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1、信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师科学研究方法与实践科学研究方法与实践北京大学信息科学技术学院北京大学信息科学技术学院北京大学信息科学技术学院北京大学信息科学技术学院School of Electronics Engineering and Computer ScienceSchool of Electronics Engineering and Computer SciencePeking UniversityPekin
2、g University23 July 2024徽栈矾佃鸿凉拥昧湍邻赞角烁笔纺樟贞褒分窥趴壶幌笼灌概坡桔褂腮粹求科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师第八讲：第八讲：专业期刊、会议专业期刊、会议 介绍及论文投稿介绍及论文投稿 微电子学专业微电子学专业讫焊勾旺垮崔逼钎坦洲缉瘫宿鸿药马疑阔津扛恒抡旁问蔷完莎蔽憨谱筑郴科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息
3、科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Two topics to address: l How to do high quality researchl How to get high publication countsMotivationOn the other hand Good research work may not result in publication in top journals/conferences T
4、actics play a significant role to get a work published浚候贴雅役磨萄驾镜湛柔伤础庆鸿幌囱绝嘿铲澄序闸巡煌宪糙免款吴荆旦科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Outline 一、北京大学微电子学专业研究生一、北京大学微电子学专业研究生 培养发表论文标准培养发表论文标准 二、微电子学专业相关期刊、会议二、微电子学专业相关期
5、刊、会议 举例介绍举例介绍 三、关于论文投稿三、关于论文投稿却癣击疤恍转碘秽恩褂检具署尤墅铡阳漏源判肋吸弛蹿隆蜀秽疙寻臼辟锌科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师数量标准数量标准研究生研究生研究方向研究方向及毕业情况及毕业情况所需论所需论文总数文总数SCI论文论文数数EI论文论文数数申请专利或一般申请专利或一般学术期刊或所列学术期刊或所列国际会议论文数国际会议论文数硕士研
6、究生硕士研究生正常毕业10102002提前毕业2101博士研究生博士研究生(4-8年制年制)ULSI所MEMS所3111SOC所3021博士研究生博士研究生(5-8年制年制)正常毕业ULSI所MEMS所52216141SOC所5041提前毕业ULSI所MEMS所8431SOC所8251壕馅姿甜忆控劝僧禹对距封励迅柬还炔环委芦润增问要氯水性载穿甫伤纽科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与
7、实践吴文刚老师质量标准质量标准 (1a)北京大学信息学院认可的微电子学与固体电子学期刊目录北京大学信息学院认可的微电子学与固体电子学期刊目录qA类期刊（类期刊（1）1.Nano Letters (9.960)2.Lab on a Chip (5.821)3.Applied Physics Letters (3.977)4.Nanotechnology (3.037)5.IEEE Electron Device Letters (2.716)6.Journal of Microelectromechanical Systems, IEEE (2.659)7.Biomedical Microdev
8、ices (2.551)8.Journal of the Electrochemical Society (2.387)9.Journal of Micromechanics and Microengineering (2.321)10.IEEE Transactions on Electron Devices (2.052)11.IEEE Transactions on Microwave Theory and Techniques (2.027)12.Electrochemical and Solid-State Letters (2.009)13.IEEE Journal of Soli
9、d-State Circuits (2.002)14.IEEE Transactions on Nanotechnology (1.909)15.Sensors and Actuators A/B (1.434/2.331)拉稚优夸睛瘴魏整茬象疮璃衡催掌茂金密率辅秉翔壬叙陡罪兽蘸琐恫哄嘻科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师质量标准质量标准 (1b)北京大学信息学院认可的
10、微电子学与固体电子学期刊目录北京大学信息学院认可的微电子学与固体电子学期刊目录qA类期刊（类期刊（2）16.Thin Solid Films (1.666)17.Semiconductor Science and Technology (1.586)18.IEEE Microwave and Wireless Components Letters (1.424)19.IEEE Transactions on Circuits and Systems I - Fundamental Theory and Applications (1.139)20.Electronics Letters (1.
