分星

分星分星
  1. 就严格按照规定的分星去吃。

    Strictly eats according to a stipulation minute star .

  2. 每一种酒的酒精含量(酒精度数)不同,可以饮用的酒的分星也不同。

    Each kind of liquor alcohol content ( ethyl alcohol number of degree ) different , may drink a liquor minute star is also different .

  3. 卫星测控分系统星地链路分析与建模

    Analyzing and Modeling of the Satellite to the Earth Station of Satellite TTC Subsystem

  4. 激光对潜通信按激光器载体可分为星载激光通信系统和机载激光通信系统。

    Submarine laser communication system can be divided into two kinds , which are satellite laser communication and airborne laser communication .

  5. 他编著的地理教科书与传统蒙学读物、教会教科书、翻译教科书截然不同,内容上分为星界、陆界、气界、水界及生物界,科学全面。

    The geography text book he compiled , in which the contents were divided into the following aspects : the cosmos , geosphere , aerosphere , hydrosphere , biosphere , was comprehensive and scientific and completely different from traditional primers , church text books and translation text books .

  6. SS/CDMA系统能为多波束对地静止卫星的固定业务提供多址和交换功能,该系统上行接入采用CDMA,下行采用码分复用,星上交换采用码分交换,整个系统采取按需分配控制。

    An SS / CDMA system can provide both multiple access and switching to a multibeam geostationary fixed satellite service . The uplink access method is based on CDMA , the downlink on code division multiplexing ( CDM ), and the onboard switching on code division switching ( CDS ) .

  7. 卫星数据显示当晚9:21分东方之星向西北方向移动横穿江面之时突然急转向东。

    The satellite data show the Eastern Star moving northwest across the river at 9:21 when it suddenly took a sharp turn to the east .

  8. 分包体制的星载数据系统与传统的PCM遥测遥控系统两者面向的数据源有很大不同。

    The packet onboard data systems are different from traditional PCM telemetry and command systems in data sources .

  9. 分包系统的星上数据源及其模型

    Onboard Data Sources and Their Models in Packet System

  10. 光子数分束攻击对星地量子密钥分配系统安全的影响

    Effects of Photon-Number-Splitting Attacks on the Security of Satellite-to-Ground Quantum Key Distribution Systems

  11. 病灶边缘以分叶征、星芒状毛刺、界面锯齿征为主要特征;

    Lobulation , long and stiff spiculation and sawtooth interface were imaging characteristic in their margin .

  12. 并将误差详细的分为了贫金属星观测误差和典型星观测误差,使我们的模型最大限度的优化。

    And the error is detailed into metal-poor stars observation error and the typical satellite observation error , so that our model for maximum optimization .

  13. 星就其光度而分,可分为一等星、六等星等等。

    Stars are classified by brilliance as of the first , sixth , etc. magnitude .