陆游诗中的学者自画像

陆游是学术成就很高的学型诗人，他一生中的大部分时光是在书斋里度过的。陆游的诗歌虽以爱国主义主题称，但是其学形象也在其诗中得到了很充分的表现，诸如他对书的痴迷、治学之刻苦、读书之范围、读书之目的等，都写得生动细致，元气淋漓。诗歌中展现如此鲜活的学形象，在中国古典诗歌史上是一个独特的存在。     

预应力锚杆(索)抗滑桩的设计与计算

预应力锚杆（索）抗滑桩是出现于二十世纪八十年代的一种抗滑支挡结构，但其计算理论仍不完善，故根据目前抗滑桩计算中所存在的问题，对锚杆（索）抗滑桩的设计与计算方法加以改进。     

我国基础教育中介评估组织建立的可行性思考

一、我国社会中介性基础教育评估组织建立的条件随着我国政治经济体制改革和政府职能转变的深入以及教育体制改革的不断发展,建立教育中介组织,发展教育评估事业,已成为当前我国教育发展和改革的一项重要内容。而我国非政府性组织、普通社会中介组织和高等教育中介组织发展取得的成绩以及国家、社会、个人对基础教育的重要性的认识和重视,都有助于制度化、专门化、科学化的基础教育评估组织的建立。我国社会中介性基础教育评估组织建立的条件趋于成熟。     

效益视角下的高校资产配置管理与激励机制实践--基于西南交通大学的探索与思考

为解决高校资产配置管理存在的问题,从外部形势及内部环境入手分析解决途径。以西南交通大学为例,阐述行之有效的解决措施-进行制度建设及体系构建。基于公房配置进行实物资产管理,基于大型仪器设备共享进行设备资产配置,促进高校资产开放共享。     

略论死者名誉问题

近年来,有关侵犯死者名誉的案例时有发生,虽然对于死者名誉需要保护这一点少有异议,但有关保护死者名誉的理论根据却众说纷纭.死者名誉利益的保护和民事权利能力的关系,是首要的且无可回避的问题.保护死者名誉利益而不是权利的提法与民事权利能力理论和其他基本民事制度存在逻辑矛盾.笔者同意名誉权说并提出其保护方法.     

Behavior-Based Student Typology: A View from Student Transition from High School to College

Research in Higher Education - Several recent studies have successfully identified college student typologies based on individuals’ behaviors. One limitation of past studies has been their...     

基于专题网站的自主学习能力与协作学习能力开发

随着信息技术的快速发展,知识以数倍于以前的速度进行着积累,现代学习者所面临的是一个高度数字化了的赛伯空间.自主学习能力和协作学习能力是数字化生存中学习者必须具备的两项核心学习能力.如何在专题学习网站环境下培养和开发上述两种能力,正日益受到人们的关注.     

Determination of Trace Molybdenum（VI） by Oscillographic Potentiometric Catalyzing Kinetic Method of Simplex Optimization

1　Introduction　Ahugeamountofliteratureexistsonthestudyofi dentifyingtracemetalionsbymeansofspectropho tometry[1 3] ,fluorimetry[4 6 ] aswellas polarogra phy[7 9] ,whichhaveactiononlocatingtheendpointoftheindicatingreaction .Howeverbothspectropho tometryandfluorimetryareeasytobeinterferedbycolororprecipitation ,whilepolarographyhasanissueofmercurypollution .Thecatalyzingkineticanalysishasthecharacteristicsofhighsensitivityandspeedi ness.Oscillographicpotentiometryisasimpleintu itionisticanal…     

Density functional theory study of the adsorption of elemental mercury on a 1T-MoS<Subscript>2</Subscript> monolayer

Elemental mercury has become a global concern because of its significant impact on human health and the ecosystem. A lot of effort has been put towards the removal of elemental mercury from the 2H-MoS₂ (prismatic structure of MoS₂). However, the mechanism of 1T-MoS₂ (polytype structure of MoS₂) in Hg⁰ capture remains unexplored. In this study, density functional theory (DFT) was adopted to investigate the adsorption mechanism of Hg on a 1T-MoS₂ monolayer. The different possible adsorption positions on the 1T-MoS₂ were examined. For different adsorption configurations, the changes in electronic property were also studied to understand the adsorption process. The results elucidated that chemisorption dominates the adsorption between Hg⁰ atoms and the 1T-MoS₂. It was found that the T_Mo (on top of the Mo atom) position is the strongest adsorption configuration among all the possible adsorption positions. The adsorption of Hg⁰ atoms on the 1T-MoS₂ monolayer is influenced by adjacent S and Mo atoms. The adsorbate Hg0 atom is found being oxidized on the T_Mo position of the 1T-MoS₂ with an adsorption energy of ?1.091 eV. From the partial density of states (PDOS) analysis of the atoms, the strong interaction between Hg⁰ and the 1T-MoS₂ surface is caused by the significant overlap among the d orbitals of the mercury atom and the s orbital of the S atom and p and d orbitals of the Mo atom.