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High‐Throughput Screening Technology for Automotive Applications
The development of advanced emission control systems to meet the strict regulations requires efficient and flexible material screening capabilities. Here, a high throughput test unit is described. Two case studies demonstrate the rapid screening of relevant parameter spaces and material functionalities which can be used in product development. One involves steady‐state testing of hydrocarbon oxidation in Diesel aftertreatment systems, while the other shows the evaluation of oxygen storage capacity in the optimization of three‐way catalysts for gasoline engines.
High‐Throughput Screening Technology for Automotive Applications
The development of advanced emission control systems to meet the strict regulations requires efficient and flexible material screening capabilities. Here, a high throughput test unit is described. Two case studies demonstrate the rapid screening of relevant parameter spaces and material functionalities which can be used in product development. One involves steady‐state testing of hydrocarbon oxidation in Diesel aftertreatment systems, while the other shows the evaluation of oxygen storage capacity in the optimization of three‐way catalysts for gasoline engines.
High‐Throughput Screening Technology for Automotive Applications
Sundermann, Andreas (author) / Gerlach, Olga (author)
Chemie Ingenieur Technik ; 86 ; 1941-1947
2014-11-01
7 pages
Article (Journal)
Electronic Resource
English
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