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» Vacuum Plasma Sources

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PIUMA ( View Details )
»  Argon-Oxygen plasma

» P 0.1-0.01 mbar, W = 450 W

»Diagnostic: HV probes, OES, QMS

 

 

fig_1

» high purity, any composition

» P ~ 0.01-1 mbar, W < 1000 W

» Diagnostics:  OES

 

fig_2

» high purity, any composition

» P ~ 0.01-10 mbar, W < 500 W

» Diagnostics: Langmuir + OES

 

fig_3

» high purity, any composition

» P ~ 0.01-10 mbar, W < 300 W

» Diagnostics: Langmuir + OES

 

fig_4

» any composition

» P ~ 0.01-1 mbar, W < 300 W

»Diagnostics: Langmuir + OES

 

fig_5

» high purity, any composition

»P~0.005-1 mbar,W < 300 W

»Diagnostics: Langmuir + OES

 

fig_6

» high purity, any composition

»P~0.005-1 mbar,W < 300 W

»Diagnostics: Langmuir + OES

 

fig_7

» high purity, any composition

»P~0.005-1 mbar,W < 300 W

» Diagnostics: Langmuir + OE

 

» Plasma Sources at atmospheric pressure

Dielectric barrier discharge (DBD)

fig_10

 

» Power supply: 100- 300 W

» Roller rotational speed: 1.5 -10m/min

 

Surface Dielectric Barrier Discharge – SDBD  (View Details)

sdbd2

» Power supply ≈ 100 W

» Voltage ≈ 10 kV

» Diagnostics: OES + PMT + Rogowski

Non-thermal plasma for hydrogen production

fig_11

 

» Power supply: 100- 300 W

» Roller rotational speed: 1.5 -10m/min

 

 

 Posted by at 17:00