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The&Cerebellum（季刊），创刊于2002年，出版国家为美国。The&Cerebellum是基本神经科学最新发展的主要信息来源；包括分子和细胞生物学、行为神经科学和神经化学、遗传学基础和临床神经生理学、神经病学和神经病理学、认知和神经影像学。The&Cerebellum对神经科学家研究分子和细胞生物学很有帮助，以及神经生理学家，神经传递的研究者，神经学家，放射科医生，儿科医生，神经心理学家和其他人。
本刊为：SCIE期刊（）, 外文期刊,
1、投稿方式：在线投稿。2、期刊官网：3、期刊投稿：4、信息说明：本刊信息来源于网络，包括 SCI 收录核心期刊，增补期刊，期刊收录数据每年进行更新。本站是公益性网站，为网友投稿提供免费服务，由于受相关约束，我们不能提供相关期刊的影响因子、JCR期刊分区等数据供大家参考，造成不便，敬请谅解。2017年2月17日星期五& & & & & & & & & & & & &&Instructions for Authors&The CerebellumEditorial policyThe Cerebellum is a high-quality quarterly journal which will publish material relevant to the understanding of the functions of the cerebellum and cerebellar ataxias. The Cerebellum aims to bring the most significant advances in research devoted to the cerebellum.Areas of particular interest include:Fundamental neurosciences, including molecular and cellular biology, behavioural neurosciences and neurochemistry, Genetics, Fundamental and clinical neurophysiology, Neurology and neuropathology, Cognition, Neuroimaging.The Cerebellum will consider:In- mini-reviews focusing on import new ideas, opini clinicopathologi single case studies that significantly advance the understanding of mechanisms underlying cer l editorials.The journal is committed to high standards of presentation. Original reports and reviews can be up to 10,000 words in length. Please contact the Editor to discuss the suitability of topics. Short reports should be approximately 1500 words long, with no more than 15 references. Correspondence items should be no more than 1000 words in length, with 1 figure or table.Online Manuscript SubmissionSpringer now offers authors, editors and reviewers of The Cerebellum the use of our fully web-enabled online manuscript submission and review system. To keep the review time as short as possible, we request authors to submit manuscripts online to the journal‘s editorial office. Our online manuscript submission and review system offers authors the option to track the progress of the review process of manuscripts in real time. Manuscripts should be submitted to: /cereThe online manuscript submission and review system for The Cerebellum offers easy and straightforward log-in and submission procedures. This system supports a wide range of submission file formats: for manuscripts - Word, WordPerfect, RTF, TXT and LaT for figures - TIFF, GIF, JPEG, EPS, PPT, and Postscript. PDF is not