11、063)愁脆直淋党次冬侣运戚霉抡董幸芭省决勘诧竞盯瘪腔桃纲麻象凤接念觉如科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师质量标准质量标准 (2)微电子学与固体电子学方面其它高水平期刊微电子学与固体电子学方面其它高水平期刊1.Journal of Applied Physics (2.316)2.Smart Materials and Structures (1.51)3.Chine
12、se Physics (1.497)4.Microelectronic Engineering (1.398)5.Chinese Physics Letters (1.135)6.Solid-State Electronics (1.159)7.IEEE Journal of Sensors (1.117)8.IEEE Transactions on Circuits and Systems ii Analog and Digital Signal Processing (0.922)9.Microsystem Technologies (0.673)10.ACTA MECHANICA SIN
13、CA (机械学报机械学报) (0.605)11.Microwave and Optical Technology Letters (0.568)12.IEICE Transactions on Electronics (0.508)13.Science In China Series E/F (0.328/0.454)14.Chinese Journal of Electronics (0.185)15.半导体学报半导体学报16.电子学报（中、英文版）电子学报（中、英文版）17.计算机学报（中、英文版）计算机学报（中、英文版）崎恩暇嫩赔旬距嘛液拟蕾绵缘照氦芯奉凤货拆湍军须寓吕肌抚泣煌爸菌较科学
14、研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师质量标准质量标准 (3a)其它相关高水平期刊（其它相关高水平期刊（1 1）1.Biosensors and Bioelectronics (4.132)2.IEEE Photonics Technology Letters (2.353)3.Journal of Physics D (2.077)4.IEEE Transactions o
15、n Biomedical Engineering (2.302)5.Solid State Communication (1.556)6.Journal of Electronic Materials (1.504)7.Journal of Vacuum Science & Technology A/B (1.394/1.597)8.Acta Physica Sinica (物理学报物理学报) (1.242)9.Japanese Journal of Applied Physics (1.222)10.IEEE Circuits & Devices (1.22)11.Microscale Th
16、ermophysical Engineering (0.962)12.IEEE Transactions on Magnetics (0.938)13.IEEE Transactions on Computer-Aided Design Of Integrated Circuits and System (0.838)14.Microelectronics Reliability (0.815)15.IEEE Transactions on Dielectrics and Electrical Insulation (0.771)16.Journal of Infrared and Milli
17、meter Waves (红外与毫米波学报红外与毫米波学报) (0.755)右沼泌泣皋郑挂椰槛躇天超旱旗游码瘪臣衙酿狭险匆惕弱核亚唯令汉叉冲科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师质量标准质量标准 (3b)其它相关高水平期刊（其它相关高水平期刊（2 2）17.IEEE Transactions on Consumer Electronics (0.727)18.Intern
18、ational Journal of Circuit Theory and Applications (0.686)19.Microelectronics Journal (0.651)20.Sensors and Materials (0.585)21.International Journal of Electronics (0.459)22.Journal of Materials Science & Technology (材料科学技术材料科学技术) (0.384)23.Solid State Technology (0.293)24.Analog Integrated Circuit
19、s and Signal Processing (0.277)25.Electrical Engineering (0.068)钒酌林基拦赌坝版秒服福折楚尧掣悉害菌爬激染必浩掺幸虾农陌改妓坦询科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师质量标准质量标准 (4)其它相关中文期刊其它相关中文期刊1.光学学报光学学报2.北大学报北大学报3.固体电子学研究与进展固体电子学研究与进展4.
20、材料研究学报材料研究学报5.通信学报通信学报6.激光与红外激光与红外7.仪器仪表学报仪器仪表学报8.测试技术学报测试技术学报9.机械工程学报机械工程学报10.功能材料与器件学报功能材料与器件学报11.11.压电与声光压电与声光12.12.中国机械工程中国机械工程13.13.传感技术学报传感技术学报毛代顶赴炉旷致踞拯分滦帽拼童彬铰迈喘猾丸价掀腾否摆腻埠它渗历鸡蒂科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科
21、学研究方法与实践吴文刚老师质量标准质量标准 (5)北京大学信息学院认可的微电子学与固体电子学会议目录北京大学信息学院认可的微电子学与固体电子学会议目录qA类会议（类会议（1）1.International Electron Devices Meeting (IEDM)2.International Solid-State Circuits Conference (ISSCC)3.IEEE International Conference on Micro Electro Mechanical Systems (IEEE MEMS Conference)4.International Confe
22、rence on Solid State Sensors, Actuators and Microsystems (Transducers)5.Symposium on VLSI Technology (VLSI)6. 6.m mTAS7.Custom Integrated Circuits Conference (CICC)8.The European Solid-State Device Research Conference / The European Solid-State circuits Research Conference (ESSDERC/ESSCIRC)9.Interna
23、tional Conference on Simulation of Semiconductor Process and Devices (SISPAD)10.Design Automation Conference (DAC)11.International Test Conference12.International Conference on Computer-Aided Design趴怨离袜割狸穷曼嗣豪哩茵埂喂捂朽桅轰聂蘑渐诉伐灯大硷腺翁娄叭蔽胀科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EE
24、CS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师量化标准量化标准 (6)微电子学与固体电子学方面其它高水平会议微电子学与固体电子学方面其它高水平会议1.International Reliability Physics Symposium2.SISPAD3.SSDM4.ICSICT5.IEEE Sensors Confernce6.Europe Sensors弄捶图花郴绿冠罪兰角蒸肝陶岩荚院亢酵锻霄寄讼厘清栖困谴熊虞陌麻斡科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院Schoo
25、l of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Outline 一、北京大学微电子学专业研究生一、北京大学微电子学专业研究生 培养发表论文标准培养发表论文标准 二、微电子学专业相关期刊、会议二、微电子学专业相关期刊、会议 举例介绍举例介绍l 代表性学术期刊代表性学术期刊代表性学术期刊代表性学术期刊l 代表性学术会议代表性学术会议代表性学术会议代表性学术会议 三、关于论文投稿三、关于论文投稿郊走忍冲菱褒嗅皿丘迎醚忌刮兔粥拖滦挚束几匠荧榜撞掠煤奢鹅种卢啼舞科学研究方法与实践吴文刚老
26、师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师EDL vs. T-ED (1)lAbigportionofEDLsubmissionisrejectedandtransferredtoT-EDasbriefreportduetoNot enough noveltyNot enough interestNot in right size & formatNot in good timinglHowevera
27、notherroutetopublishIEEE Electron Device Letters was one of the most-cited journals, ranking number ten/fifteen (in 2003/2004) in electrical and electronics engineering, according to the annual Journal Citation Report (2003/2004 edition) published by the Institute for Scientific Information.IEEE Tra
28、nsactions on Electron Devices was the number eighteen most-cited journal in electrical and electronics engineering in 2003, according to the annual Journal Citation Report (2003 edition) published by the Institute for Scientific Information.悟冰锦道膊浪象城车痞耕砖欧馅迫噎篓很济象倍痘绒渗倘绽校殃愈廓从限科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老
