Sentence examples for ec I from inspiring English sources

C22: Carbon intensity (CI): EC i is the amount of fuel i consumption; EFi is the CO2 Emission Factor of fuel i.

γ - sup (EC i ) = | { G i | | EC i ∩ E (G i ) | ≥ γ ∗ | EC i | } | For γ = 1, the γ-support of a set of edges is equivalent to the conventional support employed in the frequent pattern mining literature.

EC i g is the observed enzyme function count for activity i in taxonomic group g.

Moreover, we compute the density of the edge-induced subgraph for each edge cluster: ρ (EC i ) = 2 ∗ | EC i | (| V (EC i ) | × (| V (EC i ) | - 1 ) ) We report the average density of the edge-induced subgraphs of the reported edge clusters, ρ ¯.

The IntensityEC i (5) is calculated based on the ratio of the mean value to the number of entries associated with EC i to evaluate the strength of the relationship between the reaction EC i and the determined domain architecture.

We compute the ratio (RE) of the edges in the edge cluster to the total number of edges present between the vertices in the summary graph as follows: RE (EC i ) = | EC i | | E G S [ V ECEC i ) ] ) | In the topological analysis, we report the average edge ratio for all edge clusters, RE ¯.

In each ensemble structure, the HPr is found in four clusters, namely EC-I, EC-II, EC-III, and SC.

HPr was positioned away from the specific interface with EIN in the other three clusters (EC-I, EC-II and EC-III), which represented non-specific interactions between EIN and HPr.

A part of EC-I and -II was also induced with SSE and genistein at 0.5 and/or 6 hpi.

Among ECs, the expression levels of EC-III and -IV were clearly greater than those of EC-I and -II by covering more significantly up-regulated clones.

In consequence, four predominant expression clusters (ECs) were identified and designated as EC-I, -II, -III, and -IV considering more than 10 successively up-regulated (expression ratio ≥ 1.0-fold) adjacent clones as a cluster.