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1·The motion transformation is not necessary coplanar, nor must it be concentric.

运动的变换不是必须共面的， 也不必须是同心的。

2·So it is a good choice for seeker conformal array using elements fed by coplanar waveguide.

因此，将共面波导馈电的天线单元应用于导引头共形阵列天线中是一个很好的选择。

3·Studying the non-coplanar camera calibration method and completing the calibration experiment.

研究了摄像机非共面标定方法，完成单目立体视觉传感器的标定实验；

4·Using the source program designed by BASIC, the static analysis of coplanar body system can be made.

源程序用BASIC语言设计，可用于解决平面物体系统的静力分析问题。

5·The transition effect of the via-free transition from coplanar waveguide (CPW) to microstrip is analyzed.

分析了无通孔接地板对共面波导(CPW)至微带转换过渡的影响。

6·The axes 22 of the acoustic drivers are parallel and coplanar, that is, the axes lie in a common plane 33.

各声学驱动器的轴线22平行且共面，也就是说轴线位于共同平面33中。

7·We present an on-wafer measurement technique of semiconductor wafer using special coplanar microwave probes.

本文描述了使用共面微波探针的半导体芯片在片测试技术。

8·All the atoms in each molecule are coplanar, indicating the whole molecules is fully delocalized and conjugated.

每个分子中所有的碳原子和氮原子都在同一个平面上，表明这两个分子都是共轭芳香性分子。

9·In this paper, a computational method for coplanar disk-shaped cracks within an elastic infinite body is presented.

本文对于含有圆盘状共面裂纹群的无限体提出了一种计算方法。

10·Since X - corners coplanar, a plane - to - plane transform is introduced and rough location of X - corners is realized.

利用棋盘格角点共面特点，将平面到平面的变换引入到角点检测中，实现了角点的自动粗定位。

共面的

1·In this chip, inductors are realized with microstrips or grounded coplanar waveguides according to their actual position, so the chip's area is reduced.

选用微带线和衬底接地的共面波导等不同结构的电感实现形式，充分利用了芯片面积。

2·The axes 22 of the acoustic drivers are parallel and coplanar, that is, the axes lie in a common plane 33.

各声学驱动器的轴线22平行且共面，也就是说轴线位于共同平面33中。

3·The motion transformation is not necessary coplanar, nor must it be concentric.

运动的变换不是必须共面的， 也不必须是同心的。

4·The coplanar waveguide on the substrate with finite dimensions is a physical model which is very closed to the engineering situation.

有限尺寸介质基片上的共面波导是一种非常接近于工程应用状态的物理模型。

5·Computer aided design oriented analytical formulas were presented for determining the characteristic parameters of multilayered cylindrical coplanar waveguide (MCCPW) with asymmetrical slot widths.

提出了确定非对称槽宽多层圆柱共面波导(MCCPW)特性的便于计算机辅助设计的解析公式。