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EFFECTS OF RESIDUAL ASH ON DPF CAPTURE AND REGENERATION
Yingxin Cui, Yixi Cai, Runlin Fan, Yunxi Shi, Linbo Gu, Xiaoyu Pu, Jing Tian
International Journal of Automotive Technology. 2018;19(5):759-769.     DOI: https://doi.org/10.1007/s12239-018-0073-5

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Effects of Residual Ash on Dpf Capture and Regeneration
International Journal of Automotive Technology. 2018;19(5):759-769   Crossref logo
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Effects of biodiesel on continuous regeneration DPF characteristics
IOP Conference Series: Earth and Environmental Science. 2017;69:012060   Crossref logo
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Research on Developing DPF Blowback Heating Regeneration Device
Procedia Engineering. 2011;16:661-666   Crossref logo
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Composite Control of DOC-out Temperature for DPF regeneration
IFAC-PapersOnLine. 2016;49(11):20-27   Crossref logo
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Impact of Biofuels on DPF Regeneration
MTZ worldwide. 2013;74(4):10-16   Crossref logo
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Low temperature DPF regeneration by delafossite catalysts
Catalysis Today. 2011;176(1):417-423   Crossref logo
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Catalytic DPF microwave assisted active regeneration
Fuel. 2015;140:50-61   Crossref logo
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Regeneration method using a cerium based fuel additive on SiC honeycomb DPF — Self-regeneration at low exhaust temperature Hideo Suto (Japan Automobile Research Institute)
JSAE Review. 1997;18(2):202   Crossref logo
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Nonuniformity behavior during regeneration of the diesel particulate filter
Asia-Pacific Journal of Chemical Engineering. 2013;8(6):922-930   Crossref logo
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Residual organic matter and microbial respiration in bottom ash: Effects on metal leaching and eco-toxicity
Waste Management & Research. 2015;33(9):805-811   Crossref logo
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