2012EI国际会议大全_EI检索入口_学术会议在线
Ei数据库的检索方法
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专家检索
输入框 索引表
字段代码表
检索规则
简单检索中的规则适用于专家检索。 简单检索中的规则适用于专家检索。 使用专家检索时，应在检索词后加入字段说明， 使用专家检索时，应在检索词后加入字段说明，否则系统默认在全字 段检索。专家检索输入格式为： 段检索。专家检索输入格式为： motors” “linear induction motors wn KY (Subject/Title/Abstract)(直流感应电机 直流感应电机) (Subject/Title/Abstract)(直流感应电机) Bers.D* wn AU {X{X-ray spectrometry} wn ST (Serial title)
检索高金森2007-2009年的发表的文章
检索结果：挑出作者的文章
结果输出： 结果输出：
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检索与某一课题相关的文献
字段说明
All fields: EI数据库全部著录项目 数据库全部著录项目， 指EI数据库全部著录项目，该字段为系统默认字 段。 Subject/Title/Abstract: 检索将在文摘、标题、标题译文、主题词表、 检索将在文摘、标题、标题译文、主题词表、标 引词、关键词等字段进行。检索词可为词、 引词、关键词等字段进行。检索词可为词、词组或 短语。 短语。 Author(或编者 或编者): 或编者 作者指论文作者，输入时姓在前名在后。 作者指论文作者，输入时姓在前名在后。作者名 后可以使用截词符， Smith,A*表示系统将就 后可以使用截词符，如：Smith,A*表示系统将就 Smith,a., Smith,A.A., Smith,A.B, Smith,Aarom, Smith,AaronC等作者进行检索 等作者进行检索。 Smith,AaronC等作者进行检索。中国的作者姓名拼 写有多种拼写方式，应考虑全面。 写有多种拼写方式，应考虑全面。
EI会议信息快速查找法(世上最全经典找法!!必看)
很多想发表EI会议的朋友都不知道如何才能找到可以投稿的会议。
其实EI国际会议一年四季几乎每个月都会有，并且会议数量远远超过你的想象，那么如何才能获取这些会议信息呢？下面笔者给您介绍几种办法，希望对您查找到合适的会议有所帮助。
方法一：百度。
这个方法最直接，但是很多人也试过，在百度里搜索不到。
这是因为输入错误了关键词，比如你输入“ei会议”想要查找EI会议的官网，但是你搜出来的却是一些百度知道提问、文库、或者是一些搞这行的相关机构。
这里给大家一个输入关键词的公式：EI 会议+会议在主题+年份。
例如你是一个学材料的教师，那你可以输入“EI会议材料2014”，那么搜索结果的前三页至少能够找出4-8个会议。
三页以后不用找了，相关性已经很低，基本没有了。
方法二：去“中国学术会议在线”官网看看，里面有很多关于会议的信息，但是要注意的是，里面的会议并不是全部都会被EI收录，你要仔细看下会议上是否有说明被EI收录。
还要说明一点，中国学术会议在线上的会议资源并不全。
很多人找到一个会议，然后去中国学术会议上查，查不到这个会议就说这个会议有问题，其实这样判断并不合理。
因为国外很多EI 国际会议有时不会也没必要去告知中国学术会议在线的。
方法三：邮箱查找。
EI会议行业特点是，只有一个作者用某邮箱投了一篇论文被会议录用，那么只要这篇文章已经见刊，那么从此以后，这个投过会议的邮箱不时会有很多会议征稿的邮件发送过来，部分邮件会被干到垃圾箱中去。
所以问问你周围的朋友吧，如果有这种邮箱，赶紧登陆进去看看。
方法四：去国外的常见举办会议的单位官网去看看，例如常见单位有（电气和电子工程师协会）即我们常说的IEEE。
去官网上查也能查出很多会议，不过由于是国外网站，所以全是英文，需要用有道翻译下。
方法五：直接问问一些相关EI会议的机构，因为这些机构长期做EI会议论文，所以必然会搜集很多会议征稿信息，并且对于哪些会议靠谱，哪些会议不保险，也是门清，所以可以去问问，这里给大家一个：（复制），比较权威，可以看看。
ei会议论文检索入口（共3篇）（精简版）
ei会议论文检索入口(共3篇)ei会议论文检索入口(共3篇)篇一：EI论文检索入口EI论文检索入口，是哪个？ 2016-05-20 10:32:42 EI论文检索入口，是哪个？EI论文检索入口，是哪个？EI 论文检索入口，是哪个？ EI检索的地址有很多，如下：清华大学内网：/ 主办：中国EI会议核心论文检索中心承办：国际工程索引核心检索会议南京组委会投稿信箱：003@eimeeting. 咨询电话：************联系QQ：1711311238 责任编务：赵莹我们的使命◆ 作者本人自带全英文论文，全权委托我们修改排版后发表。
◆ 作者本人自带中文论文，全权委托我们翻译后排版发表。
◆ 作者本人无论文，全权委托我们指导写作（或著作权转让）并发表。
我们可以指导发表，详情请发邮件到我们信箱或者电话咨询。
◆ 我们负责办理教育部查新工作站出具EI检索认证的报告证书。
ISTP EI检索的优势当前，在我国晋升副教授、教授，必须具备下列要求。
A. 任现职以来年均完成教学工作量在180计划学时以上。
B. 在与本专业相关刊物上公开发表教学、科研论文5篇，其中被SCI、ISTP、EI收录或CSCD、CSSCI全文收录3篇以上，并撰写15万字以上公开出版发行的专著或教材。
C.对于45周岁以内的专职教师，要求硕士或者以上学历。
会议众多，长期征稿，随时更新，欢迎您直接QQ：1711311238或电************咨询。
已成功办理EI检索文章无数篇，欢迎您邮件或QQ索取检索样例。
为确保作者文章最终顺利检索，各位作者由我处代译或代为提供EI文章，我们确保文章为原创，确保被EI全文检索，确保价格超优，并会附赠EI检索证书。
EI检索，检索是什么意思？其实就是全球范围内的一个数据库，类似的知网。
但是EI可不是什么文章都录入的，被录入的文章都代表着权威与高质量。
所以EI被称为全球核心，被每个国家认可。
一般用作：硕士毕业、博士毕业、评副教授、评正教授使用。
2012EI时机EI源刊会议EI会议核心EI检索(EI&ISTP双核心双检索)
邮寄时间：2012年4月30日从美国寄出出版社：美国SPIE出版社（Society of Photo-Optical Instrumentation Engineers）
特别注意：是EI源刊（刊号ISSN:0277-786X）会议，检索时间 2-6个月。
稿件类型：数字图像处理，计算机处理，图像技术，光电子技术，光学计算机，红外探测技术，激光技术，光谱技术，光纤红外技术，光子传感技术，自动化制造技术，人工智能技术，光通信技术，医用光学技术，高速成像和摄影技术，新材料等。
2012EI时机EI源刊会议EI会议核心EI检索（EI&am6X】
出版物名称：《International Conference on Digital Image Processing》
截稿时间：2011年12月30日
会议时间：2012年4月7日-8日
在线QQ:1713013481
稿件邮箱：007@
组委会电话：025－66910083
中国EI会议核心论文检索中心可提供以下服务：
1、作者本人自带全英文论文，委托我们修改排版后发表。
2、作者本人自带中文论文，我们翻译后排版发表。
3、作者本人无论文，我们指导写作（或著作权转让）并发表。
4、我们负责免费办理EI检索认证的报告证书。
EI南京组委会联系方式：
ei会议文献检索
EI会议文献检索可以通过以下几种方式：
通过搜索引擎：在搜索引擎中输入“EI会议文献检索”等关键词，可以找到相关的学术会议网站和数据库，通过这些网站和数据库可以搜索到相关的会议文献。
通过学术搜索引擎：学术搜索引擎是指专门针对学术领域进行搜索的搜索引擎，例如Google学术、百度学术等。
这些搜索引擎通常会涵盖多个学术领域，包括工程、医学、人文社科等，可以搜索到大量的学术会议文献。
通过学术出版物：学术出版物是发布学术会议论文的主要渠道之一，可以通过学术出版物网站或数据库搜索相关的会议文献。
通过学术会议网站：学术会议通常会建立专门的网站来发布会议信息、论文摘要和全文等，可以通过这些网站搜索相关的会议文献。
需要注意的是，不同的检索方式可能适用于不同的领域和主题，因此在检索时需要根据自己的需求选择合适的检索方式。
同时，为了提高检索效率，可以尝试使用关键词组合、限定检索范围等方法。
138个已实现EI检索的被取消国际会议
截止2011年9月IEEE官方取消了136个已实现EI检索的国际会议，这些国际会议以赢利为目的，只管收钱，文章质量太差，不取消才怪呢。
