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Contents
Front Matter
Introduction
1.
Why do some properties change at nanoscale?
2.
Properties at Nanoscale
3.
Examples of Changes in Properties at Nanoscale And Introduction to Mesoscopic Physics
4.
Scaling laws
5.
Scaling in EM
6.
Mesoscopic Physics
7.
Confinement of a particle in a box and in 3D (Quantum Dot)
8.
Calculation of Density of States (DOS)
9.
Density of states for some nanostructures and Two dimensional electron gas
10.
Formation of heterostructure
11.
Strain and stress at heterointerface
12.
Quantum well and superlattice
13.
Perpendicular transport in single and multiple heterostructures
14.
Carbon Based Nanostructures
15.
Hybridization in carbon based molecules
16.
Allotropy of Carbon Compounds
17.
Tight Binding Method for Electronic Structure Calculation
18.
Band Structure of Graphene using Tight Binding Method
19.
Electronic Structure of Carbon Nanotube
20.
Semiconductor Nanoparticle
21.
Semiconductor Nanoparticles 2
22.
Semiconductor Nanoparticles-3
23.
Semiconductor Nanoparticles-4
24.
Nanoparticles-1
25.
Nanoparticles-2
26.
Nanoparticles-3
27.
Nanoparticles-4
28.
Nanoparticles-5
29.
Nanoparticles-6
30.
Nanoparticles-7
Back Matter
Appendix
Physics at nanoscale I
26
Nanoparticles-3
Prof. Subhasis Ghosh
