A series of activated carbons with different degrees of activation were oxidized with
H2O2,(NH4) 2S2O8 and HNO3 in order to introduce different oxygen surface complexes …

The effects of dry and wet oxidation treatments of activated carbon (AC) on the surface
chemistry and porous structure are studied. Using cherry stones (CS), AC was first prepared …

A series of activated carbons with different degrees of activation was treated with HNO3,
H2O2, and (NH4) 2S20s in order to introduce oxygen surface complexes. The effects of the …

The physicochemical properties, surface chemical structure and some catalytic properties of
a series of carbons prepared by nitric acid oxidation of an activated carbon and subsequent …

Two activated carbons from different sources were oxidized with nitric acid and hydrogen
peroxide and the effects of this on their porous structure and sorption of water and methanol …

Differences between the surface chemical properties of hydrogen-and nitrogen-treated
samples of an activated carbon were quantified using several complementary techniques …

Two activated carbons with different degree of activation, 20 and 46% burn-off, were
obtained from olive stones by steam activation. These samples were oxidized with a …

A carbon of wood origin was oxidized with different oxidizing agents (nitric acid, hydrogen
peroxide, and ammonium persulfate). The microstructural properties of the starting material …

In this work, hydrogen peroxide reactions, ie H2O2 decomposition and oxidation of organics
in aqueous medium, were studied in the presence of activated carbon. It was observed that …

An activated carbon obtained from olive stones and with very low ash content (0.10%) was
treated with either HCl, HF or HNO3. The changes in surface area and porosity resulting …