Numerical Studies on the Action Mechanism of Combustion Intermediates and Free Radicals on Nitrogen Oxides under Oil-Water Blended Conditions

The more parameters involved in the model, the more prominent the problem is. [...]the introduction of correlation analysis and sensitivity analysis into the kinetics of elemental reaction has enriched the research means to make it possible to analyze the process of combustion [17]. Because the soft...

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Bibliographic Details
Published in:Applied sciences 2018-04, Vol.8 (4), p.490
Main Authors: Yu, Xiumin, He, Fengshuo, Du, Yaodong, Guo, Zezhou
Format: Article
Language:English
Subjects:
Atmospheric chemistry
Biodiesel fuels
chemical reaction dynamics
Chemical reactions
Closed loops
Combustion
Combustion chemistry
Computer programs
Correlation analysis
Diesel engines
Diesel fuels
Engines
Free radicals
Gasoline
High temperature
Hydrogen
Intermediates
Laboratories
Lasers
Nitrogen
Nitrogen oxides
oil-water blended
Organic chemistry
Oxides
Photochemicals
Pollutants
R&D
Reaction kinetics
Reaction time
Reliability engineering
Research & development
Researchers
Sensitivity analysis
Software
Software reliability
Spearman rank correlation
Structural reliability
Studies
Viscosity
Water flooding
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Summary:The more parameters involved in the model, the more prominent the problem is. [...]the introduction of correlation analysis and sensitivity analysis into the kinetics of elemental reaction has enriched the research means to make it possible to analyze the process of combustion [17]. Because the software package has the characteristics of reasonable structure, good reliability and easy to transplant, it has become the mainstream calculation software in the field of combustion chemistry dynamics. Because of the high temperature, the intense reaction, the short reaction time, and the competition for the same components, there is a relationship between these reactions, forming a closed loop, as shown in Table 2. According to the sensitivity results, elementary reactions #1 and #16 promote the generation of OH and O at the beginning of the second stage, but elementary reaction #9, #13 and #20 have a negative effect.
ISSN:2076-3417
2076-3417
DOI:10.3390/app8040490