高速

Nowadays dynamic tunable chromatic dispersion compensation has become a key technique in 40Gbit/s and beyond optical fiber communication system.

目前，动态可调节色度色散补偿技术已经成为40Gb/s或更高速光纤通信系统中的一项关键技术。

For present and future high capacity optical communication systems, chromatic dispersion compensation and polarization mode dispersion compensation are the necessary means of improving system performance.

高速光纤通信系统中，色散补偿和极化模色散补偿是提高信噪比、改善系统性能的必要手段。

Meanwhile, with fast development of electric and computer technology, the revolutionary transform of chromatogram analysis technology has been pushed forward.

同时，由于电子技术和计算机技术的高速发展，也极大地推动了色谱分析技术的革命性变革。

For grinding metals of the higher tensile strength such as chrome steel 、 carbon steel etc.

磨削抗张强度较高的金属，如铬钢、高速钢、碳钢等

Hitting a chuckhole at high speed would not turn the steering wheel in the driver's hands!

创下了在高速chuckhole不会扭转在驾驶员手中的方向盘！

Today, the Chunnel is very busy.

如今，这条海底隧道非常繁忙，高速火车装载着汽车、卡车和乘客穿梭于英法两国之间。

In his final days of glory, it may therefore seem churlish to question his record.

在他担任联储主席的18年半中，美国经济实现了低通货膨胀下的高速增长，面临一系列金融风险，他也成功地予以化解。

In this paper, a typical cine camera and its designing process are discussed in detail.

本文结合具体的工程设计实践详细讨论了新型同步高速摄影机的构成及具体的实现办法。

At first, we build a simulation model of synchronous cine camera systems in this paper.

主要取得了如下成果：首先，初步建立了同步高速摄影机的数学仿真模型。

CPL MS25K high speed camera (100Hz) was used to two-dimensional cinematograph analysis at sagittal plane, an AMTI force plateform (1000Hz), and a TEDEA-HUNTLEIGH load cell (1000Hz) to collect the value of pulling-force by Biovision feedback system, when the subjects raised movement after sitting during Tug-of-War.

以一台CPL MS25K高速摄影机（100Hz）沿受试者矢状面进行2D拍摄，并以一块AMTI测力板（1000Hz）以及一台TEDEA-HUNTLEIGH电子式拉力计（1000Hz），透过Biovision多功能回馈系统，同步撷取生物力学参数。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。