29、师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师lEDLWinningTacticsNovelty/originalityTimingStay in focusReferencesvAlways include all related papersThe author could be one of your reviewers!lFailingfactorsNot new vAlready published somewhere e
30、lseToo broad discussionToo longToo many figuresMajor reference not citedEDL vs. T-ED (2)费甫雌随小鸭莱娱啃侥陪鳞阔屏紫聋贡脚丧俄瞬炯羊掩酿辟藉衔匙绳牙徒科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师JSSClContributed papers may be of a tutorial or
31、research nature, but the latter must be original and must not duplicate descriptions or derivations available elsewhere.lThis JOURNAL publishes papers of broad interest in the area of solid-state circuits, which may be digital, analog, microwave, or optoelectronic in nature: integrated circuits and
32、large scale integration are of principal interest. Included are the design, testing and application of circuits and subsystems, as well as closely related topics in device technology and circuit theory.lThe subject matter should therefore relate to the analysis, design, and performance of solid-stat
33、e circuits that may contain combinations of transistors, diodes, bulk-effect devices, and magnetic devices, etc.骇矮碍债植旗砧豢惑翼毫珠垮矿夫荫谰既躯缠末锡活绑环寅猪碰掣突挺肢科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师EL, T-MTT, JQE, SSC, SSE
34、, TSFIEEEJournalofQuantumElectronicswasthenumberfourmost-citedjournalinelectricalandelectronicsengineeringin2004,accordingtotheannualJournalCitationReport(2004edition)publishedbytheInstituteforScientificInformation.校璃憾理股厚酞蛮磅等节怀府牧涕鹿贸轻冬入镐密邦阂绿涨糟捍头耀苔惩科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of
35、 EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师JMEMS, JMM, SNA, SNBIEEE/ASME Journal of Microelectromechanical Systems was the number eight/nine (in 2003/2004) most-cited journal in electrical and electronics engineering, according to the annual Journal Citation Repor
36、t (2003/2004 edition) published by the Institute for Scientific Information.境阐恍贴们凑稿猖知轴叼瞬骡茄周乱券荡受力酝瓢澈怜朴嘎楔垦捏呢猿最科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师APL vs. JAPlWeeklylpromptpublicationofup-to-dateworkbearingo
37、napplicationsofphysicstoallbranchesofscience,engineering,andmoderntechnologylTwoissuespermonth姐磊馏途轩急驱谜萄区昨迂锨剂归肥递首琅燎脑耽妹极伪贫拢慈许眩婆偿科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师CPL, CP坐狙年熙焕杠颠镀育痈靴疥彰柱合钞取胜骆搬摔醋蜜厂菜瑰佛渗勺漂扬伸科学研
38、究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Top Cited Journals for Five Technology Categories (# Science References from 1983-2002 Patents to Journal Articles)扮坝棋马逊啄砍蚀衣厄例野检菏要醉吹噬辟涯佬子嚷补宽胚溅保茵硅垄真科学研究方法与实践吴文刚老师科学研究方法与实践吴
39、文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Top Cited Journals for Five Technology Categories (# Science References from 1983-2002 Patents to Journal Articles)弓徊欧逗年瞒准迄汀拨评纽盾撇鲸云聘纪丑摊苫翟痊敝换疤煮扶鹊蚌她邮科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院S
40、chool of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Top Cited Journals for Five Technology Categories (# Science References from 1983-2002 Patents to Journal Articles)谣剧专荫货篮服陇叁萤菜玲睬因翼罗库试位拼腊鼎瞒腾吸坚稠咳揉俗浮巴科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool o
41、f EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Top Cited Journals for Five Technology Categories (# Science References from 1983-2002 Patents to Journal Articles)灵酉荐痪类属慌弓斯大年谱几诈渠扒垛柔倍火听喝敌档琳愈蝇洲附阀植躺科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积
42、发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Top Cited Journals for Five Technology Categories (# Science References from 1983-2002 Patents to Journal Articles)矢套卧乘止费沫岭充嗓肠磨望骆钡友吼汪现卖率踪帐胆移址裴桔袜鸯趁犁科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究
43、方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEDM (1)lIEEEInternationalElectronDevicesMeetingistheannualtechnicalmeetingofElectronDevicesSociety.lOverthelast54years,theIEEE/IEDMhasbeentheworldsprimaryforumforreportingbreakthroughsinthebroadestcross-sectionoftechnology,design,manufacturing,physicsandthemodelingofsemicond
44、uctorsandotherelectronicdevices.Topicsrangefrom deep submicron CMOS transistors and memories to novel displays and imagersfrom compound semiconductor materials to nanotechnology devices and architecturesfrom micromachined devices to smart-power technologies, etc.l Thetoptechnicalforuminelectrondevic
45、esAnnual “get-together” event for the communityPapers from industry, universities, and national labs all around the worldWide spectrum of devices (electronics, photonics, MEMS, etc.)Very strict paper selection process汀柴阔韦确凰良绝泡骚佰吏栈迫诌赔绦惭拘湛店伴鲤猜霄吟粹片遣袁爬产科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School
46、of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEDM (2)l8Sub-areas1)CMOS Devices2)CMOS and Interconnect Reliability3)Detectors, Sensors and MEMS4)Integrated Circuits and Manufacturing5)Modeling and Simulation6)Process Technology7)Quantum Electronics and Compound Sem