2010 2nd Asia-Pacific Conference on Information Processing (APCIP)2010 2nd International Asia Symposium on Intelligent Interaction and Affective Computing & 2010 2nd International on Innovation Management (ASIA-ICIM)2010 2nd International Conference on Future Computer and Communication (FCC)2010 2nd International Conference on Information and Multimedia Technology (ICIMT)2010 2nd International Conference on Intellectual Technique in Industrial Practice (ITIP 2010) 2010 2nd International Conference on Multimedia and Computational Intelligence (ICMCI)2010 2nd International Conference on Research Challenges in Computer Science (ICRCCS)2010 2nd International Symposium on Computer Network and Multimedia Technology (CNMT 2010)2010 3rd International Conference on Computational Intelligence and Industrial Application (PACIIA)2010 3rd International Conference on Environmental and Computer Science (ICECS)2010 3rd International Conference on Machine Vision (ICMV)2010 3rd International Conference on Power Electronics and Intelligent Transportation System (PEITS)2010 4th International Conference on Intelligent Information Technology Application (IITA)2010 6th International Conference on MEMS, NANO, and Smart Systems (ICMENS)2010 First International Conference on Cellular, Molecular Biology, Biophysics and Bioengineering (CMBB)2010 IIS 2nd International Conference on Signal Processing, Robotics and Automation (ICSRA 2010)2010 International Asia Conference on Optical Instrument and Measurement (ACPIM)2010 International Conference on Bio-Inspired Systems and Signal Processing (ICBSSP)2010 International Conference on Biology, Environment and Chemistry (ICBEC)2010 International Conference on Broadcast Technology and Multimedia Communication (BTMC) 2010 International Conference on Circuit and Signal Processing (ICCSP)2010 International Conference on Communication and Vehicular Technology (ICCVT)2010 International Conference on Computational Intelligence and Vehicular System (CIVS)2010 International Conference on Computer and Computational Intelligence (ICCCI)2010 International Conference on Computer and Software Modeling (ICCSM)2010 International Conference on Computer Science and Sports Engineering (CSSE)2010 International Conference on Computer-Aided Manufacturing and Design (CMD)2010 International Conference on Construction and Project Management (ICCPM)2010 International Conference on Digital Enterprise and Digital Manufacturing (DEDM)2010 International Conference on E-business, Management and Economics (ICEME)2010 International Conference on Economics, Business and Management (ICEBM)2010 International Conference on Electrical Engineering and Automatic Control (ICEEAC)2010 International Conference on Embedded Systems and Microprocessors (ICESM)2010 International Conference on Engineering Education and Educational Technology (EEET) 2010 International Conference on Future Biomedical Information Engineering (FBIE)2010 International Conference on Future Computer, Control and Communication (FCCC)2010 International Conference on Future Industrial Engineering and Application (ICFIEA)2010 International Conference on Future Information Technology (ICFIT)2010 International Conference on Future Information Technology and Computing (FITC)2010 International Conference on Graphic and Image Processing (ICGIP)2010 International Conference on Information and Finance (ICIF)2010 International Conference on Information Security and Artificial Intelligence (ISAI)2010 International Conference on Intelligence and Information Technology (ICIIT)2010 International Conference on Intelligent Network and Computing (ICINC)2010 International Conference on Management Science (ICMS)2010 International Conference on Management Science and Information Engineering (ICMSIE) 2010 International Conference on Manufacturing Science and Technology (ICMST)2010 International Conference on Measurement and Control Engineering (ICMCE)2010 International Conference on Mechanical and Aerospace Engineering (ICMAE)2010 International Conference on Mechanical Engineering, Robotics