Sentence examples for environment equilibrium from inspiring English sources

By simulating gas-phase chemistry in C H N environment, equilibrium compositions for various nitrogenous mixtures were obtained.

The need for more energy in a worldwide scope, as well as the necessity to reduce emission, diversification of energy sources and to preserve the environment equilibrium has renewed the expectations of nuclear energy.

For a sealant to work effectively in high-temperature SOFC environment, equilibrium needs to be achieved amid its mechanical properties and flow behavior so that it does not only maintain its hermeticity at high temperature but is also able to reduce mechanical stresses generated in the seal during thermal cycling.

These findings make it clear that the transient stage of charging process is important in the moon environment, and equilibrium floating potential and grain charge could be considered as long time asymptotic values.

Here, we present a spatially explicit agent-based simulation of a population of jaguars (Panthera onca) in a mixed forest and farmland landscape in Central America that demonstrates an application of least-cost modelling, a description of the way that agents move through their environment, to equilibrium population dynamics.

Contrarily, in aqueous environment the equilibrium between these states is pushed towards a β-sheet structure, and once this occurs, aggregation and sedimentation follow.

A model is developed for the chemically facilitated gasification of a liquid boron oxide droplet in high temperature environments with equilibrium species containing the elements O, H, C, and F. The model includes a detailed gas-phase reaction mechanism, separate steps for the adsorption and desorption of gas-phase species at the surface, and multicomponent molecular diffusion.

Sulfite readily exchanges oxygen with the environment and this equilibrium isotope effect determines the δ18O value of sulfate produced by oxidative or reductive sulfur cycling [27].

It is based on the coupling between the heat balance equation across the flame, taking into account heat losses toward the environment, and the equilibrium composition equations.

The RMSD vs. time plot in Fig. 5A shows that MB in the 40% HFIP environment reaches an equilibrium plateau at ∼40 nsec.

The time-dependent evolution of the peptide secondary structure (i.e., analyzed using the DSSP criteria [45] for the peptide in the water environment indicated when equilibrium was reached. Molecular model illustrations were rendered using PyMOL v0.99 (http://www.pymol.org).org