an acceptable file format.NOTE: In case you encounter any difficulties while submitting your manuscript online, please get in touch with the responsible Editorial Assistant by clicking on “CONTACT US” from the tool bar./cereManuscript SubmissionSubmission of a manuscript implies: that the work described has not b that it is not under consideration for publi that its publication has been approved by all co-authors, if any, as well as by the responsible authorities – tacitly or explicitly – at the institute where the work has been carried out. The publisher will not be held legally responsible should there be any claims for compensation.Authors wishing to include figures, tables, or text passages that have already been published elsewhere are required to obtain permission from the copyright owner(s) and to include evidence that such permission has been granted when submitting their papers. Any material received without such evidence will be assumed to originate from the authors.Preparation of manuscriptsManuscripts should be typed double-spaced preferably in Word, or another PC-compatible format. Any special points should be emphasized in the covering letter. The number of heading levels used should be kept to a maximum of three. Papers describing original research should be arranged as follows:1. Title page (including correspondence address)2. Structured Abstract (maximum 250 words)3. Keywords (maximum 6) taken from Index Medicus4. Introduction5. Materials (or patients) and methods6. Results7. Discussion8. Conclusion or summary9. Acknowledgements10.&&& References (see below)11.&&& Tables (with captions)12.&&& Figures (with captions)The Title page should include:o& The name(s) of the author(s)o& A concise and informative titleo& The affiliation(s) and address(es) of the author(s)o& The e-mail address, telephone and fax numbers of the corresponding authorThe Abstract should not exceed 250 words. The abstract should not contain any undefined abbreviations or unspecified references.Please provide 4 to 6 Keywords which can be used for indexing purposes.The Introduction should assume that the reader is knowledgeable in the field and should, therefore, be as brief as possible.In the Materials and methods section, methods that have been published in detail elsewhere should not be described in detail.Abbreviations and symbols used should be defined at first mention and used consistently thereafter. Abbreviations