and Aerospace (ICMERA) 2010 International Conference on Modeling, Simulation and Control (ICMSC 2010)2010 International Conference on Nano Science and Technology (ICNST)2010 International Conference on Nanotechnology and Biosensors (ICNB)2010 International Conference on Nuclear Energy and Engineering Technology (NEET)2010 International Conference on Physics Science and Technology (ICPST)2010 International Conference on Psychology, Psychological Sciences and Computer Science (PPSCS)2010 International Conference on Remote Sensing (ICRS)2010 International Conference on Semiconductor Laser and Photonics (ICSLP)2010 International Conference on Services Science, Management and Engineering (SSME)2010 International Conference on Signal and Information Processing (ICSIP)2010 International Conference on Software and Computing Technology (ICSCT)2010 International Conference on Sport Medicine, Sport Science, and Computer Science (SMSSCS)2010 ISECS International Colloquium on Computing, Communication, Control, and Management (CCCM 2010)2010 Second International Conference on E-Learning, E-Business, Enterprise Information Systems, and E-Government (EEEE)2010 Second International Conference on Test and Measurement (ICMT)2010 Second International Seminar on Business and Information Management (ISBIM)2010 Third International Conference on Computer and Electrical Engineering (ICCEE)2010 Third International Conference on Education Technology and Training (ETT)2010 Third International Symposium on Intelligent Ubiquitous Computing and Education (IUCE) 2010 Third Pacific-Asia Conference on Web Mining and Web-Based Application (WMWA)2011 15th Global Chinese Conference on Computers in Education (GCCCE)2011 2nd Asia-Pacific Conference on Wearable Computing Systems (APWCS)2011 2nd International Conference on Biomedical Engineering and Computer Science (ICBECS) 2011 2nd International Conference on Biotechnology and Food Science (ICBFS)2011 2nd International Conference on Data Storage and Data Engineering (DSDE)2011 2nd International Conference on Environmental Science and Technology (ICEST)2011 2nd International Conference on Financial Theory and Engineering (ICFTE)2011 2nd International Conference on Mechanical, Industrial, and Manufacturing Technologies (MIMT)2011 2nd Intl Conf on Innovative Computing & Communication and 2010 Asia-Pacific Conf on Information Technology & Ocean Engineering, (CICC-ITOE)2011 2nd World Congress on Computer Science and Information Engineering (CSIE)2011 3rd IEEE International Conference on Information Management and Engineering (ICIME) 2011 3rd International Conference on Bioinformatics and Biomedical Technology (ICBBT 2011) 2011 3rd International Conference on Computer and Automation Engineering (ICCAE)2011 3rd International Conference on Computer and Network Technology (ICCNT)2011 3rd International Conference on Computer Design and Applications (ICCDA 2011)2011 3rd International Conference on Computer Modeling and Simulation (ICCMS)2011 3rd International Conference on E-business and Information System Security (EBISS)2011 3rd International Conference on Machine Learning and Computing (ICMLC)2011 3rd International Conference on Networks Security, Wireless Communications and Trusted Computing (NSWCTC)2011 3rd International Conference on Signal Acquisition and Processing (ICSAP)2011 3rd International Workshop on Education Technology and Computer Science (ETCS)2011 IEEE International Conference on Information and Education Technology (ICIET)2011 International Conference on Applied Physics and Mathematics (ICAPM 2011)2011 International Conference on Bioinformatics and Computational Biology (ICBCB)2011 International Conference on Bioscience, Biochemistry and Bioinformatics (ICBBB)2011 International Conference on Communication and Electronics Information (ICCEI)2011 International Conference on Computer and Communication Devices (ICCCD)2011 International