1.
The Ordinary Nature about Information Entropy Increase of the Limited State Markov Chain
有限状态Markov链信息熵增加的平凡性
2.
The Initiative Adjustment between the "Entropy production" and the storage of Library in Colleges and Universities
“熵增”与高校图书馆馆藏主动性调整
3.
An Analysis of Entropy Generation and High Entropy Crisis for the Evolution of Ecological and Human Social Systems
生态与人类社会系统演化的熵增分析和高熵危机
4.
On the Minimizing Entropies in Economy and Resources Sustainable Utilization;
论熵增最小化经济与资源的可持续利用
5.
Application of Information Entropy Increment Minimization Rule in Supply Chain;
信息熵增量最小化准则在供应链中的应用
6.
INEREASE PRINCIPLE OF ENTROPY UNDER NEGATIVE THERMODYNAMIC SCALE OF TERAPERATURE AND THERMODYNAMICS SECOND LAW;
负温度下的熵增加原理与热力学第二定律
7.
Analysis of energy saving and thermal comfort in heating mode based on entropy principle
基于熵增原理的供暖方式舒适性节能性分析
8.
Performance Evaluation of Total Entropy Increase Flower Baffle Heat Exchanger and Single Segmental Baffle Heat Exchanger
花板换热器及折流板换热器总熵增率性能评价
9.
This paper proves the ordinary nature about information entropy increase of the limited state Markov chain.
本文给出了有限状态Markov链的熵转移的一个重要结论，即信息熵增加的平凡性定理。
10.
The Ratio and Refrigeration Circle Performance Research of Substituting Refrigerants of R22 Based on the Method of Minimum Gain of Entropy;
最小熵增法R22替代工质组份比及循环性能的研究
11.
The Institutional Tranction Predicament and Stratagem Changing of City Commercial Banks:Based on the Entropey Theory;
城市商业银行制度变迁困境与战略转型:基于熵增理论的分析
12.
Biological mechanics mechanism of spondylodynia formation and the "entropy increase principle"
脊椎病形成生物力学机制及其生命系统的“熵增原理”
13.
But with every step it takes in this direction, it inevitably increases its own entropy too.
伴随着在这个方向上采取的每一个步骤，它不可避免地也使自己的熵增殖。
14.
Entrophy increases as the heat becomes the same all through a system.
当热度在一个系统中保持一致时，熵就变增加。
15.
Study on the Strategy Appraisal System of Enterprise Increase Based on Management Entropy;
基于管理熵的企业增长战略评价体系研究
16.
Multi-scale color image enhancement algorithm based on human visual system and maximal fuzzy entropy
一种最大模糊熵多尺度彩色图像增强方法
17.
Entropy is no laughing matter, however, because with every increase in entropy energy is wasted and opportunity is lost.
然而，熵决不是什么好笑的事，因为每每随着熵的增加都有能量的消耗和机会的丧失。
18.
Approach of fuzzy enhancement based on relative entropy is proposed in this paper.
设计了一种新的基于相对熵的图像模糊增强方法。