1980
DOI: 10.1139/v80-184
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Conformational preferences of the fluoromethyl group in p-methylbenzyl fluoride and some derivatives

Abstract: . Can. J . Chem. 58, 1178Chem. 58, (1980.The coupling over seven bonds between IyF nuclei and protons in p-methylbenzyl fluoride and a series of ring-substituted derivatives is used to estimate the value for a conformation in which the C-F bond lies in a plane perpendicularto the benzene ring. The J method is then used to show that in CS, solution, the conformational preference of the fluoromethyl group is very weak in 33-dichloro-4-methylbenzyl fluoride and in 33-dibromo-4-methylbenzyl fluoride. The barri… Show more

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Cited by 10 publications
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“…If the methyl substituent causes no change in V2, then it follows that 6J(H,F) contains a positive non u -n component of about 0.4 Hz, it being most unlikely that 7J(F,CH3) is other than a pure a-n coupling. Yet it is known that a para methyl group increases the stability of 2 in the absence of chlorine substituents (15,40). Therefore part of the discrepancy above may arise in this manner.…”
Section: Ii) Estimates Of Changes In Vmentioning
confidence: 97%
“…If the methyl substituent causes no change in V2, then it follows that 6J(H,F) contains a positive non u -n component of about 0.4 Hz, it being most unlikely that 7J(F,CH3) is other than a pure a-n coupling. Yet it is known that a para methyl group increases the stability of 2 in the absence of chlorine substituents (15,40). Therefore part of the discrepancy above may arise in this manner.…”
Section: Ii) Estimates Of Changes In Vmentioning
confidence: 97%