Applied Optics 论文模板

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《光学技术》杂志投稿指南

《光学技术》杂志投稿指南

《光学技术》杂志投稿指南《光学技术》是面向国内外的以应用科学和工程技术研究成果为主的有关光电技术方面的专业性学术刊物。

主要刊登高水平学术论文及重要科研成果,旨在促进国际国内学术交流,发展科学技术,培养科技人才,为社会主义现代化建设服务。

《光学技术》被Elsevier 的国际著名数据库Scopus收录,为中文核心期刊(2008年版:机械、仪表工业类),为中国科技论文统计与分析统计源用刊(中国科技核心期刊)。

为了保证刊物的质量,并使本刊与相关的检索机构的要求接轨,根据国家标准,并结合本刊实际制定本简则,请投稿者执行。

1 刊登内容(1) 应用科学研究和工程技术研究方面的有创新性(首创性或原创性)的学术论文。

所谓创新性,即要求论文所揭示的事物现象、属性、特点以及事物运动时所遵循的规律,或者这些属性、特点以及运动规律的运用必须是前所未见的、首创的或部分首创的,而不是对他人工作的复述或解释。

(2) 有创新的科研实验和有实用价值的研究报告。

(3) 重要学术问题和重大科技成果的综合评述及前沿学科的发展趋势和展望。

(4) 优秀学位论文中的创新部分。

(5) 最新学术动态和科学研究快报。

2 投稿约定(1) 来稿必须具有创新性、学术性、科学性、规范性和可读性。

(2) 本刊对所登论文收取评审费(400元)和发表费。

(3) 学生作者(研究生)论文需经导师审查、签字后方可接收。

(4) 文稿一经发表赠送当期期刊2本。

3 来稿要求和注意事项(1) 论文要求主题明确、数据可靠、逻辑严谨、文字精炼。

文稿必须包括中英文题名、中文作者姓名和作者汉语拼音姓名、作者中英文工作单位和邮编、中英文摘要和中英文关键词、中图分类号、正文和参考文献。

(2) 论文篇幅(含图表)限10000字,按照期刊模版进行排版。

投稿可直接在线投稿:,若系统故障可直接将论文投稿发至编辑部邮箱(),注明“投稿”。

并附第一作者个人简介(包括出生年、性别、民族、籍贯、技术职称、学位或在读学位、主要研究方向),以及联系电话,电子信箱,通讯地址,邮编等信息。

Template of Applied Optics

Template of Applied Optics

Templates1. Page Layout and Title PageDouble space the entire manuscript, including title, abstract, references, figure captions, and tables. The pages should be sized for U.S. letter paper with ample margins (at least 2.5 cm) all around. Beginning with the title page, number pages consecutively, including tables and list of figure captions. Font size should be 11 or 12 pt.The title should be concise but informative. Avoid beginning with an article or a preposition. The words "new" or "novel" should be avoided in the title and the text for legal reasons. Titles may be edited by the publisher to facilitate computer search.Author names should be given in full and consistent form to facilitate indexing. Every effort should be made to keep author names consistent from one paper to the next as they appear within OSA publications. Affiliations and postal addresses for all authors should appear on the title page.Joseph Richardson,1,* Antoinette Wrighton,2and Jennifer Martin2,31Department of Peer Review, Optical Society of America, 2010 Massachusetts Avenue, NW, Washington, D.C. 20036, USA2Department of Editorial Services, Optical Society of America, 2010 Massachusetts Avenue, NW, Washington, D.C. 20036, USA3Currently with the Department of Electronic Journals, Optical Society of America, 2010 Massachusetts Avenue, NW, Washington, D.C. 20036, USA *Corresponding author: xyx@The abstract should be limited to approximately 100 words. It should be an explicit summary of the paper that states the problem, the methods used, and the major results and conclusions. If another publication is referenced in the abstract, abbreviated information (e.g., authors, journal, volume number, first page, year) must be given in the abstract itself without a reference number. The first reference cited in the main text will be [1]. Note that the combination of abstract and title must be an adequate indicator of the content of the paper, since it will stand alone in electronic bibliographic databases and printed abstracting journals.Between two and six OCIS Codes should be provided to help with indexing. The codes should be entered as part of the electronic submission process and should also be listed on the manuscript below the abstract. Aside from indexing purposes, we use OCIS keywords to aid us in matching your paperto reviewers. The OCIS index is formatted with top-level categories and subtopics. A full-text search of the OCIS Codes is available.2. Mathematical and Scientific NotationA. Displayed EquationsEquations should be punctuated and aligned to show structure and should be numbered at the right. Ample space should be provided above and below to allow for copy marking:B. In-Line MathSimple fractions in in-line math should use parentheses when necessary to avoid ambiguity, for example, to distinguish between 1/(n- 1) and 1/n - 1. In-text fractions should be set on line, not built up. Exceptions to this are proper fractions such as ½, which are better left in this form.Summations and integrals that appear within text such as ½ (n2- 2n)-1should have limits placed to the right of the symbol to reduce white space and should not use oversized symbols.C. General Guidelines on NotationNotation must be legible, clear, compact, and consistent with standard usage. In general, acronyms should be defined at first use. Adherence to the following guidelines will greatly assist the production process:Radical Signs.When possible, avoid oversized radical signs by using thenotation of a superscript 1/2. For example, change to [(a + b)(a - c)]1/2.Exponentials. Avoid tiny superscripts of exponential e (e.g., e