Nucleophilic solvation is the interaction of electron-donor solvents with electron-deficient
reagents. Electrophilic solvation is the related reverse interaction. Superelectrophilic solvation …

… The ion is thus probably activated by superelectrophilic solvation or even by incipient
superelectrophilic (CH3),CZ+ dication formation (Scheme 39). The reaction sequence of Scheme …

… under superelectrophilic solvation only requiring great excess of triflic acid (50–100 equiv.). …
The presence of catalytic amount of BTISA under superelectrophilic solvation conditions …

… superelectrophiles, the solvation issues, a review of methods for studying superelectrophilicity,
with details of the superelectrophiles … in activation of superelectrophiles, and solvation in …

… Solvation in superacids, with weak nucleophile counterpart, … behaving as electrophiles or
even superelectrophiles. … via the so-called superelectrophilic solvation. Such an entity would be …

… that in these transformations superelectrophilic solvation plays an … diprotonated species
(superelectrophiles) in equilibrating … dicationic or superelectrophilic intermediates. [¹b] Dicationic …

… or solvation with strong … superelectrophiles. Concerning the nature of superacid-activated
reactions, it should be recognized that they may proceed through superelectrophilic solvation …

… a pentadien-1-one (“superelectrophilic solvation”), where one of … the intermediacy of dicationic
superelectrophilic species (13) … medium for superelectrophilic solvation and consequently …

… Superelectrophilic intermediates 1 are typically generated … Similarly, superelectrophilic
solvation 2 may also involve … approaches which involve superelectrophilic activation of reagents …

… The proposed mechanistic pathways for superacid-induced transformations rely on
superelectrophilic solvation 8 via the formation of mono- and dicationic intermediate species such as …