must be standard and SI units used throughout. Acronyms should be used sparingly and must be fully explained when first used. Generic names of drugs and pest if trade names are used, the generic name should be given at first mention. Statistical analyses must explain the methods used.Text FormattingFor submission in Word:o& Use a normal, plain font (e.g., 10-point Times Roman) for text.o& Use italics for emphasis.o& Use the automatic page numbering function to number the pages.o& Do not use field functions.o& Use tab stops or other commands for indents, not the space bar.o& Use the table function, not spreadsheets, to make tables.o& Use the equation editor or MathType for equations. Note: If you use Word 2007, do not create the equations with the default equation editor but use MathType instead.o& Save your file in two formats: doc and rtf. Do not submit docx files&编辑委员会&主编辑：&马里奥 - 乌巴尔多曼托 - 布鲁塞尔，比利时&副主编：&Donna Gruol - 拉霍亚，美国Duane Haines - 温斯顿塞勒姆，美国Nori Koibuchi - Gunma，日本John Oberdick - 哥伦布，美国&部分编辑：&遗传学：安东尼MATILLA-杜埃尼亚斯-西班牙巴塞罗那基本神经生理学： JM德尔加多-加西亚-塞维利亚，西班牙临床神经生理学：黑尔格Topka -德国慕尼黑认知：达格玛Timmann -埃森，德国神经影像学：克里斯托夫Habas -巴黎，法国神经计算：安德拉斯Pellionisz - Sunnyvale，美国神经发育： Roy V. Sillitoe - 休斯顿，美国&评论编辑：&Marco Molinari - 罗马，意大利&期刊俱乐部编辑：&Roy V. Sillitoe - 休斯敦，美国&编委会：&Pierre Amarenco - 法国巴黎Richard Apps - 英国布里斯托尔Oliver Baumann - 布里斯班，澳大利亚Fredrik Bengtsson - 瑞典LundJoséBerciano - 西班牙桑坦德James R. Bloedel - 美国凤凰城J. Bockaert - 法国蒙彼利埃James Bower - 圣安东尼奥，美国Alexis Brice - 法国巴黎Per Brodal - 奥斯陆，挪威Deborah Ely Budding - 美国曼哈顿海滩Eric Courchesne - 美国弗朗西斯Crépel - 法国巴黎Nick J. Davis - 英国Swansea Erik de Schutter - 比利时安特卫普Chris de Zeeuw - 荷兰鹿特丹Timothy J. Ebner - 明尼阿波利斯，美国Piers Emson - 英国剑桥Seyyed Hossein Fatemi - 明尼阿波利斯，美国Julie A. Fiez - 美国匹兹堡Alessandro Filla - 意大利那不勒斯Peter T. Fox - 圣安东尼奥，美国Mitchell Glickstein - 伦敦，英国Eugene V. Golanov - 美国洛克维尔Lev Goldfarb - 美国贝塞斯达Dan Goldowitz - 美国孟菲斯Mark Hallett - 美国贝塞斯达Christian Hansel - 美国伊利诺伊州芝加哥Clive Harper - 悉尼，澳大利亚Richard Hawkes - 加拿大卡尔加里Tomo Hirano - 日本京都Paula Hoffman - 美国丹佛Jerome Honnorat - 法国里昂Fay B. Horak - Beaverton，美国Jonathan Hore - 加拿大伦敦Masao Ito - 日本埼玉Richard Ivry - Berkeley，美国Dieter Jaeger - 亚特兰大，美国HenrikJ?rntell - 瑞典Lund 金泽一郎 - 日本东京Masanobu Kano - 日本东京Kamran Khodakhah - 英国伦敦Thomas Klockgether - 德国波恩Arnulf Koeppen - 奥尔巴尼，美国E. Korpi -巴尔的摩，美国Stephen Lisberger - 旧金山，美国Rodolfo Llinas - 纽约，美国S. Massaquoi - 波士顿，美国Marco Martina - Evanston，美国M. Mauk - 美国休斯顿Chris R. Miall - 英国牛津Marco