| Autor: |
Wang, Lin, Kawamura, Shinya, Tonomura, Osamu, Hasebe, Shinji |
| Zdroj: |
Advanced Materials Research; November 2011, Vol. 396 Issue: 1 p1033-1038, 6p |
| Abstrakt: |
T-shaped microreactors (T-MRs) with engulfment flow can increase product yield but their high driving pressure is a considerable concern to engineers. Thus, it is important to design a T-MR that can give maximum product yield within a limitation on driving pressure. The use of computational fluid dynamics model is not practical for optimal design of T-MRs due to its heavy computational load. In this research, an extended pseudo three-dimensional lamellar model (eP3DLAM) is proposed as a simple model of non-isothermal T-MRs to efficiently solve the optimal design problems. The usefulness of eP3DLAM is evaluated through a case study on T-MR design. The design result shows that eP3DLAM can accurately predict the concentration and temperature distributions in T-MRs and that the design period of T-MRs can be drastically reduced by using eP3DLAM. |
| Databáze: |
Supplemental Index |
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