1) reversible Markov process
可逆Markov过程
2) countable Markov control process
可数Markov控制过程
1.
Optimal stationary policies for a class of countable Markov control processes;
一类可数Markov控制过程的最优平稳策略
3) reversible process
可逆过程
1.
The ΔG about the reacting process has been calculated according to the reversible process.
按此可逆过程计算了反应的ΔG,所得结果与运用化学势方法计算的结果完全吻合。
2.
This paper discusses two questions about the first and the second lows of thermodynamics in teaching so as to point out that a whole understanding of the reversible process character is the key to the problem.
本文讨论了热力学第一和第二定律教学中 ,两个学生质疑产生的原因 ,指出全面理解可逆过程的特点是问题的关
3.
In terms of the symmetry of the physical variable describing the thermodynamic system, the concept and the characters of entropy is introduced with the analogy method,and the principle of entropy increment has been established based on the relationship between the work and the energy in the reversible process in contrast with the irreversible process.
本文根据物理量之间的对称关系应用类比的方法引出了熵的概念 ,并得到熵的性质 ;利用可逆过程与不可逆过程中的功能关系的对比建立了熵增加原理。
4) Markov process
Markov过程
1.
Application of random Markov process theory to combat effectiveness estimation in absence of air defenses;
Markov过程理论在对地攻击靶场效能评估中的应用
2.
Forecast of land use pattern change in Anji County of Zhejiang: an application of Markov process;
利用Markov过程预测安吉土地利用格局的变化
3.
In this study an approach was presented based on Markov process.
本文基于Markov过程,提出一个新的计算方法。
5) semi-markov process
半Markov过程
1.
Sensitivity analysis and performance optimization of semi-Markov processes based on performance potentials;
半Markov过程基于性能势的灵敏度分析和性能优化
2.
In maintenance of a water distribution network,the model based on semi-markov processes is proposed in order to achieve rational and efficient use of limited funds.
在管网维修时,为了实现合理有效地利用有限的资金目标,提出了基于半Markov过程的维修资金分配优化模型。
6) Markovian process
Markov过程
1.
This paper considers the Markovian process model for Evolutionary Programming(EP).
本文对一类进化规划（EvolutionaryProgramming）进行了理论分析，给出了进化规划的Markov过程描述及t步概率分布密度的递推公式，该公式较好地描述了进化规划的叠代规律，利用该公式证明了进化规划的概率1收敛性及r阶收敛性。
补充资料：不可逆过程
| 不可逆过程 irreversible process 实际的热力学过程。见可逆过程。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条