Video (AVI-Files, MS Video 1 CODEC) animations provided with the dissertation:
Figure 5.3: Plasma temperatures
(left side: Te,
right side:Th) and
flow field of a 4.5A, 1 MPa xenon arc discharge. The vortex
resulting from the anode jet is enlarged on the top
(animation 10.6 MB,
anode jet animation 7.4 MB).
Figure 5.4: Plasma temperatures
(left side: Te,
right side:Th) and
flow field of a 4.5A, 1 MPa xenon arc discharge burning with the
anode at the bottom and without gravity effects (top).
[
animation 8.4 MB]
and without gravity effects (top)
[
animation 8.7 MB].
[Additionally an
animation of the current variation incl.
enlarged cathode hot spot 11.9 MB and an
animation calculated without
magnetic forces (8.7 MB) is provided].
 |
Figure 5.33: Plasma temperatures
(left side: Te,
right side: Th) and
flow field of a 10A, 0.1 MPa argon arc discharge
(the electron temperature step
in the lower left corner
is a numerical artefact not influencing any measureable discharge
parameter, it will vanish after sufficiently large computation times)
[
animation 9 MB,
Ar 0.26 MPa model lamp:
animation of the current variation incl.
enlarged cathode hot spot for a 1 mm diameter cathode 8.4 MB,
animation of the current variation incl.
enlarged cathode hot spot for a 1.5 mm diameter cathode 10 MB,
animation of the current variation incl.
enlarged cathode hot spot for a 2 mm diameter cathode 9.6 MB].
Figure 5.41: Temperature map and flow field of a doped xenon short arc lamp
["density dots" animation 4.4 MB,
"velocity vecs" animation 4.4 MB]
(4 MPa, 12A).
Figure 5.44: Temperature map and flow field of a 0.1 MPa (top,
animation 8.4 MB)
and 8 MPa (bottom,
animation 8.6 MB) mercury discharge.
Figure 5.45: Basic discharge data for the calculated high pressure mercury lamp
[
animation naturally scaled 3.3 MB,
animation radially enlarged 8.7 MB].
Figure 5.46: Temperature map of a 200A argon arc at atmospheric pressure
(see text and [126])
[animation of the arc column
flow field 4.4 MB].
Last Modified: 1.7.2003
URL: http://www.wendelstorf.de/doc/2000/jw3282.00/jwp_videos.html
Contact: webmaster@wendelstorf.de
