Faisal Sultan

In this article, a two-route complex reaction mechanism is considered in detail. As in complex reaction we need to split reaction mechanism in different route to reduce the complexity of higher dimensional system. Firstly, measured the behavior of involved species in both routes. Secondly, SQEM technique is apply to both routes and distinctly measured initial approximation and trajectory solution. For the estimation of involved parameters and to understand the influence of parameters on involved species sensitivity analysis is applied and discussed graphically. Comparison of both route and common species is discussed and illustrated through figures.

The complexity behavior lies in many natural phenomena’s, such as our ecosystems, the earth’s climate, the behavior of the animal group, living cells and our brain. Therefore, a new field of “systems chemistry” is emerging, which aims to capture the complexity observed in natural systems within a synthetic chemical framework. To understand the physical behavior of the chemical components in a reaction mechanism (system), we need to understand the overall (complete) reactions network as well as different available reaction-paths. We propose the development of a multi-route reaction mechanism for a complex chemical reaction mechanism which is unsolvable through a common way. Further, invariant manifold approximation has been constructed through the Quasi Equilibrium Manifold. The numerical results have been tabulated along with the graphical view through MATLAB