jkl) by using the alternative exp notation, exp(jkl).Variables and Vectors. Set single-letter variables in italics (k). Set three-vectors in boldface (k). Functions, derivative "d," abbreviations, and multiletter identifiers should be set in roman (plain) type (α, cos, ∫...d x, k out).Multiplication. In general, close up multiplied terms (p y p x); use × if multiplication sign is essential (1 × 10 2) or for continuation in displayed equations. Use a centered dot only for scalar product ().Fences.For simple bracketing the usual order of parentheses and brackets is { [ ( { [ ( ) ] } ) ] } .Bit and Byte. The standard abbreviations for bit and byte are b and B, respectively. To avoid confusion, these units should be spelled out in most cases (1 bit, 20 GBytes).Metric System.The S.I. metric system is used in OSA journals. If nonmetric units are essential (e.g., for parts specifications), conversion should be given at first mention: ". . . a ¼-in. bolt (1 in. = 2.54 cm)."3. References and NotesOSA now uses bracketed, numerical reference callouts [1]. References should be numbered consecutively in the order in which they are first referenced in the body of the paper. Two references [2,3] should be included together, separated by a comma, and three or more consecutive references should be indicated by the bounding numbers and an en dash [1-4].When in-line reference numbers are essential (e.g., see [1]), it is not necessary to use the words "Reference(s)" or "Ref(s)." except when needed for clarity. Footnotes (notes at the bottom of text pages) are not used in OSA journals. Footnotes should be incorporated into the text or set at the back with references as an endnote.When compiling your references, be sure to include the titles of articles. All the journals, including Optics Letters, require this information before a paper can be sent to peer review. The reference titles will subsequently be removed from Optics Letters papers before they are published, so this information is not included in the length estimate sent to authors when a positive decision is made by the editor.When reference authors are mentioned in the text, use surnames only (unless further clarity is needed), and use "et al." and first author name when three or more authors are given.OSA InfoBase and online journals allow export of references in BibTeX, RIS, RTF, and plain text formats. See the templates page for BibTex and EndNote tools.Journal paper1. C. van Trigt, "Visual system-response functions and estimating reflectance," J. Opt. Soc. Am. A 14, 741–755 (1997).Book2. T. Masters, Practical Neural Network Recipes in C++(Academic, 1993).Chapter in a book3. B. L. Shoop, A. H. Sayles, and D. M. Litynski, "New devices for optoelectronics: smart pixels," in Handbook of Fiber Optic Data Communications, C. DeCusatis, D. Clement, E. Maass, and R. Lasky, eds. (Academic, 1997), pp. 705–758.Paper in a published conference proceedings4. R. E. Kalman,"Algebraic aspects of the generalized inverse of a rectangular matrix," in Proceedings of Advanced Seminar on Generalized Inverse and Applications, M. Z. Nashed, ed. (Academic, 1976), pp.111–124.Paper published in an OSA conference proceedings5. R. Craig and B. Gignac, "High-power 980-nm pump lasers," in Optical Fiber Communication Conference, Vol. 2 of 1996 OSA Technical Digest Series (Optical Society of America, 1996), paper ThG1.Paper in an unpublished conference proceedings6. D. Steup and J. Weinzierl, "Resonant THz-meshes," presented at the Fourth International Workshop on THz Electronics, Erlangen-Tennenlohe, Germany, 5–6 September 1996.SPIE proceedings7. S. K. Griebel M. Richardson, K. E. Devenport, and H. S. Hinton, "Experimental performance of an ATM-based buffered hyperplane CMOSSEED smart pixel array," Proc. SPIE 3005, 254-264 (1997).IEEE proceedings8. T. Darrel and K. Wohn, "Pyramid based depth from focus," in Proceedings of IEEE Conference on Computer Vision and Pattern Recognition(IEEE, 1988), pp. 504–509.Paper accepted for publication9. D. W. Diehl and T. D. Visser, "Phase singularities of the longitudinal field components in the focal region of a high-aperture optical system," J. Opt. Soc. Am. A, doc. ID 56789 (posted 11 November 2005, in press).Manuscript in preparation10. J. Q. Smith, Laboratory for Laser Energetics, University of Rochester, 250 East River Road, Rochester, New York 14623, USA, and K. Marshall are preparing a manuscript to be called "Optical aspects in liquid crystals."Personal communication11. J. Richardson, Department of Peer Review, Optical Society of America, 2010 Massachusetts Avenue, N.W., Washington, D.C., 20036 (personal communication, 2001).Internet links12. A. G. Ramm, "Invisible obstacles,"/abs/math-ph/0608034.4. Figures and TablesA. FiguresFig. 