Inorganic Adduct Molecules of Oxo-Compounds

1. Front Matter

   Pages I-VI

   PDF

2. Introduction

   • Ingvar Lindqvist

   Pages 1-2

3. Conditions for adduct molecule formation

   • Ingvar Lindqvist

   Pages 2-3

4. Characteristic coordination numbers

   • Ingvar Lindqvist

   Pages 3-10

5. Structural evidence concerning donor molecules

   • Ingvar Lindqvist

   Pages 11-16

6. Adducts with donor molecules containing the group >C=O

   • Ingvar Lindqvist

   Pages 16-31

7. Adducts with acyl halides

   • Ingvar Lindqvist

   Pages 32-33

8. Adducts with donor molecules containing the group →NO

   • Ingvar Lindqvist

   Pages 33-34

9. Adducts with donor molecules containing the group —NO2

   • Ingvar Lindqvist

   Pages 34-35

10. Adducts with donor molecules containing the group —N=O

    • Ingvar Lindqvist

    Pages 35-35

11. Adducts with donor molecules containing the group →P=O

    • Ingvar Lindqvist

    Pages 35-39

12. Adducts with donor molecules containing the group →As=O

    • Ingvar Lindqvist

    Pages 39-40

13. Adducts with donor molecules containing the group →Sb=O

    • Ingvar Lindqvist

    Pages 40-40

14. Adducts with donor molecules containing the group >S=O

    • Ingvar Lindqvist

    Pages 40-42

15. Adducts with donor molecules containing the group

    • Ingvar Lindqvist

    Pages 43-43

16. Adducts with sulfur dioxide and sulfur trioxide

    • Ingvar Lindqvist

    Pages 44-45

17. Adducts with donor molecules containing the >Se=O group

    • Ingvar Lindqvist

    Pages 45-46

18. Adducts with Brönsted acids

    • Ingvar Lindqvist

    Pages 46-47

19. Ternary adducts with carboxylic acids

    • Ingvar Lindqvist

    Pages 47-48

20. Other ternary adducts

    • Ingvar Lindqvist

    Pages 48-49

Chemistry is a subject experiencing very rapid growth. New areas of researeh are opened and new methods are developed with a speed whieh must seem impressive. The pieture has, however, another side represented by the great number of unsolved or poorly solved problems left behind when a branch of chemistry is no longer fashionable. When three years ago I beg;m to plan this book I felt that the molecular adduets of oxo­ compounos constituted just sueh a field of research, and that they might acquire greater interest if approached from the standpoint of modern chemistry. The developments of the last three years have been such, however, that it can no longer be said that interest is lacking. From that point of vic~w a book on this subject may now seem unnecessary. On the other hand individual contributions to this field have been very scattered, and the essential problems have not always been recognized. It is hoped therefore tlat this book will help to coordinate work on these compounds and that future investigations will derive some benefit as a result. For this purpose a systematie treatment is needed and the first and larger part of the book is an attempt to present a fairly complete review of past experimental work. The treatment is not detailed; it is aimed instead at giving the reader a chance to find all the pertinent references.

• chemistry
• decomposition
• development
• distribution
• experiment
• growth
• molecule

• Uppsala, Sweden

  Ingvar Lindqvist

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