ordinates

英

美

网络  纵坐标

双语例句

• This paper presents a method of using the principle of virtual displacements directly to obtain the ordinates of the influence line for frames.
  本文阐述了直接用虚位移原理计算刚架影响线纵距的方法。
• This method effectively eliminates the numerical instability caused by the convection property of discrete ordinates equation.
  该方法有效的消除了离散坐标方程对流特性造成的数值不稳定性。
• The process of radiative heat transfer in a three dimension rectangular furnace is simulated using discrete ordinates method, and the corresponding computer code is compiled.
  本文用离散坐标法对含吸收散射性介质矩形空腔内的3维辐射传递过程进行了模拟，并编写了相应的数值计算程序。
• The radiative transfer equation is solved by the discrete ordinates method.
  模型采用离散坐标法求解辐射传热方程。
• This paper has six chapters. After simply introduced the essential concepts of transport theory, we give the differential transport equation and integral equation, and derivate the expressions of transfer operators in different orthogonal ordinates.
  本文分为六章，在简要说明了输运理论的基本概念之后，给出了微分输运方程和积分输运方程，推导了输运算符在不同正交曲线坐标系中的表达式。
• Extrinsic parameters ( rotation matrix Rand translation vectort) derived from camera calibration were used to combine multiple views from different cameras into complete information on the same system of co ordinates.
  利用摄像机定标获得的摄像机外参数即旋转矩阵R与平移向量t，将不同摄像机拍摄到的物体不同侧面，拼接到同一世界坐标系下。
• Error analysis of some difference schemes for solving discrete ordinates equations
  离散纵标方法诸格式的误差分析
• The eddy-dissipation turbulent combustion model, realizable k-ε turbulent model, discrete ordinates radiation model, SIMPLE pressure-velocity coupling method and second-order upwind discretization scheme were adopted in the numerical simulation.
  数值计算采用了涡团耗散湍流燃烧模型、可实现k-ε湍流模型和离散坐标系辐射模型，SIMPLE压力速度耦合算法以及二阶精度迎风插值格式。
• Discrete ordinates ( SN) method is a widely used method in the shielding design due to its powerful capability to treat deep-penetration shielding problem.
  离散纵标（SN）方法由于在求解深穿透问题方面的优势，在屏蔽计算中广泛应用。
• The flow process includes continuity equation, momentum equation, turbulence equation and energy equation and applies standard k-ε model to solve; the reaction process applies finite-rate/ eddy-dissipation model to solve; the radiation process applies discrete ordinates model to solve.
  其中气相流动以流体力学中的连续性方程，动量方程，湍流模型方程和能量方程为基础，使用标准κ-ε模型，化学反应使用有限反应速率/涡耗散模型，辐射传热使用离散坐标模型。