Sentence examples for equilibrium that determines the from inspiring English sources

This increase in heat seriously threatens the global climate equilibrium that determines the patterns of winds, rainfall, surface temperatures, ocean currents, and sea level.

In aqueous environments, sulfhydryl groups on cysteine residues exist in a pH-dependent equilibrium that determines the respective concentrations of the protonated thiol (RSH) and non-protonated thiolate (RS–) forms.

The RP game should conclude to a solution that determines the optimal equilibrium (Nash equilibrium) for the system, based on the individual decisions of each user, given the decisions made by the rest of the users.

The resulting demographic equilibrium represents the ecological environment that determines the selection differentials on reproductive investment exerted by size-selective recreational fishing.

Hence, it is the equilibrium between active proteases and inhibitors that determines the level of contribution of a specific protease to cartilage degradation, and not simply its expression level.

This enzyme may act as a sensor that determines the positioning of either NAD or NADP at the near-equilibrium steady state [see Yin et al. (127)].

Pareto-optimality is a non-zero sum Nash game equilibrium point that determines the Pareto efficiency of the outcome.

At this stage, it is important to stress that the DOS at the Fermi energy experienced by soft X-ray emission spectroscopy is a bulk property, which is probed several tens of nanometres below the extreme surface of the material, where according to literature interactions that determine the equilibrium shape of a liquid are supposed to take place.

The chief variables that determine the state of equilibrium are system temperature, system pressure, and composition.

In this non-regulated energy system, the level of the reservoir (fat stores) settles to an equilibrium that is determined by the inflow (food intake), which is matched to the outflow (energy expenditure) because the rate of outflow is passively related to the level of the reservoir.

In the BJH method, it is assumed that the physical adsorption of nitrogen on the pore walls at the liquid nitrogen temperature and the capillary condensation are mechanisms that determine an equilibrium between the gas phase and the adsorbed phase during nitrogen desorption.