三相点

  • 网络the triple point
三相点三相点
  1. e-H2、e-D2和Ne密封三相点瓶试验研究

    Test report of e-h_2 、 e-d_2 and NE sealed triple point cells

  2. 水三相点瓶的制造及水三相点温度的复现

    The Making of Water Triple Point Cell and Research in the Reproducibility of the Temperature of Water Triple Point

  3. CCT-K7水三相点容器国际关键比对

    CCT-K7 Key Comparison of Water Triple Point Cells

  4. 其中,水三相点、锡点和锌点的年稳定性分别为0.1mK、1.0mK和1.5mK、。

    The stabilities during one year approximate to 0.1 mK ( triple point of water ), 1.0 mK ( tin point ) and 1.5mK ( zinc point ) .

  5. 温度咨询委员会(CCT)委托国际计量局(BIPM)作为主导实验室组织了由20个国家实验室参加的CCT-K7水三相点容器国际关键比对。

    Therefore , Consultative Committee for Thermometry ( CCT ) authorized Bureau International des Poids et Mesures ( BIPM ) to be a pilot laboratory to organize CCT-K7 key comparison of water triple point cells , participated in by 20 national metrology institutes .

  6. 水三相点是开尔文热力学温度的唯一基准点,也是ITS90国际温标重要的定义固定点。

    The triple point of water ( TPW ) is not only the sole reference point for Kelvin Thermodynamic Temperature Scale ( KTTS ), but also a fundamental defining fixed point of International Temperature Scale of 1990 ( ITS-90 ) .

  7. 密封型氧三相点的复现和国际比对

    Realizing Triple Point of Oxygen in Sealed Cells and International Comparison

  8. 水三相点复现的不确定度评定

    Evaluation of Uncertainty of Realization of the Triple Point of Water

  9. 4种不同水源的水三相点容器的比对

    Comparison of Triple Point of Water Cells with Four Different Water Sources

  10. 采用该装置,成功复现了水三相点。

    The triple point of water was successfully realized using the device .

  11. 二氧化碳-水混合体系的相平衡和汽-液-液三相点研究

    Phase Equilibria and Vapor-liquid-liquid Triple Point for Mixture of CO_2 and Water

  12. 氩三相点和氧三相点的复现

    The Reproduction of the Triple Points of Argon and Oxygen

  13. 这是三相点温度,这是三相点气压。

    The triple point temperature , triple point pressure .

  14. 密封式氙三相点的复现

    Realization of Triple Point of Xenon in Sealed Cell

  15. 镓三相点的复现三碘树脂中I2的测定

    The Realization of the Gallium Triple Point DETERMINATION OF IODINE IN TRIIODIDE RESIN

  16. 并且,其对水三相点温度的影响随着水三相点容器内真空度的降低而增大。

    Additionally , the effect increased with the decrease of vacuum in the cell .

  17. 密封式氩和氖三相点容器的国际比对

    An Intercomparison of Triple Points of Argon and Neon by Means of Sealed Cells

  18. 快速复现水三相点温度的一种方法

    Fast Reappearance Water Triple Point Temperature one Method

  19. 稀溶液的凝固点降低和三相点温度降低

    The Freezing Point Depression and the Temperature Depression of Triple Point in a Dilute Solution

  20. 镓三相点的复现

    The Realization of the Gallium Triple Point

  21. 从这里得到三相点是非常常见的。

    It 's a very common thing to get , the triple point from this .

  22. 比如三相点。

    For instance the triple point .

  23. 镓三相点容器的研制

    Research on Gallium Triple Point Cell

  24. 汞三相点的复现

    Realization of Triple Point of Mercury

  25. 近年来,镓三相点作为新的温度固定点的研究已经得到了广泛的重视。

    Gallium triple point as a new fixed point has been researched widely in recent years .

  26. 实验结果表明,镓三相点的温度值为297666℃。

    Experiment results show that the temperature of triple point of gallium is 29 766 6 ℃ .

  27. 液氮冻制冰套法对水三相点温度的影响

    Effect of Liquid - nitrogen Freezing Method of Preparation of Ice Mantle on the Triple-point Temperature of Water

  28. 不同冻制方法对水三相点趋稳过渡时间的影响

    The Influence of Different Freezing Methods on Stabilizing Transient Time of the Three - Phase Point of Water

  29. 用密封式三相点容器复现氩、氮、氧、氖与平衡氢三相点

    Realization of the Triple Points of Argon , Oxygen , Nitrogen , Neon and Equilibrium Hydrogen in Sealed Cells

  30. 采用真空精馏的方法对丁二腈进行了提纯,并通过测量三相点温度准确确定了其纯度。

    The high-purity SCN is obtained by vacuum fractional distillation and its purity is determined accurately through measuring the triple point .