The incorporation of two or more active components onto graphene with uniform distribution is expected to facilitate wider applications of graphene-based materials.
This could be explained as being due to the presence of strong synergy between components, the loss of the more active components in the fractionation or the preferential enrichment of inhibitors, or the chemical degradation (including by oxidation or photodegradation) of the active components during the enrichment process.
Moreover, future studies should aim to define the more active components of the standardized rose hip product, which may turn out to be GOPO, antioxidants (including the natural xanthines), various small molecules, possibly in concert with PUFA, or other yet unidentified components.
The criterion for having a high cross-selectivity in the decarboxylative ketonization is formulated mathematically as the separation of roles of two acids, one being a more active enolic component, and the other being the preferred carbonyl component.
However, Searson and coworkers recently showed that the more noble component of an alloy can be selectively removed if more thermodynamically active component is kinetically stabilized.
The results show that La is the more active cation component of the system.
In most cases, during dealloying, the less noble (more thermodynamically active) component is selectively oxidized from the alloy, while the remaining material may rearrange to form an interconnected network of pores [19, 20].
This indicates that TGA contains more than one component with the more active or abundant component inducing G0/G1 arrest and the less active component inducing G2/M arrest and/or individual component(s) in TGA exert different effects at different concentrations.
This suggests that TGA contains more than one component with the more active or abundant component inducing G0/G1 arrest and the less active component inducing G2/M arrest.
Total, organic and labile soil carbon fractions were used to indicate different aspects of soil function, with the more active (labile) components reacting more sensitively to changes in land management.