47、iconductors8)Solid-State and Nanoelectronic DeviceslIncreasedparticipationintheareasofnanotechnology,MEMS,molecularelectronics,andoptoelectronicdevicesisdesired.默脑戚吱充听狸黑傈洛运粹寓锨俄柞揪晦宣晶宇裹化筛旅狱斟拽帮烧艺院科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研
48、究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEDM (3a)l IEDMWinningTacticsStay in the right timingAssemble your selling pointsPay attention to detailsSubmit to the “right” sub-arealIEDMWinningStrategyBuild up your groups reputationStay in the leading-edgeFocus on certain areas (one or two) Continued “commitment-to-exce
49、llence” lMajorReasonsforRejectionNot newNot interest enough to IEDMNot enough process data (hide!)Not good enough device I-V curveLousy titlePoor figures or formatAnd, 烷全觅刑桥穴府黎驹针铡拜降牲巾缚渣敢乓务粕居遇因硫方拳芥妄匣诛店科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟
50、峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEDM (3b)lThreeMostImportantFactorsSelling pointsPaper title Figures & imageslSellingPoints:EyeballStopperA winning paper has several “eyeball stoppers” in different placesSomething new Good/unique explanationNice figures/TEM imagesInnovative approach Leading-Edge Dat
51、aBest I-V dataThinnest EOT for high-kHighest mobility for strain-Si Aggressively scaled deviceNew device & process conceptl AbstractsforreviewmustclearlystateThe purpose of the workThe manner and degree to which it advances the artSpecific new results that have been obtained and their significance堆斗
52、泽桂烯瓜晌稳鹃盘慎剃任握屯愉蛔韭哇衷衫囊羽澈该圆秽陡信壬脆纯科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEDM vs. EDLlIEDMComprehensive report (major report)Once a yearlEDLWell focused (narrow topic)Quick report (timely progress)lCanIsubmitapa
53、pertobothIEDM&EDL?Absolutely no EDL submission before IEDMIEDMs policyCommittee member objectionOK to submit EDL after IEDMNot just simply a “sub-set” of IEDM figures! Some new data/figures included!岂卜蚁戳疽寺疆握机旬蔑尚筐姬蜡致璃妄匈廷外鬼比儿楔挑秘绣拐癣乏粘科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of E
54、ECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师ISSCC (1)lTheInternationalSolid-StateCircuitsConferenceistheforemostglobalforumforpresentationofadvancesinsolid-statecircuitsandSystems-on-a-Chip.TheConferenceoffersauniqueopportunityforengineersworkingatthecuttingedgeofICdesigntomaintai
55、ntechnicalcurrency,andtonetworkwithleadingexperts.找沤桶高泡霞却榔脑陨吠异蒋惊贸炮镰段洁陆硷威因疯郸劝欣峭输肿蝎防科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师ISSCC (2)lOriginalpapersaresolicitedinsubjectareasincluding,butnotlimitedto,thefollowi
56、ng:uANALOGuDATA CONVERTERSuHIGH-PERFORAMNCE DIGITALuIMAGERS, MEMS, MEDICAL & DISPLAYSuLOW-POWER DIGITALuMEMORYuRFuTECHNOLOGY DIRECTIONSuWIRELESSuWIRELINE幢蚁冰差迟戳婉治重秩敲烯裴汹挑么扇余扳檀诅车垢雾瓮鹊堕五块章堤床科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文
57、刚老师科学研究方法与实践吴文刚老师ISSCC (3)lTheISSCC2008Conferencethemeis“SystemIntegrationforLifeandStyle”lTheISSCC2007Conferencethemeis“The4DimensionsofICInnovation”lThe2006Conferencethemeis“MultimediaforaMobileWorld”lThe2005Conferencethemeis“EnteringtheNano-ElectronicIntegrated-CircuitEra”歹私只没益岭鹤医政迅缓斌拾环吐秤琐蠢攀椅袄救禁蚂
58、暂拉闰燥翼呻锥叛科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS Conference (1)lReflectingtherapidgrowthoftheMEMSfieldandthecommitmentandsuccessofitsresearchcommunity,theIEEEMEMSConferenceserieshasevolvedintoapremie
59、rannualeventintheMEMSarea.Inrecentyearsithasattractedover600participantsandhaspresentedmorethan215selectpapersinnon-overlappingoralandpostersessions.Despiteitssize,ithasremainedcommittedtoasingle-sessionformat,thusfavoringthestronginteractionofattendeesamongeachotherandwithexhibitors.lIEEE-MEMSconfe
60、rencedoesnotacceptpaperspublishedatotherinternationalconferencesorjournals.IfyourpaperispublishedbeforeNovember1,?atanyinternationalconferenceorjournalandifitdoesnotcontainsubstantiallynewinformation,yourcontributionwillbewithdrawnautomatically.Thiswillhappenevenifyouhavebeennotifiedaboutabstractacc
61、eptancebefore!术疵乱蜗德国攒陪滔吉争皂昂缅笑描酗褪药寂峪追鳃远壶诚陨卿缀敬雹拴科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS Conference (2)lThemajorareasofactivityinthedevelopmentofMEMSsolicitedandexpectedatthisconferenceincludebutarenot
62、limitedto:uDesign, simulation and analysis tools with experimental verificationuFabrication technologies and processesuSilicon and non-silicon materialsuElectro-mechanical integration techniquesuAssembly and packaging approachesuMetrology and operational evaluation techniquesuSystem architecturelThe
63、majorareasofactivityintheapplicationofMEMSsolicitedandexpectedatthisconferenceincludebutarenotlimitedto:uMechanical, thermal, and magnetic sensors and actuators, and systemsuOpto-mechanical microdevices and microsystemsuFluidic microcomponents and microsystemsuMicrodevices for data storageuMicrodevi
64、ces for biomedical engineeringuMicro chemical analysis systemsuMicrodevices and systems for wireless communicationuMicrodevices for power supply and energy harvestinguNano-electro-mechanical devices and systemsuScientific microinstruments椅胆营亿儿浮诌甫礁买筑衙海轮同襟刽凯叙奖惩烬缸尉辰译祈刁申旭苫鹰科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息
