Sentence examples for be fully reduced from inspiring English sources

In 1974 Thomas Nagel published "What Is It Like to Be a Bat?," a short essay arguing that the subjective experience of consciousness — what philosophers call the "qualia" — could not be fully reduced to the physical aspects of the brain.

The catalyst was first pre-treated in a flow of hydrogen to be fully reduced before commencement of the reaction.

All of these strands seem important contributors to gender inequality, and it is doubtful that any one can be fully reduced to the others.

This behaviour may be explained in terms of the poor hydrogenating capacity of Ni compared to Pt [44], making it more difficult for the Ni atoms to be fully reduced, so that not enough Ni metallic sites were available to sustain the reaction, since the hydroisomerisation reaction includes a dehydrogenation step [40, 42].

In first titrations with the [Fe(bipy)2]3+/Fe[ bipy)2]2+ redox mediator couple Mrl2 could not be fully reduced (data not shown), therefore the [Fe CN 6]3 /[Fe(couple– couple with the lower standard potential was applied.

The theological candidate that the divine Logos is the informational resource of the universe would be scientifically falsified if the concept of information could be fully reduced to properties of mass and energy transactions.

If the 4Fe[51] (N3), 4Fe[75]C (N5), and 4Fe[TY]1 (N4) clusters were fully reduced also, then there would be four reduced 4Fe clusters present in NADH-reduced complex I but the Mössbauer data presented here are not consistent with four reduced 4Fe clusters.

During lithiation, CoF2 is fully reduced to Co(0) and breaks down into smaller particles of ∼2 nm.

Immediately before the reaction, proteins were fully reduced by incubation in fresh 5 mM DTT for 1 h at 4 °C followed by desalting into non-reducing conditions (20 mM tris pH 7.4, 150 mM NaCl, 1 mM EDTA).

The Fe2O3 are fully reduced to Fe3O4 in a 10 min of deposition, showing submicron-sized octahedral Fe3O4 particles coated partially with a thin carbon layer mainly, and a few nano-sized Fe3O4 particles coated with carbon also.

DRIFTS data allow relating this to a higher stability of the Cu species forming the Cu+ carbonyls associated to the high activity and selectivity, so that they are fully reduced at higher temperature in agreement with TPR data.