Uric acid has limited solubility in body fluids, though.

然而，尿酸很难于体液中。

Another thing that we're doing is what's called the high solubility of robusta.

我们正在做的另一件事所谓的罗布斯塔的高解度。

Now, onto the next attribute that affects solubility.

现在，进入影响解度的下一个属性。

To explain observations regarding solubility of ionic compounds?

解释关于离子化合物解度的观察结果?

And for us here it all comes down to a little thing called solubility.

对我们来说， 这一切都归结为一种叫做解度的小东西。

And we'll call that Ksp which is essentially the solubility product constant.

我们将称为 Ksp，它本质解度积常数。

And that's a way to measure the solubility of any kind of a salt.

这一种测量任何一种盐的解度的方法。

Let me quickly note that very little oxygen is dissolved, because its solubility in water is low.

我迅速指出，由于氧气在水中的解度很低，因此几乎没有氧气解。

You see, oxygen's solubility in water is low and, therefore, not much can be dissolved in our blood.

你看，氧在水中的解度很低，因此，在我们的血液中解不了多少。

And so there are a few things that are going to affect the solubility.

因此，有一些因素会影响解度。

The team used a computer model to predict how various organic acids contained in smoke particles would alter the solubility of hydrochloric acid.

该团队使用了一个计算机模型来预测烟雾粒子中含有的各种有机酸如何改变盐酸的解度。

A wonderful simulation to look at this is the PHET on salts and solubility.

观察这一现象的一个绝佳模拟就关于盐和解度的 PHET。

When we’re dealing with solid solutes and liquid solvents, their total solubility generally goes up as temperature increases.

当我们处理固体质和液体剂时，它们的总解度通常会随着温度升高而升高。

Finally, in addition to polarity an pressure, it’s temperature that affects solubility in the most complicated, and therefore interesting ways.

最后，除了极性和压力之外， 温度以最复杂的方式影响解度，因此也很有趣。

Jim Haywood, an atmospheric scientist at the University of Exeter, UK, says that hydrochloric acid solubility in the wake of fires hasn't been investigated previously.

英国埃克塞特大的大气家吉姆·海伍德表示，火灾后盐酸解度尚未被研究过。

The pressure of CO2 in a can is 5.0 atmospheres and you can look up the solubility of CO2 in an aqueous solution.

罐中CO2的压力5. 0个大气压， 你可以查一下CO2在水液中的解度。

At 4 degrees Celsius the solubility of oxygen in water is about double that of what it is at 25 degrees Celsius.

在 4 摄氏度时， 氧气在水中的解度大约 25 摄氏度时的两倍。

And so did you learn to predict the solubility of a salt or rank its solubility given the Ksp values?

那么，您否会了预测盐的解度或根据 Ksp 值对解度进行排序？

So for example, you can generate many different types of new molecules, but you can add constraints like have better toxicity, solubility, etc. It can allow you to do that simultaneously.

例如，你可以生成多种不同类型的新分子，同时加入如更低毒性、更高解度等约束条件。这可以让你同时实现这些目标。