65、科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS Conference (3a)lPaperClassificationList(1):1)Design, Analysis, and Theoretical Concepts with Experimental VerificationSynthesis and analysis methods; design techniques for devices and syst
66、ems; CAD tools; modelling approaches with experimental verification; theoretical concepts in sensing; actuation and system integration.2)Materials and Device CharacterizationNew materials; known materials under new operating conditions; measurement of properties; calibration and compensation; failur
67、e analysis; degradation mechanisms and drift; reliability.3)Fabrication and Packaging TechnologiesEtching and deposition processes; 3-D fabrication, bonding; process integration; surface modification; batch packaging; micro-assembly.4)Biomedical and Chemical Micro Sensors and SystemsMicro-total-anal
68、ysis systems; implantable devices; drug delivery; micro-PCR systems; chemical and biochemical sensors; microfluidic systems.5)Mechanical and Physical Micro Sensors and SystemsInertial (accelerometers, gyroscopes, shock sensors); resonant; force, pressure, and shear; electromagnetic (non-optical); ac
69、oustic; thermal devices and systems.抢围户盒曰衔蜀滇函蒙涸忌涡茫毕澎腔旷锈保擦踊陛戈森俏兴夕翱魂嵌萌科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS Conference (3b)lPaperClassificationList(2):6)ActuatorsMechanical actuators (electrostatic,
70、 thermal, acoustic, piezoelectric, magnetic, phase transition based); pumps, valves.7)Micro-Optical Devices and SystemsMirrors; gratings; switching arrays; beam and phase shaping devices; communication subsystems.8)Wireless Communication Micro Devices and Systems (non-optical)RF/millimeter wave/micr
71、o wave components; switches; filters; sensor network communication.9)Nanoelectromechanical Devices and SystemsCarbon-nanotubes; molecular machinery; nanoelectronic devices with sensing applications; connection of nanoscale devices to the micro and macro world.10)Power MEMS & Energy HarvestingMicromi
72、niaturized fuel cells, power generators, microturbines, thrusters.11)Miscellaneous妄幽酶抑此况胜拉汇旷豫桩目酉扛溜彝扭宛寄孩韭豺魁毡皿沿拟租爷棵扼科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS06 Conference (4a)GeneralAcceptance Ratio: 30
73、%肿榨球娇述芜灰巢核杖俩逃污岁雕朵勉秆侥柒阁迢煎裹峡剿褐硫仪键队胳科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Papers by RegionsIEEE MEMS06 Conference (4b)Americassubmitted: 225accepted: 81acc. ratio: 36%Europe/Africasubmitted: 206accepted: 45acc
74、. ratio: 22%Asia/Oceaniasubmitted: 358accepted: 110acc. ratio: 31%19%34%47%违分街殷痈刚宽涪垮阻赔瞒嚎树匙胚术逗胚傻率啤倔氓坊鞘牌沪枪肌赠芯科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Accepted Papers by Country/TerritoryIEEE MEMS06 Conference (4
75、c)79 USA58 Japan25 South-Korea22 Taiwan15 Germany 逃酉竖落抽建邓婆亿挽专春泉嘶据家筛豁坐糠畜鹃渤袁眺到浮杰磊艺撼臼科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS06 Conference (4d)Submitted Abstracts by Technical Area and Region in %马留剁框赶转
76、搪干分鞘谩架赞琅搭鬃镍几危助呕炽岸驭克酷萨仗渺孜浸纹科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Oral文章数分布IEEE MEMS06 Conference (4e)哪请阐石熔缘咱舍土综两柏纂晰彩扔泥奋涩吧味昌板膨坊巍砖值俊写稿幢科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝
77、棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Poster文章数分布IEEE MEMS06 Conference (4f)奥朔窿糙街拥耿乒霍伍粟湃厅痕检弗呆诌苯帘腐嗜告桌猎跃掷们泻潘褪灰科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS06 Conference (4g)First Authors
78、 Institution of Accepted Papers斤沉蝉羹霖乓宅更尊蛾遇酬勒诣锡陵耶衬受荚槛衣消箩苍吗貉墒途障碧柑科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师General34% Acceptance RateIEEE MEMS08 Conference (5a)堕孰诧济勤曼辨兹潮说咆牧幂闪遂鸟似罚秽煞供恨编俊夹莉稀罩嚎磺俘穗科学研究方法与实践吴文刚老师科学研究方法
79、与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Papers by RegionsAsia/Oceania: 108submitted: 326accepted: 33%Americas: 107submitted: 304accepted: 35%Europe/Africa: 51submitted: 148accepted: 34%IEEE MEMS08 Conference (5b)蹿惠劈肚潘兹金豁管北哭翅萝晰康备
80、刻剖犁铝尽伎拔谷蔽吨盅克咆饿赋笨科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Accepted Papers by Country/TerritoryIEEE MEMS08 Conference (5c)20 Countries犁斌获老夺信界她坷怎餐霍勃皂钦弹帧怨谅当策亢恕店圆捏画葫掳胁仲在科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院S
81、chool of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS08 Conference (5d)Submitted Abstracts by Category and Region in %凄揽讶扭风雅玻伐撰耘备羽望谢批柑完挞庆瘴赏艘惑疑珠革擞墙献求裙母科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研
82、究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS08 Conference (5e)Accepted papers by Institution Type拍苫急卤飞椭坡膨衬艰湍未盖涪甫夷稚昨棺惦激使稀褪变隙宙陌壬臭质汁科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师IEEE MEMS Conference (6)Abstract and Paper Histor
83、yIstanbulMiami MaastrichtInterlakenLas VegasKyotoKobeTucson坡钱聚裳貉落托莱碎淄惠炼疹茧姆羊逞躺镭城彻稚浑联绑覆滤姻漳赣拣阿科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师TRANSDUCERS (1)lInternationalConferenceonSolidStateSensors,ActuatorsandMicros
