A comparison of the relative binding energies of H<sup>+</sup> and NO<sup>+</sup> to aromatic and haloaromatic bases by high pressure mass spectrometry
作者:John A. Stone、Dena E. Splinter、Soon Yau Kong
DOI:10.1139/v82-136
日期:1982.4.1
and ΔS0. Entropychanges are in general much smaller for NO+ transfer than for H+ transfer but the magnitude of the changes in the protonaffinity and NO+ affinity of toluene caused by a fluorine substituent is about the same, even though the absolute value of the protonaffinity is greater by a factor of 4. The position of the F substituent on toluene has a marked effect on protonaffinity but no effect