色散力的探讨

用宏观处理方法导出色散能与距离Ｒ六次方成反比，讨论了其限制条件，并研究了温度对色散能的影响。     

The persistent anomaly of summertime circulation over the Ural Mountains

The tropical heating and transient activity features during the period of the persistent anomaly of summertime circulation over the Ural Mountains are studied, and a possible mechanism responsible for formation and maintenance of persistent anomalies is proposed. The mechanism can be summarized as a kind of self-sustaining through a two-way interaction of stationary wave with transient eddies under the consistent forcing of abnormal heating in the tropics.     

LnCl3／MCl熔盐体系能量不对称性（Ln=稀土元素,M=碱金属元素）

ＬｎＣｌ３／ＭＣｌ熔体中，库仑效应，ＶａｎｄｅｒＷａａｌｓ效应和极化效尖起着主导作用，导致溶液热力学性质对相理想溶液中负偏差，并在ｘＬｎＣｌ≈０．２处，形成最大有序，用扩展的似化学理论模型能较好的描述这一特点，阐述了发展新热力学模型时应考虑到次近邻粒子及诸如空穴等似离子的作用，结合熔体结构研究，探讨熔体热力间的相互作用机理。     

注水开发中储层裂缝失稳扩展的力学机理

油井暴性水淹是裂缝性砂岩油田开发的普遍特征，其中很多是由注水引起裂缝失稳扩展所致。本文根据砂岩储层的物理力学特征，运用断裂力学理论，给出了储层裂缝的应力强度因子的计算方法，定量地分析了开发过程中储层裂缝失稳扩展的判据、裂纹扩展方向。对于合理确定注水压力及井网的合理布置，防治水窜及暴性水淹等具有重要的指导意义。     

乙醇脱水反应的制约条件

乙醇脱水因条件不同可生成不同产物，本文讨论如何控制一定条件使脱水反应能生成不同产物。该实验提出了实验中的条件，分析了原因，因而可供同类研究参考。     

社会互动与青少年成长环境中的几个关系

社会互动影响青少年的成长，其中具有重要意义的有家庭中的互动、学校中的互动、社会大环境中的互动和网络互动等。要处理好青少年成长环境中的几个关系：家庭——养和育的关系、学校一一传道和授业的关系、网络传媒——经济效益和社会效益的关系、社会——管和教的关系。     

基于实物增强的交互式下颌运动可视化

利用计算机图形学技术实现交互式下颌运动仿真与可视化具有重要意义.针对传统交互界面的缺点,基于视觉跟踪技术利用牙齿实物模型和标记卡片实现了一种实物增强的三维交互界面,将多种交互任务与交互技术无缝融合在一起,物理空间和数字空间实现同步一致性.实验评估表明,这种交互方式能够让用户更有效地利用已有技能,以自然、直观的方式与虚拟对象进行交互.     

浅谈用计算机辅助教学提高传统教学效率

教育技术理论认为,目前对传统教学能力的挖掘已趋于极限,不可能解决大幅度提高教学效率的问题.计算机辅助教学具有教学内容多媒体化、网络化,教材组织超文本化,教学过程个别化和具有交互性等优势,从而极大地提高了传统教学的效率.     

Nicotinamide/nicotinic acid mononucleotide adenylyltransferase, new insights into an ancient enzyme

Nicotinamide/nicotinic acid mononucleotide adenylyltransferase (NMNAT) has long been known as the master enzyme in NAD biosynthesis in living organisms. A burst of investigations on NMNAT, going beyond enzymology, have paralleled increasing discoveries of key roles played by NAD homeostasis in a number or patho-physiological conditions. The availability of in-depth kinetics and structural enzymology analyses carried out on NMNATs from different organisms offer a powerful tool for uncovering fascinating evolutionary relationships. On the other hand, additional functions featuring NMNAT have emerged from investigations aimed at unraveling the molecular mechanisms responsible for complex biological phenomena such as neurodegeneration. NMNAT appears to be a multifunctional protein that sits both at the core of central metabolism and at a crossroads of multiple cellular processes. The resultant wealth of biochemical data has built a robust framework upon which design of NMNAT activators, inhibitors or enzyme variants of potential medical interest can be based.     

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.