The experimental design of the modeling of removal process was carried out and results were obtained according to CCD matrix (Table 1).
Model outputs of removal volume, clean-up duration and cost yield useful information for response and recovery planning purposes.
Sensitivity of the computer model to removal of different features.
The physical model of particle removal by laser-induced surface wave was established to predict the removal area and the processing conditions of laser cleaning.
A simplified mathematical model of the removal process was developed.
A model of material removal in polishing with themodified MCF wheel is developed.
The falling droplet drying was modelled using the Reaction Engineering Approach (REA), which is a semi-empirical model of moisture removal rate.
Open image in new window Fig. 13 The intra-particle diffusion model of MB removal by Luffa cylindrica fiber at various initial MB concentrations.
Drying was modelled with a numerical simulation using the Reaction Engineering Approach (REA), which is a semi-empirical model of moisture removal rate.
The residence times measured in the two different furnaces under otherwise identical conditions, made possible to select the accurate model of diffusional removal from several possible models.
