干燥管

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  • drying tube
干燥管干燥管
  1. 风力无法吸引的湿重颗粒继续被击碎、干燥、直至能被风吸起进入干燥管。

    The wind failed to attract the wet weight , dry particles continue to be crushed , until it can be sucked up into the wind drying tube .

  2. 目的探讨肝素锂抗凝标本取代普通干燥管标本检测心肌酶谱的可行性。

    Objective To evaluate the application of heparin lithium as anticoagulant in assay of myocardial enzymogram .

  3. 气流干燥管数值计算方法

    Numerical Method for Pneumatic Conveying Dryer

  4. 关于气流干燥管出口空气状态和物料温度的确定

    On the Determination of the Air Condition and the Material Temperature at the Outlet of the Pneumatic Conveying Drying Duct

  5. 分析了频率、热负荷以及干燥管长度对干燥指标的影响。

    The parameters of pulse combustor such as frequency , heat load , and length of drying pipe affecting on drying property were analyzed .

  6. 文中提出将一部分负压调整风引至磨煤机入口的下降干燥管的出口处,就可以达到提高磨煤机入口温度的目的,基本解决了磨煤机入口积煤的问题。

    It is suggested that part of adjusted wind should be led to the outlet of down drying pipe near the inlet of pulverizer so as to raise the temperature at the inlet , by which the problem of accumulating coal at the inlet would be solved .

  7. 方法随机取受试者60例,均一次性肘静脉穿刺取血6mL,分别装于肝素锂真空管(肝素管)和普通干燥真空管(干管)各3mL,常规测定各自的心肌酶谱。

    Methods The bloods samples obtained by venipuncture from 60 subjects were collected in paralled dry vaccum tubes with one of them containing heparin lithium , for assay of myocardial enzymogram .

  8. 干燥宝塔管总时间为21天。

    The dry time for a cone bobbin is 21 days .

  9. 气流干燥变径管处流场的积屑现象分析及数值模拟

    Analyses of the accumulating wood scraps phenomenon in airflow dryness pipeline and its numerical model

  10. 甩成膜在空气中干燥5min。管式炉中进行烧结,控制烧结温度、烧结时间以及气氛。

    The film was dried in the air for 5 min , then sintered in a tube oven by controlling the sintering temperature , sintering time and the atmosphere .

  11. 烟草干燥系统热管换热器的结构确定

    Drying and heat setting stenter Determination of the Structure to Heat Pipe Heat Exchanger Used by Tobacco Drying System

  12. 以芽孢杆菌(Bacillus)为材料,用冷冻真空干燥法和砂管法,在4℃条件下进行了六年的菌种保藏对比试验。

    The preservation of Bacillus by methods of lyophilization and sealing dry sand tube were compared under the condition of 4 ℃ for six years .

  13. 芽孢杆菌冷冻真空干燥法和砂管法保藏过程中存活率的变化

    Variation of Survival Rate of Preservation of Bacillus by Methods of Lyophilization and Sealing Dry Sand Tube

  14. 热介质处于加热管的外部,待干燥谷物在加热管内部靠自重通过。

    The hot medium flows outside the heating tubes and the grains to be dried flows inside the heating tubes using self-weight .