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惯量模型
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  inertia model
    An Equivalent Inertia Model of Automotive ABS Test Benches and Error Analysis
    一种汽车ABS试验台的等效惯量模型及误差分析
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    An Improved Thermal Inertia Model
    一种改进的遥感热惯量模型初探
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    (2) According to the character of the survey area, apparent thermal inertia model is adopted in the paper.
    (2)针对实验区域的特征,本文选择了表观热惯量模型对实验区域的土壤水分进行以下反演分析:(Ⅰ)分析单纯利用表观热惯量与土壤水分之间的关系,发现两者的联系存在一定的问题,不同的植被覆盖状况,对回归分析造成了较大的影响;
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    Introducing a variable moment of inertia and a term of potential into the anharmonicvibrator model(AVM),a generalized variable moment of inertia model(GVMI) with four parametershas been proposed. This medel is suitable for the even-even nuclei in the region of R_4=1.59 to3.333. Energy spectrum calculations are carried out for about 190 pieces of nuclide.
    在非简谐振子模型中引入可变转动惯量和势能项,提出了一个4参量的广义可变转动惯量模型(GVMI).GVMI可用于R_v=1.59至10/3之间的偶偶核。
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    This method applies thermal inertia model and CWSI model to estimate soil moisture with NOAA/AVHRR data and meteorological observation data.
    它综合使用了NOAA/AVHRR数据、地面气象资料和地图,选用作物缺水指数(CWSI)模型和热惯量模型对旱情进行监测。
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  “惯量模型”译为未确定词的双语例句
    GENERALIZED VARLABLEMOMENT OF LNERTLA MODEL
    广义可变转动惯量模型
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    The zero-inertia model of foe border irrigation flow movement
    畦灌水流的零惯量模型
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    The zero- inertia mathematical model and numerical method for the flow in surge irrigation
    波涌灌地面水流运动的零惯量模型及数值计算
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    Determination of Surface Integrated Roughness Coefficient for Film Hole Irrigation with Zero-Inertia Model
    根据零惯量模型推求膜孔灌溉田面综合糙率系数
短句来源
    The result indicated: In Beijing area, exponential empirical models developed by using soil inertia was suitable for bare land;
    实验结果表明:在本地区裸地和低植被覆盖条件下,指数形式的热惯量模型能够比较准确的反演土壤水分;
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  inertia model
Simulation of the Distribution of Bubbles in a Turbulent Liquid Using a Diffusion-Inertia Model
      
A diffusion-inertia model is suggested for the description of the transport of low-inertia particles of arbitrary density in turbulent flows.
      
The J1 values were fitted to a variable moment of inertia model with parameters J0 and C whose values correlate with the SIB J1 values.
      
Generalization of the variable-moment-of-inertia model to description of rotation of odd-odd nuclei
      
To describe the observed energies of rotational levels, generalization of the variable-moment-of-inertia model, taking into account the signature splitting in the bands with K = 0 and 1, has been proposed.
      
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The variation of nuclear moment of inertia in the ground band with the nuclear angular momentum or rotational angular frequency is analyzed on the basis of our expression for the ground rotational band. The close connection between our expression and the VMI model is established.

本文从我们导出的基带能级公式出发,研究了原子核的基带转动惯量随角动量或转动角频率的变化,并讨论了我们的能级公式和可变转动惯量模型之间的密切联系.

Starting from the energy expression for ground band in e-e deformed nuclei, coupling it with the superband characterized by constant moment of inertia formula Es = E0+AI(I+1), via a interaction between the two babds, V=XI(I+1), we can get a formula appropriate not only for g-band but for yrast band as well. Determining the five parameters a,b,X,E0 and A in if with the least squares method. We can have a much better agreement with the experiment.

本文从偶偶变形核基带的能谱公式E_σ=a[(1+bI(I+1))~(1/2)-1]出发,经过一个带间相互作用V=XI(I+1),与超带(Super-band)的刚体转动谱公式 E_σ=E_0+AI(I+1)耦合,得出一个对偶偶变形核基带和晕带(Yrast-band)均适用的能谱公式.用非线性最小二乘法拟合实验定出五个参数a、b、X、E_0和A,则可导出理论上的偶偶核基带和晕带能谱.事实表明,我们的结果不仅与实验符合得很好,而且比广义转动惯量模型(GVMI)的结果要好.

The characters of border irrigation water flow movement of surface irrigation and its zero-inertia model have been introduced.The fundamental equations of border irrigation flow movement can be discreated by the Eulerian integration method,and the Newton-Raphson procedure has been used for solving the simultaneous equations.The method of numerical solution for border irrigation introduction in this paper has more numerical stability, rapid convergency and substantially lower execution costs.Applying mathematical...

The characters of border irrigation water flow movement of surface irrigation and its zero-inertia model have been introduced.The fundamental equations of border irrigation flow movement can be discreated by the Eulerian integration method,and the Newton-Raphson procedure has been used for solving the simultaneous equations.The method of numerical solution for border irrigation introduction in this paper has more numerical stability, rapid convergency and substantially lower execution costs.Applying mathematical simulation technique for solving water flow movement and infiltration process of surface irrigation will be convenient for multi-alternative analysis,provide an effective approach for selecting reasonable combination of the irrigation technical parameters.

介绍了地面灌溉中畦灌水流运动的特性及零惯量模型。采用欧拉积分对基本方程离散化,并用Newton—Raphson法数值求解。本文介绍的数值求解畦灌水流运动的方法比采用完全水动力学特征线求解方法稳定性好、收敛快、计算较为简单且节省机时。应用数学模拟求解畦灌水流运动和沿程水流入渗过程与水量分配便于多方案分析计算,为选取合理的灌水技术参数组合提供有效的技术手段。

 
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