数值实现的英文

• numerical implementation

• 数值    numerical value; numerial nu ...
• 实现    realize; achieve; bring abou ...
• 数值实验    numerical experiments
• 余值实现    residual realization
• 增加价值实现    adding value realization
• 数值实验问题工作组    working grouon numerical experimentation （wgne）; workinggroupo umericalexperimentation（wgne）
• 数值    numerical value; numerial number; figure; magnitude; value◇数值表 numerical tabular; 数值天气预报 numerical weather prediction; 数值预报 numerical forecast; mathematical forecast
• 实现    realize; achieve; bring about; come true; effectuation; enforce 实现改革 bring about a reform; 实现利润 profit realized; 实现四化 accomplish [realize] the four modernizations; 实现社会风气的根本好转 bring about a fundamental turn for the better in the standard of social couduct; 实现祖国统一 reunify the motherland; 成功地实现一个目标 successfully achieve an end; 实现平衡预算 achieve a balanced budget; 所有这一切都不是一夜之间可以实现的。 all this cannot be achieved overnight.; 实现语言 implementation language
• 价值实体    substance of value
• 极值实验设计    design of extreme experiment
• 价值实践行动    values into action (via)
• 数值数值解    numerical solution
• 数值数值量    numerical amount
• 数值数值项    numerical term
• 超面值实收资本    paid in capital in excess of par value; value
• （量的）数值    numerical value (of a quantity)
• 参数值    parameter values
• 代数值    algebraic number; algebraic value
• 倒数值    reciprocal value
• 低数值    low ascii values
• 对数值    logit/log method
• 非数值    nonnumeric; nonnumerical
• 复数值    complex-value
• 规范；数值    code
• 规模；数值    magnitude

• Numerical realization of francis turbine blade design and wooden patterns
  混流式水轮机叶片设计与木模图的数值实现
• The basic principle of mom and rwg basic function with garlerkin method are extensively studied
  简单的介绍了矩量法的基本原理和rwg基函数,伽略金方法的数值实现。
• Meanwhile , the mlfipwa is superior to the mlfma in numerical operation and some other potential aspects
  同时,该算法较之多层快速多极子方法有明显的数值实现优势和潜在优势。
• Compared with the semi - analytic , ptam is not only much simpler mathematically , but also easier to implement practically
  与半解析方法相比，本文方法不仅数学处理上非常简单，而且易于数值实现。
• Meanwhile , we point out the privilege and defective of cim . the fourth chapter is the main body of this paper . we explore how to apply the cim to solve unconstrained optimization problems effectively
  第四章是本文的主要部分，探讨了锥模型信赖域子问题的求解及不完全锥函数插值模型算法的数值实现。
• Schemes on implementing the hybrid method to analyze em scattering properties of complex objects is discussed , and improvement of the accuracy , efficiency and versatility of the hybrid method is also discussed
  探讨和研究应用该混合方法分析复杂目标电磁散射特性的实现方法以及该混合方法的精度、效率和通用性的提高等问题。讨论了数值实现技术。
• This dissertation studies mainly theories and according numerical implementation of a class of dual algorithms for nonlinear optimization problems , including unconstrained minimax problems and constrained nonlinear programming problems
  本文主要研究非线性优化中的一类对偶算法，包括无约束极大极小问题的对偶算法和约束非线性规划问题的一类对偶算法的理论与相应的数值实现。
• The numerical reconstruction algorithm of digitally sampled holograms , deduced from the scalar quantity diffraction theory , is investigated . the serious recording limitations due to the finite size and resolution of ccd are detailed discussed
  根据标量衍射理论，讨论了利用菲涅耳衍射公式对数字无透镜傅里叶变换全息术的数值实现，并进一步讨论了ccd参数对数字全息图记录的限制条件。
• Firstly the development and the numerical implementation of integral equation method are simply introduced , then the deduction of the mlfma and some of the general difficulties in the mlfma are discussed , several techniques to solve these difficulties are also presented
  首先简要介绍了积分方程方法的发展及其数值实现,然后分析了多层快速多极子算法的推导过程,并分析了目前多层快速多极子算法的一些共性的问题,并针对上面的共性问题提出解决方案。
• The main contents of this thesis are : ( 1 ) two numerical reconstruction methods - direct fourier transform method and envelope method , are presented . these methods are deduced on the base of fresnel diffraction integral formula , which is under the condition that particle field is illuminated by plane wave
  主要工作内容有： ( 1 )分析推导了平面物菲涅耳衍射的两种常用数值实现算法，即直接傅里叶变换法和卷积法，结论表明后者更符合实际工作的要求。