Prospective fuels for diesel low temperature combustion engine applications: A critical review:
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Cites background from "Prospective fuels for diesel low te..."
...compression ratio [16-17], variable intake conditions [18-20], regulated Exhaust Gas Recirculation (EGR) [21-24] and adjustable fuel blends [25-28]....
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"Prospective fuels for diesel low te..." refers background in this paper
...In LTC, the lean premixed combustion at lower temperatures avoids fuel cracking that occurs in oxygen deficient environments preferably at higher temperatures leading to the formation of soot precursors.(4,48,49) The operating regimes of the diesel LTC strategies, homogeneous charge compression ignition (HCCI), high exhaust gas recirculation (High EGR) LTC, premixed charge compression ignition (PCCI) and reactivity controlled compression ignition (RCCI)(42) are selected to completely by-pass the NOx and soot formation zones....
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...Among these, the two most successful variants are the Spark Ignition (SI) engine, fueled by gasoline, and the Compression Ignition (CI) engine fueled by diesel fuel.(4) Both conventional combustion systems have limitations which restrict their performance....
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"Prospective fuels for diesel low te..." refers background in this paper
...In the current scenario, a few countries like Brazil, USA, Canada and India use alcohol (primarily ethanol) with conventional fuels in certain proportions.(115) Results obtained in a two stroke HCCI engine with methanol show it to be useful as a potential fuel that can address a few of the core challenges, including a narrow operating load range....
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1,109 citations
"Prospective fuels for diesel low te..." refers methods in this paper
...Conceptual model of conventional diesel combustion.(14)...
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...A conceptual model of diesel combustion proposed by Dec is shown in Figure 1.(14) It provides an understanding of the NOx and soot formation mechanisms in conventional diesel combustion, wherein a high temperature diffusion flame and fuel rich regions during the diffusion phase combustion leads to NOx and soot formation, respectively....
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