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reducing coupling是什么意思


中文翻译减径接口

网络释义

1)reducing coupling,减径接口2)Receiver aperture,接收口径3)reducer[ri:'dju:sə],异径接口4)collection with large aperture,大口径接收5)hose adapter,水带异径接口6)reducing,减径

用法例句

    The component parts of SRM615 small tension reducing unit with 12 driven-separately stands are introduced especially its structure and features in detail.

    介绍了SRM615-12机架单独传动微张力减径机组的设备组成,并对该机组的结构及特点作了详细说明,主要为大直径无缝钢管企业的技术改造提供设备选型参考。

    Experiments and Analysis for the Relationship Between Receive-Caliber and Variance of Scintillation Caused by Atmospheric Turbulence

    大气湍流闪烁方差与接收口径的关系测量实验与分析

    Ultra Aperture Terminal

    超小口径卫星地面接收站

    preconnect handline

    预先连接的小口径水带

    Receive Port cannot have more than one Primary Receive Location.

    接收端口不能有多个主接收位置。

    Measurement of Flat Wavefront by Sub-aperture Stitching Interferometry

    子孔径拼接干涉检测大口径平面波前

    Comprehensive Manual on Port Reception Facilities

    港口接收设施综合手册

    Optical Interface Board, and Optical Transmitters/Receivers

    光接口板和光发射机/接收机的连接

    Union( U) Connections available on all inlet/ outlet types and sizes.

    可提供所有进口/口类型和通径的接头()接。

    Only Inbound Port can be bound to a Receive Port.

    只可将入站端口绑定到接收端口。

    Orchestration port is bound to receive port "{0}".

    业务流程端口被绑定到接收端口“{0}”。

    Design and implementation of T-DMB receiver with USB interface

    具有USB接口的T-DMB接收机设计与实现

    1553B bus interface design in GPS receiver based on CPLD technology

    GPS接收机中1553B总线接口的CPLD设计

    Study on the sub-aperture stitching interferometry for large plano-optics

    大口径光学平面的子孔径拼接检验研究

    The Solution for Unacceptable LSAW Linepipe End Diameter

    大口径直缝焊接钢管管端直径超差的处理方法

    Testing of large aspheric surfaces by subaperture stitching interferometry

    子孔径拼接检测大口径非球面技术的研究

    Subaperture stitching interferometry for testing a large hyperboloid

    子孔径拼接干涉测量一大口径双曲面(英文)

    Study of Multipaths Mitigation Method in China Area Positioning System (CAPS) Receiver;

    CAPS接收机中抗多径方法的研究

    Research on High Precision GPS Position Receiver under Multipath Environments;

    多径环境下GPS高精度定位接收研究