Molinari -意大利Enrico Mugnaini - 美国芝加哥Harry T. Orr - 明尼阿波利斯，美国Ole Petter Ottersen - 奥斯陆，挪威Alvaro Pascual-Leone - 波士顿，美国Roberta Pentney - 美国布法罗George Perry - 圣安东尼奥，美国Ottavio Pompeiano - 比萨，意大利Stefan M. Pulst - 美国洛杉矶Im Joo Rhyu - 韩国首尔Ferdinando Rossi - 都灵，意大利T.JH Ruigrok - 鹿特丹，荷兰Uta Schambra - 美国约翰逊城Jeremy Schmahmann - 美国剑桥Dennis Schutter - 荷兰乌得勒支沉思- 中国浙江史密斯美国费城康斯坦丁·索托 - 法国巴黎Peter L. Strick - 美国匹兹堡Izumi Sugihara - 日本东京W. Thomas Thach Jr - 圣路易斯，美国Richard F. Thompson - 洛杉矶，美国丹L.托尔伯特-圣路易斯，美国L. Triarhou -希腊塞萨洛尼基正治辻-日本东京建王军-南京，中国卡尔·韦塞尔-德国布伦瑞克丹尼尔·沃伯特-伦敦，英国Michisuke汤崎-东京，日本大卫S.Zee - Baltimore，USA
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&&英文论文写作、投稿过程中的注意事项（转）
英文论文写作、投稿过程中的注意事项（转）
英文论文写作、投稿过程中的注意事项
作者: tangdl-10-31)
【写作前准备】
1、自己的实验结果是否够发一篇文章？
2、适合发表在什么杂志？是选择专业期刊？还是综合期刊？
3、为什么类型的投稿（Types of submission）？比如Articles（论著）；Reviews（综述）；Reports（报告）；Letter to editor（来信）等。
4、该杂志的影响因子（Impact factor）是多少，每年发表多少文章？是否有过本土中国人在上面发表？（便于评价自己的文章被接收的可能性）。
6、有没有下载该杂志最新的投稿须知（Instructions for authors）？
7、是否弄清楚了投稿须知各个条目的意思？
8、是否接收网上投稿(Submission on line)（一般有网上投稿的杂志更为方便）？
9、是否收版面费(Page charges)？如果论文被接收，自己的经济能力能否支付该杂志的发表全部费用。
10、手头有多少相关内容的文献？（越多越好，这样写作的时候能借鉴他们的思路和语句，对分析讨论的开展也很有好处）
【写作环节】
1、不要用中国式的思维去写英文句子。
2、套用老外的写作思路（比如前言第1段写对疾病的认识及重要性，第2段对基本背景知识的介绍，第3段如何引出研究问题。讨论部分往往每一段第一句为该段的中心句。）
3、格式一定要严格按照所投杂志的要求来排版（可以参考投稿须知的要求和该杂志最近发表的文章，要做到一模一样，这样编辑认为你是认真对待的）。
4、避免使用首次发现，该研究特别有意义的语句（老外喜欢你陈述事实，是不是首次发现由别人说了算，有没有意义需要时间来检验）。
5、首页有什么特殊要求？比如是否写清了通讯作者（Corresponding author）和页眉标题（Running title），Running title是否符合字符数要求，一般50个字符以下。首页是否要求标明全文字符数（The number of characters must be listed on the title page）。首页是否要求提供关键词（Key words)，现在很多杂志在正式出版的时候是看不到关键词的，他多数目的是为了编辑好选择审稿专家。
6、摘要是否为有特殊格式（比如格式摘要：目的，方法，结果，结论），是否有字数限制（比如205个字以下）。
7、注意参考文献（References）一定要符合杂志的格式，参考文献的数目是否有限制。是否不能引用正在出版的（In press）文章或未公开的（Unpublished data）数据。
8、是否引用了较多著名杂志的文章为参考文献（大家看影响因子超过10的杂志文章，他们引用的文献多数也是来自10以上的杂志，也就是说你投高影响因子的杂志就尽量不要引用低档杂志的文章，这是一条潜规则）。
9、引用了几篇该杂志的文章作为参考文献（有的杂志有明确要求要引几篇，有的没有要求，但是编辑在还是喜欢你多引他们杂志的文章）。
10、写完后最好先找一个在国外呆过几年的中国人修改第1次（这样能纠正明显写作错误和表达，又明白你的写作意思），然后再找一个英语为母语的人修改（最好是学医的，这样能够纠正一些微小错误和表达习惯）。最终的目的是即使退稿也不是因为语言问题。人家修改完了注意在回信中致谢（Thank you very much for the excellent and professional revision of our manuscript. In future， I will send you my English manuscripts for proofreading! I will acknowledge your help in the footnote.）和在文章中致谢（We thank *** for critical reading of the manuscript.）。
11、注意文章中不要有中文输入法情况下的标点符号（老外的计算机操作系统可能识别为乱码或者为非法程序）。
12、标点符号是否正确？空格是否恰当？