Conference on Computer Applications and Network Security (ICCANS)2011 International Conference on Computers, Communications, Control and Automation (CCCA) 2011 International Conference on Control, Robotics and Cybernetics (ICCRC)2011 International Conference on Data Engineering and Internet Technology (DEIT)2011 International Conference on Database and Data Mining (ICDDM)2011 International Conference on Digital Convergence (ICDC)2011 International Conference on Economics and Finance Research (ICEFR)2011 International Conference on Economics, Business and Marketing Management (CEBMM) 2011 International Conference on Economics, Trade and Development (ICETD)2011 International Conference on Electrical Energy and Networks (ICEEN)2011 International Conference on Energy and Environment (ICEE)2011 International Conference on Engineering and Information Management (ICEIM)2011 International Conference on Environment Science and Engineering (ICESE)2011 International Conference on Environmental Science and Development (ICESD)2011 International Conference on Future Environment and Energy (ICFEE 2011)2011 International Conference on Fuzzy Systems and Neural Computing (FSNC)2011 International Conference on Information and Computer Applications (ICICA)2011 International Conference on Information and Computer Networks (ICICN)2011 International Conference on Information and Industrial Electronics (ICIIE)2011 International Conference on Information Engineering and Mechanical Engineering (IEME)2011 International Conference on Innovation and Information Management (ICIIM)2011 International Conference on Intelligent Information Networks (ICIIN)2011 International Conference on Knowledge Discovery (ICKD)2011 International Conference on Life Science and Technology (ICLST)2011 International Conference on Manufacturing and Industrial Engineering (ICMIE)2011 International Conference on Mechanical and Aerospace Engineering (ICMAE)2011 International Conference on Medical Information and Bioengineering (ICMIB)2011 International Conference on Network Communication and Computer (ICNCC)2011 International Conference on Product Development and Renewable Energy Resources (ICPDRE)2011 International Conference on Security Science and Technology (ICSST)2011 International Conference on Social Science and Humanity (ICSSH)2011 International Conference on Solid-State and Integrated Circuit (ICSIC)2011 International Conference on System Design and Data Proceesing (ICSDDP)2011 International Conference on System Modeling and Optimization (ICSMO)2011 International Conference on Systems Engineering and Modeling (ICSEM)2011 International Conference on Technological Advancements in Civil Engineering (ICTACE) 2011 International Conference on Traffic and Logistic Engineering (ICTLE)2011 International Conference on Traffic and Transportation Engineering (ICTTE)2011 WASE International Conference on Information Engineering (ICIE)。
国际会议论文EI检索
Numerical Simulation of Temperature Field in the CyclonePingyang Xiao a and Zhenwei Zhang bSchool of Mechanical Engineering and Automation, Northeastern University, Shenyang, Liaoning, 110004, Chinaa xpypaper@,b zzw1658@Keywords: Separator, Numerical Simulation, Temperature Field.Abstract. This paper mainly focuses on the numerical simulation of temperature field in the cyclone separation. The authors took advantage of RSM turbulence model of software FLUENT to imitate the temperature field. This thesis puts forward the temperature distribution of the cyclone, and figures out that the overall temperature is 373°C. Temperature difference in different region is less than one centigrade degree with the maximum temperature in the cone part and the minimum temperature in inlet tube and cylinder part of the cyclone, what’s more, the temperature is relatively higher near the wall. The air compression can lead the higher temperature in the lower part, so the cone part has the highest