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浮生如茶123新虫 (小有名气)
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Energy期刊投稿 已有2人参与
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三月初投的energy，5月5号给的审稿意见，我人麻了，这算大修还是小修啊，按照他的意见改完了，返修回去十多天了没动静啊 Reviewers’ comments on the manuscript: Reviewer #1: The author discussed the Transient characterization of the mode switching process in the reversible solid oxide cell stack may include the following suggestion 1.The author may rewrite the Result and discussion part for better understanding 2.What is the possible time for Mode switch from SOFC to SOEC mode? 3.May include the what are the reaction takes place involved inside the chamber 4.What will be the reversible efficiency? Reviewer #2: Transient characterization of the mode switching process in the reversible solid oxide cell stack This study offers a comprehensive examination of the influence of various physical processes on the transient characteristics of SOFC. The simulation models are clear and all results are well explained. Nice work to the authors. Few minor points that might worth considerations: 1. Please check and add missing legend/axis labels and captions on all figures, it is hard to go back and forth to find what is shown in each figure. 2. The reaction rates are affected by mass transfer, one thing that can be easily checked is whether increase in back pressure will improve mass transfer and lower the transition lags. This could be a nice addition to existing work or reserved for future work. 3. Mass transfer lags often cause reaction starvation, which could cause overpotentials in electrochemical reactions and accelerate degradation. A short discussion on this would be helpful. 4. Large of the thermal lags are caused by the planar layouts of the stack as mentioned by the authors, there are better layouts like tubular or tubular/planar hybrids. It will be interesting to see how other layouts affect the simulation results. However, for the present layout, how would changing inlet gas temperature affect the thermal lag? 发自小木虫Android客户端 |
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