文献检索实习报告

文献检索实习报告课题名称： 体育场建筑给排水及消防系统研究 姓 名： 专 业： 学 号： 成 绩： 2014年12月要求： 一、列出数据库名称1. CNKI： （使用跨库检索） 2. 维普数据库：中文科技期刊数据库 1989年至今3. 万方数据库： （使用跨库检索）4. EI 数据库：检索长安大学20122013年被收录的文献 检索本学院一教师被收录的文献 与中文课题同题检索 5. SCIENCEDIRECT二、检索要求：1. 中文数据库利用截屏功能， 将检索过程（检索过程具体为检索字段、检索式、检索时间、命中条数、数据库名称等）及检索结果粘贴到word文档中，选择与课题密切相关的文献1篇，导出文摘格式及下载全文文献（部分全文）。 2. EI数据库要求同中文数据库，机构及作者检索只需下载检索过程，英文题目要求下载文摘1篇（导出格式）。3. SCIENCEDIRECT要求检索过程，并下载PDF格式全文1篇（部分全文）。三、文献综述：（包括国内外研究现状、存在的问题、已有的解决方案等，800字左右） 注意：步骤要清楚，答题纸须A4打印（word文档），学号、班级和姓名必须手写一、 CNKI：（一）检索过程及检索结果：（二）导出文摘：SrcDatabase-来源库: CJFD2005Title-题名: 南京奥体中心体育场给排水及消防设计简介Author-作者: 郭飞;沈茗茗Organ-单位: 江苏省建筑设计研究院;江苏省建筑设计研究院 南京 210029 ;南京 210029Source-文献来源: 给水排水Keyword-关键词: 体育场;田径场;给水系统;水消防灭火系统;排水系统Summary-摘要: 介绍了南京奥体中心主体育场的给排水及消防设计,阐述了体育建筑给排水设计的特殊性,并讨论了设计过程中与外方合作的一些经验和教训。PubTime-发表时间: 2005-04-10Year-年: 2005Period-期: 04PageCount-页码: 70-74（三）部分全文：二、 维普数据库（一）检索过程及检索结果：（二）导出文摘：【题名】安庆体育场给排水消防设计【作者】赵宇【机构】哈尔滨工业大学建筑设计研究院,黑龙江哈尔滨150090【刊名】民营科技.2013(4).-339-339【ISSN号】1673-4033【C N 号】53-1125/N【页码】339-339【馆藏号】80901X【关键词】给排水;消防;设计【分类号】TU998.1【文摘】介绍安庆体育场给水排水及消防各系统的设计要点。【网址】/qk/80901X/201304/45587367.html（三）部分全文：三、 万方数据库（一）检索过程及检索结果：（二）导出文摘：【篇名】综合体育馆给排水消防设计浅析【作者】孙以正,易书林,郑文豫等【作者单位】南阳师范学院,基建处,河南,南阳,473061;南阳师范学院,土木建筑工程学院,河南,南阳,473061【出处】南阳师范学院学报,JOURNAL OF NANYANG NORMAL UNIVERSITY2007,6(9)【ISSN】1671-6132【页码】78-79【摘要】结合南阳师范学院体育馆工程实例,对综合体育馆建筑给排水设计、消防系统设计、水池(箱)容积设计、屋面排水设计等方面进行简要分析.【关键词】体育馆,建筑给排水,消防系统,灭火器布置【DOI】10.3969/j.issn.1671-6132.2007.09.024（三）部分全文：四、EI 数据库长安大学20122013年被收录的文献一篇（一）检索过程及检索结果：（二）导出文摘：Accession number:201445168423Title:Basic study of hybrid photovoltaic vehicles of new energyAuthors:Dingyue, Chen1;Lihao, Chen2;Jianchao, Bao1;Lifeng, Wang1;Yu, Sun1Author affiliation:1School of Automobile, ChanganUniversity, Xian, China2StrasbourgUniversity, Strasbourg, FranceCorresponding author:Dingyue, ChenSource title:ICMREE 2013 - Proceedings: 2013 International Conference on Materials for Renewable Energy and EnvironmentAbbreviated source title:ICMREE - Proc.: Int. Conf. Mater. Renew. Energy Environ.Volume:3Issue date:2013Publication year:2013Pages:930-933Article number:6893824Language:EnglishISBN-13:9781479933365Document type:Conference article (CA)Conference name:2013 International Conference on Materials for Renewable Energy and Environment, ICMREE 2013Conference date:August 19, 2013 - August 21, 2013Conference location:Chengdou, ChinaConference code:108015Publisher:Institute of Electrical and Electronics Engineers Inc.Abstract:The energy and environment have been two important factors which constrain the development of vehicles nowadays.Hybrid photovoltaic vehicles (HPVs) of new energy not only focus on energy saving and environmental protection, but also have finer successive expansibility.The paper focuses on investigating thermal transients effects, associated to intermittent use of internal combustion engine (ICE), on fuel economy and hydrocarbon emissions of series HPVs.An offline, non-linear constrained optimization is set-up to individuate the ICE power trajectory that simultaneously minimizes fuel consumption, suitably operates the battery and fully exploits daily solar contribution.The results highlight the importance of including thermal transients in HPV energy management.The combined effects of engine, generator and battery losses, along with cranking energy and thermal transients, produce non-trivial solutions for the engine/generator group, which should not necessarily operate at its maximum efficiency.Number of references:8Uncontrolled terms:New energies-PhotovoltaicDOI:10.1109/ICMREE.2013.6893824Database:CompendexCompilation and indexing terms, 2014 Elsevier Inc.（三）部分全文：本学院一教师被收录的文献（一）检索过程及检索结果：（二）导出文摘：Accession number:20133016545165Title:Assessment of groundwater quality for irrigation purposes and identification of hydrogeochemical evolution mechanisms in Pengyang County, ChinaAuthors:Li, Peiyue1,2;Wu, Jianhua1,2;Qian, Hui1,2Author affiliation:1SchoolofEnvironmentalScienceandEngineering, ChanganUniversity, No. 126 Yanta Road, Xian, 710054, China2Key LaboratoryofSubsurface Hydrology and Ecology in Arid Areas, MinistryofEducation, No. 126 Yanta Road, Xian, 710054, ChinaCorresponding author:Li, P. ()Source title:Environmental Earth SciencesAbbreviated source title:Environ. Earth Sci.Volume:69Issue:7Issue date:August 2013Publication year:2013Pages:2211-2225Language:EnglishISSN:18666280E-ISSN:18666299Document type:Journal article (JA)Publisher:Springer Verlag, Tiergartenstrasse 17, Heidelberg, D-69121, GermanyAbstract:Groundwater is an important water source for agricultural irrigation in Penyang