temperature. The higher temperature near the wall is caused by the friction between the wall and flow.IntroductionThis paper mainly focuses on the flow field phenomenon of gas-solid separation process in CLT/A type cyclone separator about the potato granules drying system. The simulation is established based on the discrete coupling model, the assumption of which is that the model needs the constant temperature. It is really necessary to simulate the temperature field of CLT/A type cyclone as the temperature of hot air is relatively high in the drying system and the internal temperature conditions can not be determined.Physical modelThe cylindrical volume is relatively large in the cyclone group of CLT/A 8.4×4 type shown in Fig.1. The cyclone separator is divided into four sub-cylinders, which show symmetrical layout and the structure is identical. Therefore the simulation only focuses on the single cylinder.Fig. 1 Structure group graph of Fig. 2 Three-dimensional solid modelCLT / A 8.0 × 4-type cyclone of the CLT / A-type cycloneThe three-dimensional model can be obtained by taking advantage of powerful modeling capabilities of solid surface of UG about CLT/A type cyclone shown in Fig. 2.Finite element modelThe three-dimensional solid model established by UG can be imported into GAMBIT so as to be meshed. Multiple Boolean operations should be carried out on the solid model in order to be facilitated to mesh in GAMBIT, which can lead to the establishment of two entities form. The overall body of Volom1 is consisted of exhaust volute and exhaust pipe. The overall body of Volom2 is consisted of entrance pipe and cone below the cylinder. Then the model is exported in the .step format, and then the model will be imported into GAMBIT. The total model is shown in Fig. 3. Meshing should be conducted in the several parts of model in order to generate the better structured grid. The operations in GAMBIT can be shown as flowing.(1) Establish the auxiliary plane and split the intake pipe with the Split command.(2) The cylinder can be divided into two parts with a plane parallel to Y-axis at Y=2260mm, theupper of which is ring cylinder and the lower part is cylinder.Fig. 3 Physical model of cyclone in GAMBIT Fig. 4 Mesh diagram of CLT / A-type cycloneThe entire cyclone is divided into four parts: intake pipe, outtake pipe, lower half part of the cylinder and the upper half part of the cylinder. The meshing can be imposed on them separately. Meshing is the premise process of numerical simulation and also the discrete process of calculating region. The number of the grid has nothing to do with the final result according to the theory of CFD, and when the intensity of the grid reaches a certain value, it has little effect on the simulation result by continuing encryption [1]. However, in practice, if the mesh is too sparse, it is difficult to describe some detail in the flow field. What’s more, the computing speed can be greatly affected if the number of the meshing is too large. Therefore the number select of the grids can both guarantee the accuracy requirements and avoid excessive consumption of the system resources [2]. This paper adopts the complex grids according to the complexity of the flow field and variability of local feature. The hexahedral grid can be generated, which is the main structure, by taking advantage of Hex/Wedge-type structured grid and Cooper barrel pattern. This kind of grid matches well with the flow field, and is conductive to process of coupling conditions in the numerical simulation region. The meshing can be drawn as Fig. 4.Boundary conditionsThe gas phase can be simplified in order to facilitate solving the multiphase flow inside the cyclone[3].