[图书][B] Experimental investigation of deep-bed filtration of spark-ignited, direct-injection engine exhaust using ceramic particulate filters
S Viswanathan - 2016 - search.proquest.com
2016•search.proquest.com
Gasoline particulate filters (GPFs) provide an effective means of reducing particulate matter
(PM) emissions from the SIDI exhaust. Filter pressure drop and filtration efficiency (FE) are
the primary metrics used to govern GPF design. In the current study, a series of filter wall-
scale experiments were performed to understand the impacts of filter and particle properties
on filtration performance.
(PM) emissions from the SIDI exhaust. Filter pressure drop and filtration efficiency (FE) are
the primary metrics used to govern GPF design. In the current study, a series of filter wall-
scale experiments were performed to understand the impacts of filter and particle properties
on filtration performance.
Abstract
Gasoline particulate filters (GPFs) provide an effective means of reducing particulate matter (PM) emissions from the SIDI exhaust. Filter pressure drop and filtration efficiency (FE) are the primary metrics used to govern GPF design. In the current study, a series of filter wall-scale experiments were performed to understand the impacts of filter and particle properties on filtration performance.
ProQuest