坐标旋转的英文

• rotation of coordinates

• "坐标"英文翻译    coordinate
• "旋转"英文翻译    revolve; gyrate; rotate; spi ...
• "坐标旋转数字计算机" 英文翻译 :    coordinate rotation digital computer
• "旋转信标旋转航标" 英文翻译 :    rotating beacon
• "旋转坐标" 英文翻译 :    rotational coordinates
• "旋转坐标系" 英文翻译 :    rotary coordinate system; rotating coordinate system; rotating frame
• "旋转航标旋转无线电指向标" 英文翻译 :    rotating radio beacon
• "坐标轴的旋转" 英文翻译 :    rotation of axes; rotation of co ordinate system
• "坐标轴旋转角" 英文翻译 :    attitude angle; axis twist angle
• "旋转环状无线电指向标旋状环形无线电信标" 英文翻译 :    rotating looradio beacon
• "加工坐标系旋转" 英文翻译 :    mcs rotate
• "旋转直角坐标系" 英文翻译 :    rectangular rotating coordinate system
• "坐标" 英文翻译 :    [数学] coordinate◇坐标定位 coordinate setting; fix by position lines; 坐标方位角 coordinate azimuth; 坐标方位仪 coordinator; 坐标仪 coordinatograph; 坐标纸 coordinate paper; 坐标轴 coordinate axis; axis of coordinates
• "旋转" 英文翻译 :    revolve; gyrate; rotate; spin ; revolution; revolvement; rotation; circumgyration; circulation 逆时针方向旋转 counterclockwise rotation; 地球围绕太阳旋转。 the earth revolves round the sun. 陀螺在旋转。 the top is spinning.; 旋转臂 [航空] whirling arm; 旋转餐厅 revolving restaurant; 旋转犁 one-way plough; rotary plough; 旋转门 [建筑] revolution door; 旋转球 apinning ball (乒乓); 旋转塔式起重机 rotary tower crane; 旋转天线 rotable antenna; rotary antenna
• "旋转-旋转" 英文翻译 :    rotate-rotate
• "x坐标" 英文翻译 :    x coordinate; x height; x-coordinate
• "y坐标" 英文翻译 :    y coordinate; y-coordinate
• "z坐标" 英文翻译 :    z coordinate; z-coordinate
• "常坐标" 英文翻译 :    usual coordinates
• "大坐标" 英文翻译 :    global coordinate
• "点坐标" 英文翻译 :    point coordinates
• "动坐标" 英文翻译 :    moving axes; moving coordinates
• "多坐标" 英文翻译 :    multi-coordinate
• "复坐标" 英文翻译 :    complex coordinates
• "横坐标" 英文翻译 :    [数学] abscissa; horizontal ordinate◇横坐标轴 abscissa axis; axis of abscissa

• And a coordinates transformation method is proposed in calculation to simplify the 3 - d calculations to 2 - d calculations . this method reduces calculation complexity
  并在计算过程中提出了一种基于坐标旋转的方法，将计算中所涉及的三维信息转化为二维信息，降低了计算复杂度。
• When the direction of the line movement which we already know or we can get the direction by using other methods is not horizontal , we can use line transformation to transform the horizontal direction
  如果我们事先知道或者通过其他方法确定出来的直线运动方向不是水平方向时，我们可以通过坐标旋转变换到水平方向。
• This dissertation first discusses the two - dimension interpolation algorithm and coordinate rotation digital computer algorithm involved in the process of designing system . then the paper particularly probes into the research and development of b - mode digital scan converter , m - mode digital scan converter and graphic circuitry in the digital scan conversion system
  本文首先对系统设计过程中引入的二维线性插值算法和坐标旋转数字计算算法进行了讨论，然后着重论述了数字扫描变换系统中的b型数字扫描变换器、 m型数字扫描变换器和图形界面电路的原理、设计与实现。
• Having great difference with the tradition structure , its outline is no - gradual - enlargement . the reason of rotator the key point coordinate and restriction , origin of the new coordinate system after transform , the angle of the rotator . transform of the key point between the new and old coordinate system , the rotator angle of coordinate system in ansys during the fem model come into being
  本文讨论了非渐扩形结构指尖密封曲梁关键点坐标旋转的原因、旋转的约束条件，旋转后新坐标系圆心坐标的获得、旋转角度大小的确定、曲梁型线关键点坐标在新旧坐标系之间的转换及在ansys中建立有限元模型时坐标系旋转的原因及角度大小的确定等问题。
• A transient mathematical model of the asynchronous motor is built taking core loss into account to improve the torque performance . a method is proposed to minimize the total loss according to the relation between the efficiency and the rotor flux . a dtc system using this method appear high efficiency in matlab - simulation
  本文通过对电机损耗的分析，建立了考虑铁损时异步电机的数学模型，推导出电机的损耗和转子磁链的关系，通过坐标旋转变换，得出损耗最小时的直接转矩控制的定子磁链参考值。
• In this dissertation , the method to design and realize the digital receiver in the field programmable gate array ( fpga ) has been discussed ; combining coordinate rotation digital compute ( cordic ) to design nco , we get a efficient structure without multiplications
  本论文正是运用现场可编成逻辑器件( fpga )设计与实现数字接收机问题开展研究,结合坐标旋转数值计算( cordic )算法实现数控振荡器( nco ) ,得到一种免乘法器高效可移植性好的数字接收机fpga实现结构,并在现有的硬件平台上进行了接收机系统的调试,测试结果表明该接收机能够达到系统指标要求。
• The addition formula of spherical harmonics function of degree n and order 1 is derived using the relations between coordinate varieties after coordinate rotating and the property of the associated legendre polynomial . the relations among the magnetic vector potential , the modified magnetic vector potential and the second - order vector potential ( sovp ) are shown going forward one by one . it is explained that the solutions of electromagnetic fields in different coordinate systems can be transformed and an example having analytical solution is given
  利用坐标旋转后球坐标变量间的关系和连带勒让德多项式的性质推导得到了n次1阶球谐函数的加法公式；以递进的方式说明磁矢量位、修正磁矢量位与二阶矢量位的关系，写出了引入二阶矢量位的过程；以时谐场矢量边值问题为例，阐明了不同坐标系下电磁场解的相互转化原理，给出了一个解析解的转化例子；在球坐标下，引入了较球矢量波函数更普遍的两类矢量函数，给出了其在球面上的正交关系。
• First , by using coordinate rotation , we have discussed the computer - generated hologram composed by planar object whose plane does n ' t run parallel with that of its hologram . second , through coordinate transform , the computer - generated hologram of curvy planar object has been discussed again , in which , conformal map in computer graphics has been creatively applied , and generated the computer - generated hologram of simple curvy plane ( e . g . spherical surface ) ; also , in this section , the correctness of transformation has been confirmed by numerical reconstruction
  首先利用坐标旋转讨论不平行于全息面的平面所构成的物体的计算全息图：接着采用坐标变换讨论曲面物体的计算全息图，创造性地将计算机图形学中的共形对应原理运用到计算全息中，生成了简单曲面(如球面)物体的计算全息图，并用数字重现验证了变换的正确性，为今后复杂三维物体的计算全息图的研究奠定基础。