공업물리화학2

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공업물리화학2

건국대학교
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페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >화공 >공업화학
강의학기

2013년 2학기

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32,834
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5/5.0 (2)

Understanding of fundamental properties of materials using basic laws of unit operation,

thermodynamics and reaction engineering such as thermodynamic laws, phase equilibrium,

chemical equilibrium, surface thermodynamic and reaction kinetics.

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Introduction and Molecules in motion 1

차시별 강의

1.	Introduction and Molecules in motion 1	The kinetic model of gases
	Introduction and Molecules in motion 1	The kinetic model of gases
	Introduction and Molecules in motion 1	The kinetic model of gases
	Introduction and Molecules in motion 1	1.1-1.3 강의자료
	Introduction and Molecules in motion 1	The kinetic model of gases
	Introduction and Molecules in motion 1	The kinetic model of gases
	Introduction and Molecules in motion 1	1.3-1.5 강의자료
2.	Molecules in motion 2	1. Collision, effusion and trasport 2. Conductivities of electrolyte solutions 3. The mobilities of ions
	Molecules in motion 2	1. Collision, effusion and trasport 2. Conductivities of electrolyte solutions 3. The mobilities of ions
	Molecules in motion 2	2.1-2.2 강의자료
	Molecules in motion 2	1. Collision, effusion and trasport 2. Conductivities of electrolyte solutions 3. The mobilities of ions
	Molecules in motion 2	1. Collision, effusion and trasport 2. Conductivities of electrolyte solutions 3. The mobilities of ions
	Molecules in motion 2	1. Collision, effusion and trasport 2. Conductivities of electrolyte solutions 3. The mobilities of ions
	Molecules in motion 2	2-3-2.5 강의자료
3.	Molecules in motion 3	1. Diffusion: thermodynamic and statistical view 2. Diffusion equation
	Molecules in motion 3	3.1 강의자료
	Molecules in motion 3	1. Diffusion: thermodynamic and statistical view 2. Diffusion equation
	Molecules in motion 3	1. Diffusion: thermodynamic and statistical view 2. Diffusion equation
	Molecules in motion 3	1. Diffusion: thermodynamic and statistical view 2. Diffusion equation
	Molecules in motion 3	3.2-3.4 강의자료
4.	The rates of chemical reactions	1. rate law and rate constant 2. reaction order
	The rates of chemical reactions	1. rate law and rate constant 2. reaction order
	The rates of chemical reactions	4.1-4.2 강의자료
	The rates of chemical reactions	1. rate law and rate constant 2. reaction order
	The rates of chemical reactions	4.3 강의자료
5.	The rates of chemical reactions 2	1. Elementary reactions and consecutive reactions 2. Unimolecular reactions
	The rates of chemical reactions 2	1. Elementary reactions and consecutive reactions 2. Unimolecular reactions
	The rates of chemical reactions 2	5.1-5.2 강의자료
	The rates of chemical reactions 2	1. Elementary reactions and consecutive reactions 2. Unimolecular reactions
	The rates of chemical reactions 2	1. Elementary reactions and consecutive reactions 2. Unimolecular reactions
	The rates of chemical reactions 2	5.3-5.4 강의자료
6.	The kinetics of complex reactions 1	1. Chain reactions 2. Polymerization kinetics 3. Homogeneous catalysis
	The kinetics of complex reactions 1	1. Chain reactions 2. Polymerization kinetics 3. Homogeneous catalysis
	The kinetics of complex reactions 1	6.1-6.2 강의자료
	The kinetics of complex reactions 1	1. Chain reactions 2. Polymerization kinetics 3. Homogeneous catalysis
	The kinetics of complex reactions 1	6.3 강의자료
7.	The kinetics of complex reactions 2	Photochemistry
	The kinetics of complex reactions 2	Photochemistry
	The kinetics of complex reactions 2	7.1-7.2 강의자료
	The kinetics of complex reactions 2	Photochemistry
	The kinetics of complex reactions 2	Photochemistry
	The kinetics of complex reactions 2	7.3-7.4 강의자료
8.	Molecular reaction dynamics	1. Collision theory 2. Diffusion-controlled reactions 3. The material balance equation
	Molecular reaction dynamics	1. Collision theory 2. Diffusion-controlled reactions 3. The material balance equation
	Molecular reaction dynamics	8.1-8.2 강의자료
	Molecular reaction dynamics	1. Collision theory 2. Diffusion-controlled reactions 3. The material balance equation
	Molecular reaction dynamics	1. Collision theory 2. Diffusion-controlled reactions 3. The material balance equation
	Molecular reaction dynamics	8.3-8.4 강의자료
9.	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	9.1-9.2 강의자료
	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	1. Transition state theory 2. Electron transfer in homogeneous system
	Molecular reaction dynamics	9.3-9.6 강의자료
10.	Processes at solid surfaces	Growth and structure of solid surface
	Processes at solid surfaces	10.1 강의자료
	Processes at solid surfaces	Growth and structure of solid surface
	Processes at solid surfaces	Growth and structure of solid surface
	Processes at solid surfaces	10.2-10.3 강의자료
11.	Processes at solid surfaces	1. Adsorption and desorption 2. Heterogeneous catalysis
	Processes at solid surfaces	1. Adsorption and desorption 2. Heterogeneous catalysis
	Processes at solid surfaces	11.1-11.2 강의자료
	Processes at solid surfaces	1. Adsorption and desorption 2. Heterogeneous catalysis
	Processes at solid surfaces	11.3 강의자료
12.	Processes at solid surfaces	Processes at electrodes
	Processes at solid surfaces	Processes at electrodes
	Processes at solid surfaces	12.1-12.2 강의자료
	Processes at solid surfaces	Processes at electrodes
	Processes at solid surfaces	Processes at electrodes
	Processes at solid surfaces	12.3-12.4 강의자료