修正方程的英文

• modified equation

• "修正"英文翻译    revise; amend; correct; upda ...
• "方程"英文翻译    equation
• "修正方法" 英文翻译 :    correction method
• "修正方式" 英文翻译 :    update mode
• "修正方位角" 英文翻译 :    corrected azimuth
• "炮位修正方格板" 英文翻译 :    position correction grid
• "修正微分方程" 英文翻译 :    modified differential equation
• "正方" 英文翻译 :    square◇正方体 cube; 正方柱 tetragonal prism; 正方锥 tetragonal pyramid
• "修正的正规方程组" 英文翻译 :    modified system of normal equations
• "修正的现金余额方程式" 英文翻译 :    revised cash balance equation
• "修正" 英文翻译 :    revise; amend; correct; update; amendment; correction; meliorate; reformation; rectification 修正草案 revised draft; 边界的修正 a boundary revision; 坚持真理, 修正错误 uphold the truth and correct the mistakes; 提出修正意见 put forward amendments; 有待修正 subject to correction; 修正后的决议草案 the draft resolution as amended; 我讲得不对,请予修正。 i stand to be corrected.; 修正案 amendment; 修正液 correction fluid
• "不正方" 英文翻译 :    out of square
• "王正方" 英文翻译 :    peter wang
• "张正方" 英文翻译 :    zhang zhengfang
• "正方案" 英文翻译 :    direction-determiningboard
• "正方带" 英文翻译 :    tetragonal zone
• "正方的" 英文翻译 :    dimetric; square; tetragonal
• "正方地" 英文翻译 :    squarely
• "正方管" 英文翻译 :    square tubing
• "正方晶" 英文翻译 :    cubic crystal; regular crystal
• "正方体" 英文翻译 :    cube
• "正方位" 英文翻译 :    cardinal point; direct bearing
• "正方系" 英文翻译 :    tetragonal system
• "正方向" 英文翻译 :    positive direction; forward
• "正方楔" 英文翻译 :    tetragonal sphenoid

• By means of the reduced correction equation , the propose algorithm can efficiently handle a huge number of functional inequality constraints for large scale optimization problems in power system ; 3
  借助于简约修正方程，能够有效地处理大量的不等约束问题，因此，特别适合于大规模的电力系统问题； 3
• Based upon the orthogonal condition and the characteristic equation of the modal analysis theory , updating equations about the mass and stiffness matrices of the structure were constructed at first
  对于阻尼结构动力模型修正,可由复模态的正交条件和特征方程建立修正方程,应用所给的数值算法求修正量。
• On the part of the design of nine - component thrust vector stand , an automatic hydraulic pressure original position calibration system , a scheme of original position calibration , and the great rigidity universal flexible combinatorial underprop are designed . by using the scheme of “ universal flexible combinatorial underprop plus software digital filter ” , the inherent frequency of test stand is improved , and the problem of test stand libration is solved . then , the resolving method of the disturbance between underprops of the moveable frame is proposed , and the disturbance revise equation is deduced
  在推力矢量试车台设计方面,设计了自动液压原位校准系统、原位校准方案以及大刚度万向柔性组合支撑;采用“万向柔性组合支撑+软件数字滤波”的方案,提高了试车台动架的固有频率,解决了试车台动架的振动问题;提出了动架约束互扰问题的解决方法,推导了互扰修正方程;研究了九分力推力矢量测量误差分析方法,并计算了推力矢量测量精度。
• The content including : ( 1 ) combined with the powerful matrix operation function and the abundant function computation of matlab , a load flow program is developed . due to the deeply research of admittance matrix , jacobian matrix and correction matrix , this program has a great advantage at both speed and code
  其主要内容如下： ( 1 )结合matlab软件强大的矩阵运算功能和丰富的函数计算功能，对潮流算法中导纳矩阵、雅可比矩阵以及修正方程求解的实现方式进行了深入研究，开发出一种速度和代码量都具有明显优势的潮流程序。
• The fast spot price solution proposed in this paper introduces a decomposing model , which is benefit for analyzing each component of spot price . based on interior - point optimal power flow , which has superiority on calculating and decomposing spot prices under power market environment , after rational approximation , the coefficient matrix and its factor table of modifying equation are made constant and need no recalculation during iterations
  本文提出的快速实时电价算法采用适于对实时电价各组成部分进行分析的分解模型，在内点法最优潮流的基础上合理的常数化其修正方程系数矩阵，使其在每次迭代时不必重新计算，大大提高计算速度。
• A discretization equation is derived by using a finite volume method in three - dimensional cylindrical polar coordinate system . algebraic equations are solved by iteration with a line - by - line method that is a combination of tdma in axial and radial directions , ctdma in tangential direction and adi method in three directions . the pressure and velocity coupling are solved with the simple algorithm
  在三维圆柱坐标下，利用有限体积法推导离散方程；在轴向与径向用三对角矩阵法( tdma ) ，在周向采用循环三对角矩阵法( ctdma ) ，采用交替方向亚松弛叠代法( adi )求解方程；推导同位网格下的压力修正方程，用simple算法处理速度与压力的耦合；为加速收敛，采用适当的松弛因子。