1.
The quantitative evaluation of resolution for bin-divisible seismic data
面元细分处理资料的分辨率定量评价
2.
Research of Bin-divisible Method and Evaluating Techniques for High Density Seismic Data
高精度地震资料面元细分方法与评价技术研究
3.
Steel Fiber Concrete Analysis and Optimization Design of Beam String Structures;
钢纤维混凝土界面性能的细观力学有限元分析
4.
Application of Flexi-bin in high density 3-D seismic exploration
细分面元在高密度三维地震勘探中的应用
5.
Study on application of laminated interface element method in meso-scopic numerical analysis of concrete
层合界面单元在混凝土细观数值分析中的应用
6.
The S/N evaluation of bin-divisible processing for high density seismic data
高密度细分面元处理资料的信噪比评价
7.
Unstructured Surface Mesh Generation for Topography Using Interpolating Surface Modelling
用插值细分表面模拟方法辅助生成表面有限元网格的研究
8.
An in vitro study of trophic activity on facial motoneuron by soluble substances derived from Schwann cells of rats
施万细胞分泌物对面神经运动神经元营养活性的实验研究
9.
Spindly Shaft Rolling Machining Finite Element Analysis and Technical Parameter Designation;
细长轴表面滚压加工有限元分析及工艺参数研究
10.
Bonding Mechanismand Analysis on Micromechanics FEM of SFRC Interface;
钢纤维混凝土界面粘结机理及细观力学有限元分析
11.
The Establishment of Fluorescent Quantitative Assay of Membrane Surface TrkB Receptors in Hippocampal Neurons
神经元细胞膜表面TrkB受体免疫荧光定量分析方法的建立
12.
A Finite Element Analysis of acoustically transparent planar PVDF hydrophone
透声面元PVDF水听器的有限元法分析
13.
Here's the rest of the output of the unit test, listing the details of all the failures. You're down to10.
这下面是单元测试结果的剩余部分，列出了所有的失败，的详细信息。你已经让它降到了10个。
14.
The following is a detailed schedule, showing the6 sections and23 units within these sections, and the topics covered within each unit.
下面的是一个详细的进度表，列出六个部分和当中包含的23个单元，以及其讨论主题。
15.
Rapid Evaluation of Butterfly Subdivision Surfaces
Butterfly细分曲面的快速求值
16.
Study on Beam-Shell Element for Finite Element Analysis of Slender Coupled Beam
用于细长连梁有限元分析的梁式壳元研究
17.
The Study of Differentiation Potential into Enteric Neuron from Bone Marrow Stromal Cells;
骨髓基质干细胞向肠神经元细胞分化的研究
18.
Differentiation of Stem Cells into Neuron-Like Cells in Vitro;
干细胞体外定向诱导分化神经元样细胞的研究