第二部分研究了基态DTO 分子的分析势能函数与分子反应动力学过程。
Part two is about the researches of the analytic potential function and molecular reaction dynamic processes of DTO.
提出了一种基于传感器和模糊规则的智能机器人运动规划方法，该方法运用了基于调和函数分析的人工势能场原理。
This paper presents a sensor-based intelligent robot motion planning using fuzzy rules for the idea of artifical potential fields based on analytic harmonic functions.
在管壁应力计算技术的基础上，引入生长势能函数，对血管重新构型的过程进行计算分析。
Growth deformation gradient through stress potential in the restructuring of blood vessel was proposed and a numerical example was given.
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