10:39

Apendix

00:41

Exercise Intro7

00:44

Exercise Intro3

00:53

Exercise Intro9

02:35

Teaser - PlasmaPhysicsAndApplications

00:39

EPFPLASMT215-V008800

01:49

Intro week 1

01:47

Exercise Intro1

00:40

Exercise Intro8

01:08

Exercise Intro6

00:47

Exercise Intro5

01:47

Intro Week 1

01:32

Exercise Intro4

00:59

Exercise Intro2

00:42

Exercice_5_2016

00:54

EPFPLASMT215-V008700

33:14

EPFPLASMT215-V010000

00:36

EPFPLASMT215-V009000

02:36

Plasma Application Teaser

01:03

EPFPLASMT215-V009100

31:24

EPFPLASMT215-V010700

17:25

EPFPLASMT215-V009500

13:32

EPFPLASMT215-V010900

17:45

EPFPLASMT215-V009600

22:44

EPFPLASMT215-V010600

01:27

EPFPLASMT215-V009200

00:49

EPFPLASMT215-V008900

25:22

EPFPLASMT215-V009900

01:43

Intro Exercice 2016

23:58

EPFPLASMT215-V010200

31:24

EPFPLASMT215-V010700

22:44

EPFPLASMT215-V010600

31:24

EPFPLASMT215-V010700

22:44

EPFPLASMT215-V010600

28:08

EPFPLASMT215-V009400

14:54

EPFPLASMT215-V010300

00:36

EPFPLASMT215-V009300

01:21

EPFPLASMT215-V010400

35:02

EPFPLASMT215-V011100

22:44

EPFPLASMT215-V011300

01:57

EPFPLASMT215-V010500

02:27

Plasma Introduction Teaser

13:29

EPFPLASMT215-V011000

35:02

EPFPLASMT215-V010800

25:52

1f Plasma confinement based on single particle motion

02:35

Plasma Physics And Applications

22:19

1b Rigorous definition of plasma: Debye length

01:25

Intro Week 3

25:59

2f Kinetic plasma simulations

24:55

4a The Sun: a gravitationally confined fusion reactor

16:28

5e Sheaths ans plasma etching: part II

31:00

3a From kinetic to the two-fluid model

01:04

Intro Week 5

11:45

5b Breakdown in low pressure gases: part I

11:45

5d Sheaths and plasma etching: part1

12:40

5a Survey of plasmas in industry and medicine

14:48

5c Breakdown in low pressure gases: part II

33:14

6c Fusion: inertial and magnetic approaches

01:49

Intro Week 1

30:17

3d Properties of the two-fluid waves