화공열역학2

건국대학교
박정태

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >화공 >화학공학
강의학기

2017년 1학기

조회수

14,496
평점

5/5.0 (3)

강의계획서

This course deals with phase equilibrium and solution thermodynamics based on basic principle of thermodynamics. It is expected that students will be able to appropriate relations and use them to evaluate the change of thermodynamic properties when system reaches equilibrium. Furthermore, student will be albe to examine non ideality of fluid mixture.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

Ch. 10. Vapor/Liquid Equilibrium: Introduction

차시별 강의

1.	Ch. 10. Vapor/Liquid Equilibrium: Introduction	10.1 The nature of equilibrium 10.2 The phase rule: Duhem's theorem 10.3 VLE Qualitative behavior
	Ch. 10. Vapor/Liquid Equilibrium: Introduction	diagraming, graphing
2.	Ch. 10. Vapor/Liquid Equilibrium: Introduction	10.4 Simple models for vap. / Liq. Eq.
	Ch. 10. Vapor/Liquid Equilibrium: Introduction	10.6 VLE from k-value correlations
3.	Ch. 11. Solution thermodynamics: Theory	11.1 Fandomental property relation 11.2 The chemical potential and phase equilibria
	Ch. 11. Solution thermodynamics: Theory	11.3 Partial properties
4.	Ch. 11. Solution thermodynamics: Theory	11.3 Partial properties - Partial properties in binary solutions, Relation among partial properties
5.	Ch. 11. Solution thermodynamics: Theory	11.4 Ideal gas mixtures model
6.	Ch. 11. Solution thermodynamics: Theory	11.5 Fugacity and fugacity coefficient, Pure species
7.	Ch. 11. Solution thermodynamics: Theory	11.5 Fugacity and fugacity coefficient, Pure species - Fugacity of a pure liquid
8.	Ch. 11. Solution thermodynamics: Theory	11.6 Fugacity and fugacity coeff. species in solution
9.	Ch. 11. Solution thermodynamics: Theory	11.6 Fugacity and fugacity coeff. species in solution - Fugacity coeff. From the virial equation of state
10.	Ch. 11. Solution thermodynamics: Theory	11.8 Ideal solution
	Ch. 11. Solution thermodynamics: Theory	The excess Gibbs energy and the octiaity co-eff. , Excess-property Relation
11.	Ch. 12. Solution Thermodynamics: Applications	12.1 Liquid phase properties from VLE data
	Ch. 12. Solution Thermodynamics: Applications	excess Gibbs energy
12.	Ch. 12. Solution Thermodynamics: Applications	Data reduction
	Ch. 12. Solution Thermodynamics: Applications	Margule's eqn. ,correlation, Thermodynamic consistancy, Barker's method
13.	Ch. 12. Solution Thermodynamics: Applications	12.2 Models for the excess Gibbs energy
	Ch. 12. Solution Thermodynamics: Applications	12.3 Property changes of mixing 12.4 Heat effects of mixing process
14.	Ch. 12. Solution Thermodynamics: Applications	Entralpy / Concentration Diagrams(H-x diagram)