1. Sample multipanelFigures will normally be reduced to one column width (8.4 cm) and should be prepared accordingly. If a particular figure should not be reduced, a note to that effect should be included with the figure. Figures should be numbered consecutively in the order of appearance and citation in the text. Be sure to cite every figure. Handwritten lettering and low-quality computer graphics are not acceptable. Electronic files should be sized as they will appear in the journal and should be accompanied byhigh-quality laser prints. Files should have a resolution of 600 dpi.Figure captions must be set in a double-spaced list on a separate page or pages , placed before the figures, for use by the compositor.Read more explicit information on Electronic Art Submission Guidelines. Color IllustrationsColor Art Online Only (free to authors, but strict adherence to guidelines required)Reproduction of color art in the online PDF version of published papers is now offered as a free service to authors. To take advantage of this service, guidelines must be strictly adhered to. There is a "no bounce" policy: when color artwork does not meet the stated production requirements, we will process the artwork as black and white for both print and online.∙ Read the guidelines for Free Color Online in OSA Journals.Color Art in Print (author pays)Color illustrations can be printed in OSA journals; however, it is necessary that the author's institution or funding agency defray the cost of color printing. Authors who choose to include color illustrations will be billed according to these charges:∙$650 for the first piece of color∙+ $325 for each additional piece∙+ cost of color reprints, if applicableNote that one figure may contain several pieces; each piece must be processed separately. For example, an author who publishes a paper with three pieces of color art would be charged $650 + $325 + $325 for the color art, for a subtotal of $1300. This is in addition to applicable page charges. Any figures that are printed in color will also appear in coloronline. The charge for color reprints depends on the article length. Payment for color reprints is made to Sheridan Press.Waivers for printed color will not be granted. Authors who cannot pay color charges must use black and white figures or submit art files that meet requirements for free color online-only.B. TablesTables must be numbered and be typed on separate pages. Tables with multiple parts should be split into separate numbered tables [not Table 1(a), Table 1(b), etc.]. The table title, which should be brief, goes above the table. Detailed explanations or table footnotes should be typed directly beneath the table, as shown. Tables should use horizontal rules to delimit the top and bottom of the table and column headings. In general, no other rules should be used. Note that tables are usually typeset, not scanned (tables cannot be electronically reduced in size).5. Funding SourcesPlease identify all appropriate funding sources by name and contract number in the Acknowledgment section.6. Article ThumbnailOSA authors can upload a thumbnail image to be used next to their article in the Table of Contents and abstract pages of the journal. Authors must submit a .JPG file. The image will be resized to 100 x 100 pixels. For best results, authors should upload an image this size or an image with square dimensions.The 100 x 100 pixel image will be displayed on the article abstract page and a 50 x 50 pixel image will be displayed on the Table of Contents page7. Final RemarksIf a student-level reader might find your English difficult to understand, please have a colleague who is fluent in English edit your paper before you submit it to OSA.Note that Optics Letters has a limit of three printed pages; a page estimate will be determined during review, and if a paper exceeds this limit, it must be shortened before the paper is accepted. If the page proof is over the three-page limit, the proof must be shortened before the paper can be assigned to a final issue. To understand how OSA estimates final article length, review the Guidelines on Manuscript Length.Authors will receive page proofs of their papers. Corrected proofs should be returned the OSA Editorial Department as soon as possible, preferably within 24 hours of receipt, to avoid publication delays.Additional ResourcesThe following additional resources may be helpful to authors. For spelling, OSA follows The American Heritage College Dictionary, Fourth Edition. Our editorial style is based on the AIP Style Manual.。

