Sentence examples for reduced clusters from inspiring English sources

The best fit using only Lorentzian line shapes gave very similar results: 3.0 oxidized and 3.0 reduced clusters.

The Mössbauer technique is sensitive to all the FeS clusters present, regardless of their oxidation states, and thus offers a direct route to determine the proportion of oxidized and reduced clusters.

The potential of 4Fe[PS] (N2) is higher than the potentials of the other clusters (see above), so it is very probably fully reduced in NADH, accounting for one of the ∼3 reduced clusters.

In the best fit (Table 1) the relative intensities are 44.5% of the total iron for [4Fe 4S]2+ and 41.2% for [4Fe 4S]1+: on average, 3.1 oxidized clusters and 2.9 reduced clusters.

Thus, it is likely that clusters 4Fe[51], 4Fe[75]C, and 4Fe[TY]1 do not display perfect Nernstian behavior, especially at low potential their EPR signal intensities vary over a wider range of potential than expected, most likely because of interactions between the reduced clusters.

When the enzyme is reduced by NADH, the signals from five reduced clusters are observed.

In conjunction with the EPR analyses described above, our data suggest that, in the NADH-reduced enzyme, cluster 2Fe[24] is fully oxidized and cluster 2Fe[75] is partially reduced, cluster 4Fe[PS] (N2) is fully reduced and clusters 4Fe[75]H and 4Fe[TY]2 are fully oxidized, and clusters 4Fe[51], 4Fe[75]C, and 4Fe[TY]1 are (on average) 2/3 reduced each.

It reduced cluster head changes to decrease clustering overhead and provide stable cluster head for networks.

In this paper, neighboring mobile node has higher priority to group into the same cluster, which reduces number of cluster, improved cluster stability and reduced clustering overhead.

Load balancing and dynamic channel allocation method reduced clustering overhead and message passing.

Improved cluster maintenance scheme (ICMS) [25] reduced cluster head change and makes network more stable in compare to LID.