In this work we carried out the mathematical modeling of the wound healing process, which is a well documented topic in medical and biological practice; but mathematically speaking there are still too much to be done for a clear understanding of the healing phenomom. Here we contribute to the mathematical modelling by using chemical kinetic concepts and mathematical tools, from which we have been able to formulate a system of ordinary differential equations of initial value, whose solution is presented graphically in front of a case study, where we have tested an active pharmaceutical principle with respect to its effectiveness. Finally, the speed of the healing process for such a case study produced an excellent agreement with experimental data that has been omitted due to confidentiality.

In this work we carried out the mathematical modeling of the wound healing process, which is a well documented topic in medical and biological practice; but mathematically speaking there are still too much to be done for a clear understanding of the healing phenomom. Here we contribute to the mathematical modelling by using chemical kinetic concepts and mathematical tools, from which we have been able to formulate a system of ordinary differential equations of initial value, whose solution is presented graphically in front of a case study, where we have tested an active pharmaceutical principle with respect to its effectiveness. Finally, the speed of the healing process for such a case study produced an excellent agreement with experimental data that has been omitted due to confidentiality.

In this study we present the phenomenology of adsorption of a three component gaseous mixture on activated coal. The chosen gaseous mixture is constituted by nitrogen, ethane and propane, whlch are assumed to be in equllibrium at 298 K and a total pressure of 101 kPa. Solution of the resulting modal is analysed using the technique of orthogonal collocatlon which shows the advantage of being computatlonaliy straightforward to be implementad. Data for validating the modal were obtained from the literature(1,2,4) and the computational results are discussed.

In this study we present the phenomenology of adsorption of a three component gaseous mixture on activated coal. The chosen gaseous mixture is constituted by nitrogen, ethane and propane, whlch are assumed to be in equllibrium at 298 K and a total pressure of 101 kPa. Solution of the resulting modal is analysed using the technique of orthogonal collocatlon which shows the advantage of being computatlonaliy straightforward to be implementad. Data for validating the modal were obtained from the literature(1,2,4) and the computational results are discussed.