(1) Gas flow is steady-state in cyclone;(2) The gas flow rate is low( generally less than 30m/s), and the gas can be seen as incompressiblefluid;(3) The inlet air flows evenly, and in a fully developed turbulent state;(4) No gas exhausts from the dust exhaust at the bottom of the cyclone.Set the boundary conditions as following:(1) Inlet boundary: the inlet air temperature is 373.15K, and the density is 1.225 kg/m3. The viscosityis 18.1×10-6 . The entrance speed is known, so the inlet boundary is set as the velocity inlet boundary condition. Assuming that the inlet turbulent is developed fully, and the gas inlet velocity is set as 15 m/s evenly distribution throughout the inlet section. The turbulence intensity is set as I and the hydraulic diameter is set as D. Flow Reynolds number is shown as Eq. 1.4e 61.225150.252R 2.5725101810UD ρµ−××===××. (1) Hydraulic diameter is set as Eq. 2. 220.460.2070.2940.460.207HD ab D a b ××===++. (2)Turbulence Intensity is set as Eq. 3. 1/851/8e 0.16(R )100%0.16(2.5710)7.34%I −−=×=××=.(3) (2) Outlet boundary: outlet boundary is set as outflow boundary. Assuming that the flow condition isin fully developed condition, namely the flow situation can be obtained by the pulling of flow field. The air exhaust can be set as the outflow, and the weight of the flow is set as one. The dust exhaust is set as outflow, and the weight of the flow is set as zero.(3) Wall conditions: take the standard wall function, namely the wall has no-slip boundary [4]. Theroughness parameter of wall is set as 0.5.(4) The overlapping circle is set as interface surface, which connects the exhaust pipe and cylinder.Fig. 5 Total temperature fieldNumerical simulation analysisTemperature distribution at various locations in CLT/A type cyclone can be intuitively obtained through numerical simulation shown in the Fig. 5. The entrance temperature is relatively low, and temperature can increase with moving downward along the cone. The value can reach the highest at the bottom of cone. The exhaust temperature can decrease along the exhaust pipe, but is still higher than inlet air temperature. The temperature change reason is shown as following: the air enters the air intake with the number of 100, and the flow can be compressed by centrifugal force caused by the rotation. In addition, the temperature can be increased due to the friction between the flow and wall. The temperature continues to rise owing to the further impact of compression and friction when reaches the cone wall. The final flow will be excluded through the exhaust pipe with some pressure decrease lower than the cone and bigger than the cylinder and inlet, namely the temperature is center. However the temperature change is small, and the left table stays at 3.73e+2 from start to finish shown from the color column. The temperature is about 100℃ in the cyclone with only less than one temperature change. Therefore temperature change is small.Fig. 6 and Fig. 7 respectively show the temperature distribution in Y=0 section about static and total temperature in CLT/A type cyclone separator. The static temperature distribution has the same situation with the total temperature distribution in the Y=0 cross section in the cyclone, and specific temperature change region inside the cyclone can be clear obtained. The temperature of air intake and cylinder is the lowest with the maximum temperature in the cone part, and the temperature of exhaust pipe stays centre. The exhaust pipe temperature can decrease further. Temperature distribution shows a symmetrical situation in both sides of the exhaust pipe or inside the exhaust pipe in cyclone with only little difference near the wall, which shows the vortex shape. The small difference is caused by the local turbulence accompanied by the rotation flow inside cyclone.Fig. 6 Y=0 Static temperature Fig. 7 Y=0 Total temperatureFig. 