材料结构分析

材料结构分析材料结构分析
  1. SAXS是一种有效的、重要的材料结构分析手段。

    SAXS is an effective and important technique in the analysis of materials microstructure .

  2. 有限元法在混杂体材料结构分析中的应用初探

    Application of FEM in the Structural Analysis of Mishmash Materials

  3. CdS/MMA材料结构分析

    Structural Analysis of CdS / MMA

  4. 复合材料结构分析与优化设计是新型先进导弹在研制前期就要解决的关键技术问题。

    Analysis and optimization of composite laminates are important issues early during developing a new-type advanced missile .

  5. 本文将探讨适用于各类复合材料结构分析的一种半解析半数值方法。

    A semi-analytical and semi-numerical method for various structure analyses of composite materials is proposed in this paper .

  6. 多重量子阱结构和光致发光的研究,对材料结构分析有着重要的意义。

    It is of much significance that researches on the multi-quantized potential trough structure of light-luminescence have done to the analysis of material construction .

  7. 首先根据复合材料结构分析原理,建立了合理的格栅加筋有裂缝路面结构的力学分析模型;

    In this paper , firstly , based on the composite material structure analysis theory , the suitable mechanical model of grid reinforced pavement structure with crack is established .

  8. CT技术在沥青胶结颗粒材料内部结构分析中的应用

    Application of X-ray Computerized Tomography in Analysis of Inner Structure of Asphalt Mix

  9. 光纤用于3-D编织复合材料结构失效分析的实验研究

    Experimental research on structural failure analysis of 3-D braided composites by braided optical fibers

  10. Mn离子注入Si材料的结构分析及磁学性质

    Structure Analysis and Magnetic Properties of Mn-Implanted Si

  11. 高分子复合压电材料的结构分析&X射线衍射法

    Structural analysis of piezoelectric polymer composites-the method of X-ray diffractometry

  12. 复合材料结构三维分析的半解析方法

    A semi-analytical method for three-dimension analyses of composite structures

  13. 窑具材料显微结构分析及改进措施

    Microstructure analysis on kiln furnitures and improving measures

  14. 复合材料结构可靠性分析与设计

    The reliability analysis and design of composite structures

  15. 考虑破坏时复合材料结构的分析

    Analysis of Composite Structures with Local Failures

  16. 混相铁氧体材料的结构分析

    Structural Analysis of Mixed - phase Ferrite

  17. 微处理机离子分析器无机材料显微结构分析

    Analysis of Inorganic Materials Micro Structure

  18. 它们是三相或多于三相复合材料结构力学分析的基础。

    They are the basis of structural mechanics of composite materials for three phases or more than three .

  19. 介绍了高温陶瓷材料显微结构分析试样的制备方法(包括切割、浸渗、研磨和抛光)。

    Preparation methods of Refractory Samples for microstructure analysis by SEM are contains of cutting , impregnating , grinding and polishing .

  20. 从材料微观结构分析的发展上说明了与材料性能相关的成分、形貌、相结构、价态等方面,以及响应的分析手段。

    With the development of analysis technology , the properties and related aspects were discussed , such as composition , morphology , phase structure , and valence .

  21. ANSYS在复合材料夹层结构屈曲分析中的应用

    ANSYS 'S Buckling Analysis in Sandwich Structure of Composite Material

  22. SiCP/ZA27复合材料界面微结构分析及高温蠕变性能

    Interface structures and high temperature creep property of sic_p / za27 composite

  23. 基于ANSYS的复合材料蜂窝结构可靠性分析

    Honeycomb structural reliability analysis of composite meterials with ANSYS

  24. 原位反应合成Nb掺杂Al2O3/TiAl复合材料的显微结构分析

    Microstructure Analysis of Nb-Doped Al_ ( 2 ) O_ ( 3 ) / TiAl Composite Fabricated by In-Situ Reaction Synthesis

  25. 熔铝氧化渗透合成SiCp/Al2O3-Al复合材料的微观结构分析

    Investigation on the microstructure of SiC_p / Al_2O_3-Al composites synthesized by oxidative infiltration of Al melt

  26. 建立了SHS过程燃烧动力学模型,对SHS所合成的材料进行了结构分析。

    After the foundation of combustion dynamic model , the structural analysis of SHS products has been done .

  27. 对Ti/Al2O3系复合材料的微观结构分析发现,界面处Ti3Al相的存在是导致材料性能恶化的主要原因。

    The microstructure showed that Ti_3Al was major reason resulting in decreasing the mechanical of Ti / Al_2O_3 composite .

  28. TATB基PBX复合材料的微观结构分析

    Analysis of Microstructure of TATB Based PBX

  29. 电沉积ZrO2-Ni功能梯度材料的组织结构分析

    An Analysis on the Microstructure of Electrodeposited ZrO 2 Ni Functionally Graded Materials

  30. 针对复合材料身管结构分析过程中计算复杂耗时的问题,采用Kriging最优内插法建立复合材料身管结构分析近似模型。

    Aiming at the complex computation and time-consuming problem during the structure analysis for the composite barrel , the structural approximate model was established by using Kriging method .