基本释义:

源项评价

网络释义

1)source evaluation,源项评价

2)source-term evaluation,源项评价

3)source term,源项

4)source item,源项

5)source terms,源项

6)radioactive source term,源项，放射性源项

7)the source analysis of the components in TSP,源项分析

8)advection-dispersion-reaction equation,源项识别

9)added source term,附加源项

10)Release Source Term,释放源项

用法和例句

A regularization method for determining the source term in a heat equation;

决定热传导方程源项的一个正则化策略

Study on convergence to steady state of the time splitting method for conservation laws with source terms;

带源项的守恒系统时间分裂算法定常解的收敛性研究

Comparison between two Lattice Bhatnagar-Gross-Krook models for diffusion equation with source term;

求解含源项扩散方程的两种格子BGK模型比较

Selection of source item in diffusion model and its numerical test;

扩散模型源项选取及其数值实验

The article is deemed to provide a preliminary calculation of the source item of reactor coolant and solid radwaste,whose basis is various elements of the spent fuel and minitype reactor decommissioning.

本文通过对乏燃料元件与放射性废物在微堆退役过程中各相关因素的综合考虑,在初步计算堆水和放射性废物源项,以及堆本体和其它废物物项的表面剂量水平现场实测的基础上,提出堆本体拆卸和放射性废物的处理和处置的方案。

Flux balance method for shallow water equation with source terms;

带源项浅水方程的通量平衡离散

Numerical investigation of IGVC(Improved Group Velocity Control) scheme for the hyperbolic conservation laws including source terms is discussed in this paper.

研究带源项双曲守恒律方程的IGVC(改进的群速度控制)格式。

The mathematical model of this problem is a one-dimensional linear advection-dispersion-reaction equation, which source term is F(x,t)=λ(t)δ(x-s), where the source term denotes one point source pollution which changes with time.

在对污染源及测量点的先验假设下,证明了源项识别的唯一性。

In the modeling process, the control-volume method is introduced to discretize the algebraic equations, and the added source term method is used to solve the rapidly iterative convergence problem of a non-linear model.

为了研究电渣重熔中凝固过程对钢锭质量的影响,建立了大型电渣重熔过程钢锭凝固过程动态快速响应数学模型 利用控制容积积分法离散数学模型方程,采用附加源项法解决非线性模型方程快速迭代收敛问题 应用该模型预测的温度场及金属熔池形状同实验结果吻合较好 针对一典型大钢锭凝固过程动态温度分布及熔池形状进行了模拟分析,结果表明,当钢锭高度线性增加,而重熔钢锭锭高与直径之比超过1 1时,钢锭熔池形状基本稳定;在低熔铸速度阶段,熔铸速度对最大液池深度的影响不大;当熔铸速度增加时,熔铸速度对最大液池深度的影响有增大倾