Chapter 3 discusses the structure of crystalline solids, including the importance of studying these materials and fundamental concepts such as unit cells and metallic crystal structures. It covers various topics like density computations, crystallographic directions, linear and planar densities, and the distinction between crystalline and non-crystalline materials. The chapter also touches on X-ray diffraction techniques for determining crystal structures.

1. CHAPTER 3: STRUCTURE OF CRYSTALINE SOLIDS

2. CHAPTER 3:

3. CHAPTER 3:
 WHY STUDY THE STRUCTURE OF
CRYSTALLINE SOLIDS?
 FUNDAMENTAL CONCEPTS & UNIT CELLS
 METALLIC CRYSTAL STRUCTURES
 DENSITY COMPUTATIONS
 CRYSTAL SYSTEMS
 POINT COORDINATES
 CRYSTALLOGRAPHIC DIRECTIONS &
CRYSTALLOGRAPHIC PLANES
 LINEAR & PLANAR DENSITIES
 CLOSE-PACKED CRYSTAL STRUCTURES
 CRYSTALINE & NON-CRYSTALINE
MATERIALS
a) SINGLE CRYSTALS
b) POLYCRYSTALLINE MATERIALS
c) ANISOTROPY
d) X-RAY DIFFRACTION:
DETERMINATION
e) OF CRYSTAL STRUCTURES
f) NONCRYSTALLINE SOLIDS

4. WHY STUDY THE STRUCTURE OF CRYSTALLINE SOLIDS?

5.  FUNDAMENTAL CONCEPTS & UNIT CELLS

6.  FUNDAMENTAL CONCEPTS & UNIT CELLS

7.  METALLIC CRYSTAL STRUCTURES

8.  DENSITY COMPUTATIONS

9.  CRYSTAL SYSTEMS

10.  POINT COORDINATES

11.  CRYSTALLOGRAPHIC DIRECTIONS &
CRYSTALLOGRAPHIC PLANES

12.  LINEAR & PLANAR DENSITIES

13.  CLOSE-PACKED CRYSTAL STRUCTURES

14.  CRYSTALINE & NON-CRYSTALINE MATERIALS

15. THANK YOU FOR
LISTENING