
Chapter 2.8.18 Synthesis of the Group?IIB Dihalides by Halide?Halide Exchange (pages 144–145): T. B. Brill
Chapter 2.8.19 Synthesis from Dehydration of Hydrates of the Group?IIB Dihalides (pages 145–147): T. B. Brill
Chapter 2.8.20 Synthesis of Mercury(II) Halides from Mercury(I) Halides (pages 147–148): T. B. Brill
Chapter 2.8.20.2 By Disproportionation Reactions (page 148): T. B. Brill
Chapter 2.8.21 Synthesis of Mercury(I) Halides (pages 148–149): T. B. Brill
Chapter 2.8.21.2 By Reduction of Mercury(II) Halides (pages 149–151): T. B. Brill
Chapter 2.8.21.3 By Oxidation of the Mercury Metal (page 151): T. B. Brill
Chapter 2.8.22 Synthesis of Complex Halides of Group?IIB (pages 152–157): T. B. Brill
Chapter 2.8.23 Synthesis of Organo Group?IIB Halides (page 158): T. B. Brill
Chapter 2.8.23.1 By Oxidative Addition of Alkyl and Aryl Halides to the Metals (pages 158–159): T. B. Brill
Chapter 2.8.23.2 By Transmetallation Reactions Involving the Metal Halides (pages 159–162): T. B. Brill
Chapter 2.8.23.3 By Halogenation of Alkyl Mercury Derivatives (pages 162–163): T. B. Brill
Chapter 2.8.23.4 By Reactions of Dialkyls with Acid Chlorides (pages 163–164): T. B. Brill
Chapter 2.8.23.5 By Reactions of the Dialkyls and Metal and Nonmetal Halides (pages 164–165): T. B. Brill
Chapter 2.8.23.6 By Cleavage of the C–H Bond by Mercuric Halides (pages 165–166): T. B. Brill
Chapter 2.9.1 Introduction (page 167): E. M. Page
Chapter 2.9.2.1 Synthesis of Metal Fluorides from the Elements (pages 167–170): E. M. Page
Chapter 2.9.2.2 Of Metal Chlorides from the Elements (pages 170–173): E. M. Page
Chapter 2.9.2.3 Of Metal Bromides from the Elements (pages 173–175): E. M. Page
Chapter 2.9.2.4 Of Metal Iodides from the Elements (pages 175–177): E. M. Page
Chapter 2.9.3 Synthesis of Metal Halides from the Metals (pages 177–179): E. M. Page
Chapter 2.9.3.3 By Hydrohalic Acids (pages 179–180): E. M. Page
Chapter 2.9.3.4 By Fluorination with Interhalogens (pages 180–181): E. M. Page
Chapter 2.9.3.5 Of Transition?Metal Halides by Chlorination of the Metal by Sulfuryl Chloride (page 181): E. M. Page
Chapter 2.9.3.6 Of Transition?Metal Halides by Halogenation with Non?Transition?Metal Halides (pages 181–182): E. M. Page
Chapter 2.9.3.7 Of Transition?Metal Halides Electrochemically (pages 182–184): E. M. Page
Chapter 2.9.3.8 Of Transition?Metal Halides by Oxidative Addition by Alkyl Halides (page 185): E. M. Page
Chapter 2.9.4 Synthesis of Metal Halides from Metal Oxides (pages 186–187): E. M. Page
Chapter 2.9.4.2 And Hydrogen Halide (pages 187–188): E. M. Page
Chapter 2.9.4.3 And Hydrohalic Acid (pages 188–189): E. M. Page
Chapter 2.9.4.4 By Fluorination by Interhalogens (page 189): E. M. Page
Chapter 2.9.4.5 By Chlorination by Thionyl Chloride (pages 189–191): E. M. Page
Chapter 2.9.4.6 By Chlorination with CCI4 and Other Chlorocarbons (pages 191–193): E. M. Page
Chapter 2.9.4.7 By Phosgene Chlorination (page 193): E. M. Page
Chapter 2.9.4.8 By Halogenation by Aluminum Halides (pages 193–194): E. M. Page
Chapter 2.9.5 Synthesis of Metal Halides from Metal Sulfides (pages 194–195): T. M. Brown
