Three-dimensionally ordered macroporous (3DOM) Co 3 O 4-CeO 2 catalysts with
controllable Co/Ce molar ratios synthesized by colloidal crystal template method were …

The reaction kinetics of the oxidation and gasification of four types of model and real diesel
soot (light and heavy duty vehicle engine soot, graphite spark discharge soot …

Driven mainly by tightening of regulations, advance diesel emission control technologies are
rapidly advancing. This paper will review the field with the intent of highlighting …

HRTEM reveals the nanostructure of the model carbons and changes therein due to
oxidation. The variation in oxidation rates during the oxidation process highlights the …

The technique of high-temperature oxidation tandem differential mobility analysis has been
applied to the study of diesel nanoparticle oxidation. The oxidation rates in air of diesel …

In diesel soot oxidation studies, both well-defined model soot and a reliable means to
simulate realistic contact conditions with catalysts are crucial. This study is the first attempt in …

The NO 2 oxidation kinetics and burning mode for diesel particulate from light-duty and
medium-duty engines fueled with either ultra low sulfur diesel or soy methyl ester biodiesel …

An experimental study was carried out into the influence of water vapor on the oxidation of
Printex-U at high temperature. Printex-U is a commercial carbon black considered as a …

Modern technologies use NO2 to promote low-temperature soot oxidation for diesel
particulate filter regeneration. In this study, the online aerosol technique of high-temperature …

Several complementary experimental techniques were applied to investigate kinetics of
diesel soot oxidation by O 2 in an attempt to provide accurate data for modeling of the Diesel …