12:49

Nanoscale

09:10

Fuel cells

11:25

Solid Electrolytes

10:41

Application Nano materials

13:43

Supercapacitors

09:11

Classification of Optical Fibers

05:13

Advantages of Optical Fibers

08:19

Introduction to Optical fibers

11:55

Homo junction semiconductor Laser diode

08:42

Ball Mill

09:44

Ruby Laser

06:43

Applications ofLasers

13:39

Einstein Coefficients and relations

12:36

Carbon dioxide Laser

04:06

Optical Fiber Communication System

08:57

x ray diffraction

13:05

He Ne Laser

10:52

Argon Ion Laser

18:42

Losses in optical fiber

11:11

Acceptance Angle and Numerical Aperture

05:47

Three quantum processes

10:29

laser beam characteristics

10:50

Pumping

08:12

Physical and chemical vapor deposition methods

13:10

Lasing Action

10:28

Sol gel

06:13

Liquid electrolytes

14:22

Transmission and Scanning Electron Microscopes

12:44

SuperIonic Conductors

14:07

Magnetic field sensors part II

09:56

Multiferroics

06:32

Magnetostriction

14:00

Bubble Memory devices

17:27

Magnetoresistance

00:06

Learn Applied Physics for free!!

13:14

Soft and hard magnetic materials

13:34

Hysteresis

09:10

Magnetic materials part- I

14:54

PiezoElectrics

12:59

LCD display

14:39

Crystal Oscillators

14:36

combustion

04:40

Surface to Volume Ratio

07:24

Solar Cell

11:52

Types of polarization in dielectrics

10:21

Energy Materials

12:12

p-i-n diode

09:42

Optical Fibers Applications

10:59

Hetero junction semiconductor laser diode

08:04

Black body Radiation

15:12

Mag Filed sensors part 1

05:31

Avalanche Photo diode

08:48

Transistor construction and working

13:50

LED construction, working and characteristics

15:39

Transistor Biasing

08:14

Zener diode

08:19

p-n junction diode construction and operation

04:11

Direct and indirect band gap semiconductors

13:05

Hall Effect

10:46

Davisson and Germer Experiment