交互性英语教学与情商培养

情商是心理素质的核心部分。在英语教学中关注学生的情商培养具有积极而深远的意义。交互活动的本质是一个认知活动和情感因素相互作用下不断变化的心理过程。在交互性英语教学中,可通过以下途径培养学生的情商：1.激发学生的学习兴趣;2.建立新型的师生关系,注重师生的情感交流;3.创设良好的课堂氛围;4.关注学生个性发展,实现积极情感的迁移。     

Micelles-template induced organic nanocrystals based on iodo…nitro interactions

The nanocrystals based on a polar organic compound INBP （4-iodo-4＇-nitrobiphenyl） have been fabricated by reprecipitation approach. For the formation of INBP based nanocrystals, the intermolecular iodo…nitro interaction is the dominant driving force and the micelles formed by the surfactant CTAB （cetyltrimethylammonium bromide） molecules are the efficient templates for controlling morphologies of nanocrystals. The field emission scanning electro microscope （FESEM） images demonstrated that prism-like and needle-like nanocrystals of INBP were formed in pure water and micell containing aqueous solution, respectively. XRD pattern and UV/vis absorption spectra were employed to characterize the nanocrystals.     

丝氨酸与肾上腺素相互作用的电化学研究

采用循环伏安法,研究了铂电极与玻碳电极上丝氨酸与肾上腺素在硫酸、盐酸、磷酸、B.R.缓冲溶液中相互作用的电化学行为.实验结果表明,不同电极和体系使丝氨酸与肾上腺素相互作用的循环伏安曲线的氧化还原峰,呈现出不同的变化规律.     

小组合作学习对以往课堂教学的改变——一个教育社会学视角的分析

小组合作学习把更多的时空还给了学生，师生之间原有的“权威-服从”关系逐渐变成了“指导-参与”关系，师生的互动关系由“单向型互动”转变为“多向型互动”和“成员互动”。     

Exchange-coupling interaction, effective anisotropy and magnetic property of nano-magnetic materials

The theories and models of exchange-coupling interaction between grains in nanocrystalline magnetic materials are introduced here. Their insufficiencies and distinctions from the experimental results are pointed out, and some revisions are made. The effects of the phase component ratio, the grain size and microstructure on the effective anisotropy and magnetic properties in the nanocomposite permanent materials and the improved models are discussed in detail.     

Comparing the biological coherence of network clusters identified by different detection algorithms

Protein-protein interaction networks serve to carry out basic molecular activity in the cell. Detecting the modular structures from the protein-protein interaction network is important for understanding the organization, function and dynamics of a biological system. In order to identify functional neighbor- hoods based on network topology, many network cluster identification algorithms have been devel- oped. However, each algorithm might dissect a network from a different aspect and may provide dif- ferent insight on the network partition. In order to objectively evaluate the performance of four com- monly used cluster detection algorithms: molecular complex detection (MCODE), NetworkBlast, shortest-distance clustering (SDC) and Girvan-Newman (G-N) algorithm, we compared the biological coherence of the network clusters found by these algorithms through a uniform evaluation framework. Each algorithm was utilized to find network clusters in two different protein-protein interaction net- works with various parameters. Comparison of the resulting network clusters indicates that clusters found by MCODE and SDC are of higher biological coherence than those by NetworkBlast and G-N algorithm.     

Feasible Research on ‘Textile · Garment'' Supply and Demand Interaction and Optimization Model

After China entries WTO, China's ‘ textile · garment'industry will confront the difficulties of growth and development. From the view of supply and demand interaction which is common in the social economy, this article analyzes the economic construction and character of China's ‘ textile · garment' industry, represented by Shanghai,Research shows that industrial construction backwardness hinders China's ‘ textile· garment' industry development, which features four bottlenecks in supply and demand interaction in ‘ textile· garment' industry.The key of optimizing the construction and quality of supply and denand interaction in ‘textile· garment'industry is to adjust industrial construction, break the bottlenecks, establish Shanghai as international fashion center, open middle and small size textile processing area with several levels, attach importance to scientific and technology creation and development combined with production, learning and research, and take part in domestic and international maket competition by high added value product, technology and marketing network.     

高层结构与土动力相互作用分析的耦合法

文章导出了特解边界元与动力有限元的耦合方程，并使耦合方程的自由度缩减到有限元域及其和边界元域的耦合边界上。这样得到的耦合方程不增加原有限元方程的带宽，易于计算机编程。最后对剪力墙结构与土动力相互作用问题作了数值分析     

电流与介质系统的能量

本文系统地阐明了在电流源提供不变电流情况下，引入磁介质磁化的有关能量关系，并对某些文献中的有关阐述提出了看法．     

增强拉曼光谱和电势调节红外光谱对偶极-偶极相互作用的研究

本文讨论了最近用SERS、PDIR研究在电极溶液界面处吸附在电极表面的分子(或离子)之间的偶极-偶极相互作用。该法不仅能用于研究小分子(或离子).如CO、CN~-等,且已能用于苯、吡啶等较大的分子间的偶极-偶极耦合作用,并可探讨光谱与吸附方向间的关系。