通过对该珍珠层的表征与示踪，初步证实微尺度螺旋（涡旋）生长位错是海南三亚企鹅贝及其附壳珍珠又一重要的生长机制。
The research indicates that the microscale spiral (vortex)growth dislocation is another important growth mechanism of Pteria penguin and blister pearl from Sanya, Hainan Province.
在建筑结构中，错层结构被广泛的采用，对其研究也逐步成为工程界的热门课题。
In building structures, the split-level structure is widely used, related research has gradually become a popular subject of engineering.
最后从设计角度出发，用SAT WE及PMSAP对某一超限错层剪力墙实例进行了分析及计算。
The research consists of several parts which are listed below. Finally, from the view of design, using SATWE and PMSAP, the paper analyzes a transfinite split-level structure.
观察分析了拉伸试样的显微组织，并利用热力学经典模型，估算了温度对孪晶诱发塑性（TWIP）钢层错能的影响。
The microstructure of tensile samples was observed and analysed, and then the effect between stacking fault energy of TWIP steels and deformation temperature was calculated by thermodynamic model.
观察分析了拉伸试样的显微组织，并利用热力学经典模型，估算了温度对孪晶诱发塑性（TWIP）钢层错能的影响。
The microstructure of tensile samples was observed and analysed, and then the effect between stacking fault energy of TWIP steels and deformation temperature was calculated by thermodynamic model.
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