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大家帮我看看这篇投Ao的文章还有希望吗已有12人参与
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今年三月份投了AO，今天审稿结束，结论是I prefer to give you a chance to respond to their comments before acting on your manuscript. 下面是审稿人具体的建议，大家帮我看看还有希望吗 |
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2楼2010-05-20 09:03:20
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Preproduction review: > >The following revisions or corrections are MANDATORY. Your manuscript cannot be prepared for the typesetter until the corrections are made. > >Place each figure on a separate page. > >Include a figure caption page. > >You are required to upload electronic figure files in TIFF or EPS format. > >All references must be cited in numerical order throughout the text. > >Remove et. al in your references and list all of the authors. > |
3楼2010-05-20 09:10:06
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Reviewer 1 >Comments on Technical Content: > >This paper addresses a novel method to implement flat band slow light in asymmetric photonic crystal waveguide, which is the infiltration microfluidic in one side of the photonic crystal holes. However, some clarifications are required to allow the readers better understanding the paper contents. The main points are: >1- Most of the waveguides are based on symmetric structure, why asymmetric structure is adopted here? An asymmetric waveguide structure will lead to a very low coupling efficiency when it is connected to a conventional strip waveguide. Since loss is also one of the biggest concerns in slow light research community, can you give some discussions about the coupling issue for the proposed waveguide? >2- Because the one side holes are all modified, it makes a new photonic band structure. Thus, it is better to give the photonic band gap ranges for both the unchanged photonic crystals and the changed photonic crystals. You should make sure the guide modes for flat band slow light are all in the band gap. >3- The paper reported that it focused on reducing the GVD, therefore, the GVD value of the waveguide should be given and compared with related works. >4- “Even mode” and “the transverse electric-like (TE) mode” are used in the paper. It sounds like a 3D structure, so the vertical cross of the waveguide should be added in Fig. 1. Also, the structure parameters and the calculation parameters should be given. >5- The paper only reported a plane wave expansion (PWE) method calculation results, either a FDTD simulation or an experiment of the design is preferred to prove the PWE analysis. >6- Why the flat band appears in the structure, it should be given some comments. >7- What’s the range of your optimizing fluid index and why did you chose this? >8- What’s the range of your optimizing holes radius and why did you chose this? >9- The relation of the optimizing parameters nf and R with Delay Bandwidth Product also with the Group Index should be plotted. >10- Add reference for the plane wave expansion (PWE) method. |
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