Chapter 2.9.6 Synthesis of Metal Halides from Metal Carbonyls (pages 195–196): T. M. Brown
Chapter 2.9.7 Synthesis of Metal Halides from Metal Carboxylates by Reaction with Acetyl Halide or Hydrohalbgenation Reactions (pages 196–197): T. M. Brown
Chapter 2.9.8 Synthesis of Metal Halides from Other Metal Salts (page 198): T. M. Brown
Chapter 2.9.9.1 By Dehydration or Hydrohalogenation Reactions (pages 198–199): T. M. Brown
Chapter 2.9.9.2 By Chemical Methods (pages 199–200): T. M. Brown
Chapter 2.9.10 Synthesis of Complex Halo Anions (pages 200–208): T. M. Brown
Chapter 2.9.10.2 By Reaction of Metal Oxldes with Hydrohallc Acids (pages 208–209): T. M. Brown
Chapter 2.9.10.3 By Reaction of Metal Carboxylates with Hydrohalic Acids (pages 209–210): T. M. Brown
Chapter 2.9.10.4 By Electrochemical methods (pages 210–211): T. M. Brown
Chapter 2.9.10.5 By Other Methods (page 211): T. M. Brown
Chapter 2.9.11 Synthesis of Metal Oxohalides from the Metals (page 212): E. M. Page and D. A. Rice
Chapter 2.9.11.1 By Direct Reaction of the Metals with Halogens (page 212): E. M. Page and D. A. Rice
Chapter 2.9.11.2 By Direct Reaction of the Metal with Halogen?Oxygen Mixtures (pages 212–213): E. M. Page and D. A. Rice
Chapter 2.9.11.3 by Reaction of the Metal with Halogen?Metal Oxlde Mixtures (pages 213–214): E. M. Page and D. A. Rice
Chapter 2.9.11.4 By Reaction of the Metal with Metal Oxide?Metal Halide Mixtures (pages 214–215): E. M. Page and D. A. Rice
Chapter 2.9.12 Synthesis of Metal Oxohalides from Metal Oxide (pages 215–217): E. M. Page and D. A. Rice
Chapter 2.9.12.2 By Reaction of Metal Oxides with Hydrogen Halldes (pages 217–218): E. M. Page and D. A. Rice
Chapter 2.9.12.3 By Fluorination by lnterhalogens and Other Nonmetal Fluorides (pages 218–219): E. M. Page and D. A. Rice
Chapter 2.9.12.4 The Reaction of Metal Oxides with Halocarbons (pages 219–220): E. M. Page and D. A. Rice
Chapter 2.9.12.5 By Reaction of Oxldes with SOCI, and Other Nonmetal Chlorides (pages 221–222): E. M. Page and D. A. Rice
Chapter 2.9.12.6 By the Interaction of a Metal Oxide with Its Halide (pages 222–223): E. M. Page and D. A. Rice
Chapter 2.9.12.7 By the Use of Group?IVb and ?Vb Oxides with Transition?Metal Halides (pages 223–224): E. M. Page and D. A. Rice
Chapter 2.9.13 Synthesis of Complex Halo Anions of Metal Oxohalides (page 224): E. M. Page and D. A. Rice
Chapter 2.9.13.1 From Metal Oxides (pages 225–226): E. M. Page and D. A. Rice
Chapter 2.9.13.1.2 With Oxochloro and Oxobromo Anions (pages 226–228): E. M. Page and D. A. Rice
Chapter 2.9.13.2 From Metaloxo Anions (Metallates) (pages 228–230): E. M. Page and D. A. Rice
Chapter 2.9.13.3 From Metal Halides (pages 230–231): E. M. Page and D. A. Rice
Chapter 2.9.13.3.2 Wiih Complex Metal Halides (page 232): E. M. Page and D. A. Rice
Chapter 2.9.13.4 From Oxohalides (pages 232–234): E. M. Page and D. A. Rice
Chapter 2.9.13.4.2 With Anionic Oxohalides (pages 234–235): E. M. Page and D. A. Rice
Chapter 2.9.14 Synthesis of Metal Sulfido?, Seleno? and Tellurohalides (page 235): E. M. Page and D. A. Rice