AppliedOpticsReviewCriteria

AppliedOpticsReviewCriteria

Applied OpticsReview CriteriaApplied Optics publishes peer-reviewed articles related to applications-centered research in optics, photonics, imaging, and sensing. Articles should concentrate on moving the potential of science and technology to the practical. Articles introduce new science or technology in an optics discipline in the form of increased understanding or a novel application of an existing topic. Articles are in-depth and should include the development and performance of technologies when applying theories.To meet Applied Optics goal of publishing timely and high-impact research, submitted papers are subjected to critical review according to the criteria listed below.Appropriateness for Applied OpticsDoes the subject material fall within the scope of the journal? Will the paper be of interest to the applied optics community?Rating Options: Very high, High, Moderate, Low, Very lowQuality, Depth, and Completeness of ContentDoes the manuscript provide increased understanding related to the applications of optics, photonics, sensing, or imaging? Is the paper an original and significant contribution to the field? Is the topic covered in depth? Is the topic covered completely, e.g., theory, simulation, experimentation, and analysis?Does the topic provide design guidelines or explain limitations on implementations of theory? Are the conclusions supported by the data presented, and is the work placed in proper context? Is prior or related work adequately referenced? Note that papers considered to be incremental, incomplete, or lacking in scientific or technical relevance are likely to be rejected. Does the work warrant publication in an archival journal?Rating Options: Very high, High, Moderate, Low, Very lowSignificanceReviewers are asked to rate the significance of submitted papers assuming appropriate revisions are made. What likely impact will the submitted paper have on the research field covered? Significant papers are expected to explore unanswered practical issues. They can make an impact through novel results, in-depth analysis, address important problems, provide new theoretical insights, or present clear methods, procedures, or reviews to help other researchers perform similar work.Rating Options: High, Moderate, LowQuality of PresentationIs the title accurate and does it clearly identify the subject matter? Is the abstract succinct and comprehensible to a non-specialist? Is the manuscript clearly written and logically organized? Are figures and tables understandable and readable as submitted, including all captions and labels? Is the quality of English language usage and grammar appropriate for an archival journal (note that Applied Optics articles are minimally copy-edited)? If there is multimedia content, is it clearly presented and does it contribute to presentation of the research? Is the manuscript formatted according to the journal style guide? Are the OCIS codes selected by the authors appropriate for indexing the article?Rating Options: Very high, High, Moderate, Low, Very lowManuscripts judged by reviewers as moderate in the first three criteria (appropriateness, technical quality & completeness, and significance) will not be accepted for publication in Applied Optics.。