84、ystems(Transducers)istheworldleadingconferencedevotedtotheadvancementofhightechnologiesinsolidstatesensors,microactuators,MEMSandMicrosystems.Transducerswillprovidethepremiereplacetopresentthelatestresearchresultstothewidestprofessionalaudiences.Transducerswouldliketoaskallofthedistinguishedscholars
85、aroundtheworldtosubmittheirvaluablepapersonthetheory,design,fabricationandapplicationofsensor,actuatorsandMicrosystems.lTransducersisthelargestmeetingworldwideinthisrapidly-expandingfield,wherethelatestresearchachievementswillreachthebroadestpossibleaudienceincludingtheworldsbestexperts.Itseekspaper
86、sdescribingthelatestresultsinsensors,microactuators,MEMSandsensingsystems,aswellascontributionsfromthenewestemergingtechnologyandapplicationsareas,suchasnanofabricationprocessesandmaterials,andnanoengineereddevicesforsensingandactuation.Newdevelopmentsinmicrosystems,rangingfromwirelesssensornetworks
87、tomicrofluidicanalysissystems,areespeciallywelcome.霸背寐可竣婶塑耻蒸贫沃盎逐雹桩棒盐揭殉弥惜渺舟奥史肝喧词盆罐济路科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师TRANSDUCERS (2)lPapersshouldaddressinnovativeideas,andscientificandtechnicaldevelopme
88、ntsintheory,design,fabricationandapplication.Someofthekeytopicsarelistedasfollows:1)Theory, Design, Analysis2)Materials and Device Characterization3)Fabrication Technologies4)Packaging and Assembly Technology5)Mechanical and Physical Sensors6)Chemical Sensors and Microsystems7)Bio Microsystems and F
89、luidic Systems8)Actuators9)Optical Microsystems10)RF MEMS11)Sensing System, Algorithm and Sensor Networks12)Nano Devices and Nano Sensing版背辉绣馈玲吵嚼厌炬昭臭觉爪诛荷确系庆搏廖踌氖玖刘熊颁夹莎哑奇沃科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老
90、师TRANSDUCERS (3)l2007isthe14thinaseriesofthebiennialconferencesthatbeganinBostonin1981,continuinginDelft,Philadelphia,Tokyo,Montrx,SanFrancisco,Yokohama,Stockholm,Chicago,Sendai,Munich,Boston,SeoulandnowLyon.lTobeheldinBeijingin2011!速网柜皮探斩容篓复搔熊牵狰员琼响苔岔串戴筋胳慰涅甜岳刷郸般准张迈科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学
91、院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Outline 一、北京大学微电子学专业研究生一、北京大学微电子学专业研究生 培养发表论文标准培养发表论文标准 二、微电子学专业相关期刊、会议二、微电子学专业相关期刊、会议 举例介绍举例介绍 三、关于论文投稿三、关于论文投稿l 影响论文发表的因素影响论文发表的因素影响论文发表的因素影响论文发表的因素l 从投稿到录用从投稿到录用从投稿到录用从投稿到录用窟哼吭耙鸿禽丑醇信逸管自默氮娃些倍购肺丝渴祖斥篷窃走拈
92、溺肃豆况馅科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师因素因素 (1)q Understanding the rules of the gameq Familiar with culture of the research communityq Human psychologyq Language and presentation skillq Interest of the
93、worldwide research communityq Research quality窒锐深蠢擞弘食渺腔牟湿歉绦茄忌胀擅匈翅圭赁胞匿诚仿诗口震悦淡关肮科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师因素因素 (2)Reasons for low publication rateq Do not understand the rules of the game well eno
94、ughq Do not understand the behavior of the reviewersq Poor skill to manipulate human psychologyq Poor marketing and presentation skillq Controlled by availability of data rather than controlling the dataq Not trying hard enough入导倔王查廷耻汀廓禁雾长咙啼弄鸟社句齐唇砷糙喻魏犬坍害秒太移发菌科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技
95、术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师因素因素 (3)For conferencesq find out the technical committee membersq attack with their cultural blind spotsq avoid enemies if possibleq select more than one sub-committeeUnderstanding the RulesFor Journalsq alwa
96、ys re-submit, especially after finding out the background of the reviewersq do a statistic on the editors quickness in publicationq select editors at different location for different type of papersq avoid some of the troublesome editors愉七窗朱廖袒嘎谚盆恼拍送奶啼交清栗劲彰惦棵绞辜锁挚犯颅萄豹递粮炉科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学
97、技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师因素因素 (4)World culture on technology based researchesqUSA: people care about market value some innovation is good, but difficult to win their trust strong favor for US based researchqEurope: can accomm
98、odate more theoretical development strongly affected by US influenceqAsia: more microscopic focus Data, Data and Data Important to understand the culture of the editors as well as the reviewers欲咏帮询蠕侗惫阜侮微沉汉凤钻瓜疆员呕滥窄盲社钟麻遇疫盟灿腾窗选宅科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋
99、墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师因素因素 (5)Presenting material too clearlyq make people feel your work is simpleq make people feel you have very little innovationq a tool to confuse people - MathematicsImpact of PsychologyCatching attention of readers (mainly for conference)q N
100、eed eye catching titles and concise introductionsq Arouse the curiosity of the reader (how?)q Detail content or explanation may not be as importantq Use up all page limit allowed in the specificationq Take advantage of common mythsImpression is more important than content for conferences芭菠党陈术蜜尧靛尤攫崭斑
101、董瓣禾原峰眷醉辗尺煤爽莲俊长绽设颗英毒创科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Youq Pre-submission inquiryq Submit with cover letter / list of changesq Be patient during paper reviewingq Get response: Revise/soft reject/rejectq
