Sentence examples for evolution rate in from inspiring English sources
A mathematical model has been developed to study the impact of nozzle-catalyst distance and bulk gas temperature on the conversion and hydrogen evolution rate in a spray pulse reactor.
Among them, loading with either Pt or Rh greatly enhanced the H2 evolution rate in an aqueous solution by two orders of magnitude compared to that over unmodified N-Ta2O5 for both films and powders.
We identified 9,451 one-to-one orthologous gene sets among the genome assemblies for Theobroma cacao32, the A and D diploid progenitors, and the A and D subgenomes of our two currently assembled cultivated species, which suggests an accelerated evolution rate in allotetraploids in comparison to their diploid progenitors.
The rate of photocatalytic water reduction was found to be maximal in the presence of 3 5 M DMH and 12 14 M hydrazine hydrate and comparable to the hydrogen evolution rate in similar systems based on TiO2 Evonik P25.
The highest hydrogen evolution rate in the cyclotrimerized series was found for CTF-2 with an apparent quantum yield of 1.6% at 420 nm in a mixture of water and triethanolamine with a platinum co-catalyst.
The H2 evolution rate in the visible-light-driven photocatalytic H2O splitting on CdS/WC (1331.7 μmol h−1) is much higher than those on the photocatalysts formed by combining the CdS nanoparticles with WC nanoparticles (739.6 μmol h−1) and with Pt nanoparticles (556.3 μmol h−1).
Slower net CO2-C evolution rates in biochar compared to plant residues amendment have also been reported by Hamer et al. (2004), with the rate decreasing further after 3 months of its addition to the soils (Kuzyakov et al. 2009).
We confirmed the previous observation that similar expression levels of neighbours indeed explain their similar evolution rates in protein-protein networks, and showed that the same is true for metabolic networks.
This redundancy may also allow elevated evolution rates in the other mammalian Dlx genes.
High gene expression levels have been associated with slow sequence evolution rates in yeast [ 16] and eukaryotes [ 17].
Functional constraint could be one of the major explanations for the different evolution rates in NRs and NDRs.
