Exact(8)
This approach allows for the first time to model concentration-dependent metabolite binding/unbinding kinetics.
In this study, the REA (reaction engineering approach) is implemented for the first time to model the convective drying of sewage sludge, a highly shrinkable material.
In this study, the reaction engineering approach (REA), which has been proven to model various challenging drying process successfully, is developed and implemented for the first time to model completely reverse process of drying.
The model is used here for the first time to model the precipitation of polymer nanoparticles of poly-ε-caprolactone via solvent-displacement with acetone and water as solvent and anti-solvent.
The probability density function of the mixture distribution comprising GEV and lognormal functions which is applied for the first time to model wind speed distribution is written as v v ; ζ, δ, l, λ, φ = w e v ; ζ, δ, l + 1 − w l v ; λ, φ Open image in new window (35).
The probability density function of the mixture distribution comprising Weibull and GEV functions which is applied for the first time to model wind speed distribution is written as t v ; k, c, ζ, δ, l = w f v ; k, c + 1 − w e v ; ζ, δ, l Open image in new window (29).
Similar(51)
This work attempts for the first time to thermodynamically model the Y Zn and Mg Zn–Y system using the CALPHAD method.
With the present study, we apply this technique, for the first time, to a model of implant-related osteomyelitis.
Such an input-output modelling approach is applied in this paper for the first time to the modelling of dredged sediment management where the sediment generated becomes the input to a beneficial use project.
Such analysis is a pre-requisite to experiment design and parameter estimation and is applied for the first time to these models with the structures considered.
Such analysis is a pre-requisite to experiment design and parameter estimation and is applied for the first time to these models with the specific structures considered.
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