克分子浓度

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  • Molar concentration;gram-molecular condensity
克分子浓度克分子浓度
  1. 根据克分子浓度而非根据活度得到的粗略计算结果即可满足要求。

    Rough calculations obtained by use of molar concentrations rather than activities are sufficient .

  2. 用CaCl2溶液饱和的应变随着盐克分子浓度的增加而减小。

    The strain is reduced by saturating the sample with CaCl 2 solutions of increasing concentrations .

  3. 这两种溶液仍然含有相同数量的分子,因为它们的克分子浓度相同。

    These two solutions still contain exactly the same number of molecules because they are of the same molarity .

  4. 一定要记住,讲求礼貌是非常重要的。根据克分子浓度而非根据活度得到的粗略计算结果即可满足要求。

    Always remember , politeness accounts to a lot . Rough calculations obtained by use of molar concentrations rather than activities are sufficient .

  5. 在涉及溶液的物理性质如蒸汽压,冰点和沸点时,通常使用重量克分子浓度。

    Molal solution are normally used when the physical properties of solutions , such as vapor pressure , freezing point and boiling point , are involved .