1)  Monte–Carlo
Monte–Carlo
2)  Monte Carlo
Monte Carlo
1.
Coupling of FEM with Monte Carlo for simulating recrystallization in cold rolling pure aluminum sheet;
有限元与Monte Carlo方法耦合的冷轧纯铝板再结晶模拟
2.
A practical method of Monte Carlo simulation and calculation for macromolecule vermiculation;
大分子蠕动的Monte Carlo模型及计算方法
3.
Study of Thin Film Growth by Monte Carlo Stimulation;
Monte Carlo模拟薄膜生长的研究
3)  Monte-Carlo
Monte-Carlo
1.
Application of Monte-Carlo Method on Assessing Corroded Failure Probability of Defective Pipelines;
Monte-Carlo法在含缺陷管道腐蚀失效概率评定中的应用
2.
Monte-Carlo Simulation for Ratchet Wall of Synchrotron Radiation Facility;
同步辐射锯齿屏蔽墙的Monte-Carlo模拟
3.
Structural Reliability Analysis by Monte-Carlo Based on Conditional Expectation Variance Reduction and Antithetic Variable Sampling;
基于条件与对偶抽样的Monte-Carlo结构可靠度分析
4)  Monte Carlo
Monte-Carlo
1.
Making use of weight windows technology to simulate Monte Carlo γ density tool;
权重窗技术在γ密度测井仪Monte-Carlo模拟中的应用
5)  Monte Carlo simulation
Monte Carlo
1.
A new theoretical model for Monte Carlo simulation of conformational statistics of polyethylene tail chain;
聚乙烯型尾形链构象统计Monte Carlo模拟的理论模型
6)  Monte Carlo method
Monte Carlo法
1.
On the calculation of higher dimensional integration with a complex connected curved polyhedron domain by Monte Carlo methods;
复连通曲面体高维积分的Monte Carlo法
2.
And used math model and imitation model of stochastic distributing, the intrusive submunition Missile s points of fall were simulated in this paper based on Monte Carlo method.
采用随机分布的数学模型和计算机仿真模型,利用Monte Carlo法模拟侵彻子母弹子弹的落点。
3.
The DRESOR method based on Monte Carlo method was developed to study the inflence of different incident radiation,boundary reflection,scattering albedo,optical thickness and anisotropic scattering on the transient radiative transfer in a one-dimensional slab filled with an absorbing,scat- tering and non-emitting medium.
用基于Monte Carlo法的DRESOR法在平行平板系统内具有吸收、无发射介质中研究不同波形入射、壁面反射、介质散射率、光学厚度、各向异性散射等条件对瞬态辐射传递的影响。
参考词条
补充资料:Monte-Carlo method
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性质:一种采用统计抽样理论近似地求解数理问题的方法。该方法首先建立一个与所描述的物理对象有相似性的概率模型,再把此模型的某些特征如随机变量平均值与物理问题的解答如积分值联系起来,进而对模型进行随机模拟和统计抽样,最后用所得结果求出特征的统计估计值作为问题的近似解。蒙特卡罗法不仅可以直接模拟许多宏观化学现象,取得与实验相符或可比较的结果,而且能够提供微观结构、运动及它们和物系宏观性质关系的极其明确的图像,从这个意义上来说,该方法是一种计算机实验。

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