经典热力学将作为一门基于四个基本假设的演绎学科来呈现。热力学定律将源自基于我们日常经验的少量假设。之后,这些定律的结果将帮助我们解决现代化学/生化工程中出现的与系统平衡特性相关的实际问题。这些热力学基本定律将进一步帮助我们解决与系统平衡性质相关的实际问题。
课程主要内容如下:
0. 前言
1.热力学基本假设
2.热力学第一定律
3.热力学第二定律
4.热力学计算
5. 平衡
6、稳定性
经典热力学将作为一门基于四个基本假设的演绎学科来呈现。热力学定律将源自基于我们日常经验的少量假设。之后,这些定律的结果将帮助我们解决现代化学/生化工程中出现的与系统平衡特性相关的实际问题。这些热力学基本定律将进一步帮助我们解决与系统平衡性质相关的实际问题。
课程主要内容如下:
0. 前言
1.热力学基本假设
2.热力学第一定律
3.热力学第二定律
4.热力学计算
5. 平衡
6、稳定性
7. 纯材料的性能
8. 混合物的性质
9. 非电解质溶液
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