Proton applications

Stewart, R Ihe Proton Applications to Organic Chemistry, Academic... 

Stewart, R. The Proton Applications to Organic Chemistry Academic Press Orlando, Fla., 1985 Chapters 2, 3, and 7. 

For monographs on acids and bases, see Stewart, R. The Proton Applications to Organic Chemistry, Academic Press NY, 1985, Bell, R.P. The Proton in Chemistry, 2nd ed. Cornell University Press Ithaca, NY, 1973-, Finston, H.L. Rychtman, A.C. A New View of Current Acid-Base Theories, Wiley NY, 1982. 

Stewart, R., ed. 1985. In The proton Applications to organic chemistry, 134-207. Orlando, PL Academic Press. 

R. Stewart, The Proton Applications to Organic Chemistry , in Organic Chemistry, H. H. Wasserman, ed., Vol. 46. Academic Press, New York, 1985. 

Stewart R. The proton applications to organic chemistry. Orlando, FL Academic Press 1985. 

Based on the /f, acidity scale. However, indole itself does not conform to the funetion, and a value of p/ " = — 3.2 0.1 is obtained for this substance by noting the additivity of substituent effects upon ten indoles which are //, indicators. A similar treatment predicts pAf"" = —3.6 for 1,3-dimethylindoJe, Still another estimate gives = —2.38 for indole and —4.49 for 3-methylindole, the latter quite close to the value quoted here see R. Stewart, The Proton Applications to Organic Chemistry, Academic Press, Orlando, 1985,... 

The proton is a unique chemical species, being a bare nucleus. As a consequence it has no independent existence in the condensed state and is invariably found bound by a pair of electrons to another atom. Ross Stewart, The Proton Applications to Organic Chemistry, Academic Pressi Orlando, 1985, p. 1. 

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