Power Law Model

In general , the power law model fitted most of non-Newtonian fluids .

一般情况下，幂律模型适合于大部分非牛顿流体。

Flow behavior of these system melts investigated cannot be described with the power law model , but follows the modified casson equation well .

该体系的熔体流动行为不能用幂律模型描述，但它却能较好地服从修正的Casson万程。

Using the POT Power Law Model to Evaluate Banking Operational Risk

度量银行操作风险的POT幂律模型及其应用

Flow behavior of power law model gelled propellant in the pipe

幂律型凝胶推进剂管路中的流动特性

A study on optimum fitting of taylor ′ s power law model by modified simplex method

Taylor幂法则模型的改进单纯形法最优拟合

Then the parameter 's MLE of power law model was carried out under accelerated environment .

推导了加速寿命试验条件下幂律退化模型参数的极大似然估计。

Taylor ′ s power law model is one of the most important tools for the study on population spatial patterns .

Taylor幂法则模型是研究种群空间格局的重要工具之一。

Models for intermolecular collisions are assumed hard-sphere model and inverse power law model .

碰撞模型分别选用了硬球分子模型和负幂律分子模型。

Then use the log-periodic power law model to fit on the bubble , then can identify the critical time that bubble burst .

之后用对数周期幂律模型对泡沫进行拟合，找出泡沫破裂的临界时间。

For power law model related the speed in impact environment , the analysis shows that the model is relevant of the damping coefficient and the size of the structure .

对于冲击环境下的速度相关幂律模型，分析表明该模型的阻尼系数和缓冲器结构尺寸有关。

A basic model of sacrificial layer-phosphosilicate-glass ( PSG ) etching was introduced , and Power law model was elucidated in details .

介绍了在硅微机械加工的牺牲层释放中，氢氟酸（HF）腐蚀磷硅玻璃（PSG）模型的建立过程，详细阐述了PowerLaw模型。

There are two features in Log-periodic power law model , one is logarithmic oscillates in a period , the second is the power-law growth or decay .

对数周期幂律模型有两个特征，一是对数周期性振荡，二是幂律增长或衰减。

And the following conclusions were concluded : ( 1 ) when the foam quality is smaller than 0.9 , the foam fluid can be depicted by the power law model ;

并取得了以下结论：（1）当泡沫质量小于0.9时，CO2泡沫压裂液的流变模型可用幂律模型描述；

The compound of Alkali Surfactant Polymer ( ASP ) is a kind of viscoelastic fluid , its rheological behavior can be formulated by power law model in simple shear flow within medium shear rate .

就其流变性而言，聚合物溶液和碱表面活性剂聚合物（ASP）复合体系均属粘弹性流体，但在中等剪切速率的简单剪切流动条件下，其流变性可用幂律模式描述。

Generally the I ~ V characteristics of superconductors are described by the standard power law model with parameters such as V 0 , I c and n based on the criterion 1 μ V / cm .

一般地，超导带材的I～V特性由标准的幂指数模型参数Ic和n值来描述，并以1μV/cm作为临界电流的判据；

Non Newtonian fluid respectively using the power law model and Bingham flow model is analyzed , with the foreign experimental study that the empirical formula for contrast detection , coiled tubing drilling frictional pressure drop and the numerical simulation results of Bingham flow model are consistent .

非牛顿流体分别用幂律模型和宾汉流模型进行了分析，通过与国外实验研究得出的经验公式进行对比发现，连续油管钻井摩擦压降与宾汉流模型所进行的数值模拟结果一致。

Small Sampling Reliability Evaluation Based on Power Law Degradation Model

基于幂律退化轨道的小样本性能可靠性评定

Accelerate factor analysis for power law degradation model under the condition of small sampling test

小子样条件下幂律退化模型的加速因子分析

Shear thinning is characterized by the Power law fluid model . A mass conserving cavitation algorithm is used to solve the modified Reynolds equation .

幂律流体模型用来表征剪切变薄的流变学特征，质量守恒的油膜破裂算法用于雷诺方程的求解。

Foundation on the characteristics of long life and high reliability products , on the condition of const failure mechanism , the accelerate factor definition of power law degradation model is proposed firstly .

结合长寿命、高可靠性产品加速寿命试验的特点，在失效机理不变的条件下，提出了幂律退化模型加速因子的概念。

Based on Arrhenius or inverse power law power law model , the statistical methods analysed individual failure time data of constant stress accelerated reliability growth testing ( CSARGT ) were given , and these methods were illustrated .

基于Arrhenius或逆幂律幂律模型，对恒定应力加速可靠性增长试验（CSARGT）的单独故障时间数据的情况，给出了统计分析方法，并用数值例说明了这些方法。

A color sensitivity function is then constructed based on the Stevens 's power law and the hexagonal-pyramid model of the HSV color space , which is also supported by visual-physiological and visual-physiological theories .

依据视觉生理学和视觉心理学关于不同颜色间存在敏感度差异的理论，并利用Stevens法则和HSV颜色空间的六棱锥模型，提出了一种构造颜色敏感度函数的算法。