弓体

  • 网络TOX;bow
弓体弓体
  1. 主动脉弓在体运动和变形的图像测量

    Image Measurement of the Movement and Deformation for Aortic Arch in Vivo

  2. 基于受电弓弹性体模型的弓网动力学分析

    Analysis of Dynamic Pantograph-catenary Interaction Based on Elastic Pantograph Model

  3. 目的非接触测量实验兔主动脉弓在体运动和变形。

    Objective To non-contact measure the movement and deformation of experimental rabbit 's aortic arch in vivo .

  4. 提出一种基于动物实验序列图像的自动跟踪方法,测量主动脉弓在体运动和变形。

    An automatic tracking approach based on image sequences of animal experiment is presented to measure the movement and deformation of aortic arch in vivo .

  5. 电力机车受电弓的三维多体动力学模型研究

    Study of 3D Multi - body Dynamics Model of Pantograph for Electric Locomotive

  6. 目的探讨颌弓形态对曲面体层摄影下颌骨垂直失真率的影响。

    Objective To discuss the effect of the shape of mandibular arch on uprightness distortion ratio in computed orthopantomography .

  7. 胃和小肠粘膜有灶状坏死。用肺、淋巴结和肝做涂片或组织切片,往往可发现弓形体的滋养体或假囊。

    Tachyzoites and pseudocyst of Toxoplasma might be found in smear and section from lung , lymphatic gland and liver .

  8. 针尖刺中掌深弓时,针体与掌背平面所成的远侧角最大为28.3±4.5°。

    When the needle penetrated deep palmar arch , the maximal angle between the needle and distal dorsal palm was 28.3 ± 4.5 ° .

  9. 可任意进行拆分,提取其中的某一部分单独进行研究,并且具有可拓展性,可以附加托槽、弓丝、种植体等构件开展相关研究。

    So it could be splitted randomly or extracted a certain part for a separate study . And it had scalability which made it possible to attach brackets , arch wires , implants to start related studies . 2 .

  10. 此姿势之所以被称为弓式是因为整个身体看起来象射手手中的弓,躯干和腿可以当作弓体,胳膊则是弓弦。

    This pose is so called because it looks like an archer 's bow , the torso and legs representing the body of the bow , and the arms the string .