《化工热力学》的教学经验总结  

The Teaching Experience of “Chemical Engineering Thermodynamics”

作　　者：王平[1] 吴世逵[1] 

机构地区：[1]广东石油化工学院化学工程学院

出　　处：《广东化工》2015年第2期142-142,141,共2页Guangdong Chemical Industry

基　　金：广东石油化工学院2014年度教育教学改革研究卓越计划专项项目

摘　　要：《化工热力学》课程结合化工过程阐述热力学定律及其运用,是化工过程研究、设计和开发的理论基础。学生通过学习本课程,初步掌握化学工程设计和研究中获取热力学数据的方法,对化工过程进行相关计算的方法,为学习后续课程和从事化工类专业实际工作奠定基础。课程内容大致可分为四大块:(1)流体PVT关系和纯流体热力学性质;(2)热力学定律及应用;(3)溶液(均相流体混合物)热力学性质;(4)相平衡和化学平衡。运用现代教育手段提高教学质量和效果,实现优质教学资源的共享,注重教学与实践的结合,不断更新和完善教学内容,培养创新意识、提高实践能力。＂Chemical engineering thermodynamics＂ course combines with chemical process to describe the laws of thermodynamics and its application, and is the theoretical basis of research, design and development for chemical process. Tthrough the study of this course, students master the method to obtain the thermodynamic data of study and design in chemical engineering and correlation calculation method for chemical process laid the foundation for follow-up curriculum study and being engaged in cchemical sspecialty ppractical work. The content of the course can be divided into four parts： （1） fluid PVT relationship and thermodynamic properties of pure fluid： （2） the laws of thermodynamics and their applications： （3） solution （homogeneous fluid mixture） thermodynamic properties： （4） the phase equilibrium and chemical equilibrium. The use of modem means of education and improve the teaching quality and effect, realize high-quality teaching resources sharing, pay attention to the combination of teaching and practice, constantly update and improve the teaching content, the cultivation of innovative consciousness, improve the practice ability.

关 键 词：化工热力学 教学 创新 实践 

分 类 号：TQ013.1[化学工程]