Activated carbon fibers as biological supports and redox mediators in the biotic and abiotic anaerobic transformation of nitroaromatic compounds

This work examines the effect of the global charge and the redox potential of several osmium mediators, the ionic strength and the pH of the media on the electron transfer

The different reactivity of carbon nanoforms such as SWCNT, MWCNT and graphene involving sequential arylation and click chemistry reactions has important consequences on the

We considered both biotic–biotic and abiotic–biotic correlations, and used a total of 14 abiotic and biotic ecosystem constituents: soil bulk density, pH, carbon (C) content,

 The cyclic voltammetry characterization of CdSe NPs with different morphology, size and surface composition reveals that the redox processes depend on the NP

These capacitors employed activated carbon (AC) as an electrode active material, which have high specific surface area (SSA) in order to increase the amount of stored charge

The greater C S values obtained for G/N-CFs prove that the incorporation of graphene in the nitrogen doped carbon electrode improves its conduction properties and, as a

In this section we investigate the main routes of formation and destruction of HCNH + and HCN, together with the possible chemical relation with HCO + , for two different

Abstract: The present work investigates the effect of the amount of carbon black on curing and mechanical properties such as tensile strength, elongation at