Sentence examples for model can respond from inspiring English sources

From the comparative study among the four cases, we can see that: 1) The proposed extended EH model is suitable for the diverse demands of residential load; simulation results show that the optimization model can respond quickly to the changing load and electricity price, allowing the model to consider the change of PV generation and SHE energy over time and season.

The proposed extended EH model is suitable for the diverse demands of residential load; simulation results show that the optimization model can respond quickly to the changing load and electricity price, allowing the model to consider the change of PV generation and SHE energy over time and season.

Strikingly, although this PPARα-humanized mice model can respond to a classic PPARα agonist (Yang et al. 2008), we observed no activation of the genes and enzymatic activities controlling hepatic β-oxidation in response to DEHP.

The goal is to develop a new model that can respond to all aspects of sustainability, dimensions such as: considering different criteria in the research, using imprecise data in the model, improving the model relative to similar models and, finally, evaluation and ranking of the issue.

Understanding these games and the complexity entailed in such multi-level governance is key to the elites' ability to recast the mechanism of EU integration and cooperation from consociational democracy to a model that can respond to modern demands for participation in government.

Furthermore, in both humans and in mouse models, cancers can respond to chemotherapy by a massive senescence response followed by tumour cell clearance [ 3- 5].

In this paper, we try to bridge the gap by creating an integrated model chain that can respond to such concrete policy questions.

We will continue to develop and improve our investment and operating model, so we can respond timely and flexibly but also achieve lasting and effective results.

The stator is modelled as a beam that can respond to axial penetration and lateral friction force during the contact with the rotor.

In this manuscript, we develop and study a minimal model of a signaling network that can respond to an external stimulus in a manner such that the activation is fast under a strong stimulus but slow if the stimulus is weak.

In contrast to the GARD model, a population of such protocells can respond to directional selection, unless there are too many genes in the protocell (when group selection becomes ineffective and, also, advantageous mutations are diluted out).