ξεφψ περσ ξργψϊ δχρξιν μωιτεψ δψιλϊ δγμχ
φιθεθ δδεγςδ αϊβεαδ
1. ωΰϊδ ξωεςξν
2. ΰϊδ ιλεμ μιωεο αωχθ. δψλα ωμκ ξϊΰιν μςαεγ ςν δγμχιν ωιω διεν.
3. ϊχψΰε ΰϊ ζδ, ςπχ:
How does it work? Scientists do not fully understand the exact catalytic mechanism that takes place (this is not as surprising as it may seem as there are many catalytic processes that are not fully understood). Accepting however that such a mechanism does take place and quoting from a scientific source the most likely effect of Broquet is as follows:- "Basically, the product of the reaction (as a catalyst for chemical reactions) is a molecular species which has more favourable combustion characteristics than its precursors. The molecular structure has probably been altered in such a way as to permit the sequential oxidative reaction steps, which comprise combustion reactions, to proceed in a more smooth and rapid manner. This, in turn leads to more complete oxidation of the fuel. Hence, better mpg values, and lower emissions in exhaust gases. The fact that the chemical oxidation process has been made more smooth and complete means the chemical potential energy available in the fuel is better utilised. If the combustion (or "explosion"; as the process is a very rapid one) occurs more smoothly/evenly, the efficiency of the energy transfer to the piston will be increased. This will lead to smoother engine running. Another result will be cooler running of the engine, because less energy is wasted as heat due to inefficient energy transfer within the system."
πωξς ξετμυ ξωδε, μΰ?
ΰεψι θμ
ωξψε ςμ χωψ