13、注意缩写的格式，时间表示的格式，希腊字母的格式。
14、该斜体的地方是否是斜体（in vitro，in vivo等）。
15、材料与方法中试剂后的厂家是否该杂志的要求（有的不但要标明公司名字和国家，还要城市名，货号）。
16、是否进行了伦理道德的申明。（如果进行了动物实验和人体实验）。
17、图表是否符合杂志的数目(Number)、大小(Size)和分辨率(Resolution)要求？有几副彩图（建议能设置为灰度的图就改成灰度的图，比如一些统计结果图。因为彩图收费（Color charges）是很贵的）。
18、图的格式类型是否有要求，一般只接收EPS或TIFF格式。图的模式是否有要求，比如过去一般要求是CMYK模式，现在很多杂志要求RGB模式。
19、图表是放在后面，还是插入在文章中。（看投稿须知要求）。
20、字数是否符合杂志要求（有的杂志对字数也有要求。比如最多8个版面。他一般会告诉你怎么推测自己的文章占几个版面，比如有的杂志大约是8000个字符数(characters)（包括空格）为一个版面）。
21、全文的字号是否符合要求。（一般是12号字(12-point)，双倍行距（Double space））。
22、是否进行了致谢（国外的文章一般都会致谢。一般要求写受什么基金资助，谁对文章改了，谁进行了技术帮助，谁提供了一些实验材料等；其中很多杂志基金资助一般写在Footnote中）。
【准备投稿】
1、是否了解了该杂志的投稿程序？
2、如果有网上投稿，是否了解其使用方法？
3、是否为投稿和以后的交流准备了一个国际通用的油箱。建议尽量使用，，等邮箱。如果用国内的邮箱可能会给带来意想不到的麻烦。
4、杂志是否只接受通讯作者的投稿。
5、是否要投稿费（Submission fee）
6、是否准备好了投稿信Cover letter），该杂志在投稿信中是否有明确要求（有的有明确要求，必须申明他所列的一些申明，类似中国的无一稿两投，无泄密，无版权纠纷等）
7、稿件的格式（File formats）。例如投稿是否只接收PDF格式的文件。
8、是否要求自己提供一些审稿人名字，如果要求，你了解了这些审稿人的地址和电子信箱了吗？（因为编辑要你提供他们详细的联系方式）
9、最后检查一遍文档是否有错误。
1、是否已经在该杂志网站上申请一个用户名（注意保管好用户名和密码）
2、登入在线投稿系统按要求填写后，检查是否投稿成功（一般会有显示，有的直接在系统上就显示，并能下载自己上传的稿件打开，有的是系统自动回复一封确认信到你的油箱）。
3、是否记住了自己的文章编号（The manuscript identification number）（以后与编辑联系的时候，就可以在Email邮件主题中写上自己的文章编号）
4、是否获得了编辑的初步意见（编辑首先要初看一下是否符合该杂志的要求，下列情况编辑可能就不会分发给审稿人了而直接拒绝，比如语言问题，老外看不懂，内容不适合本杂志的征稿范围），一般系统上会显示，如果进入了下一个环节，就要耐心等待。
5、在审稿的过程中是否有焦躁情绪，最容易犯的问题就是写信去催。非常不礼貌，一般至少2个月后去信询问较为合适。好的杂志一般都是按照杂志本身的时间规律去办事的，不用你问，到了那个时间就会给你消息。
【结果及后续事情】
1、被拒绝(Reject)，根据反馈意见继续努力。（对文章重新修改后，可以选择低一级的杂志投）
2、被告之返修(Revision)。（已经迈出成功的一步）。请一定按照审稿人的意见逐一进行修改，该补充实验的就补充实验，不能完成的要解释。回信中一定要注意语气，不要用刻薄的词语，要感谢审稿人的意见，并逐条回答。让编辑一目了然，你做了那些修改。（一般情况是审稿人一审到底，一直到审稿人没有意见）。
3、一般要经过几次修改后，才会出现你最喜欢的结果---接收（Accept）。
4、按照要求签署版权转让协议书（Assignment of copyright），注意什么地方要打印，什么地方要手写，什么时间必须返回协议书。
5、交纳所有费用（一般会给你一个详单，是否需要单行本，需要多少单行本，都很贵，建议不要算了。还会询问支付方式，是用信用卡(credit card)还是支票(check)。
6、费用支付。是否有信用卡（到中国银行去问问，我们平时用的多是借记卡），是否了解支票和外汇的使用（老外一般是不希望外汇的。有的只接收本国银行的支票）。
7、校正清样。基金号是否写错，作者名字是否写错（大部分杂志是不允许投稿后增减作者的）。有的杂志清样校正后的稿子是不允许再改动的。再改动是要收钱的，而且延误出版。
8、一般网上先出文章的电子版。
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&&我给国外期刊文章的审稿结果和审稿意见
我给国外期刊文章的审稿结果和审稿意见
发此贴是应虫友ahs790808 邀请，他正在给某文章，问是否有审稿的模板。
& &审稿写review的话没有什么模板，你可以就文章中一些问题质询作者，或者对文档内容、实验、图表等提出问题或建议，可以分列几条，当然好的 reviewer提的问题是对口的、致命一击的。
& &在三年半博士生生涯中，给自己领域内的知名期刊文章审过稿(不是帮老板审稿：）)，有四篇。详细的作为审稿人需要注意的和我的审稿经验见我在上海交大读博期间编写的《上海交通大学BBS饮水思源paper（论文）板实用手册（第二版）》：
http://emuch.net/bbs/viewthread.php?tid=674559&fpage=1
一.&&期刊名：Electrochemical and Solid-State Letters，
& &投稿文章：Solenoid Inductors ...
& &Author: ...