8 and Fig. 9 respectively show the temperature distribution in X=0 section about static and total temperature in CLT/A type cyclone separator. Temperature distribution of each parts of the X=0 cross section can be seen clearly in the picture. Internal temperature distribution of X=0 section has the same situation with the total temperature distribution in cyclone. The cylinder part below the exhaust pipe has almost the same temperature distribution with the lower cone compared with the section Y=0 with only obvious difference in the position above the air exhaust, the reason for which is that the asymmetry caused the flow’s entrance from the unilateral line.Fig. 8 X=0 Static temperature Fig. 9 X=0 Total temperatureTemperature distribution can be respectively obtained in the section Z=0.5, Z=0.75, Z=1, Z=1.25, Z=1.5, Z=1.75 and Z=2 in the cyclone shown in Fig. 10, which also shows that temperature near the wall is relatively high, the reason for which is that friction between the flow and wall and compression effect of centrifugal force can lead the enhancement of temperature. Temperature gradient of each cross-section shows circular ring, better symmetry and a certain degree irregularity that can be caused by the different local turbulence.Fig. 10 The temperature distribution on Z = 0.5, 0.75, 1, 1.25, 1.5, 1.75, 2 cross sectionConclusionThis thesis puts forward the temperature distribution of the cyclone with type of CLT/A, and figures out that the overall temperature is about 373°C. Temperature difference in different region is less than one centigrade degree with the maximum temperature in the cone part and the minimum temperature in inlet tube and cylinder part of the cyclone, what’s more, the temperature is relatively higher near the wall. The air compression can lead the higher temperature in the lower part, so the cone part has the maximum temperature which is caused by the strengthen impact of air compression. The higher temperature near the wall is caused by the friction between the wall and flow. The total temperature in the cyclone stays a constant value with almost no change and local difference can be obtained.References[1] F. Boysan, B. Ewan and J. Swithenbank: Experimental and Theoretical Studies of Cyclone Separator Aerodynamics: (Chem E Symp Series, P. 305-320, 1983).[2] W. Q. Tao. Modern Process of Heat Transfer Calculation: (Science Press, 2002).[3] G. L. Gao. Thermal Engineering and Fluid Mechanics: (China Electric Power Press, P. 130-131,China 1997).[4] Y. Mao, L. Pang, X. W. Wang et al. Numerical Simulation of Three-dimensional Turbulence inCyclone: (Petroleum Refining and Chemical Industry, V. 33(2), P. 1-6, China 2002).Advanced Mechanical Design10.4028//AMR.479-481Numerical Simulation of Temperature Field in the Cyclone 10.4028//AMR.479-481.462。
关于SCI、SSCI、A&HCI及EI收录论文检索号的查询方法
附件10:关于SCI、SSCI、A&HCI及EI收录论文检索号的查询方法一、SCI、SSCI、A&HCI收录论文检索号查询1．进入学校图书馆主页/index.jsp/。
2．在页面下方“常用资源”中点击“Web of Knowledge”，进入ISI Web of Knowledge主页，点击上方标签“Web of Science”，进入检索页面，在页面下方引文数据库中勾选相应的数据库（SCI-EXPANDED或SSCI或A&HCI）。
3．在检索框中输入论文的英文标题，检索范围限定为题名，或在其他检索框中输入作者、地址等论文信息，点击“检索”，进入命中的结果页面。
●如果是检索单篇论文，请点击论文题名进入论文的相关信息页面，其IDS号即为论文的检索号。
●如果检索结果为多篇论文，请在检索到的结果页面选择所有符合条件的文章，勾选前面的方框后，在题名列表上方点击“添加到标记结果列表”，即可将所选文献添加到已标记列表中，再点击页面右上方的“标记结果列表( )”，进入“Web of Science 标记记录”页面，在“第 1 步: 选择要输出的字段”方框中，勾选Author(s)作者、标题、来源、地址、IDS编号，在“第 2 步: 选择一个选项”方框中，点击“打印格式”，所出的页面中的ISI 文献传递号即为论文的检索号。
二、EI查询1．进入图书馆主页/index.jsp/。
2. 在页面左上侧列表中点击“电子资源”，进入跨库检索页面，点击右侧数据库列表中的“E”，选择“EI Engineering Village”，进入EI主页，在相应的检索项中输入论文题名等论文信息，点击“serch”进行检索，获得相应的结果，再点击每篇文章后面的“Detailed”，进入文章信息的详细页面，其中的“Accession number”即为检索号。
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2012年4月5日起主推的Q系列会议Q1：EI刊物名称：《2012 International Conference on Information Management and KnowledgeEngineering》出版社：德国Felix Meiner Verlag出版社截稿时间：2012年4月30日会议时间：2012年8月10日-11日格式：单栏格式。
7个页码。
会议地点：德国·弗莱堡会议邮寄：2012年8月11日从德国寄出。
注意点：ISSN国际期刊直接出版，期刊第一时间通过国际邮轮托运到国内，在第一时间EI检索。
稿件类型：欢迎计算机、软件、网络、数据库、教育、社会管理、语言文化、经济管理类等方向、专业投稿。
