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garden134

铁虫 (小有名气)

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注册: 2009-10-15
性别: GG
专业: 金属结构材料

[交流] 投steel research international，3位审稿人两位接收，一位拒稿，请大家帮忙分析一下

如题，其中有两位审稿人给了一些小修的意见建议接受，其中一位貌似给的评价还很高（说是提为VIP文章，具体是啥意思我也不太明白，详见审稿意见），第三位提的意见比较尖锐，最后是要改投其他杂志，劳请大家看看帮忙分析一下编辑的意见和三位审稿人的意见，好紧张啊，谢谢啦。
Dear Dr. ***,

Thank you for submitting your manuscript "****" to steel research international. The reviewer report and comments are included at the end of this email.

On the basis of the reviewer comments, we are not able at this stage to accept your manuscript for publication. However, we believe that your manuscript may become acceptable for publication after major revisions, if you are able to address the reviewer comments and make the necessary revisions and improvements.

The English should be improved. Please have your manuscript checked by a native English speaker before resubmitting your manuscript.

To submit your revision, go to http://srin-journal.edmgr.com/ and log in as an Author using your username (********) and password.  Your submission can be found under the menu item "Submissions Needing Revision".

Please note that when you submit the revised version of this manuscript, you will be asked to upload a zip archive containing the production data that will be used if your manuscript is accepted. See below for more details.

When you submit your revised manuscript, please include a point-by-point response to the reviewer comments in the "Respond to Reviewers" box, including a list of changes made and a rebuttal to any comments with which you disagree. All changes to your manuscript should also be highlighted in the main manuscript file.

We should receive your revised manuscript by 27 Mar 2015. Please inform us if you anticipate you will need more time, as we may prefer to receive your manuscript as a new submission at a later date.

When we receive your revised manuscript, its suitability for publication in steel research international will be reassessed.

Yours sincerely,

Sandra Kalveram

P.S. If your manuscript is accepted, the revised version will be used to prepare the proofs. Please save the revised version of your manuscript using the Microsoft Word template on the journal homepage to expedite processing. Bitmap figures (e.g. photos, microscopy images) should be sent as individual Tiff files. Line art figures (e.g. plots, graphs, chemical structures, schemes) should be copied from the original application and pasted as a metafile into a Microsoft Word document by using "Edit... Paste Special... Picture (Windows metafile)". If your manuscript includes Supporting Information, please upload this as a separate file. Please also send an eye-catching color image and a short text (50-60 words) summarizing your article that could be used in the Table of Contents.

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REVIEWER REPORT:
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Please note that reviewers may not be numbered consecutively.

EVALUATION:

Reviewer's Responses to Questions

Please rate the importance of this submission.

Reviewer #1: Should be published in this journal

Reviewer #2: Should be submitted elsewhere

Reviewer #3: Should be published as a VIP paper - Top 10% of Submissions

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Please rate the originality of this submission.

Reviewer #1: Acceptable level of new results

Reviewer #2: Insufficient level of new results

Reviewer #3: Acceptable level of new results

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Please rate the scientific and technical content of this submission.

Reviewer #1: Minor inconsistencies or inaccuracies

Reviewer #2: Major inconsistencies or inaccuracies

Reviewer #3: Fully consistent and accurate

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Please rate the length of this submission.

Reviewer #1: Concise and correct length

Reviewer #2: Contains unnecessary information

Reviewer #3: Concise and correct length

COMMENTS TO AUTHOR:

Reviewer #1: In this manuscript, the authors investigated the Effect of bainitic packets size distribution on impact toughness and its scatter in the ductile-brittle transition temperature of Mn-Ni-Mo Q&T bainitic steels. This project provide a useful contribution to our understanding of cleavage fracture behaviors in DBTT region in the bainitic steels. This work is worthy to be published. However, several revisions should be made before the paper fully satisfies the publication standard.
1. In line 20, page 5, the authors presented that tempering is "to obtain the bainitic microstructure". It's wrong.
2. In line 31, page 8,  The authors should give the determination means in detail for the values of scattering in the impact toughness (ZIT), austenite grain size (Za), bainitic packet size (Zp) and block size (Zb).
3. The English is needed to be improved.

Reviewer #2: The authors tried to reveal the influence of bainitic packets size on impact toughness by measuring Charpy impact energy of samples with different microstructures. In the second part of the article, they managed to interpret their results by fitting the data on the basis of the Weibull distribution. Their primary conclusion is not novel and has appeared elsewhere, for instance, in Ref [35]. The main comments are detailed below:

1.    Introduction should be condensed substantially as it is tedious.
2.    The presentation is poor and numerous typos and grammar mistakes in English usage can be found throughout the paper, making it hard to follow. This referee recommends they seek professionals to proofread before submitting their paper if they will revise. For example, this referee cannot understand the following statement; "However, it may be lead to erroneous conclusions when extrapolate the toughness values due to the statistical analysis is not based on a physical model" in P4.
3.    The bainitic packet size obviously differs from grain size in conventional metallurgical microstructure. How to define a bainitic packet size and how to measure should be very important, while the authors failed in giving more details. They showed two EBSD patterns, in which 4 packets are arbitrarily lined out without explanations. Actually, to accurately characterize the size and distribution of bainitic packet is rather imperative and fundamental for further proceeding, as stated in Ref [35].
4.    Their citation for Griffith equation (1) is misleading and the explanation of symbols, e.g., d should be criticized. The data gama (γ) from Ref [35] should be deliberated if the authors have ever read that article.

As the authors failed to provide convincing evidence to support their claim in this paper, it does not merit publication in the scientific Journal in its present form.

Reviewer #3: This article is very important to well understand and prevent the low temperature failure of high strength high strength low alloy bainitic steels.

The service conditions of cryogenic pressure vessels are extremely harsh situations. High strength low alloy bainitic steels are widely used to produce the cryogenic pressure vessels. This article investigated the low temperature impact toughness of high strength low alloy bainitic steels. It is very important to well understand and prevent its failure at low temperature.
The following corrections need to be done.
1)There some grammatical or spelling errors in this manuscript, such as "alloy" was spelled as "ally" in line 18 of Page 2, "might" was spelled as " mgith" in line 54 of Page 8, please carefully correct the whole manuscript especially in English.
2)In the section of Experimental, there are many descriptions about the tensile tests, but no results were given.
3)It is better to divide the Results and discussion into more sections to well guide reading and understanding the article.

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