ENGINEERING PHYSICS (PHY1001)

1. CO2 LASER

2. STIMULATED EMISSION

3. LASER PHYSICS

3.1. POPULATION INVERSION

3.2. PUMPING

3.3. EINSTEIN'S COEFFICIENTS

3.4. DYE LASER

3.5. HE-NE LASER

3.6. ND-YAG LASER

3.7. GAIN COEFFICIENT

3.8. ABSORPTION

3.9. SPONTANEOUS EMISSION

3.10. CHARACTERISTICS

3.11. APPLICATIONS

4. FIBER OPTICS

4.1. CRITICAL ANGLE

4.2. ACCEPTANCE ANGLE

4.3. NUMERICAL APERTURE

4.4. ATTENUATION

4.5. DISPERSION

4.6. OPTICAL SOURCES

4.7. APPLICATIONS

4.8. SPECIAL THEORY OF RELATIVITY

5. 16BCI0092

6. QUANTUM PHYSICS

6.1. UNCERTAINITY PRINCIPLE

6.2. SCHRODINGER WAVE EQUATION

6.3. BLACK BODY RADIATION

6.4. PLANCK'S LAW

6.5. COMPTON EFFECT

6.6. DAVISSION AND GERMER EXPERIMENT

6.7. TUNNELING EFFECT

6.8. SCANNING TUNNELING MICROSCOPE

6.9. MATTER WAVES

6.10. EIGEN VALUE AND EIGEN FUNCTION

7. NANOTECHNOLOGY

7.1. MOORE'S LAW

7.2. QUANTUM DOT

7.3. QUANTUM WELL

7.4. QUANTUM WIRE

7.5. CARBON NANOTUBES

7.6. PROPERTIES

7.7. APPLICATIONS

8. ELECTROMAGNETIC WAVES

8.1. ELECTROMAGNETIC WAVE EQUATIONS

8.2. GUIDED WAVES

8.3. MAXWELL'S MODIFICATION OF             AMPERE'S LAW

8.4. MAXWELL'S EQUATIONS

8.5. PHASE VELOCITY

8.6. GROUP VELOCITY

8.7. GROUP INDEX

8.8. GRADIENT,DIVIRGENCE,CURL