Nano Materials and Devices

강의상세

Surface

1.	Surface	1. surface 2. Coalescence 3. Chemical potential of particle
2.	Chemical potential & Solubility	1.Chemical potential&Solubility 2. Oswald ripening 3. LabAgglomeration & stabilization 4. Electrode potential & surface charge 5. Nernst equation
3.	Electrode potential & surface charge	1. Electrode potential & surface charge 2. Repulsion by surface charge
4.	Van der Waals attraction	1. Van der Waals attraction potential 2. Electrostatic stabilization 3. Stericstabilization
5.	Nanoparticle	1. Nanoparticle 2. Fields of NP technology 3. Synthetic approach 4. Homogeneous nucleation 5.
6.	Homogeneous nucleation	1. Homogeneous nucleation 2. Growth 3. Diff controlled growth 4. Surface reaction controlled growth 5. Size distribution
7.	Synthesis	Synthesis
8.	Heterogeneous nucleation	1. Heterogeneous nucleation 2. Kinetically confined synthesis 3. Applications 4. Nanowires 5. Crystal growth 6. Evaporation-condensation 7. VLS growth
9.	Crystal growth	1. Crystal growth 2. Evaporation-condensation 3. VLS growth
10.	VLS growth	1. VLS growth 2. Template 3. Electrochemical deposition 4. Electrophoretic deposition 5. Template filling
11.	Lithography	1. Lithography 2. Thin film growth 3. Vacuum 4. PVD
12.	CVD	1. CVD 2. Self-assembly
13.	LB	1. LB 2. Electrochemical deposition 3. Sol-gel film 4. Carbon Fullerene 5. Carbon nanotube
14.	Physical property	1. Physical property 2. Melting point 3. Lattice constant 4. Mechanical property 5. Optical property