你可以到可以提供EI收录搜索的图书馆，将论文题目报给他们就可以了，他们会帮你检索的。
工作中有时需要用到EI论文的检索号，下面就来讲讲怎么查EI论文的检索号
材料/工具
浏览器
方法
首先打开浏览器
EI是一个二次文献检索数据库，想要找到某篇论文原文，就与EI本身无关了。只要知道该篇论文的题目、作者及文献出处，用论文题目在Google中搜索一下，就会链接到论文所在的一次文献数据库中。如果你有这个数据库论文的下载权限，即可下载原文。
在地址栏里输入http://www.engineeringvillage.com，点击回车
首先恭喜了，文章已经被EI检索了 这是检索出来的详细信息的一部分： Accession number: 20112314027536 Title: A study on how to construct the prediction model of library lending of university library Authors: Sun, Bao1 ; Feng, Jiangw
打开这个
此时会打开EI数据库，点击search
您好！由于我本人已经退休，不在学校，所以无法给您帮助。又因为最近不常上网，故未及时回复，请谅！
输入信息后点击search
Accession number: 20125115820086 Title: An intelligent bullet counter based on UV electro-optical technology
查询到要查询的论文
Quick Search 0 articles found in Compendex & Inspec for 1969-2015: ((Study on Relationships between High-frequency High-voltage Pulse BreakdownVoltage of Air-Gaps and Pulse Delay Time) WN All fields)
点击detailed
EI会议是没有检索号的，只有进EI的文章才会有检索号，名称叫“accession number”，一般你要想查到一篇文章的检索号和日期，必须进EI数据库才能查到，不过一般人进去都是需要登录的，除非一些高校与EI合作的，可以直接进去。如果实在查不到，给你
此时就可以看到检索号了
EI会议是没有检索号的，只有进EI的文章才会有检索号，名称叫“accession number”，一般你要想查到一篇文章的检索号和日期，必须进EI数据库才能查到，不过一般人进去都是需要登录的，除非一些高校与EI合作的，可以直接进去。如果实在查不到，给你
扩展阅读，以下内容您可能还感兴趣。
ei会议检索号
EI会议是没有检索号的，只有进EI的文章才会有检索号，名知称叫“accession number”，一般你要想查到一篇文章的检索号和日期，必须进EI数据库才能查到，不过一般人进去都是需要登录道的，除非一些高校与EI合作的，可以直接进去。如果实在查不到内，给你个地方：eipaperbx.com（复制），有EI检索入口。同时提醒下，进EI后，一定要勾选“已检容索”，再查询，其结果才会准确。
请问EI收录的文章检索有网址吗？如何检索？查收录号？
要有数百据库的度访问问权限才答能检内索. 网址容 http://www.engineeringvillage.com/来自：求助得到的回答
会议文章被EI收录了,请有权限的朋友帮忙查一下EI的检索 告知检索号 啊
1未查到
2：
Accession number: 20114014401405 《===EI检索号
Title: The mathematical model based on the battle of Berlin
Authors: Zhang, Jiuyong1; Xu, Chuanqing2; Gong, Lei1; Yuan, Dehui1
Author affiliation: 1Mathematics Department, Academy of Armed Forces Engineering, Beijing, 100072, China
2Mathematics Department, Hanshan Normal College, Chaozhou, 521041, China
3给出的是这e5a48de588b67a6431333330363831个结果
Accession number: 20111113739446 《===EI检索号
Title: Regression analysisabout risk factor of short-term decease related with heart valvereplacement
Authors: Xu, Chuanqing1, 2 ; Deng, Yongxin3 ; Xiao, Wenkai4 ; Yuan, Dehui5
Author affiliation: 1Mathematics Department, Hanshan Normal College, Beijing, 100072, China
2Mathematics Department, Academy of Armed Forces Engineering, Beijing, 100072, China
3Armed Forces Engineering, Mathematics Department, Academy of Beijing, 100072, China
4Chinese PLA General Hospital, Beijing, 100853, China
5Mathematics Department, Hanshan Normal College, Chaozhou, 521041, China
4：
Accession number: 20124815721958 《===EI检索号
Title: Variable smoothing parameter of the double exponential smoothing forecasting model and itsapplication
Authors: Chen, Feiyan1 ; Li, Qian1; Liu, Junhong1; Zhang, Jiuyong1
Author affiliation: 1Institute of Nonlinear Science, Academy of Armored Force Engineering, China
Corresponding author: Chen, F. ([email protected])
希望能帮到你！
急求查EI论文检索号
可以检e79fa5e98193e78988e69d8331333330363863索了
Accession number: 12469848
Title: Comprehensive multi-wavelength laser simulated-testing techniques and application
Authors: Zhibin Chen1; Mingxi Xue1; Yuxiang Liu1; Baohua Liu1
Author affiliation: 1 Inst. of Ordnance Technol., Shijiazhuang, China
Source title: Proceedings of the SPIE - The International Society for Optical Engineering
Abbreviated source title: Proc. SPIE - Int. Soc. Opt. Eng. (USA)
Volume: 8201
Publication date: 2011
Pages: 82010F (9 pp.)