1. Information system planning and Management信息系统规划与管理；2. Information security信息安全；3. Decision support system and expert system 决策支持系统和专家系统；4. Web-based services and applications 基于Web的服务和应用；5. E-commerce and Mobile commerce applications 电子商务和移动商务应用；6. Project planning and management 项目规划和管理；work and Database Management网络和数据库管理；8. Internet and database technology互联网和数据库技术；9. Data warehousing and data mining technology 数据仓库和数据挖掘技术；10. Wireless communication technology and applications 无线通信技术及应用；11. Network communication techniques and management 网络通信技术和管理；12. Network learning and applications 网络学习和应用；13. Digital Content and Communication Technology 电子技术与通讯技术；14. Video - audio digital content 视频- 音频数字内容；15. Digital content industry 数字内容产业；16. Communication technology 通讯技术；17. Multi-media applications 多媒体应用；18. Innovation management 创新管理；19. Business Management and Decision 企业管理与决策；20. Enterprise resource planning 企业资源规划；21. Logistics management (SCM, CRM, HRM) 物流管理（供应链管理，客户关系管理，人力资源管理）；22. Reengineering and organizational change 组织变革；23. Strategic management 战略管理；24. Industry analysis and management 行业分析和管理。
Q2：EI刊物名称：《2012 International Conference on Science & Engineering and EuropeanEducation》出版社：德国Suhrkamp Verlag出版社格式：单栏格式。
6个页码。
截稿时间：2012年5月1日。
机会难得！快速检索！会议时间：2012年8月26-27日会议地点：德国·班贝格会议邮寄：2012年8月27日从德国寄出。
注意点：ISSN国际期刊直接出版，期刊第一时间通过国际邮轮托运到国内，在第一时间EI检索。
稿件类型：通吃所有的专业文章（含计算机、科学技术、天文地理、教育等）。
信息、教育、科技、经济、管理等所有门类的文章。
稿件类型：科技前沿，科技工程，科技创新，计算机教育，计算机辅助教学，欧盟网络大学，网络课程，计算机网络教育，计算机远程教育，欧洲远程教育，教育信息技术，教育技术标准，计算思维与计算机方法研究，欧盟教师教育技术能力培训，教学资源的设计、开发与应用，现代远程教育资源的有效应用研究，高等学校网络教育的创新研究，职业技术教育中教育技术的应用，全球教师教育技术培训与教师专业发展研究，数字体育研究，新技术在教学领域中的应用，信息化环境下新型学与教研究，课堂教学研究，外语教学研究，数学教育研究，物理教学研究，化学教学研究，管理学教学研究，终身教育研究，特殊人群计算机教育，电子服务，信息安全，信息隐藏和水印技术，多媒体技术，数据库技术，人工智能系统，计算机体系结构，数据挖掘和知识发现，模式识别，软件工程，控制技术，网络工程，通信技术，图形和图象处理，计算机应用。
特点：快速检索，但名额有限！发一篇少一篇！Q3：EI刊物名称：《2012 International Conference on Electronic Technology and Computer Network》出版社：美国Electronic＆Multimedia Qroducts出版社截稿时间：2012年5月12日。
ISSN期刊直接发表，机会难得！快速检索！会议时间：2012年9月 5-6日格式：单栏格式。
6个页码。
会议地点：美国·檀香山邮寄时间：2012年9月6日从美国寄出。
稿件类型：通吃所有的专业文章（含计算机技术、科学技术、工程、天文地理、知识管理等）。
信息、教育、科技、经济、管理等所有门类的文章。
写作建议：什么文章都可以发，主要是科技类，电子类，和计算机类。
网络整合多媒体控件导航 A/V系统驱动辅助交互式电视 3D视频，录音，存储，压缩，转码家庭保健 Ad-hoc和传感网天线与传播多路技术光纤通信与光子学 RF与微波器件卫星，空间和无线通信原理与应用信息理论与编码仪表监测与控制信号与图像处理技术集成电路设计 MIMO和自适应天线 OFDM, CDMA与扩展频谱调制，编码与多样性信号处理与无线通信 B3G/4G系统,WiMAX, WLAN以及WQAN 通道模型和表征多跳与协作通信干扰对消与MUD 无线电资源管理与分配认知无线电与软件无线电卫星与空间通信多媒体通信多路技术光学通信无线与移动网络无线传感器网络认知无线电网络 Ad Hoc，传感器与网状网络下一代网络及互联网无线网络安全和隐私网络与信息安全网络协议与拥塞控制服务质量，信任度与性能建模流动性，储存单元与切换管理能量，吞吐量，中断与覆盖多媒体在无线网中的应用光纤网络和系统新兴无线/移动应用程序智能运输系统 RFID技术与应用面向服务架构，号码携带通信软件和服务移动计算机系统知识技术和代理生物信息工程计算机结构与设计计算机网络与安全数据挖掘和数据库应用程序网格计算高性能网络与协议多媒体与网络服务网络信任度与服务质量神经网络与智能系统软件开发与敏捷式软体开发。
特点：快速检索，但名额有限！发一篇少一篇！Q4：EI刊物名称：《2012 International Conference on Equipment Management and Building Materials》出版社：HongKong CSRP 出版社截稿时间：2012年4月30日。
ISSN期刊直接发表，机会难得！会议时间：2012年8月 30-31日格式：单栏格式。
5个页码。
会议地点：南太平洋·关岛邮寄时间：2012年8月31日从美国关岛寄出。
稿件类型：通吃所有的专业文章（主要是科学技术、仪表仪器、材料分析、建筑工程等所有门类的文章）。
写作建议：什么文章都可以发，主要是设备管理，仪器仪表，仪表分析，材料分析，建筑建材类，和环境环保类。
化学与应用技术绿色包装与材料绿色建筑与节能石油化工纳米材料与结构生物技术生物芯片与生物传感化学传感传感器与传感材料功能材料材料物理与材料化学食品、药品及生物医学工程生物质资源利用技术节能与环保低碳建筑材料道路及桥梁工程建筑生产中的低能耗技术岩土工程建筑能耗监测与控制生态无机再生建筑材料交通工程建筑的保温隔热技术墙体材料水利工程建筑物规划装饰材料结构工程建筑的节能改建保温材料地质力学建筑设备的生产运输防水材料土壤/结构力学计算力学绿色建筑评估体系生态建筑材料工程管理建筑施工能耗控制供热采暖、空调制冷制热系统水资源可持续开发与利用水污染控制土地（土壤、固废）污染控制大气污染和质量控制环境分析和监测全球环境变化和人类健康环境管理和生态修复其他环境保护工程。
注意点：本次会议只录用100篇，实现快速检索！特点：快速检索，但名额有限！发一篇少一篇！Q5：EI刊物名称：《2012 International Conference on Electrical & Mechanical Education and Medical Devices》出版社：美国ASME出版社截稿时间：2012年5月20日。
ISSN期刊直接发表，机会难得！快速检索！会议时间：2012年9月15-16日格式：单栏格式。
6个页码。
会议地点：美国·旧金山邮寄时间：2012年9月16日从美国寄出。
稿件类型：通吃所有的专业文章。
特点：快速检索，但名额有限！发一篇少一篇！写作建议：什么文章都可以发。
诸如：机械加工，合成材料，电气自动化，电子信息，计算机，建模，电气仪表，机电一体化，数控车床，计算机软件图像，单片机，传感器，自动化制造，电力技术，计算机网络，计算机应用，工程设计,分布式协作,设计工具,产品生命周期建模与管理,计算机辅助设计与制造,可视化技术,建模和模拟工作流程,在设计和制造工艺,虚拟设计与制造技术,企业资源规划,数字工厂/企业,机器人和机器人视觉应用,微机电系统,产品设计中的成本控制,精确的检测技术,计算机科学的主题,先进材料成型和加工技术,先进材料的设计与应用,医疗器械，医学技术，医院管理。
以及信息知识类，管理类，和教育类。
建模与表达合作学习与分组学习教学评估与教育技术在线学习与知识管理社会信息与教育设计教育游戏与非正式学习移动学习与泛在学习学习系统的平台以及架构 IT企业和教育之间的相互作用虚拟环境，虚拟教室和虚拟大学数字化学习环境构建与教育软件设计 ICT信息与通信技术在教学中的应用电子学习平台和工具电化教学策略构建学习型社区其他现代技术教育相关主题。