화공양론2

화학공학도에게 필수적인 기초과목으로서 각종 단위 상호 환산능력을 배양시키며, 주어진 공정을 물질수지 및 에너지수지를 통하여 분석하여 여타의 공정에서도 응용할 수 있는 능력을 부여시킨다.

Energy balances

1.	Energy balances	Introduction, Concept and unit
2.	Energy balances	Work, KE, Internal Energy, Enthalpy, Heat capacity
3.	Energy balances	Enthalpy for phase transition, Table and Charts to retrieve enthapy values
4.	Energy balances	Steady-state, Closed Systems, Open system, General Energy Balance for Open system
5.	Energy balances	Example ,Unsteady-state,Open system
6.	Energy balances	Example, How to Account for Chemical Reaction
7.	Energy balances	How to Account for Chemical Reaction
8.	Energy balances	Example, How to Account for Chemical Reaction
9.	Energy balances	Example, How to Account for Chemical Reaction
10.	Energy balances	Example, How to Account for Chemical Reaction
11.	Humidity(Psychometric)Charts and their use	Humidity(Psychometric)Charts and their use
12.	Application of Humidity Chart	Application of Humidity Chart, Example
13.	Heats of Solution and Mixing	Heats of Solution and Mixing
14.	Heats of Solution and Mixingm	Heats of Solution and Mixingm, Example
15.	Mechanical Energy Balance	Mechanical Energy Balance
	Mechanical Energy Balance	Mechanical Energy Balance, Example
	Liquid and Gases in Enquilibrium with solid	Liquid and Gases in Enquilibrium with solid
	Unsteady-State Material and Energy Balances	Unsteady-State Material and Energy Balances
	Unsteady-State Material and Energy Balances	Unsteady-State Material and Energy Balances