Chapter 2.9.14.1 From the Metals (page 236): E. M. Page and D. A. Rice
Chapter 2.9.14.1.2 To Form the Transition?Metal Compounds (pages 236–238): E. M. Page and D. A. Rice
Chapter 2.9.14.2 From the Metal Chalcogenides (pages 238–240): E. M. Page and D. A. Rice
Chapter 2.9.14.3 From Transition?Metal Halides with Chalcogens (pages 240–242): E. M. Page and D. A. Rice
Chapter 2.9.14.4 From Transition?Metal Halides with Main?Group Chalcogenides (pages 242–243): E. M. Page and D. A. Rice
Chapter 2.9.15 Synthesis of Metal Carbonyl Haiides and Nitrosyl Halides from the Metal Carbonyls and Their Derivatives (page 243): E. M. Page and D. A. Rice
Chapter 2.9.15.1.1 Preparation of Transition?Metal Carbonyl Halides from the Metal Carbonyl (pages 243–247): E. M. Page and D. A. Rice
Chapter 2.9.15.1.2 Preparation of Anionic Carbonyl Halides from the Metal Carbonyl or its Derivative (pages 247–251): E. M. Page and D. A. Rice
Chapter 2.9.15.1.3 Halogenation of Substituted Metal Carbonyls (pages 251–253): E. M. Page and D. A. Rice
Chapter 2.9.15.2 Preparation of Metal Nitrosyl Halides (pages 254–255): E. M. Page and D. A. Rice
Chapter 2.10.1 Introduction (pages 256–258): N. Bartlett
Chapter 2.10.2 Direct Synthesis (pages 258–259): N. Bartlett
Chapter 2.10.2.2 Of Xenon Halides (pages 259–260): N. Bartlett
Chapter 2.10.2.2.1 Xenon Fluorides: (pages 260–267): N. Bartlett
Chapter 2.10.2.2.2 Xenon Chlorides (page 267): N. Bartlett
Chapter 2.10.2.3 Of Radon Halides (pages 267–268): N. Bartlett
Chapter 2.11.1 Introduction (pages 269–271): J. M. Canich and G. L. Gard
Chapter 2.11.2 Of the First Transition Series (Sc through Zn) (pages 271–276): J. M. Canich and G. L. Gard
Chapter 2.11.2.2 Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Fe, Co, NI (pages 276–279): J. M. Canich and G. L. Gard
Chapter 2.11.2.3 Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Cu and Zn (pages 279–280): J. M. Canich and G. L. Gard
Chapter 2.11.3 Of the Second Transition Series (Y through Ag) (pages 280–285): J. M. Canich and G. L. Gard
Chapter 2.11.3.2 Platinum Metals: Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Ru, Rh and Pd (pages 285–287): J. M. Canich and G. L. Gard
Chapter 2.11.3.3 Post?Platinum Metals: Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Ag and Cd (pages 287–288): J. M. Canich and G. L. Gard
Chapter 2.11.4 Of the Third Transition Series (Hf through Hg) (pages 288–292): J. M. Canich and G. L. Gard
Chapter 2.11.4.2 Platinum Metals: Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Os, Ir, Pt (pages 292–294): J. M. Canich and G. L. Gard
Chapter 2.11.4.3 Post?Platinum Metals: Synthesis of High?Valent Fluorides, Oxide Fluorides and Fluorocomplexes of Au and Hg (pages 294–296): J. M. Canich and G. L. Gard
Chapter 2.11.5 Of the Lanthanides and Actinides (pages 296–298): J. M. Canich and G. L. Gard
Chapter 2.11.5.2 Synthesis of the High?Valent Actinide Fluorides, Oxide Fluorides and Fluorocomplexes (Ac?Ha) (pages 298–301): J. M. Canich and G. L. Gard

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