Several theories have been developed to explain the behaviour of acids and bases. The most notable theories include the Arrhenius concept, the Brønsted-Lowry theory, and the Lewis concept.

Sun and their colleagues used organic salts that contained Lewis acids. These salts deprotonate to produce Lewis bases at desired times, yet they can also be converted back into salts and easily ...

The theory of acids and bases has long been a key concept in chemical sciences. The Lewis acid-base theory, which defines acid by the ability of a molecule to accept electrons, has become ...

Because of their reduced dimensions, higher integration density and mechanical flexibility, atomically thin 2D materials have the potential to change the configuration of future device architectures.

Lewis, the founder of the 'Lewis Acids/Bases Theory'. In this theory, a Lewis acid is any chemical species that attracts free electron pairs. By 'pulling' electrons away, the Lewis Acid can make ...

They used phosphorus-containing Lewis acid and base molecules such as triphenylphosphine oxide (TPPO), tetraisopropyl methylenediphosphonate (TMPP), and tris (pentafluorophenyl) phosphine (TPFP ...

In many biochemical processes, different catalytic species, such as Lewis acids and bases, are involved in precisely orchestrated interactions to activate reactants simultaneously or sequentially.

Neutralisation is the reaction of an acid with a base that results in the pH moving towards 7. It is a useful process that occurs in everyday life such as in the treatment of acid indigestion and ...