1) entropy rate
熵率
1.
On the existence theorem of entropy rate for hidden nonhomogeneous Markov models;
可列隐Markov模型的熵率存在定理
2.
The author of this paper, using this concept, gives a sufficient condition of the existence of the entropy rate for nonhomogeneous Markov chain.
本文引入数列的绝对平均收敛的概念,它是数列普通收敛概念的推广,并具有和数列普通收敛性相同的运算性质,本文利用这个概念给出非齐次马氏链熵率存在的一个充分条件。
3.
Based on the convergence of bounds for the entropy rate of binary hidden Markov processes,a numerical approach is advanced.
基于熵率上下界收敛性,该文提出了一个算法以计算二态隐马尔可夫过程的熵率。
2) entropy generation effectiveness
熵产效率
1.
A new concept called entropy generation effectiveness(EGE) which is same as heat transfer effectiveness is advanced,and the irreversibility of heat exchanger is evaluated by using EGE.
以热力学第二定律为基础讨论了理想的逆流、并流和错流型换热器的不可逆损失,并且提出采用熵产效率评价换热器的不可逆程度。
3) Power spectral entropy
功率谱熵
1.
Speech endpoint detection algorithm based on adaptive subband power spectral entropy;
基于自适应子带功率谱熵的语音端点检测算法
2.
Effect of power spectral entropy on the prediction of seizure in epileptic rats
功率谱熵对大鼠痫性发作预报的评估意义
3.
Methods Gravity frequency and power spectral entropy of EEG were extracted to analyze state of mental fatigue at three epoches:BT before continuous mental arithmetic task,AT immediately after continuous mental arithmetic task,and REST 60 min after task.
方法对连续数学运算前后以及休息后3种状态下脑电的功率谱重心频率以及功率谱熵进行了分析,并采用主观评价和行为学方法对3种状态进行对照分析。
4) isoentropic efficiency
等熵效率
5) entropy production
熵产生率
1.
Howev-er,ultrasound absorption results in additional entropy production in tissues.
理论计算证明,低频低强度的超声照射可以导致癌细胞和正常细胞熵产生率的倒转,从而可以改变熵流方向,抑止癌的毒性信息流的扩散。
2.
Based on the thermodynamics on irreversible processes the entropy production rates are calculated for cancer and normal cells respectively.
依据非平衡热力学,对细胞内的熵产生率进行了计算,并对癌细胞和正常细胞的熵产生进行了对比分析,证明了在通常条件和无外场作用情况下,癌细胞的熵产生率高于正常细胞。
3.
This paper expounds the importance of entropy transfer and entropy production in heattransfer and gives a formula for counting global entropy transfer and entropy production in heat -conducting straight fins.
本文论述了熵通量和熵产生率在热传递中的重要性，并给出等厚度直形翅片在传热时的熵通量和熵产生率计算公式。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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