Sentence examples for oh e from inspiring English sources

In order to compare the energy of the two systems, a useful metric is the energy reduction gain (ERG), which is the reduction in energy consumption when a test system is compared with a reference system: ERG RAN OP = 1 − E AP,test OH E AP,ref.

Powerful oxidizing and reducing species (e.g., OH, e aq A, H) and molecular products (e.g., H2, H2O2) are produced due to the interaction between radiation and water, so these chain reactions lead to the phenomenon as described earlier by Parker and Darby (1995) and Sommers and Glenn (2006).

This is a reverse latitudinal distribution of tropospheric OH (e.g., Spivakovsky et al. 1990).

Li G, Oh E, Weissman JS, 2012, The anti-Shine-Dalgarno sequence drives translational pausing and codon choice in bacteria (ribosome profiling data), http://www.ncbi.nlm.nih.gov/geo/query/acc.cgi acc=GSE35641, Publicly available at NCBI Gene Expression Omnibus (Samples GSM872393 and GSM872397).

Vertebrate mt genomes also contain a long non-coding region (approximately 0.5 9 kb; [ 4]) called the control region (CR, or the D-loop region), which includes the signals for regulating mtDNA transcription and the replication origin of the H-strand (OH) (e.g., [ 5, 6]).

S: Oh? E: No, I've decided to use what free time I have more productively.

For drug interactions and known toxicities the following databases were used: MicroMedex (Greenwood Village, CO), LexiComp (Hudson, OH), E-facts and Natural Medicines Database.

No-go booze-oh e. Miss Hannigan's bathtub f.

Pyrite (12.5 g/L) mixed with DMPO (without addition of H2O2) shows formation of DMPO-OH (E).

Oxidation of Fe(II) in olivine and pyroxenes leads to the reduction of water and the formation of molecular hydrogen (H2) as shown in Fig. 2. A consequence of serpentinization and H2 formation is the increase of the related fluid pH values (typically>9) caused by the consumption of protons and relative increase of free OH- (e.g., Mottl et al., 2003; Okland et al., 2012).

The dissociation of Er-OH bonds under dc stressing is proposed to be associated by the electrons in the oxide surface as follows: = Er − OH + e − → = Er + OH − 2 OH − → H 2 O + O + 2 e − (2) Figure 5 Threshold voltage and drive current degradation and structural model.