化学反应动力学

• The oxidation mechanisms of 3d c / sic composites in air , in water vapor and in oxygen / water vapor coupling environment have been clarified on the basis of oxidation behaviors and microstructure analysis of c / sic composites . the oxidation kinetics models of the composites in oxygen and in oxygen / water vapor have been established respectively based on the theories of chemical reaction kinetics and mass transport . the software platform of factorization for analysis of c / sic composites oxidation behaviors has been developed
  本文以3dc sic复合材料氧化行为的实验研究为基础，结合复合材料的显微结构分析，系统地阐明了复合材料在空气、水蒸汽和氧水耦合环境中的氧化机理，并运用化学反应动力学和传质学的基本理论，建立了复合材料在氧气环境和氧水耦合环境中的氧化动力学模型。
• To validate the outcome of the 3d program , numerical results of programs including 2d cr corresponding different chemical reaction kinetic models have been compared and analyzed , which is beneficial to determine the kinetics model and results analysis . comparing numerical results with experimental results on the stl ( single throat laser ) is another validated example . the results of experiment reveal the credibility of numerical results
  在三维程序的验证方面：结合二维cr程序，分析了不同化学反应动力学模型对应的计算结果，对三维程序的动力学模型确定和结果分析起到了很大的指导作用；针对采用hylte喷管的单喉道激光器( stl )进行了问题分析、数值模拟和目录缩写摘要一实验验证。