《光电技术应用》期刊论文模板

《光电技术应用》期刊论文模板

《光电技术应用》期刊论文模板说明:此“论文模板”仅供修改体例格式时参考,红色为说明性文字。

基于测角信息的机动目标轨迹预测研究(3号黑体)(论文题目要精炼、醒目,一般不超过20个字。

)陈海霞1,赵猷肄1,董军章2(小4号楷体)(1.光电系统信息控制技术国家级实验室,河北三河 065201;2。

东北电子技术研究所,辽宁锦州 121000)(6号宋体)作者姓名之间用逗号隔开;单位排在姓名之下,单位名称用全称,后加逗号排所在省、市及邮编。

不同的作者单位之间用分号隔开。

并顺序编号,并在作者姓名右上脚用单位序号标注。

摘要(小5号黑体):在地面固定单站对机动目标的无源轨迹预测中,地面固定单站仅提供目标方位角和高低角信息,而没有提供目标距离信息。

因此,目标飞行轨迹的预测只能依靠已有的角度信息进行。

在无测距信息的情况下,根据匀加速运动和等高飞行2个弱条件假设,提出了仅利用测角系统测得的空中机动目标的高低角和方位角进行目标飞行轨迹预测的算法,并对算法进行了仿真测试。

仿真试验结果表明该预测算法角度预测误差在毫弧度以下。

(小5号宋体)摘要中一般不出现公式,去掉“本文”字样,不出现参考文献序号。

中文摘要应在150字以上。

关键词:测角;高低角;方位角;轨迹预测关键词尽量选用《CA》关键词表中提供的规范词,一般列3~6个关键词,词间加分号。

中图分类号:TN911.73;TP391.9 文献标识码:A 文章编号:1673-1255(2009)04-0006-04 可列出一个或一个以上中图分类号,按《中国图书分类法》第四版确定。

Estimation of Mobile Target TrackBased on Angular Information(4号黑正体)英文题目与中文题目相对应,略云题目中的冠词,去掉“study on”等字样。

CHEN Hai-xia1,ZHAO You-yi1,DONG Jun-zhang2(5号白正体)(National Laboratory of Electro-Optic System Technology,Sanhe 065201,China;2。

论文类作文万能模板

论文类作文万能模板

论文类作文万能模板英文回答:Introduction。

Hook: Begin with a compelling statement or question that captures the reader's attention.Thesis Statement: Clearly state the main argument or claim of your essay.Body Paragraphs。

Paragraph 1: Provide evidence from credible sources to support your thesis.Paragraph 2: Present a counterargument and provide evidence to refute it.Paragraph 3: Offer additional evidence or perspectivesto strengthen your argument.Conclusion。

Summarize your main points.Restate your thesis statement in a new and insightful way.Offer a concluding thought or call to action.Example Template。

Introduction。

Hook: "In the realm of human endeavor, the pursuit of knowledge is a noble and eternal quest."Thesis Statement: "Through the rigorous study of science, technology, and literature, we unlock the boundless potential of the human mind."Body Paragraphs。

应用光学(appliedoptics)中英对照复习资料第1章

应用光学(appliedoptics)中英对照复习资料第1章

应用光学(applied optics) 中英对照复习资料第1章1、光学研究分为两类:物理光学和几何光学.There are two aspects of people’s study of light: physical optics and geometrical optics. 2、光实际是电磁波.light is an electromagnetic wave3、光具有波粒2象性: a kind of matter with wave-particle duality, namely it has the characteristics of both the waves and the corpuscles.4、可见光visible light波长范围:400nm~760nm5、光速、频率、波长关系the relation among the speed of light, the frequency and wavelength ofcand electromagnetic wave.:,, ,6、波面wavefront是所有光线的垂直perpendicular surface曲面。

或光线垂直于波面:rays are perpendicular to wavefront.典型波面:同心光束concentric beam波面为球面sphere(spherical surface);像散光束astigmatic beam波面为非球面aspheric shape(aspheric surface);平行光束parallel beam波面为平面plane(plain surface)。

7、几何光学基本定律。

Basic laws of geometrical optics1)直线传播定律:光线在均匀透明介质中按直线传播。

The law of rectilinear propagation: rays propagate along straight lines in a homogeneous and transparent medium.2)反射定律:the law of reflection(1)反射光线位于入射面内。

