阿特金斯物理化学10版 影印版 英文版 彼得阿特金斯/胡里奥普瓦拉 高等教育出版社 Atkins'Physical Chemistry 10ed/Peter Atkins mobi 百度云 txt pdb 下载 lrf pdf 地址

暂无相关简介，正在全力查找中！

暂无相关目录，正在全力查找中！

暂无相关内容，正在全力查找中

暂无出版社相关信息，正在全力查找中！

暂无相关书籍摘录，正在全力查找中！

在线阅读地址：阿特金斯物理化学10版 影印版 英文版 彼得阿特金斯/胡里奥普瓦拉 高等教育出版社 Atkins'Physical Chemistry 10ed/Peter Atkins在线阅读

在线听书地址：阿特金斯物理化学10版 影印版 英文版 彼得阿特金斯/胡里奥普瓦拉 高等教育出版社 Atkins'Physical Chemistry 10ed/Peter Atkins在线收听

在线购买地址：阿特金斯物理化学10版 影印版 英文版 彼得阿特金斯/胡里奥普瓦拉 高等教育出版社 Atkins'Physical Chemistry 10ed/Peter Atkins在线购买

A reversible change in thermodynamics is a change that can be reversed by an infinitesimal modification of a variable. The key word 'infinitesimal' sharpens the everyday meaning of the word 'reversible' as something that can change direction. We say that a system is in equilibrium with its surroundings if an infinitesimal change in the conditions in opposite directions results in opposite changes in its state.

Intermolecular forces are so important when the temperature is so low that the molecules travel with such low mean speed that can be captrued by one another.

At low pressures, when the sample occupies a large volume, the molecular are so far apart for most of the time that the intermolecular forces plya no significant role, and the gas behaves virtually perfectly.

At moderate pressures, when the average separation of the moleculer is only a few molecular diameters, the attractive forces dominate the repulsive forces. In this case, the gas can be expected to be more compressible than a perfect gas because the forces help to draw the molecules together.

At high pressures, when the average separation of the molecules is small, the repulsive force dominate and the gas can be expected to be les...

At very low pressures, all the gases shown have ≈ 1 and behave nearly perfectly.

At high pressures, all the gases have Z > 1, signifying that they have a larger volume than a perfect. Repulsive forcess are now dominant.

At intermediave pressures, most gases have Z < 1, indicating that the attractive forces are reducing the molar volume relative to that of a perfect gas.

暂无其它内容！