这是加进来的溶质混合引起的。
那么CS2就是溶质。
就是每千克溶剂的溶质摩尔数。
请根据实验计算该污水中硫酸的溶质质量分数。
Calculate according to the experiment please the vitriolic solute quality mark in this sewage.
晶体溶质的抑制作用大于胶体溶质。
The inhibition by the crystalloid agents was stronger than that by the colloid agents.
溶剂随着温度升高而溶解更多的溶质。
A solvent will dissolve more solute with a rise of temperature.
每千克溶剂的溶质摩尔数。
我们基本上接近纯的溶质。
溶剂随着温度的升高而容解更多的溶质。
A solvent will dissolve more solute with a rise of temperature.
我们假定溶质完全不挥发。
这些问题有利地促进了土壤溶质运移的研究。
Those issues have advantageously-promoted the research of solute transport in soils.
这种溶质称为示踪剂。
溶质的蒸汽压，和溶液中溶质的摩尔分数成正比。
That the vapor pressure of the solute is related to the mole fraction in the solution.
糖很显然是溶质，但糖是不可挥发的，所以这是个不好的例子。
Where sugar is clearly the solute, but sugar is not volatile clearly this is a bad example.
此方法比碳数规律法能适用于更多种类的有机溶质。
Group contribution method can be applied to most organic solutes.
各体系的混合热均随温度和溶质浓度的增加而增大。
The enthalpy of mixing increased with the increase of temperature and solute concentration.
除以18克每摩尔加上10克，除以溶质的摩尔质量。
Divided by 18 grams per mole plus 10 grams divided by the molecular weight in grams per mole.
利用溶质-溶剂和溶剂-溶剂相互作用对结果进行了讨论。
The results were discussed on the basis of ion-solvent and solvent-solvent interactions.
土壤质地和溶质性质对土壤溶质地表迁移过程有较大影响。
The soil solute transport with surface runoff and sediment was greatly impacted by the soil texture and solute character.
结果表明，溶质施加方式和灌水频率对溶质迁移影响较大。
Results showed that solute application method and irrigation frequency has a great influence on solute transport.
当谈论少量物质的时候，就像溶质，我给你看个不好的例子，如糖和水。
If you're talking about something which in a very small amount, just the solute, like, well I'm going to give you an example which is a bad example, like sugar and water.
透明细胞：指不含叶绿体，用于储存水分或溶质的所有叶细胞。
Hyaline cells Any leaf cell with no chlorophyll that is normally used for storage of water or solutes.
但是它是溶质，所以它碰到的原子大部分是，所以它不能遵守拉乌尔定律。
But because it's a solute, a it's seen most the other molecules of a around, it's not necessarily going to be obeying Raoult's law.
土壤溶质运移模型是研究土壤中农用化学物质迁移的一种重要手段。
The solution transport model is a key method for the study of the movement of agri- chemicals in soils.
看看自己是否能够想出来结果，这个问题的所有数值都有了，有纯溶质的蒸汽压。
See if you can figure out, given all the numbers that are in this problem here, you know what, the pure pressure on the solvent is.
这里我们不再考虑，只有一种不可挥发溶质的情况，考虑两种，这样一种混合物。
We're going to now have, instead of having one non-volatile solute, use we're going to have two, we're going to have this mixture.
溶质(Soluto)是一款加速系统启动，修复系统放缓的给力工具。
Soluto Is an Awesome Tool to Speed Up Your System Boot, Fix System slowdowns.
根据三元体系中溶质-溶剂和溶质-溶质的相互作用对实验结果进行了讨论。
The experiment al results are discussed in terms of solute- solvent and solute- solute interactions in the ternary systems.
我们首先要考虑的是这样一个例子，这里A是溶剂，而且容易挥发，B是溶质，不易挥发。
And the first thing we're going to do is look at the case where we have a is a solvent, and it's volatile. And B is a solute, which is non-volatile.
我们首先要考虑的是这样一个例子，这里A是溶剂，而且容易挥发，B是溶质，不易挥发。
And the first thing we're going to do is look at the case where we have a is a solvent, and it's volatile. And B is a solute, which is non-volatile.
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