From these results, it is concluded that the reason why soot derived from the monoglyme mixture is more reactive than soot from n-heptane is related to the longer time for soot to be incepted, due to the reduced concentration of soot precursors with the oxygenated fuel.
Nineteen case reports described asthma, laryngitis, or hypersensitivity pneumonitis in MMA-exposed workers; however, exposures were either not well described or involved mixtures containing more reactive respiratory sensitizers and irritants.The weight of evidence, both experimental and observational, argues that MMA is not a respiratory sensitizer.
Results have shown that this mixture is strongly more reactive than pure isooctane, but less reactive than pure 1-hexene.
Results indicate that, whereas i-octane is more reactive than n-octane in the mixture at all C/O feed ratios, n-decane is more reactive than n-hexadecane in the mixture only at ratios leaner than the syngas stoichiometry (based on the mixture) and this trend reverses as the C/O feed ratio increases.
It is possible that for the case of 3 1 ratio, the citrate concentration neither is large enough to produce Au(0) from Au III) species nor is it less enough to have more reactive [AuCl4]− species in reaction mixture.
However, the selectivity of sensors for a given gas in a mixture of two or more reactive gases is debatable.
In the final phase they aim to make a machine that uses a mixture of deuterium and tritium, another hydrogen isotope, a more reactive combination.
In this situation, the unreactive strand could be paired (differently) in both structures, with the more reactive side of the helix remaining single-stranded in at least one structure within the mixture being probed.
In addition to the feeding of the more reactive monomer, the solvent is continuously supplied so as to maintain the viscosity of the reaction mixture within a reasonable range.
Results of autothermal ignition of different binary fuel mixtures characterised by the same overall heating value show that the presence of a more reactive compound reduces the minimum pre-heating temperature necessary to burn methane.
