We then develop a mathematical model to explore the drivers of the temporal dynamics of this mosquito-borne virus.
Postdoc Takuto Ishimatsu developed a network flow model to explore the movement of cargo and commodities, such as fuel, in a supply-chain network in space.
We used an in vitro model to explore the function of P2X7R under inflammatory conditions, though the actual function of P2X7R in vivo should be explored.
An optimization model to explore the trade-offs between hydropower generation and ice flood control requirements is developed.
We use the model to explore the general effects of varying metal valence and electrolyte pH on passive film growth.
We use all other physical inputs of the Jovian Ionospheric Model to explore the effects due to oblateness only.
We developed a metapopulation model to explore the potential importance of dispersal behaviors in driving metapopulation dynamics.
We have further developed a long-term energy efficiency model to explore the tradeoffs of different reprogramming approaches.
We used this model to explore the mechanisms underlying two sets of published data involving high frequency trains of action potentials, and the local generation of sodium spikelets.
In this paper we use a quantitative model to explore the potential frictions that distinguish emerging market business cycles from developed small open economies.
Zhang et al. [5] used a trimolecular model to explore the relationship between rumor spreading and emergency development.
