1.
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
2.
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。
3.
Quantum-Classical Correspondence in Entanglement Production of the Spin System:Entanglement and Classical Frequency Entropy
自旋体系纠缠增长中的量子经典对应:纠缠和经典频率熵
4.
minimax entropy estimator
极小化极大熵估计量
5.
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
6.
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
7.
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
8.
Process Entropy is a measurement for the incertitude degree of process.
“流程熵”是反应流程不确定程度的量度。
9.
The second law only allows us to calculate changes in entropy.
第二定律只能让我们计算熵的改变量。
10.
Entropy is actually a measure of disorder.
“熵”是一个针对混乱程度的度量数值。
11.
Quantum Field Entropy in a System of Moving Atom Interacting with the Single or Double Modes Optic Field;
单、双模光场—运动原子系统的量子场熵
12.
Benchmark Return and Perceived Risk Based on Entropy;
基准收益与认知风险熵式度量(英文)
13.
Aplication of Information Entropy in Analysis of Error of Electronic Measure;
信息熵在电子测量误差分析中的应用
14.
The Error Tracing Entropy Method of the Measure and the Control System;
测量与控制系统动态误差溯源熵方法
15.
The Analysis on the Transient Emissions of the Worsen Spark-Ignited Engines
汽油机劣化时的瞬态排放量熵值分析
16.
Measure developer turnover risk of software project using infor-mation entropy
用信息熵度量软件项目人员流动风险
17.
Fractal entropy analysis of overlapped transient power quality disturbance
叠加暂态电能质量扰动的分形熵分析
18.
Model of measuring software development risk based on information entropy
基于信息熵的软件开发风险度量模型