用模型参数推算了常压下水三聚甲醛系统的共沸组成和共沸温度。
The azeotropic temperature and compositions of the trioxane-water system under atmospheric pressure were also predicted.
目的：研究不同步速下行走时的能量消耗水平，进而推导出根据计步器参数推算步行能耗和一日总能耗的方程，以期为进一步开发计步器功能提供参考依据。
The purpose of this study was to study energy expenditure of different walking speed in order to get formulas which can calculate energy expenditure of walking and daily physical activity.
结论：由髌骨的宽度、高度和厚度的数值，可推算出髌骨假体个性化设计所需的参数。
Conclusion: With the measurements of patellar width, height and thickness, the parameters for personalized design of patellar prosthesis can be calculated.
应用推荐