Anode surface temperature (K) at the instants t1−t12 (given in Figure 11, see https://www.inptdat.de/node/1003). Peak current 4.7 kA, arc duration 9.2 ms.
Primary tabs
Advanced temporal analysis of anode activity during mode transitions - Figure 10
Resources
- Advanced temporal analysis of anode activity during mode transitions - Figure 1
- Advanced temporal analysis of anode activity during mode transitions - Figure 2
- Advanced temporal analysis of anode activity during mode transitions - Figure 3
- Advanced temporal analysis of anode activity during mode transitions - Figure 4
- Advanced temporal analysis of anode activity during mode transitions - Figure 4 (supplement video)
- Advanced temporal analysis of anode activity during mode transitions - Figure 5
- Advanced temporal analysis of anode activity during mode transitions - Figure 6a
- Advanced temporal analysis of anode activity during mode transitions - Figure 6b
- Advanced temporal analysis of anode activity during mode transitions - Figure 7
- Advanced temporal analysis of anode activity during mode transitions - Figure 8
- Advanced temporal analysis of anode activity during mode transitions - Figure 9
- Advanced temporal analysis of anode activity during mode transitions - Figure 10
- Advanced temporal analysis of anode activity during mode transitions - Figure 11
- Advanced temporal analysis of anode activity during mode transitions - Figure 12
- Advanced temporal analysis of anode activity during mode transitions - Figure 13a
- Advanced temporal analysis of anode activity during mode transitions - Figure 13b
- Advanced temporal analysis of anode activity during mode transitions - Figure 13c
- Advanced temporal analysis of anode activity during mode transitions - Figure 13d
Additional Information
| Field | Value |
|---|---|
| mimetype | image/png |
| filesize | 4.69 MB |
| resource type | file upload |
| timestamp | Sep 01, 2025 |
| Resource filetype | png |
| Resource datatype | image |
| Resource range | peak current 4.7 kA, arc duration 9.2 ms |
| Resource quality | published |