| 11. | High combustion temperatures lead to higher NOx emissions, thus forced induction can give higher NOx fractions.
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| 12. | The extremely weak air fuel mixtures lead to lower combustion temperatures and therefore lower NOx formation.
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| 13. | Initial combustion temperatures run 1500 2000 �C, depending on the processing conditions, generating nanopowder " soot ".
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| 14. | Its production is a function of combustion temperature-the higher the temperature, the more NO x is produced.
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| 15. | Also, higher combustion temperatures can potentially lead to greater emissions of nitrogen oxides, associated with acid rain.
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| 16. | High compression causes high combustion temperatures.
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| 17. | For smoke inhibition in two stroke engine fuels, the lubricant can degrade at temperatures below the combustion temperature.
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| 18. | Interest in increasing the efficiency of gas turbine engines for aviation applications has prompted research into higher combustion temperatures.
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| 19. | As a result, engine combustion became oxidizer-rich, with resulting high combustion temperatures damaging the combustion chamber throat and nozzle.
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| 20. | Measuring the combustion temperature of coke in the blast furnace using an optical pyrometer, Fixed Nitrogen Research Laboratory, 1930.
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