Charge distribution in dicarbonium ions
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Harold Hart; Ching-Yong Wu; Richard H. Schwendeman; Robert H. Young
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Article
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1967
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Elsevier Science
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French
β 154 KB
Nmr chemical shlfte in charged species are proportional to tne charge density (1). Charge distribution in arylcarbonium ione has been probed using this tool (2,3), and it has been shown that chemical shifts of n protona parallel m.o. predictions, whereas ring currents of adjacent aryl groups seriou