In essence, Einstein showed that the motion can be predicted directly from the kinetic model of thermal equilibrium.

A kinetic model is usually described by a set of differential equations representing the concentration-time relationship.

Sensitivity analysis has been proven to be a powerful tool to investigate a complex kinetic model.

To my mind, the kinetic model has major problems when dealing with a phase change like melting, but you will hear it a lot.

Quantifying changes with kinetic models can be very difficult because of this.

Use of these models would only provide a rough estimate of remaining nutrition if kinetic models were prepared using this data.

Compartmental methods estimate the concentration-time graph using kinetic models.

H-factor is a kinetic model for the rate of delignification in kraft pulping.

Interested readers however, are directed to the following papers for further reading on a specific kinetic model.

However, there are a few assumptions needed with this kinetic model.