Subsequently, we establish a probabilistic model to theoretically analyze the tradeoff between timely temporal data update and requested data dissemination sharing a common communication resource, which provides a deeper insight of the proposed RTIS.
In this work, the effects of Nafion loading, porosity distribution, and macro-pores on electrochemical characteristics of a DMFC cathode CL have been studied with a macro-homogeneous model, to theoretically interpret the related experimental results.
This paper establishes a computational fluid dynamics (CFD) model to theoretically analyze how the upwelling efficiency were influenced by injection nozzle type, diameter of injection hole and injection depth.
To address this challenge, we proposed a simple wetting model to theoretically predict the apparent contact angle of a droplet on convex and concave spherical surfaces, which requires knowing the volume of the droplet, surface curvature and intrinsic contact angle.
This paper presents a model to theoretically study the key poisoning-related concepts including Dimensionless Cell Voltage (DCV), nonlinear algorithm of poisoning progress, smooth and accelerated poisoning progress regions, intensification point, and the rate of poisoning progress.
We recently introduced a model to theoretically study the interplay of these forces.
We develop a Markov chain model to analyze theoretically the expected number of neighbors discovered and the number of iterations required for discovery.
There is also a crucial need to develop mathematical models to explore theoretically how cancer vulnerability among wildlife species could have been shaped by natural selection.
Many of the available HIF models aim to theoretically explain this hypothetical switching mechanism, and at least three conceptually different explanations have been provided.
Additionally, the hypothesized model provided superior model fit to theoretically-grounded equivalent models in both studies.
