网络资源管理实习报告.doc

网络资源管理实习报告 1、检索课题名称： 分子磁性材料研究。 2、课题分析：“分子磁性材料”属于本课题中的主体，“研究”是对分子材料的句法修饰，可以作为有哪些信誉好的足球投注网站对象，由此得出如下检索词： 中文关键词：1. 磁性材料 2. 分子 3.研究 英文关键词：1. molecular 2.magnetic -material 3.development 3、选择检索工具：Elsevier 数据库。 4、构建检索策略：molecular*magnetic-material*development 5、简述检索策略调整的过程：选定在Elsevier.中期刊、图书、文摘数据库等全部文献资源中检索.1996.年以后的关于分子磁性材料的研究的相关文献。 利用确定的检索策略（molecular*magnetic-material*development），文献全文（含文献题目、摘要、关键词） 中检索，检到77676篇相关文献 6. 整理检索结果： 全文摘录选择一篇：Magnetic molecular nanostructures: Design of magnetic molecular materials as monolayers, multilayers and thin films 一、篇名Magnetic molecular nanostructures: Design of magnetic molecular materials as monolayers, multilayers and thin films 二、著者E. CoronadoaC. Martí-Gastaldoa and S. Tataya 三、著者机构aInstituto de Ciencia Molecular (ICMol), Universidad de Valencia, 46980 Paterna, Spain 四、文摘Abstract. In this paper we summarize the importance and versatility of the molecular approach in the design and development of novel magnetic molecular materials. These materials processing, in order to obtain controlled molecular structures at the nanoscale, will also be remarked 五、关键词Keywords: Molecular magnetism; Coordination chemistry; SMMs; Multilayers 六、正文 Introduction Molecular magnetism is an emerging field of research that focuses on the use of molecular approaches to design, create and study new classes of magnetic materials in which the properties can be tuned at the molecular level [1]. This field is rapidly evolving from the design and physical study of novel classes of molecule-based magnetic materials, in particular multifunctional materials and nanomagnets usually prepared as crystalline materials, to the processing of these complex materials as monolayers, multilayers, thin films and other molecular nanostructures. Multifunctional magnetic materials Multifunctional materials design is an important objective in the materials community, and molecule-based materials are attracting much attention in this regard as they are already known to exhibit many t