Content:
Chapter 1 Molecular mechanics and conformation (pages 1–47): A. Y. Meyer
Chapter 2 Diamagnetic behaviour of compounds containing carbon–halogen bonds (pages 49–74): R. R. Gupta
Chapter three The mass spectra of azides and halides (pages 75–106): Jack M. Miller and Timothy R. B. Jones
Chapter four Nuclear quadrupole resonance of carbon?bonded halogens (pages 107–159): E. A. C. Lucken
Chapter five 1,2?Dehalogenations and similar reactions (pages 161–201): Enrico Baciocchi
Chapter 6 Electrochemical oxidation, relief and formation of the C?X bond — direct and oblique strategies (pages 203–286): James Y. Becker
Chapter 7 Pyrolysis of aryl azides (pages 287–320): L. ok. Dyall
Chapter eight Vinyl, aryl and acyl azides (pages 321–368): Harold W. Moore and Dorothy M. Goldish
Chapter nine fresh advances within the radiation chemistry of halocarbons (pages 369–403): Abraham Horowitz
Chapter 10 natural chemistry of astatine (pages 405–440): Klara Berei and Laszlo Vasaros
Chapter eleven optimistic halogen compounds (pages 441–480): A. Foucaud
Chapter 12 points of the chemistry of halophenols and halodienones (pages 481–548): Judith M. Brittain and Peter B. D. De los angeles Mare
Chapter thirteen ??Halogenated imines (pages 549–601): Norbert De Kimpe and Roland Verhe
Chapter 14 Fluorocarbons (pages 603–655): B. E. Smart
Chapter 15 Xenon halide halogenations (pages 657–679): Marko Zupan
Chapter sixteen The SRN1 response of natural halides (pages 681–701): Robert okay. Norris
Chapter 17 Reactions regarding strong natural halides (pages 703–719): E. Hadjoudis
Chapter 18 Hypervalent halogen compounds (pages 721–811): Gerald F. Koser
Chapter 19 Synthesis and reactivity of ??halogenated ketones (pages 813–931): Roland Verhe and Norbert De Kimpe
Read Online or Download Halides, Pseudo-Halides and Azides: Volume 1 (1983) PDF
Similar chemistry books
Water Scarcity in the Mediterranean: Perspectives Under Global Change
Water shortage impacts hydrologic assets, structures connectivity, biodiversity, water caliber, and river atmosphere functioning. It has direct affects on financial sectors that use and depend upon water, similar to agriculture, tourism, undefined, power and shipping. The Mediterranean Basin is among the areas on this planet such a lot prone to weather adjustments, in addition to essentially the most impacted by way of human water call for.
- How to Find Out in Chemistry
- Organic Chemistry Syntheses and Reactivity
- Electrospray and MALDI Mass Spectrometry: Fundamentals, Instrumentation, Practicalities, and Biological Applications (2nd Edition)
- Transport and remediation of subsurface contaminants : colloidal, interfacial, and surfactant phenomena : developed from a symposium sponsored by the Division of Colloid and Surface Chemistry of the American Chemical Society at the 65th annual Colloid and
- Food Chemistry
- Liquid chromatphy column theory
Extra info for Halides, Pseudo-Halides and Azides: Volume 1 (1983)
Sample text
ACKNOWLEDGEMENT I wish to express my indebtedness to Professor N. L. Allinger who has introduced me to, and guided my way about, molecular mechanics. XII. REFERENCES J. P. Lowe, Prog. Phys. Org. , 6 , 1 (1968). H. Booth, Prog. , 5, 149 (1969); p. 318. E. Wyn-Jones and R. A. , 5, 205 (1970). J. Trotter in The Chemistry o f t h e Carbon-Halogen Bond (Ed. S . Patai), Part 1, Wiley, London, 1973, p. 49. 5. R. Shaw in The Chemistry of ihe Carbon-Halogen Bond (Ed. S . , 1973, p. 1049. 6. A. Yokozeki and S.
The first two cases in Table 9 illustrate the dictum that 'solvation stabilizes better the conformer of higher dipole moment'. In the third molecule (tram-1 ,Cdichlorocyclohexane) both conformers are devoid of dipole moment but solvation has still a sizeable outcome. All three cases illustrate the dictum that 'the effect of solvent increases with its polarity'. In consequence, the dipole moment of a solute would generally increase on going from a less polar to a more polar solvent - i f several conformations that differ in dipole moment are allowable.
S. Vijayalakshmi and P. R. , 17, 341 (1971). 150. R. A. Scott and H. A. Scheraga, J. Chem. , 45, 2091 (1966). 151. S. Acevedo and K. Bowden, JCS Cliem. , 608 (1977). 152. R. B. Hermann,J. A m . Chern. , 91,3152 (1969). 153. J. Bovill, D. J. Chadwick, I. 0. Sutherland and D. Watkin,JCS Perkin 2, 1529 (1980). 154. R. B. Hermann,J. Org. , 27, 441 (1962). 155. E. A. Jauregui, M. R. Estrada, L. S. Mayorga and G. M. Ciuffo, J. Mol. , 54, 257 (1979). 156. G. L. Henderson, J. Phys. , 83, 856 (1979). 157.