Sentence examples for use a phenomenological model from inspiring English sources
We use a phenomenological model in the literature to investigate the effects of pore geometrical parameters (fiber diameter and gap) on sound absorption performance.
In this work, we use a phenomenological model of dynamic synapses and a standard integrate-and-fire (IF) neuron model with an input-dependent threshold to study the interaction between adaptive threshold, STD and STF in the detection of weak (subthreshold) signals under a noisy environment.
By using a phenomenological model, the wellbore plugging was modeled with an excellent match (with experimental results).
A calculation of the spallation neutron attenuation is presented for various shielding materials, using a phenomenological model, based on the Moyer model.
Using a phenomenological model of equivalent-crack growth, a method is presented to calculate the decay of strength with loading time.
The induced thrust of the AC-DBD plasma actuators was estimated using a phenomenological model which considers the maximum achieved voltage and frequency from the experiments.
This evaluation was carried out using a phenomenological model of GFMA process developed for an application of cyanide recovery in the gold mining industry.
The peak was fitted using a phenomenological model developed by Richter [16] and Campbell and Fauchet [17] for strongly confined phonons in nanocrystals and more recently adapted to Si NWs [2, 18].
The driving forces directing the GO attachment are discussed using a phenomenological model based on polymer/substrate interactions governing the sticking probabilities of GO nano-sheets with different sizes.
Important characteristics of the reactor, including microwave electric field, electron density, gas temperature as well as absorbed microwave power density were obtained by using a phenomenological model of hydrogen plasma.
The single protein data were interpreted using a phenomenological model, which incorporated the effects of electroosmotic flow resulting from membrane surface charge, hydrodynamic drag, pressure-driven back-flow and back-diffusion.
