Sentence examples for evolution rate to from inspiring English sources

The sensitivities of sintering rate and microstructure evolution rate to the kinetic parameters and thermodynamic driving forces are explored.

However, adsorbed PEG molecules on the cathode surface caused the hydrogen evolution rate to be retarded and the deposited coating morphology smooth, small cracks and nodular structure.

Hydrogen generation to the tune of 2171 μmol/h/g of TiO2 has been achieved for the composite photocatalyst synthesized as compared to H2 evolution rate to the tune of 131.6 μmol/h/g of TiO2 for Degussa P25.

Inv assigns invariant condition as a conjunction of atomic constraints (C le (V, mathbbm {P})) ~ and ~C ge (V, mathbbm {P}))) to each location (l in L); Diff (L times V rightarrow {-1, 0, 1}) assigns an evolution rate to each continuous variable (v in V) (clocks) in each location (l in L).

Based on 6 strains with accurate dates of host death, we estimated the time of the last common ancestor to be about August or September 2002, and the evolution rate to be about 0.16 base/day, that is, the SARS coronavirus would on average change a base every seven days.

To gain insight into the protein evolution rate according to biological process and molecular function, the annotated transcriptome dataset was partitioned according to the most abundant biological process and molecular function GO slim categories.

Nanotube arrays formed in EG electrolyte containing 1 wt% of 1.0 M KOH exhibited a remarkable capability to generate hydrogen at an evolution rate up to ∼658.3 μL min−1 cm−2 and the photoconversion efficiency of ∼2.5%.

These pores allow the framework to be dye-sensitized, leading to a further 61% enhancement in the hydrogen evolution rate up to 16.3 mmol g−1 h−1.

As a result, we are bound to overestimate the asymmetry of the paralogs' evolution rate relative to that between the ortholog and its sister clade containing the duplication.

The hypothesis on the crucial role of the selection for robustness to misfolding, dependent on the translation rate, in protein sequence evolution is a drastic departure from the more traditional thinking that links the evolution rate, primarily, to intrinsic structural-functional constraints that are thought to substantially differ for different proteins [ 2, 27].

Replicated series of experimental runs were performed to study the effects of residence time on hydrogen evolution rate and to characterize the critical conditions for the wash out, as a function of the inlet glucose concentration and of the fluid superficial velocity.