Heat conduction is an irreversible process, and its optimization follows the least dissipation principle of heat transport potential capacity.
导热是一个不可逆过程，它的优化遵循最小热量传递势容耗散原理。
The numerical and analytic results show that the heat transfer rate obtained by potential capacity dissipation minimization is better than that by entropy generation minimization.
数值计算和理论分析的结果表明，根据最小传递势容耗散原理得到的结果优于最小熵产原理得到的结果。
At present, entropy generation minimization and potential capacity dissipation extremum are the two principles to value heat transfer performance.
目前对传热效果的评价存在熵产最小化和势容耗散取得极值两种不同的准测。
This paper analyzes energy dissipation and potential utilization of human body. Power harvest ways are surveyed including kinetic energy, heat and chemical energy.
本文分析了人体的能量分布和利用潜力，并对目前能量收集方法进行了总结，包括人体的运动能量、热能和化学能等。
This paper analyzes energy dissipation and potential utilization of human body. Power harvest ways are surveyed including kinetic energy, heat and chemical energy.
本文分析了人体的能量分布和利用潜力，并对目前能量收集方法进行了总结，包括人体的运动能量、热能和化学能等。
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