我的审稿结果：大修
因为这次是网上审稿，因此没有保留我的review意见全文。
二.&&期刊名：IEEE Transactions on Components and Packaging Technologies
& &&&投稿文章：Internal Geometry ...
& &Author: ...
& &我的审稿结果：大修
& &By using LTCC technology, the authors fabricated the low profile power inductor to improve the light load efficiency of the DC-DC converter. The effects of geometry variation, such as conductor width, core thickness, conductor thickness, number of parallel conductors, on the light load efficiency of the converter were also studied, which will be a good guidance for others to design the similar inductors. What’s more, it is significant that the authors improved the light load efficiency by 30% by decreasing the conductor width of the inductor.
However, the work would be excellent if some mistakes were revised and some explanations were given.
(1)& & & & In part two, the authors assume that there is magnetic isolation between the parallel conductors. I can’t find any necessary explanation. Is it because of the big spacing between the conductors or substrate aspect or other aspects?
(2)& & & & In Fig.13, the 6L5a line decrease obviously after 12A, quite different from other five lines. Is the conductor width 5mm critical size? Why not provide the “Efficiency” result of conductor width 6mm?
(3)& & & & In Fig.14, for the conductor width w=2mm, given the output current, the difference value between two lines is much bigger than that of w=3mm in Fig.16. How to explain this phenomenon.
(4)& & & & There are some spelling mistakes and grammar mistakes in the manuscript. For example, in Eq.(1), the right bracket is missed. In “ACKNOWLEDGMENT”, the quotation mark is unwanted. In reference 8, “Vol.3” should be “Vol.30”. Generally, the sole Arabic number is not used as the initial character in a sentence.
三&&期刊名：Microelectronic Engineering
& &投稿文章：On-chip embedded ...
& &Author: ...
我的审稿结果：大修
This paper presents a novel process for concave-suspended high-performance toroidal inductors and transformers, which are highly demanded in radio-frequency integrated circuits (RF ICs). The fabrication technology is interesting and the RFperformance of the toroidal structures is satisfactory. The introduction, in a clear and understandable fashion, describes the advantages of toroidal structures (inductors and transformers) over straight solenoid structures, such as much little eddy currents and occupying less area.
However, in this paper, the theory to explain why the embedded close-loop structures have high and different performance needs to be improved. In general, the Q-factor of the micromachined inductors can be expressed as
where LS is the series inductance of the inductor, RS is the series resistance of the metallization and a frequency dependent term to model skin effect, eddy current effect and other high frequency effects of the inductor, CS is the total parasitic(stray) capacitance. The first factor in Eq.(1) is the intrinsic quality factor of the overall inductance. The middle factor models the substrate loss in the substrate. The final factor models the self-resonance loss due to the overall parasitic capacitances.
In fact, as pointed out in Part Three (Testing Results), the close-loop and air-core can effectively lower the eddy currents and suspending gap over 40 microns can effectively depress the substrate losses. Compared with Fig.8 (a) and Fig.8 (b), except for the turn number, the geometrical parameters per turn of the two toroidal inductors are equal or similar, but the Q-factors are similar below 3GHz and distinguish obviously over 3GHz. Since eddy currents and substrate losses are eliminated, how to explain that the larger number of the square-shaped close-loop solenoid inductor is, the lower the Q-factor is? Is it due to the different average pitch between the adjacent turns, the conductor losses, the parasitic capacitance, or other factors? It is better to give the series resistance and parasitic capacitance versus frequency. The pitch between adjacent turns indeed affects the mutual inductance, i.e., the smaller the pitch is, the larger the mutual inductance and the series inductance is, and vice versa, but we can’t draw a conclusion that “the smaller the pitch is, the better the performance of the inductor or the transformer is”, because the smaller the pitch is, the larger the parasitic capacitance is. Larger parasitic capacitance would decrease the Q-factor . It is strongly recommend expanding the theory to explain the difference of Q-factors versus frequency in Fig.8 (a) and Fig.8 (b).
