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Contents
Front Matter
Introduction
1.
Chapter 1
2.
Elements of Crystallography
3.
Bravais lattice & crystal structure
4.
Crystallographic point groups
5.
Graphical Representation of Point Groups & Space Groups
6.
Some Crystal Structures
7.
X-rays, their sources & interaction with matter
8.
Experimental methods for x-ray diffraction
9.
Application of X-ray diffraction in the study of crystaldefects-I
10.
Application of X-ray diffraction in the study of crystal defects-II
11.
Electron and Neutron Diffraction
12.
The Reciprocal Lattice
13.
Ewald Construction and vector form of Bragg equation
14.
Atomic & Geometrical Factors
15.
Crystal Defects
16.
Line Defects
17.
Motion of dislocations & dislocation density
18.
Dislocations and planar defects
19.
Colour Centres & Polymorphism
20.
Etching and dissolution of crystals(Application to observation of defects)
21.
Application of electrons in the study of defects and homogeneity of crystals
22.
Classification of Crystalline Solids
23.
Motion of electrons in periodic potential
24.
Theoretical aspects of crystal nucleation and growth
25.
Crystal growth theory
26.
Experimental Crystal growth
27.
Experimental crystal growth–II (gel technique)
28.
High Temperature Solution Growth
29.
Hydrothermal, LPE & High pressure growth
30.
Melt growth
31.
Growth from melt II
32.
zone melting& refining
33.
Vapour and Solid state growth
Back Matter
Appendix
Crystallographic Growth
14
Atomic & Geometrical Factors
Prof. P. N. Kotru
you can view video on Atomic & Geometrical Factors
