Precise control in reaction selectivity is the goal in modern organic synthesis, and it has
been widely studied throughout the synthetic community. In comparison, control of divergent …

Green Chemistry has become in the last two decades an increasing part of research interest.
Nonconventional «green» sources for chemical reactions include micro-wave, mechanical …

A series of hydrazones, as potential therapeutic agents, were successfully synthesized in a
vibratory ball-mill from various substituted organic hydrazines and phenol aldehydes. The …

Dibenzophenazine was recently synthesized mechanochemically at a high yield. On the
basis of experimental kinetics and theoretical vibronic coupling density analysis, this efficient …

Compared mechanosynthesis of two condensed 1, 4-diazines were investigated in ball
milling conditions from o-phenylenediamine. 13 C CP-MAS NMR revealed a hemiaminal …

Abstract The kinetics of 2, 3‐diphenylquinoxaline synthesis was investigated in
mechanochemical conditions aiming to estimate the overall activation energy. Arrhenius plot …

We theoretically investigate multiple cycloadditions of butadienes to fullerene C 60 with the
concept of vibronic coupling density (VCD) as a reactivity index. Recently, we have clarified …

The cycloaddition reactivities of perylene (C 20 H 12), bisanthene (C 28 H 14), and
tribenzoperylene (C 30 H 16) are theoretically investigated with vibronic coupling density …

The regioselectivities of La2@ C80 in thermal nucleophilic and electrophilic attacks were
theoretically investigated using vibronic coupling density (VCD) analysis. Nucleophilic and …