Because the joints serve as anchors to the frame for robustly suspending the solenoid, so the joints play important roles in the structures. “The fabricated toroidal structures can withstand violent mechanical vibration and thermal strain…”, as mentioned at the beginning of Part Two (Fabrication), but where is the proof? The mechanical stability and the shocking experiment of the concave-suspended straight solenoid inductor have been demonstrated by the authors in an earlier paper .
As for the mutual reactive coupling factor k of the transformer, it is necessary to bring forward the significance of k and essential explain, not only simply listed the equation and the pictures of testing results.
The text contains some spelling mistakes, such as “Agilent-HFSS” and “…for a certain inductance values”. “in CMOS compatible silicon wafers”, “on CMOS-compatible silicon wafers”, and “in a 450μm-thick 4-inch silicon substrate”, what is the right preposition? Some sentences require revisions to avoid confusion by the readers. For example, “The formed 4.92nH and 8.48nH toroidal inductors on a low-resistivity silicon substrate are tested with the peak Q of 25.7 and 17.8, while the self-resonant frequencies are 17.3GHz and 7.4GHz, respectively.”
&&The following are personal questions. How to choose the geometrical parameters before fabrication? According to HFSS simulation, experiences, or synthetical consideration? In fact, it is important for designers to predict the performance of the structures before they carry out their experiments. Maybe it is one part of the authors’ future work.
Conclusion: Accept with major revision
L. Gu, X.X. Li, Concave-suspended high Q solenoid inductors with an RFIC-compatible bulk
miceomachining technology, IEEE Trans. Electron Devices, 2-885.
四&&期刊名：Journal of Micromechnics and Microengineering
& &投稿文章：On The Nonlinear-Flexural...
& &Author: ...
我的审稿结果：reject
General assessment
This paper presents the primary resonance of the microcantilever sensors (MCS) under the external exciting without internal resonance. The model for the MCS is based on the nonlinear Euler-Bernoulli beam theory and the first mode of the excited MCS is considered. These will be helpful in some degree for the researchers to study the nonlinear dynamics of the flexible MCS. However, the work in this paper is needed to be improved and the decision for this paper is “reject”.
1. The most contents in this paper are similar to the published paper&&written by themselves, especially the Model Formulation, the Reduced-order Modeling and the measured results of the piezoelectrically-excited sensor (ZnO), though the model formulation of the base-excited MCS and the frequency response curves of the piezoelectrically-excited sensor at different quality factors are added by the authors.
2. In the last paragraph of “Introduction”, what does the “material nonlinearities” mean? Understanding this meaning is very important in this paper because it is quadratic nonlinearities, which result the first vibration mode exhibiting a softening-type behavior. As far as I know, the rotation of the flexible beams can induce the quadratic nonlinear term. When the rotation of the flexible beam is in large range, the rotation can change the nonlinear response type. If the “material nonlinearities” is not the rotation term, the flexible beams under rotation, parametric excitation, external excitation should be synthetically concerned with.
3. Because of the nonlinear quadratic term and the cubic term, the internal resonance between two modals (such as 2:1 or 3:1) of the flexible beam is likely to appear. In this paper, the authors did not provide the second modal frequency or the ratio of the first and the second modal frequencies of the flexible beams. If the internal resonance exists, the authors should reconsider the primary resonance with the internal resonance in their future work.
4. In the first paragraphs of “6.1.” and “6.2.”, from Equation (20) and the nonlinear frequency-response curves of figures, “Ω=-0.02ω1” seems to be “σ=-0.02ω1”.
Seyed Nima Mahmoodi, Nader Jalili, and Mohammed F. Daqaq, Modeling, Nonlinear Dynamics, and Identification of a Piezoelectrically Actuated Microcantilever Sensor, IEEE/ASME Transactions on Mechatronics, ): 58-65.
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