全息术的历史与发展

全息术的历史与发展

全息术的历史与发展回顾了全息术的历史,阐述了全息术的基本原理,然后介绍了全息术在实际中的应用及其发展方向。

标签:全息术;干涉计量;全息存储;显示全息;模压全息我们看到的世界是三维的、彩色的,这是因为每个物体发射的光被人眼接受时,光的强弱、射向和距离、颜色都不同。

从波动光学的观点看,是由于各物体发射的特定的光波不同,光的特征主要取决于光波的振幅(强弱),位相(同相面形状)和波长(颜色)。

如果能得到景物光波的完全特征,就能看到景物逼真的三维像,这就是全息术。

全息术诞生到现在60年来取得了很大的进展,已被广泛地应用于近代科学研究和工业生产中。

1 全息术的历史和发展阶段1948年,丹尼斯·盖伯提出一种记录光波振幅和相位的方法,随后用实验证实这一想法,即全息术,并制成世界上第一张全息图。

盖伯本来是为提高电子显微镜的分辨率而提出的设想,虽然未能用电子波证实其原理,但用可见光证实了。

从第一张全息照片制成到20世纪50年代末期,全息图制作具有以下共同特点:全息图都是用汞灯作为光源;而且是所谓同轴全息图,即物光和参考光在一条光路上得到的全息图。

这一时期的全息图被称为第一代全息图,标志着全息术的萌芽。

第一代全息图存在两个严重问题,一个是再现的原始像和共轭像分不开,另一个是光源的相干性太差。

因此在这十多年中,全息术进展缓慢。

1960年激光的出现,提供了一种高相干度光源,为全息技术发展提供了可能。

针对第一代全息技术出现的问题,利思和乌帕特尼克斯(1962)提出,将通信理论中的载频概念推广到空域中,用离轴的参考光与物光干涉形成全息图,再利用离轴的参考光照射全息图,使全息图产生三个在空间互相分离的衍射分量,其中一个复制出原始物光。

该方法被称为离轴全息术,这是全息术发展的第二阶段。

第二代全息术解决了光源的问题,并且在立体成像、干涉计量检测、信息存贮等应用领域中获得巨大进展,但是激光再现的全息图失去了色调信息。

科学家们开始致力于研究第三代全息图到。

变折射率抛物线型微球透镜的光学特性研究

变折射率抛物线型微球透镜的光学特性研究

安徽大学硕士学位论文变折射率抛物线型微球透镜的光学特性研究The Optical Characteristic Research of GRIN Parabola Micro-sphere lens姓名任云云学科专业光学研究方向梯度折射率光学指导教师易佑民教授完成时间2008年5月独创性声明本人声明所呈交的学位论文是本人在导师指导下进行的研究工作及取得的研究成果。

据我所知,除了文中特别加以标注和致谢的地方外,论文中不包含其他人已经发表或撰写过的研究成果,也不包含为获得安徽大学或其他教育机构的学位或证书而使用过的材料。

与我一同工作的同志对本研究所做的任何贡献均已在论文中作了明确的说明并表示谢意。

学位论文作者签名:任云云签字日期:2008年5月10日学位论文版权使用授权书本学位论文作者完全了解安徽大学有关保留、使用学位论文的规定,有权保留并向国家有关部门或机构送交论文的复印件和磁盘,允许论文被查阅和借阅。

本人授权安徽大学可以将学位论文的全部或部分内容编入有关数据库进行检索,可以采用影印、缩印或扫描等复制手段保存、汇编学位论文。

(保密的学位论文在解密后适用本授权书)学位论文作者签名:任云云导师签名:易佑民签字日期:2008年5月10日签字日期:2008年 5 月10 日学位论文作者毕业去向:上海市亭林中学工作单位:安徽大学物理与材料科学学院电话:137****1810通讯地址:安徽大学物理与材料科学学院邮编:230039安徽大学硕士学位论文 摘 要摘 要变折射率(Gradient renfractive index,GRIN )微球透镜是一类具有极简单几何形状的新型光学器件,主要依靠介质内特殊的非均匀折射率分布实现其各种光学功能。

