Sentence examples for Rate equation models from inspiring English sources

Rate equation models, however, often ignore this.

When positive values are considered for a kinetic order, several alternatives are possible: values between zero and one represent a saturation-like behaviour for the rate modelled, and with values higher than one the rate equation models cooperative processes.

Essential nature of the rate equation models of biochemical networks is that some variables in the models are not observable.

To overcome these limitations, parameter estimation for rate equation models of biochemical networks can be formulated as parameter estimation for nonlinear state-space models that consist of two types of variables: state variables (hidden variables) and observed variables, and two types of equations: system equations and observation equations [19].

As mentioned earlier, traditional rate equation models incorporating the surface formation of H2 failed to take into account the accretion limit problem, first ventilated by Tielens and Hagen.

The main advantages of these modified rate equation models are that they are computationally inexpensive as compared to the stochastic methods and that they automatically switch to the normal rate equations in the regime where those are still valid.

We developed a rate equation model to quantitatively describe mode interactions due to mutual gain depletion.

The main reason for this discrepancy may be that our simple rate equation model does not take into account the spin-orbit interaction (150 meV for MoS2 11.

The mass transfer-reaction kinetic rate equation (model) was also established.

To model this behavior, we begin with a familiar rate equation model in which the emitted circular polarization can be expressed as, where τr is the exciton lifetime and τs the intervalley scattering time8,11.

(b) Schematics of the metal adatom rate equation model highlighting the four available channels for the metal adatoms: (1) droplet attachment; (2) crystal incorporation; (3) desorption; (4) VLS crystal growth under the droplet.