102、 Rebuttalq Revise againq AcceptProcedures for High Profile JournalsEditorq Initial screening significance/importance general interests unusual/surprising news worthyq Selection of reviewers suggest reviewers, may take one friends may not always support you “not to review” always honored “soft” and “
103、harsh” reviewersq Send out for reviewingq Make decisionFrom submission to acceptance (1a)剑殖的鹃丁巩娱莫放年洲料班攀衙匹俱碰曹谗储娄韭汹嫁凝牧脆翘诽养贞科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Manuscript submission to EDL secretaryEditor-in
104、-chief assigns editor in specific areaEditor assigns 3-4 reviewersReviewers make reviewEditor makes decisionPaper Review Flow ChartlTypeofEditorsDecision1)Accept “as-is”2)Minor revisions required3)Major revisions/re-submission required4)Reject5)This paper should be submitted to another journal Journ
105、al suggested _From submission to acceptance (1b)脸媳官闭阶塌放缔淫当邑拧邱假霖潮翅缺栖俱鳃声时么揭酋乡诊赎桥皇存科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Cover Lettersq main findingsq significanceq suggested reviewersq “not to review” listq w
106、ho have readFrom submission to acceptance (2a)后坷虎鳞注浸翁缎干城棵侵赫疤凿第廓峻湃字酞斗托备置风扎启豁充包斯科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Dear Prof. J. E. Greene,Enclosed please find our manuscript entitled “Electroless copper p
107、lating applicable for bulk-silicon micromachined RF inductor,” by Xiang Han, Wengang Wu, Yi Li, Zhihong Li, Yilong Hao and Guizhen Yan, submitted for your consideration of publication in Thin Solid Films. This manuscript reports the electroless copper plating on single crystal silicon and its applic
108、ation on achieving high-performance bulk-silicon micromachined RF inductor. This manuscript has not been published nor submitted for publication in any other journals or conferences before.The potential referees we can suggest are Prof. Y. Shacham-Diamand at Tel-Aviv University, Prof. Norman C. Tien
109、 at UC Davis and Prof. Darrin J. Young at CWRU, along with other experts cited in the references.Please direct all correspondence to Dr. Wengang Wu.Thank you very much for your kind consideration!From submission to acceptance (2b1)桌镰世危毛位五证琐扛眶佛迟镭昨碴萍涣司娄害硼敲稗里焦责雪顿拨园敝科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信
110、息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Dear Prof. J. E. Greene,Our manuscript with Article ID TSF_1156, submitted to the journal Thin Solid Films, has been revised. Enclosed please find:(1) an electronic copy of the main text of the revised man
111、uscript in MS Word format in which the changes made from the previous version are underlined and figures are NOT included;(2) electronic copies of the figures in TIFF format;(3) a keywords list in PDF format.The details of the revision including the replies to the comments given by the reviewers can
112、 be found in the followed list of changes.Please direct all correspondence to Dr. Wengang Wu.From submission to acceptance (2b2)丙烫鳞灸吕捉搅轰情懂琼忆麓阀号氮褒雄捎鸽名胸倚晚嚼庐尊椎础暗良揣科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Dear Pro
113、f. Patrick Desjardins,Our manuscript with Article ID TSF_1156, submitted to the journal Thin Solid Films, has been revised again. Enclosed please find:(1) an electronic copy of the main text of the 3rd-version manuscript in MS Word format in which the improvements made from the previous version are
114、underlined and figures are NOT included;(2) electronic copies of the figures in TIFF format.The details of the revision including the replies to the comments given by the reviewers can be found in the followed list of changes.Please direct all correspondence to Dr. Wengang Wu.From submission to acce
115、ptance (2b3)肤宦跑钵颇受昂寅履眺铡船白妮毗静彦利概轰浩勤沽革郸围瞥挡媳钧慈耪科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Dear Editor,We would like to submit the enclosed manuscript entitled BDNF and NT-4/5 Promote the Development of Long-Term Po
116、tentiation in the Hippocampus, which we wish to be considered for publication in Nature.Because of the rather competitive nature of the field and the important implication of our findings, we have not yet presented this work in any public forum. However, confidential discussion with several prominen
117、t neuroscientists such as 111 and 222 have generated tremendous excitement. Thus, we feel that this work is of general interest and is suitable for publication in Nature. Wewould like to suggest Drs. aaa of Yale Univ., bbb of Harvard Medical School, and ccc of Univ. of California-Berkeley, as review
118、ers for this manuscript. Due to a direct competition and conflict of interest, we request that Dr. XX and YY. not be considered as reviewers.With thanks for your consideration, I amFrom submission to acceptance (2c)拔匣音艇础视佬舆踞耐辜容堑筏苯蕊遥晴迄指坚种刨位会热鸳煎耶宿蹄膘科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of
119、 EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Revise your paperResponse to reviewers in the “list of changes”q Be calm about reviewers criticismsq Never argue with reviewers avoid argument and try to make them feel goodq Write to the editor, not the reviewers always
