B超心脏轮廓图象光流场匹配策略新方法

介绍了Ｂ超心脏左室腔壁轮廓图象（短轴截面方向）光流场匹配策略的一种新方法．这种方法在分析心脏运动的基础上结合统计原理得到，能比较准确反映心脏左室病变部位的特征．经病例实践检验，其结果和临床诊断相符     

偶偶变形核基带转动谱

通过修正Ｂｏｈｒ哈密顿量，获得新的四参数的转动谱公式，利用最新的稀土区和锕系区偶偶核基带的实验数据，对该公式进行拟合，从计算结果可看出，符合较好     

《聊斋志异》“变形复仇”故事研究

以复仇为主题的作品在《聊斋志异》中极具分量,“变形复仇”是其中的独特分支。蒲松龄通过将复仇主体变换形态,从传统的人类复仇,转化为鬼、狐、虎等其他异类形象。复仇力度之强、复仇方式之奇,使其区别于同类作品。通过对“变形复仇”故事类型、故事特点以及所表达的文化内涵的分析,从更深层次挖掘了蒲松龄的创作主旨,表现了复仇主题的发展。     

Surveying of the deformed terraces and crust shortening rate in the northwestern Tarim Basin

Relief surveying and chronology study were carried out on the deformed river terraces across the Artushi anticline belt in the northwestern Tarim Basin. The crust shortening rate of this anticline belt since late Pleistocene was calculated to be up to 5—6 mm/a. The total crust shortening rate from the northwestern Tarim Basin to southwestern Tianshan since late Pleistocene was estimated to be over 10 mm/a.     

电场中q—形变谐振子及其相干态的量子特性

运用q微商解得电场中q-形变谐振子的能级结构和本征函数,构造了q-形谱谐振子的Glauber相干态,研究了其量子特性,发现由于形变参数的影响,其能级结构及动力学行为与普通谐振子有很大差别,当q=1时,q-形变谐振子退化为普通谐振子。     

均匀磁场中q—形变谐振子及其相干态的量子特性

讨论均匀磁声中q－形变谐振子的能级结构的本征函数,构造出q－形变谐振子的clauber相干态且研究了其量子特性,得到了一些不同于普通谐振子的结果。     

可靠度理论在重力坝变形观测中的应用研究

利用大型有限元软件ANSYS中的可靠度设计模块,从可靠度理论入手采用混合模拟法,给出承载能力极限状态和正常使用极限状态下重力坝坝顶观测点的水平位移限值。为重力坝水平位移的最大允许值的确定提供了一定的依据。为大坝安全观测起到了一定的预警作用。     

基于有限体积模拟的模锻优化设计

在锻造等金属大变形的工艺设计中,相关参数的确定很大程度上依赖于经验公式,而有限元法在金属大变形过程数值模拟中有明显的局限性,且模拟结果难以验证.本文基于有限体积法模拟了一典型开式模锻过程,并在通用经验值允许的范围内,根据模拟结果调整工艺设计中的参数设置,有效避免了一种锻件常见缺陷.通过分析变形过程特定时段的变形区形状、分流面的变化及变形力分布曲线,结合相关塑性理论验证了模拟结果的正确性,实现了工艺优化设计.研究证明理论预测与数值模拟相"拟合"的方法可以代替实验用于指导生产实践.     

New research progress on the ultrastructure of tectonically deformed coals

The structure of tectonically deformed coals shows some characteristics and regulations on the ultra-scale when influenced by different factors such as temperature, pressure and directional stress. Deformations of the macromolecular structure may induce changes in the nano-scale pore structure, which are very important for gas adsorption and pervasion. The geological impact of different mechanisms of deformation on different types of ultrastructure of tectonically deformed coals is not only of significance as a topic for scientific research, but also in studying environments of metamorphism-deformation at differing metamorphic stages. This research is also very important in studying the accumulation and occurrence conditions of coalbed methane gas, mechanisms of coal and gas outbursts, predictions of coalbed methane resources and dangers of coal and gas outbursts. This paper analyzes current research, within China and other countries, in the ultrastructure of tectonically deformed coals. The research includes (1) structural models of tectonically deformed coals; (2) the relationship between ultrastructure and stress; (3) the structure of tectonically deformed coals and its strain environment. These results are also based on our own experiments including vitirnite reflectance (R_o,max), X-ray diffraction (XRD) and nuclear magnetic resonance (NMR (CP/MAS + TOSS)). We discuss the important effects of the structure of tectonically deformed coals and their physical properties, and then point out some problems concerning the research progress of tectonically deformed coals.     

桩土共同作用原理与变形土体侧压力研究

论述深基坑支护体系计算中考虑桩土共同作用原理, 因而引起变形土体侧压力的改变, 并根据工程实践结果, 提供了经过监测与验证的主要结论.