因其光学性能优越,且具有体积小、光路短、重量轻、易于批量生产、便于集成等优点,在微小光学、集成光学、光通讯中有着诱人的应用前景,受到广泛的重视。

本论文从变折射率介质光学的基本理论出发对均匀球透镜和各种变折射率抛物线型微球透镜的光学性能进行了系统的理论分析。

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Template for preparing a research article for submission to Applied Optics,JOSA A,or JOSA BA UTHOR O NE,1A UTHOR T WO,1A UTHOR T HREE2,*1Publications Department, OSA—The Optical Society, 2010 Massachusetts Avenue N.W., Washington, D.C. 200362College of Physics, Jilin University, Changchun 130012, China*Corresponding author: ************************Received XX Month XXXX; revised XX Month, XXXX; accepted XX Month XXXX; posted XX Month XXXX (Doc. ID XXXXX); published XX Month XXXX This template can be used to prepare a research article for submission to Applied Optics, JOSA A, or JOSA B. Consult the OSA Author Style Guide for general information about manuscript preparation. ©2015 Optical Society of AmericaOCIS codes: (140.3490) Lasers, distributed-feedback; (060.2420) Fibers, polarization-maintaining; (060.3735) Fiber Bragg gratings; (060.2370) Fiber optics sensors./10.1364/AO.99.099999To use this template, you will need to apply the embedded styles to eachparagraph-level item in your manuscript, or simply use this template asa visual guide.Headings. The styles for the three levels of headings in Applied Optics,JOSA A, and JOSA B are1. SECTIONA. Subsection 11. Subsection 2Using the Word styles.In this template, styles such as “01 Title” for the manuscript appear in the MS Word Styles ribbon (or toolbar for older versions of Word). The names of these styles will begin with “OSA”; for example, the title style is “OSA Title.” Apply the appropriate style before typing or apply the style to existing text. It is possible to paste manuscript text into this template or attach this template to an existing manuscript.Margins. The margins for articles published in Applied Optics, JOSA A, and JOSA B are 0.75” (top), 0.88” (bottom), and 0.69” (left and right). Please ensure that these margins are set for the whole document. Equations. Display equations should be broken and aligned for two-column display unless spanning across two columns is essential. For MathType math, use the Format Equations feature to format all equations as Times + Symbol 10. Apply the Equations style to create appropriate spacing above and below.(1)Fig. 1. Caption text with descriptions of (a), (b), and (c).Figures. As with tables and equations, figures should be set as one column wide if possible unless two-column display is essential. If possible, set the figures in the desired position within the text. Tables. Styles for table title, table head, and table text are provided in the MS Word Styles ribbon. Tables should be set as one column wide if possible and be placed near their first mention in the body. Supplementary material. Consult the Author Guidelines for Supplementary Materials in OSA Journals for details on accepted types of materials and instructions on how to cite them.All materials must be associated with a figure, table, or equation or be referenced in the results section of the manuscript.(1) 2D and 3D image files and video must be labeled “Visualization,” not “Movie,” “Video,” “Figure,” etc.(2) Machine-readable data (for example, csv files) must be labeled “Data File.” Number data files and visualizations consecutively, e.g., “Visualization 1, Visualization 2….”(3) Large datasets or code files must be placed in an open, archival database. Such items should be mentioned in the text as either “Dataset”or “Code,” as appropriate, and also be cited in the references list. For example, “see Dataset 1 (Ref. [1]) and Code 1 (Ref [2]).” H ere are examples of the references:Sample dataset citation1.T. Ireno and R. Tadaa, "Chemical and mineral compositions of sedimentsfrom ODP Site 127-797" (Geological Institute, University of Tokyo, 2009), /10.1594/PANGAEA.726855.Sample code citation2.Zima Engineering, ZIMA-CAD-Parts: Application for management of CADfiles and projects (version 0.5.0-beta1) [software] (2013),/projects/zima-cad-parts/.Funding sources and acknowledgments. Formal funding sources should be listed in a separate paragraph block before any other acknowledgment information. Funding sources and any associated grant numbers should match the information entered into the Prism manuscript system. Funders should be listed without any introductory language or use of labels (do not use labels such as “grant no.”). Here is an example:Funding Inforamtion. National Science Foundation (NSF) (1263236, 0968895, 1102301); The 863 Program (2013AA014402) Acknowledgment. We thank the Optics Laboratory for the use of their equipment.References1.M. R. E. Lamont, Y. Okawachi, and A. L. Gaeta, “Study about lasers andoptics,” Opt. Lett. 38, 3478 (2013).2.A. Cordero-Davila, J. R. Kantun-Montiel, and J. Gonzalez-Garcia, in Imagingand Applied Optics Technical Digest 2012 (Optical Society of America,2012), p. 13.。

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