The phrase "a model of reactive" is not correct as it is incomplete and lacks clarity in written English.
It could be used in contexts discussing models or frameworks that are responsive or adaptive, but it needs additional context to be meaningful.
Example: "The new software serves as a model of reactive design, allowing users to interact seamlessly with the interface."
Alternatives: "an example of responsiveness" or "a prototype of adaptability."
In this paper a model of the reactive sputtering process is presented that quantitatively predicts the dependencies of process variables like reactive gas partial pressure, deposition rate and target coverage on the reactive gas flow.
A model of the reactive distillation is developed using a process simulator and used to analyze its performance by considering both the methanol conversion and the total annual cost.
The idea, behind this, is to use a model of oriented reactive agent simulation, to seek the relations which can link the local perceptions of the simulated robots with their basic actions, in order to make the above mentioned gathering task a success.
The data regarding the chemical composition of the titanium oxide layers are compared with a mathematical model of reactive vapor deposition.
The input variables for a numerical model of reactive solute transport in groundwater include both transport parameters, such as hydraulic conductivity and infiltration, and reaction parameters that describe the important chemical and biological processes in the system.
A diffuse-interface model of reactive wetting with intermetallic formation is developed that incorporates fluid flow, phase change and solute diffusion.
The state estimator is supported by a simplified dynamic model of reactive batch distillation that includes component balance equations together with thermodynamic relations and reaction kinetics.
A dynamic mathematical model of reactive distillation in case of kinetically controlled chemical reaction is formulated using four basic assumptions: negligible vapour holdup compared to the molar liquid holdup, perfect mixing of phases, corrections of equilibrium values by plate efficiency, corrections of conversion for mixing effects by 'conversion efficiency'.
Using a simple equilibrium mathematical model of reactive distillation, an industrial column was designed.
This work discusses the two-component model of reactive fluid – reactants and products – widely implemented for simulating detonation dynamics in condensed explosives.
