Modeling of complete combustion reaction of room temperature gaseous Alkanes via join spaces

Alkanes are highly flammable compound at high temperatures. Complete combustion of gaseous alkanes in presence of sufficient oxygen results in the production of steam (H2O(g)), and carbon dioxide (CO2(g)). The reaction is exothermic. In the present paper, this reaction is modelled in the framework of non geometrical join spaces and we investigate its properties. Closed, invertible, ultraclosed and conjugable subhypergroups are characterized in the obtained join space. Also, associated join ternary space is obtained and similar concepts are represented for it.