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aligner

美 [əˈlaɪnər]英 [əˈlaɪnə]
  • n.对准器;直线性校准器;整齐器;汽车的转向轮安装角测定仪;前轴定位器
aligneraligner
  1. Word aligner in very short reach optical transmission system

    应用于甚短距离光传输系统的并行帧对齐电路

  2. Research and ASIC design of frame aligner in SDH system

    SDH系统帧同步的研究与ASIC实现

  3. The Wedge Error Compensation Technology Used in the Double Sides Mask Aligner

    一种应用于双面光刻机中的楔形误差补偿技术

  4. General consideration of optical system in the projection aligner

    投影光刻机光学系统的总体设计

  5. The performances of high speed SDH frame aligner and selection of frame pattern

    高速SDH帧同步系统性能与同步码组选择

  6. Measurement principle and calibration method of non-contact wheel aligner

    非接触式车轮定位仪测量原理及其标定

  7. Research on the Resolution and Alignment Limit of a Mask Aligner

    光刻机的分辨率和对准特性研究

  8. The Design of Load Aligner for a 32 bits CPU

    32位高性能嵌入式CPU中LoadAligner模块的设计与实现

  9. Principle and Application of Laser Aligner

    激光对中仪的原理及应用

  10. Measurement System of Precision Stage for E-Beam Aligner

    电子束曝光系统中精密工件台的测量系统

  11. Layout techniques of data aligner for a CPU

    CPU中数据调整器的版图设计

  12. Application of single aligner alignment method on the instillation for flue gas turbine-expander

    单表对中法在烟气轮机组安装中的应用

  13. PC Computer and its Software for MCS - 4W Automobile Wheel Aligner

    MCS-4W型四轮定位仪的主控机及其软件设计

  14. A comparative study of distally canine movement by finite element method between invisible aligner and conventional fixed techniques

    无托槽隐形矫治技术与固定矫治技术尖牙远中移动的有限元对比分析

  15. Development of laser aligner for JF-1 X-ray crystal analyser

    JF-1型X射线晶体分析仪用激光准直仪的研制

  16. Based on above analysis , the STM 4 frame codes are selected and a parallel frame aligner design is devised .

    在分析的基础上,以STM-4为例选择帧同步器参数和帧同步码组,实现了一种应用于高速SDH系统的并行帧同步器的设计。

  17. Repairing and Maintenance of EM Serial Mask Aligner

    EM系列光刻机维修技术

  18. Principle and Repairing of JB Serial Mask Aligner

    JB系列光刻机的原理及维修技术

  19. The Automobile Wheel Aligner

    汽车四轮定位仪

  20. Undoubtedly , the development of automobile industry puts forward higher requirements for the skill of wheel alignment which makes more importance to the detection of the wheel aligner .

    汽车行业的发展无疑对四轮定位参数的检测提出了更高的要求,因此也使其检测仪的检定变得日趋重要。

  21. The results have shown that the separating ability of the indented cylinder separator can be improved by adding the distributor . The Automobile Wheel Aligner

    试验结果表明,增设抛撒轮装置,分离完全度可提高9%~17%。汽车四轮定位仪

  22. Related aspects in the clinical application of orthodontic invisible aligner technique Tolerance comparison between patients with self-ligating brackets and conventional straight wire brackets during initial alignment

    无托槽隐形矫治技术临床应用中的相关问题自锁托槽与传统直丝托槽初戴后患者耐受性的比较

  23. The artide introduces the toe-in , propulsion angle , steering axle inclination and caster of four-wheel aligner and theirs influence to vehicle stability .

    综述四轮定位的前束值、推进角、主销内倾角、主销后倾角等参数对汽车行驶性能的影响。介绍了诊断角在四轮定位中的应用。

  24. G-line Lenses for the Projection Aligner

    g谱线投影光刻物镜

  25. Reusing three-dimensional model constructs the transition curved surface , not only satisfies the conventional request of the transition curved surface , but also requests to satisfy the invisible aligner the practical request .

    重用三角网格模型生成过渡曲面,不仅要满足过渡曲面的基本要求,而且还要满足牙套的实用要求。

  26. Currently , the widely used Four-wheel aligner depends on the technology of Image-processing . High-resolution cameras capture the image information on the reflect panel , and then calculate Four-wheel alignment parameter by Image-processing .

    当下正在广泛使用的四轮定位仪是3D四轮定位仪,它是由高分辨率的摄像机采集反光板上的图像信息,经过图像处理计算出车轮的定位参数。

  27. Wedge Error Compensation technology is a key part of the double sides mask aligner . The WEC technology brings two parallel planes between substrate surface and circuit design surface of mask , which are provided for the stage for alignment .

    楔形误差补偿技术是双面光刻机中的关键技术之一,它使基片表面和掩模电路图形表面形成2个平行平面,提供给对准工作台进行对准操作。

  28. They include parallel frame aligner and parallel scrambler that can realize the functions that must be realized in high speed circuits before in low speed circuits , so that the circuit 's stability is increased and the power dissipation is reduced .

    由此实现的SDH8路并行扰码器已被用于专用集成电路中。采用这两项技术可以在低速电路上完成以前必须在高速电路上完成的功能,从而提高电路的稳定性,降低功耗。