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Bücher Englische Bücher Wissen & Bildung Naturwissenschaft, Medizin, Informatik, Technik Technik Maschinenbau & Fertigungstechnik Experimental and Theoretical Investigation of Low-Temperature Ignition in a Laminar Flow Reactor
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Experimental and Theoretical Investigation of Low-Temperature Ignition in a Laminar Flow Reactor
Tomoya Wada (Unbekannter Einband, Englisch)
Optischer Zustand
Beschreibung
The main purpose of this dissertation is to investigate low-temperature ignition in detail. In the previous findings with conventional fuels such as diesel, gasoline, or jet fuels, first- and second-stage ignitions are observed in the negative temperature coefficient regime due to high- and low-temperature chemistry (LTC and HTC). As results from these investigations have shown, it is well-known… that this temperature regime has high potential to reduce emission in applications. In general, these ignitions are observed sequentially (i.e., two ignition processes are observed as the overall-ignition). On the other hand, the importance of first-stage ignition due to low-temperature chemistry has been noted as one of the dominant phenomena in the overall-ignition process. In order to observe the ignition at low temperatures, a laminar flow reactor (LFR) has been developed. This LFR allows the experimental observations of only low-temperature ignition (i.e., first-stage ignition (FSI)). In other words, LFR extracts only FSI from the overall-ignition process. N-heptane, dimethyl ether and their mixtures are chosen as fuels. The entire LFR remains at isothermal conditions. Temperature increase due to the FSI in LFR and the products from FSI are experimentally measured. Numerical calculations are conducted to simulate the experiments. Based on the experimentally and numerically determined results theoretical models are established. 36,70 €
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Technische Daten
Erscheinungsdatum
29.11.2011
Sprache
Englisch
EAN
9783869559308
Herausgeber
Cuvillier Verlag
Sonderedition
Nein
Autor
Tomoya Wada
Seitenanzahl
224
Auflage
1
Einbandart
Unbekannter Einband
Höhe
2100 mm
Breite
148 cm
Transparenz & Sicherheit
Hersteller: Cuvillier, Nonnenstieg 8, Göttingen, Deutschland, 37075, info@cuvillier.de, info@cuvillier.de
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