这意味着我们不需要,担心摩尔体积随着，气压和浓度的变化,至少在我们所考虑的,这么低的浓度下。

That is, we're not going to worry about changes in the molar volume, either as a function of pressure or a function of concentration at the low concentrations that we're working.

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稀土氯化物的摩尔电导率随浓度的降低而增加。

The molar conductivity of rare earth chlorid increases with the decreasing of concentration.

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实验结果表明，氨与CO2的摩尔比、氨水浓度、停留时间和烟气温度等因素影响CO2吸收效率。

The result shows that such factors as molar ratio of ammonia and CO2, concentration of hydrous ammonia, resident time and gas temperature influence CO2 absorption.

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