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祝贺余卫芳和徐进老师指导研究生徐巍在AIChE Journal上发表学术论文
日期:2013-10-24
阅读:次
While NOx storage and reduction is periodically operated, steady-state studies have been widely carried out to investigate the involved reaction mechanisms and effects of operating parameters. Due to the complex reaction chemistry and its coupling with transport phenomena, multiplicity may exist. A steady-state monolith reactor model accounting for microkinetics and reaction heat effects was proposed in this study to avoid the evaluation of enthalpies of micro-reaction steps. Three simplified versions of the monolith model were developed based on various assumptions of the axial gradients. Steady-state behaviors of NO/O
2
/C
3
H
6
system were investigated. A predictor-corrector continuation method that does not require explicit evaluation of Jacobian Matrix was developed to solve the nonlinear system with a variable parameter of feed temperature. Model predictions were compared with experimental results. © 2013 American Institute of Chemical Engineers AIChE J, 2013
原文:
http://onlinelibrary.wiley.com/doi/10.1002/aic.14263/abstract
0
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祝贺陈久喜和吴华悦老师指导研究生陈忠研在J. Org. Chem.上发表学术论文
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祝贺高文霞和吴华悦老师指导的研究生周超宇在Langmuir上发表学术论文