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Magnetically active regeneration

Tausczik, Carl P. (Carl Philip)Massachusetts Institute of Technology1987

Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 1987.

mit Repository record for Magnetically active regeneration (opens in a new tab)

Dynamic modeling of active regeneration in catalyzed and non-catalyzed diesel particulate filters

Pethe, Aamod

mtu Repository record for Dynamic modeling of active regeneration in catalyzed and non-catalyzed diesel particulate filters (opens in a new tab)

AN EXPERIMENTAL INVESTIGATION INTO THE EFFECTS OF BIODIESEL BLENDS ON PARTICULATE MATTER OXIDATION IN A CATALYZED PARTICULATE FILTER DURING ACTIVE REGENERATION

Pidgeon, James

mtu Repository record for AN EXPERIMENTAL INVESTIGATION INTO THE EFFECTS OF BIODIESEL BLENDS ON PARTICULATE MATTER OXIDATION IN A CATALYZED PARTICULATE FILTER DURING ACTIVE REGENERATION (opens in a new tab)

AN EXPERIMENTAL INVESTIGATION INTO THE EFFECT OF NO2 AND TEMPERATURE ON THE PASSIVE OXIDATION AND ACTIVE REGENERATION OF PARTICULATE MATTER IN A DIESEL PARTICULATE FILTER

Raghavan, Krishnan G.

mtu Repository record for AN EXPERIMENTAL INVESTIGATION INTO THE EFFECT OF NO2 AND TEMPERATURE ON THE PASSIVE OXIDATION AND ACTIVE REGENERATION OF PARTICULATE MATTER IN A DIESEL PARTICULATE FILTER (opens in a new tab)

AN EXPERIMENTAL INVESTIGATION INTO NO2 ASSISTED PASSIVE OXIDATION WITH AND WITHOUT UREA DOSING AND ACTIVE REGENERATION OF PARTICULATE MATTER FOR A SCR CATALYST ON A DPF

Gustafson, Erik

mtu Repository record for AN EXPERIMENTAL INVESTIGATION INTO NO2 ASSISTED PASSIVE OXIDATION WITH AND WITHOUT UREA DOSING AND ACTIVE REGENERATION OF PARTICULATE MATTER FOR A SCR CATALYST ON A DPF (opens in a new tab)

Development of a 1-D Catalyzed Diesel Particulate Filter Model for Simulation of the Performance and the Oxidation of Particulate Matter and Nitrogen Oxides Using Passive Oxidation and Active Regeneration Engine Experimental Data

Premchand, Kiran

mtu Repository record for Development of a 1-D Catalyzed Diesel Particulate Filter Model for Simulation of the Performance and the Oxidation of Particulate Matter and Nitrogen Oxides Using Passive Oxidation and Active Regeneration Engine Experimental Data (opens in a new tab)

Investigating molecular mechanisms of neuronal regeneration: a microarray approach.

Blain, Alison MargaretUniversity of Glasgow2009

… used a microarray approach to identify putative regeneration-associated changes in gene expression in the L4 dorsal root ganglion (DRG) in rat models of PNS and CNS injury. Our models included crush injury to both branches of the bifurcating axon of sensory neurons with cell bodies in the DRG …

glasgow Repository record for Investigating molecular mechanisms of neuronal regeneration: a microarray approach. (opens in a new tab)

Passive regeneration : long-term effects on ash characteristics and diesel particulate filter performance

Bahr, Michael J., Nav. E. (Michael James). Massachusetts Institute of TechnologyMassachusetts Institute of Technology2013

… There is growing interest to exploit passive regeneration of DPFs to reduce fuel consumption accompanying traditional active regeneration. Incombustible material or ash, mainly derived from metallic additives in the engine lubricant, accumulates in the DPF over time. This ash accumulation …

mit Repository record for Passive regeneration : long-term effects on ash characteristics and diesel particulate filter performance (opens in a new tab)

Development and application of a channel-scale exhaust after-treatment model

Lao, ChungUniversity of Cambridge2021

… employed. Transient particulate emission from an active regenerating DPF is investigated using the model. The filtration model is extended based on experimentally observed non-uniform combustion of the soot cake layer and a reduction in filtration efficiency of the filter wall at high temperature. …

cambridge Repository record for Development and application of a channel-scale exhaust after-treatment model (opens in a new tab)

The effect of lubricant derived ash on the catalytic activity of diesel particulate filters

Murray, Timothy QuinnMassachusetts Institute of Technology2014

… the exhaust system during what is referred to as regeneration. Metallic lubricant additive derived compounds, which make up a small fraction of PM, cannot be oxidized and remain inside the DPF until regular maintenance calls for the removal and cleaning of the filter. The buildup of ash increases …

mit Repository record for The effect of lubricant derived ash on the catalytic activity of diesel particulate filters (opens in a new tab)

Thermal efficiency and emission analysis of advanced thermodynamic strategies in a multi-cylinder diesel engine utilizing valve-train flexibility

Ding, Chuan

… filter inlet temperatures to at least 500°C for active regeneration. However, during peak engine efficiency idle operation, the exhaust temperatures only reach 120 and 200°C for unloaded (800 rpm/ 0.26 bar BMEP) and loaded (800 rpm/ 2.5 bar BMEP) idle, respectively, for a typical modern-day …

purdue-thes Repository record for Thermal efficiency and emission analysis of advanced thermodynamic strategies in a multi-cylinder diesel engine utilizing valve-train flexibility (opens in a new tab)