一种新型冲砂旋流器

多数近海平台的油井均存在出砂问题，采出砂沉积在生产分离器中不仅会降低分离效率，而且对下游工艺装置带来严重的危害，通常，解决该问题的办法是采用水力冲砂，定期将容器内的积砂冲出并排入海中，或船运至陆地处理。采出砂的粒径一般约为20－30μm ，并与油混合在一起，如直接排海则会造成污染，用化学药剂处理或在陆地存储，则面临处理量大和处理费用高的问题。     

破片式战斗部优化设计技术研究

侧重研究了破片式战斗部装药外形的优化设计技术。提出了装药外形与破片飞散特性（如破片飞散角，分布带宽等）之间的数学描述；建立了圆弧和对数螺线装药外形母线与战斗部其他设计参数间的数学模型。在假定约束条件下，优化设计了破片了聚焦式战斗部的结构参数；静爆试验结果表明，破片分布与理论计算吻合较好。     

A Model for Flooding Prediction in Circular Tubes

Flooding phenomenon limits the stability and the flow of a liquid film falling along the walls of a channel in which a gas is flowing upwards.As known, the entrainment effect can completely prevent the liquid to fall from its natural flow. The present work proposes a new mechanistic model for the prediction of the onset of flooding in vertical and inclined pipes in the presence of obstructions, as well as taking into account the viscosity effect. The good performance of the model in the different geometrical conditions and for variable viscosities of the liquid component assesses the validity of the hypothesis that the instability of a wavelike disturbance limits the countercurrent flow in a channel.     

CNC微功能优化磨削过程

~~CNC微功能优化磨削过程@Konrad Trachsel @Walter Fabris @潭汝谋~~     

用于ABS粘接的UV固化胶粘剂

研究了用于低表面能材料ABS的UV固化胶粘剂的组成,及各组分对胶粘剂性能的影响。结果表明,配比为:双酚A环氧丙烯酸酯、脂肪族聚氨酯丙烯酸酯的混合物为预聚物(占50%~55%),混合单体40%~45%,光引发剂3%~7%,流平剂BYK 307占0.1%~0.2%的胶粘剂,对ABS的湿润性及粘接强度最好。     

缓解电话中心话务员压力的技巧与方法

在我们与员工的谈话中，问到目前感觉如何?有什么困难？得到的答案经常是：压力太大!在日常工作中，经常听到有人抱怨：压力太大!那到底什么是压力，又是什么造成了压力?     

A Study of AlN Films Prepared by Arc Ion Plating

Hexagonal AlN films have been obtained by arc ion plating at different negative biases ,X-ray diffraction and scanning electron microscopy results show that AlN films with smooth surfaces and (002) preferred orientation are obtained at low biases ,whereas those with coarse surfaces and (100) preferred orientation are obtained at high biases,The formation mechanism of AlN is analyzed and the experiment results are discussed,The effect of bias on adhesion strength has also been examined.     

组织光学中的Monte Carlo方法

介绍了Monte Carlo方法产生的背景、基本思想及其在组织光学应用中的重要意义，评述了其在组织光学应用中的研究进展，对其发展趋势作了展望。