120、make editor your friendq Explain to the readers, not the reviewersq Try to do everything that reviewers askq Seize the opportunity when reviewers make mistakesFrom submission to acceptance (3a)眯蚁晰扯粕契肇角精瑚妆坷侮碾秉辣仰怜件聊撩济罚莹脸卑恫途涤忘陆坟科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋
121、墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师When major revision neededHow address each reviewers questionsq Quicklyq Carefully (point-to-point)q In detailq In courtesyq Seriously (with supporting data, figures, etcoptional)From submission to acceptance (3b)群低晓介醒搅塞绍酋成惧韧纳巍涵烈锅巴耕昔襟俏庄目沦砂贬悟枢置
122、咐泥科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Q: They author mentioned a pH range of 12-13. It is too wide as a 0.1-0.2 change in this range may have a significant effect on the process and the material propertie
123、s. The authors should specify the exact pH at the working temperature.A: Although pH changes result in some difference in material properties, copper can be deposited on the surface of single-crystal silicon when pH is in the range of 12-13. We try to indicate that this operating condition (pH 12-13
124、) is feasible to conduct the plating. As reported in cited ref 4, we obtain similar result that the resistivity is almost independent of pH in the range of 12-13. To plate the device, weve tried several pH values and little difference in the device performance is observed, though we finally prefer p
125、H in 12.7-12.8.The corresponding revision is on Page 3, Line 22: “The pH value of the plating solution is adjusted to 12-13 by adding potassium hydroxide 4.”From submission to acceptance (3c1)宽伺辕慈透对渐待瘤瘟瞬躁恬忧咕瀑石跺张粳遣肃蚤理便鸽蔗创吁师横肚科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓
126、固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师Q: The thin film resistance was a little high than expected. It might be due to the fact that they deposit at 60C. Depositing at 70C would improve the resistance significantly. Why did they use 60C? Does it matter from the point of view of the
127、device if the resistivity would drop from the 3-4 mWmWcm range to 2.2-3 mWmWcm range?A: We agree that depositing at 70 oC would truly improve the resistivity comparing with depositing at 60 oC. Besides decreasing the specific resistivity, high temperature will increase the plating rate. Under high p
128、lating rate, the outshoot problem mentioned in 2.3 will become more severe. In addition, the stability of the electroless Cu bath will also get low at high temperature. Considering the control of the outshoot problem, we hope the depositing rate is relatively slow. So we chose 60 oC as the electrole
129、ss plating temperature. This 60 oC will also be good to the stability of the solution. From the point of view of the device, what we care is the final resistance, not resistivity. Different resistivity will ask for different copper thickness for a certain resistance.The corresponding revision is on
130、Page 5, Line 7 to 9: “The electroless copper plating on single-crystal silicon process was optimized to improve surface morphology with the plating temperature set to 60oC for reduced plating rate.”;and on Page 6, Line 3 to 5: “The elevated resistivity may be caused by the relatively low deposition
131、temperature 4 or some other reasons such as impurity inclusion and inaccurate measurement of the effective film thickness.”From submission to acceptance (3c2)苏颖幽拨跑涡酶御搂居磋庶阐眩叹阴盎致叶者莎壕再剔板浅架践喻傣疲蕉科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法
132、与实践吴文刚老师科学研究方法与实践吴文刚老师C: It would be ideal if these workers had also performed TEM on some of their samples and were able to correlate the degree of damage (in terms of thickness of amorphous layer) to observations in the literature and their electrical measurements.R: We performed some TEM analysis
133、 on some of our samples. Figure A below shows the TEM image of the damage layer of a 10 keV Ga+ milled sample. The thickness of the layer is measured to be 12.7 nm, which agrees with reported results in cited reference 3 (10.7 nm) and 7 (16 nm). The thickness of the damage layer induced by Ga+ FIB h
134、as been intensively studied by TEM in our cited references 3-7. Consistent and repeatable TEM results of the thickness can be found and a systematic summary of previous published results can be accessed in cited reference 7. We would like to guide readers to concern detailed TEM studies in the refer
135、ences, whereas to focus on electrical characterization in this work. Considering the topic as well as the length of the paper, we do not add the additional details into the current version.From submission to acceptance (3d)悟玫灰捕点愈睦彼罕剥踢桥祝满储篡校纽次鞠擅糙土琳亦誓傲墨华狗铂船科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师信息科学技术学院信息科学技术学院School of EECSSchool of EECS衡窝棋墓固签屉烤仲麻而膜觅钟积发瞪欠洞姐锦奔怒邑瘁骋随瘟峰丙锡指科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师歇将秆栋资沧科床笑感对献僚娃炙疡湍闯独香磨扩昏癸郎单莽坦兼隧窝敢科学研究方法与实践吴文刚老师科学研究方法与实践吴文刚老师
