legendre transformation

美 [ˈlɛgɪndreɪ ˌtrænsfərˈmeɪʃn]

网络  勒让德变换

计算机化学



双语例句

  1. The dual symmetry of Legendre transformation is studied.
    指出热力学关系具有勒让德变换的对偶对称性。
  2. Deriving the Thermodynamic Functions and the General Relations of Thermodynamics by Means of Legendre Transformation
    用Legendre变换导出热力学函数和热力学普遍关系式
  3. Thermodynamics statistical physics of the Legendre transformation
    热力学统计物理中的Legendre变换
  4. We apply the theory of functions of a complex variable under Dirac-Pauli representation and the Legendre transformation, transform these equations of two problems from physical space into velocity space, and obtain two general Chaplygin equations in this paper.
    我们应用Dirac-Pauli表象的复变函数理论并采用Legendre变换,将此两类问题的方程组变换到速度空间,从而得到了两种推广的Chaplygin方程。
  5. There are three turning points in classical analytical mechanics, those are, the principle of virtual work, Legendre transformation and variational principles.
    经典质点分析力学有三个转折点,即虚功原理,Legendre变换和变分原理。
  6. In this paper three precise magnetic field calculation methods and their comparison for solenoid coil are discussed, which are: Legendre Polynomial Expansion Method, A single Integral Formula Method and Bartky Transformation Method of Elliptic Integral Calculation.
    本文介绍了三种具有较高计算精度的螺线管线圈磁场的计算方法,并对它们的计算精度进行了比较。这三种方法是:勒让德函数展开法,单积分法和椭圆积分的Bartky变换法。
  7. Based on the differential transformation of Legendre polynomials, the statistically uncorrelative model of stochastic continuous linear systems is obtained. and then the parameter estimation algorithm is made by the least-squares principle.
    基于Legendre多项式微分变换,导出随机连续线性系统的统计无关逼近模型,然后由最小二乘原理给出参数估计算法。
  8. This article attempts to identity function as a starting point, starting from the Legendre transformation, study the systematic of thermodynamic statistical physics theory.
    试图以特性函数为起点,从Legendre变换出发,研究热力学统计物理理论的系统性。
  9. In this paper, we obtain the parametric general solutions of a class of Monge-Ampere equations by using Legendre transformation linearized method and the characteristic theory of PDE.
    本文应用Legendre变换线性化的方法和偏微分方程的特征理论,解决了一类Monge-Ampere方程的求解问题。