Changes of the entropy, the entropy production and the rate of energy dissipation in river adjustment;
河流调整中的熵、熵产生和能耗率的变化
Ordered structure and system development of the force dissipation system(Ⅰ), Principle of minimum entropy production and ordered structure;
强迫耗散系统的有序结构和系统的发展(Ⅰ),最小熵产生原理和有序结构
Natural hazards are defined as the processes of releasing unstable accumulated energies, and also the stronger dissipative processes, which can be described by the local entropy production.
自然灾害的发生过程是不稳定能量积累的释放过程，它是一个高强度的耗散过程，耗散强度可以用局域熵产生来描述，根据地表温度和能量通量纬度分布的观测资料计算了局域熵产生的纬度分布，发现它与自然灾害的纬度分布十分接近。
An entropy generation based thermodynamic analysis was conducted of the internal flows in circular and flat tubes.
对圆管和扁管内部流动进行了以熵产生为基础的热力学分析。
It was point out that the entropy generation was minimized when the total heat transfer area was pided equally at each stage.
基于熵产生最小对多背压凝汽器进行了优化分析，指出各级传热面积相等时熵产生最小。
The entropy generation number N st of heat exchangers of several flowing pattern was compared with that of contraflow heat exchanger.
将几种流动型式换热器相对于逆流式换热器进行了熵产生数相对值的比较，得到了熵产生数相对值随传热单元数、入口温度之比和热容量之比的变化规律。
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。
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。
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。
On the basis of analyzing dissipative structure characters of urban industry-environmental system,according to general thermodynamics stability criterion in dissipative structure theory,a model about excess entropy production of urban industry-environmental system is established.
在分析城市工业-环境系统耗散结构特征的基础上,尝试根据耗散结构理论中的一般热力学稳定性判据建立城市工业-环境系统的广义超熵产生模型,并将其应用于山西省临汾市的工业-环境系统。
By taking D(x)=D 0(1-x 2)(x=sinθ,θ is latitude)as the diffusion coefficient,the relations between increase of CO 2 concentration and abrupt climate warming are discussed by using excess entropy production theory,and the critical value of CO 2 concentration is derived when abrupt climate warming occurs.
建立了变系数扩散的一维自组织非线性气候模型，取热流输运系数为Ｄ（ｘ）＝Ｄ０（１－ｘ２）（ｘ＝ｓｉｎθ，θ为纬度），运用超熵产生理论讨论了ＣＯ２浓度增加与气候突变的稳定性关系，得到突变时ＣＯ２浓度的临界值，所得结论基本上符合近代气候变化的时间尺度特征，也与有关文献的结论一致。
On the basis of excess entropy production theory the corresponding stability criterion is derived,and the parametric relation of the increase of CO2 to the abrupt climate change is discussed.
建立了一个包含云与辐射动态相互作用的一维非线性能量平衡气候模型，根据超熵产生理论，求得相应的稳定性判据。
It analyses the irreversible processes which happen in the thermodynamics system--heat conduction and diffusion, and makes detailed discussion about the change of the system entropy from the entropy flow density and the entropy production rate.
文章对热力学系统内进行的不可逆过程——热传导和扩散等输运过程的性质进行了分析 ,并对系统的熵的变化从熵流密度和局域熵产生率两个方面进行了比较详细的讨论 ,给出了具体的不可逆过程求熵流密度和局域熵产生率的具体表达式 ,这对研究热力学不可逆过程的进行是很有帮助的 。
This paper expounds and argues on the basis of Gib bs formulae the equivalence of entropy production rate and thermodynamic characteristic functional variation rate in the closed system.
本文从 Gibbs公式出发 ,论证了封闭系统熵产生率与热力学特性函数变化率的等价
Time dependence of entropy flux and entropy production for a stochastic system with double singularities driven by non-Gaussian noise
非高斯噪声驱动的双奇异随机系统的熵流与熵产生
Time dependence of entropy flux and entropy production for a stochastic system with double singularities driven by non-Gaussian noise
非高斯噪声驱动的双奇异随机系统的熵流与熵产生
The Application of Excess Entropy Production to a One dimensional Self organization Climate Model
超熵产生在一维自组织气候模型中的应用
Numerical Analysis of the Rate of Entropy Generation in the Boundary Layer for Convective Heat Transfer
对流换热边界层内熵产生率的数值分析
Study on A Quantitative Evaluation Model of General Excess Entropy Production of Urban Industry-Environmental System;
城市工业-环境系统广义超熵产生定量评价模型
Thermodynamic Solution for the rate of Entropy Production in Irreversible Process;
不可逆过程熵产生率的热力学处理方法
THERMODYNAMIC ENTROPY THEORY FOR CELL COLD HARDINESS──THEORETICAL STUDIES ON THE EXCESS ENTROPY PRODUCTION ACTS AS THE STABILITY CRITERION OF COLD HARDINESS
细胞寒害的热力学熵理论(Ⅱ)──超熵产生作为寒害稳定性判据的理论研究
The Application of Gaia Hypothesis and Maximum Entropy Production Hypothesis to the Ecological Restoration of Ejina Oasis;
盖亚假说、最大熵产生假说与额济纳绿洲的生态恢复
Multiple Steady States Analysis of Reactive Distillation Process by Excess-Entropy Production (Ⅱ)Analysis of the Stability
基于超熵产生分析的反应精馏系统多稳态研究(Ⅱ)稳定性分析
According to the properties of the linear area in the thermodynamical non-equilibrium state, this paper has discussed the function of entropy preduce and its sisnificance.
根据热力学中非平衡态线性区的特征，讨论了熵产生函数的引入及其意义。
Study on Environmental Impact Issues of Industry Produce Based Entropy;
基于熵的工业生产环境影响问题研究
Study on Evaluating Method of Production Operation Based on Entropy;
基于熵概念的生产运作评价方法研究
Automotive Product Lifecycle Management Research Based On Managerial Entropy
基于管理熵的汽车产品生命周期管理
Evaluation and Application of Production Logistics Based on Entropy Models in Discrete Manufacturing Enterprise;
离散制造企业生产物流的熵模型评价及其应用
EMPIRICAL STUDY ON ORDERLINESS EVALUATION OF PRODUCTION SYSTEM BASED ON STRUCTURE ENTROPY;
基于结构熵的生产系统有序性评价的实证研究
The grey relation entropy analysis was employed to investigate the relationship of yield and main traits of peanut.
运用灰关联熵分析方法，对9个花生品种的农艺性状与单株产量的灰关联熵进行了分析。
According to the characteristic of model of the multi-variety and small batch, an evaluating method based on the entropy concept is proposed.
针对多品种小批量生产模式的特点,提出了基于熵概念的评价方法。
A Research on Learning Weights of Fuzzy Production Rules Based on Maximum Fuzzy Entropy;
基于极大模糊熵原理的模糊产生式规则权重获取方法研究
Research on Lean Improvement Methods and Application System Based on Entropy Theory
基于熵理论的精益生产改善方法及实施体系研究