County.Some traditional methods such as irrigation coefficient, sodium adsorption ratio, total alkalinity, total salinity and total dissolved solids were employed to assess groundwater quality in this area.In addition, an improved technique for order preference by similarity to ideal solution model was applied for comprehensive assessment.The origin of major ions and groundwater hydrogeochemical evolution was also discussed.Groundwater in Penyang County contains relative concentrations of dominant constituents in the following order: Na+ Ca2+ Mg2+ K+for cations and HCO3- SO42- Cl- CO32-for anions.Groundwater quality is largely excellent and/or good, suggesting general suitability for agricultural use.Calcite and dolomite are found saturated in groundwater and thus tend to precipitate out, while halite, fluorite and gypsum are unsaturated and will dissolve into groundwater during flow.Groundwater in the study area is weathering-dominated, and mineral weathering (carbonate and silicate minerals) and ion exchange are the most important factors controlling groundwater chemistry. 2012 Springer-Verlag Berlin Heidelberg.Number of references:39Main heading:GroundwaterControlled terms:Alkalinity-Ion exchange-Irrigation-Silicate minerals-Water quality-WeatheringUncontrolled terms:Agricultural irrigation-Comprehensive assessment-Ground-water qualities-Groundwater chemistry-Hydrogeochemical evolution-Relative concentration-Sodium adsorption ratio-Total dissolved solidsClassification code:444.2Groundwater -453.2Water Pollution Control -482.2Minerals -801.1Chemistry, General -802.2Chemical Reactions -821.3Agricultural MethodsDOI:10.1007/s12665-012-2049-5Database:Compendex（三）部分全文：Compilation and indexing terms, 2014 Elsevier Inc与中文课题同题检索（一）检索过程及检索结果：（二）导出文摘：Accession number:20102312985480Title:Study on facilitysystemcontrol of integrated traffic terminal with public security as priorityAuthors:Liang, Tao1;Zhao, Xi1Author affiliation:1School of Management, Tianjin University, Tianjing 300072, ChinaCorresponding author:Liang, T. (J)Source title:2010 International Conference on LogisticsSystemsand Intelligent Management, ICLSIM 2010Abbreviated source title:Int. Conf. Logist. Syst. Intelligent Manage., ICLSIMVolume:1Monograph title:2010 International Conference on LogisticsSystemsand Intelligent Management, ICLSIM 2010Issue date:2010Publication year:2010Pages:338-341Article number:5461409Language:EnglishISBN-13:9781424473311Document type:Conference article (CA)Conference name:2010 International Conference on LogisticsSystemsand Intelligent Management, ICLSIM 2010Conference date:January 9, 2010 - January 10, 2010Conference location:Harbin, ChinaConference code:80493Publisher:IEEE Computer Society, 445 Hoes Lane - P.O.Box 1331, Piscataway, NJ 08855-1331, United StatesAbstract:Projects of integrated traffic terminals involve a great number of equipmentsystems, including ventilation, lighting, communication, powersupplyand electric supervision,watersupplyanddrainageas well asfirefightingand integral supervision. The safe operation of these equipment andsystemsis an important control point for integrated terminals at operation phases.Therefore the study on operation and management modes becomes the key to ensure that an integrated traffic terminal runs in a safe and reliable manner.With illustration of the composition of systematic functions of facilities and with introduction of life cycle theory, the paper demonstrates the way for realizing the facility integrated controlsystem. 2010 IEEE.Number of references:6Main heading:TransportationControlled terms:Electric powersuppliesto apparatus-Electric powersystems-Life cycle-Logistics-Officebuildings-Terminals (electric)-WatersupplyUncontrolled terms:Comprehensive transportation-Control point-Equipmentsystem-Facility management-Firefighting-Integrated terminals-Operation and management-Operation phasis-Powersupply-Public safety-Public security-Safe operation-SystemcontrolClassification code:913.1Production Engineering -704.1Electric Components -706.1Electric Power Systems -713.5Electronic Circuits Other Than Amplifiers, Oscillators, Modulators, Limiters, Discriminators or Mixers -715.2Industrial Electronic Equipment -912Industrial Engineering and Management -913Production Planning and Control; Manufacturing -446.1Water Supply Systems -433Railroad Transportation -432Highway Transportation -431Air Transportation -404.1Military Engineering -402.2Public Buildings -434Waterway TransportationDOI:10.1109/ICLSIM.2010.5461409Database:CompendexCompilation and indexing terms, 2014 Else