Language: English
ISSN: 0277-786X
CODEN: PSISDG
Document type: Conference article (CA)
Conference name: 2011 International Conference on Optical Instruments and Technology: Optoelectronic Measurement Technology and Systems
Conference date: 6-9 Nov. 2011
Conference location: Beijing, China
Publisher: SPIE - The International Society for Optical Engineering
Country of publication: USA
Material Identity Number: AY54-2011-338
Abstract: Receiving system for the laser equipment performance testing, although the use of laser simulation testing equipment can overcome the high cost of traditional methods equipment, strict environmental requirements on the venue and other issues. But in the practical application of various laser devices under test, wavelength and frequency are varies. So that laser simulation testing equipment requires a higher degree of comprehensive and intelligence. Therefore, we propose a new comprehensive multi-wavelength laser simulated-testing technology, and study the design and application of comprehensive laser simulated-testing instrument in the test of receiving system of laser equipment. Our design process in these devices there are two technical bottlenecks for us and we propose efficient solutions:(1)Complex structure of the optical system, the volume mass is too large; (2)Different wavelength laser firing unit with low degree of integration and the high cost of processing. The instrument has the advantage, the ability to easily and real-time test different wavelengths and frequency of laser devices to receiving system with a high degree of device comprehensive and low cost.
Number of references: 2
Inspec controlled terms: integrated optics - laser beam applications - optical design techniques - optical elements - optical testing
Uncontrolled terms: multiwavelength laser simulated-testing technology - laser equipment performance testing - laser devices - laser equipment design - optical system - volume mass - laser firing unit - real-time testing
Inspec classification codes: A4262 Laser applications - A4285F Optical testing techniques - A4215E Optical system design - A4282 Integrated optics - A4280 Optical elements, devices and systems - B4360 Laser applications - B4140 Integrated optics
Treatment: Theoretical or Mathematical (THR); Experimental (EXP)
Discipline: Physics (A)
DOI: 10.1117/12.904895
Database: Inspec
Copyright 2012, The Institution of Engineering and Technology追答现在可以操作啦，但是我已经毕业了，链接给不了了....
怎么查英文论文的EI检索号？
Shao W, Shen Z J, Meng L, et al. Motion constraint of planetary lander with overlapping field of view[C]//Control Conference (CCC), 2013 32nd Chinese. IEEE, 2013: 5159-5163.
不知道能不能帮到你7a64e4b893e5b19e31333335313732
The navigation camera of planetary lander usually select image feature points and to track them from frame to frame to determine its position and orientation relative to a planet's surface during landing. In order to establish the correspondence between feature points seen in the current image and those in the adjacent image, it is reasonable to keep these images with overlapping region. This paper presented the algorithm for computing overlapping area in a 2D plane which is essentially the projection of the imaging plane in the 3D world, and the motion constraints of the planetary lander include translation and rotation is illustrated.
Published in:
Control Conference (CCC), 2013 32nd Chinese
Date of Conference:
26-28 July 2013
Page(s):
5159 - 5163
INSPEC Accession Number:
13862227更多追问追答追问不是啊，我想要的是检索号，检索号能帮忙查出来吗？追答ieee检索号还是EI的检索号追问已经在IEEE Xplore中查到，是否确定是EI收录？能知道EI检索号吗？追答EI里没有见检索到
