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논문 기본 정보
- 자료유형
- 학술저널
- 저자정보
- 발행연도
- 2014.2
- 수록면
- 79 - 86 (8page)
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In Dimethyl Ether (DME) indirect production processes, DME have a reforming process to separate Methanol. DME has a high cetane number and Methanol has a high octane number. Each fuel has a different combustion characteristics and reactivity. So, this paper was investigated on the combustion characterisitics of DME and Methanol. Basically, Methanol has a effect of retarding ignition. However, Within 10% of total carbon mole number in DME, Methanol slightly changed the onset timing of Low Temperature Reaction (LTR) with increasing thermal-ignition preparation range. It means that controlling combustion phasing of DME can be possible without eliminated LTR. In case of IMEP, the ranges.
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참고문헌 (14)
참고문헌 신청
2006 / DME Handbook / Japna DME Forum
Kazunari Kuwahara / 2007 / Role of Heat Accumulation by Reaction Loop Initiated by H2O2 Decomposition for Thermal Ignition
Hiromitsu Ando / 2009 / Universal Rule of Hydrocarbon Oxidation
Adam B. Dempsey / 2013 / Effect of Cetane Improvers on Gasoline, Ethanol, and Methanol Reactivity and the Implications for RCCI Combustion
Troels Dyhr Pedersen / 2010 / Controlling the Heat Release in HCCI combustion of DME with Methanol and EGR
Kazunari Kuwahara / 2007 / Role of Heat Accumulation by Reaction Loop Initiated by H2O2 Decomposition for Thermal Ignition
Hiromitsu Ando / 2009 / Universal Rule of Hydrocarbon Oxidation
Adam B. Dempsey / 2013 / Effect of Cetane Improvers on Gasoline, Ethanol, and Methanol Reactivity and the Implications for RCCI Combustion
Troels Dyhr Pedersen / 2010 / Controlling the Heat Release in HCCI combustion of DME with Methanol and EGR
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