一种多行设备动态布置的方法

在简单分析比较4种基于启发式算法求解动态设备布局方法的基础上,提出了一种基于单亲遗传算法的相应遗传策略,发展了一种新颖的适用于动态设备布局的遗传换位操作算子,并提出在单期上应用换位概率的策略,大大增加了种群的多样性,明显提高了算法的性能.最后进行了仿真研究,并用提出的时间增长率和相对精度收敛率指标进行了综合分析.     

万病归宗论

在中医原创理论的基础上,结合《易经》、《内经》和《道德经》三经思想,提出了“万病归宗”理论、“三维守恒”调控法则、“五脏阴阳”辨证纲领,以及临床治疗“双合”原则等中医创新理论体系,并研制出与之相应的两大类、五大系列、三十多种中药成药新品种的中药创新体系。用于防止疾病的发展、演变与恶化,并取得了较好的疗效。     

VCN & Its Role of Engineering in Human Society

A novel broad concept of numbers was given out based upon the analyzing of numbers' carrying rule. In international mathematics & computer science, all researches on numbers are only confined to same varying rule of the FCN (fixed carrying numbers). The concept of VCN (variable carrying numbers) was presented, and some applied examples of practice were given out. So the engineering application of VCN for nfigures is wider than that of FCN in human society.     

改善结构设计,提高大型平面近场测试设备精度探讨

本文论述了改善结构设计 ,提高大型平面近场测试设备各单项精度及传动精度的可行性 ;分析了主要部件合理的结构对精度及其它方面的影响     

一类特殊应用领域机器人控制策略的研究

详细地分析了现代工业机器人运动过程中存在的高控制增益、慢响应速度等缺点;然后,基于改进的双曲正切滤波函数给出了实现机器人低增益、快速和高精度的一类控制策略。方法设计合理,简单易行。     

拉曼光谱在中药注射剂鉴定中的应用初探

分析了中药注射剂的重要作用,探讨了利用拉曼光谱进行中药注射剂鉴定的可行性。运用拉曼光谱检测了中药灯盏花素注射剂和红花注射剂,并对其拉曼谱图进行了分析。灯盏花素注射剂和红花注射剂的拉曼谱图中虽然荧光背景很强,但依然包含了不少有用信息,这表明利用拉曼光谱鉴定中药注射剂是可行的,但是测量技术和技巧还有待进一步提高。     

偏心套筒夹具的设计

介绍了一种大型偏心套筒的磨削工艺装备 ,该装备的设计改变了传统的整体设计方法 ,利用工件本身的条件 ,采用分体的结构形式 ,变难为易 ,圆满解决了高精度要求的制造问题     

高精密球体研磨方式的研究

本文论述了研磨原理及球体圆度误差趋小化研磨机理；对现有的各种研磨方式的研磨原理、研磨精度、研磨效率等进行了较为全面的比较。     

等离子激光复合成形中角度对弧柱形态和熔积层精度的影响

提出了等离子激光复合直接制造金属零件的新技术,介绍了等离子激光复合直接制造技术的基本原理。通过实验研究分析了激光束与等离子束复合角度对熔积层精度的影响规律。得到了在相同条件下,熔积层的宽度随复合角度的增加而增加的重要结论并分析了其原因。     

NUMERICAL ANALYSES OF DESIGN AND ASSEMBLY FOR MAIN COMPONENTS OF BESIII

The design and manufacture of the main drift chamber(MDC) and the electro-magnetic calorimeter are most important issues in Beijing electron-positron collider upgraded projects. The whole mass of electro-magnetic calorimeter (EMC) in BESIII is 40t, thus high stiffness, strength and dynamical properties are required for the design of entire structural of electro-magnetic calorimeter. Based on numerical technique, the strength and the dynamical properties of EMC are analyzed, which provide theoretical reference for the design of entire structural of EMC. The MDC is composed of the elements with 28680 pre-stressed high-sensitive wires and during the assembly the wires are stringed layer by layer. The stretching forces of the wires vary continuously and couple with each other in the whole process. The modeling technique with high precision (especially "element birth and death") is carefully used to study the stress state during the process of assembly. So the variations of the stretching force of the wire are investigated, and several design schemes are evaluated and optimized. The research results have been adopted in the Beijing electron-positron collider's new project directly.