| Miniproposals | ||||||||||
|
| Operators | |
| Session leader(s): | Steve Wukitch |
| Physics operator(s): | Earl Marmar |
| Engineering operator(s): | Gary Dekow |
| Engineering Operator Run Comment |
| Boronization recovery and ICRF studies; SL: Wukitch; PO: Marmar; EO:Deko |
| Session Leader Plans |
| Physics Operators Plans |
| Session Leader Summaries |
| Entered: Jul 7 2004 03:49:30:553PM |
| Author: To Be Determined |
| Engineering setup for Friday 20 Sept 2002 Boronization recovery and ICRF studies Session leader: S. Wukitch Physics operator: E. Marmar Do the usual post boronization ECDC (2 hours in D_2 at 2.0e-4) Run begins at 09:00 and ends at 17:00. Power systems the same as shot 1020829008 (0.8 MA, 5.3 T, lower single null with preprogrammed gas puf) Gas setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid enabled (PG1) fill B-side upper with 10 psi D2 Hybrid DISABLED (PG2) (for ECDC) fill C-side with 30 psi D2 Hybrid enabled (PG3) leave J-Bottom as is Hybrid DISABLED (PG5) Enable the following gate valves, assuming no vacuum problems: ECE, VUV, DNB ------------------------------------------------------------------------------- RF Setup: transmitters 1 and 2 in run-on by 7:00 am ------------------------------------------------------------------------------- Plan: 1. Start with an 800 kA "fiducial" shot, which includes preprogrammed gas to assess the walls after boronization. 2. Scan BT to find central heating. 3. H-mode heating efficiency. 4. L-mode density scan - upper x-point discharges 5. vary H/D in L-mode ------------------------------------------------------------------------------- Conditioned antennas to 39 kV prior to run. FMIT#1 had a tube arc this morning ------------------------------------------------------------------------------- missing shot numbers are either duds, fizzles, or tests 002 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.6,1.5] sec result: plasma - BN tile in the divertor moved L-mode, nl04~1 D: max faults E: 1.0 MW max faults 003 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, L-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults 005 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, short H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults 006 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults 009 BT~5.2, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults 010 BT~5.2, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults 011 BT~5.2, density on preprogrammed, Ip~0.8 MA D: 0.8 MW [0.6,1.5] sec E: 0.8 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 0.7 MW clean E: 0.8 MW clean 012 BT~5.2, Ip~1.0 MA D: 1.25 MW [0.6,1.0] sec E: 1.0 MW [1.05,1.35] sec result: plasma, H-modes, nl04~1 D: 1.0 MW clean - poor match E: 1.0 MW clean 013 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.05] sec E: 1.5 MW [1.05,1.35] sec result: plasma, 2 H-modes D: 1.6 MW clean E: 1.35 MW clean 014 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.0] sec E: 1.7 MW [1.05,1.35] sec result: plasma, 2 H-modes D: 1.7 MW clean E: 1.55 MW 4 faults DDC1 likely overestimates netpower at high power end (~1 MW) 016 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.35] sec E: 1.7 MW ramp [1.05,1.35] sec result: plasma, H-mode D: 1.7 MW faulting with overlap E: 1.55 MW failed at high end 017 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.35] sec E: 1.7 MW ramp [0.6,1.35] sec result: plasma, H-mode D: 1.7 MW 5 faults E: 1.55 MW failed at high end 018 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.35] sec E: 1.3 MW ramp [0.6,1.35] sec result: plasma, H-modes, big injection ~1 sec D: 1.5 MW 1 fault E: 1.2 MW 4 faults 019 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.35] sec E: 1.3 MW [0.6,1.35] sec result: plasma, H-modes D: 1.5 MW 2 faults E: 1.2 MW 8 faults 020 BT~5.2, nl04~1.1, Ip~1.0 MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-modes, nl04~1 D: 1.5 MW 1 fault E: 1.2 MW 4 faults 021 BT~5.2, nl04~1.1, Ip~1.0 MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-modes, nl04~1 D: 1.5 MW 1 fault E: 1.2 MW 4 faults 022 BT~5.25, Ip~1. MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, long H-mode, nl04~0.9 D: faulted out after 1.04 sec E: clean. 023 BT~5.2, nl04~1.1, Ip~1.0 MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-mode D: 1.5 MW 1 fault E: 1.2 MW 4 faults 024 BT~5.25, Ip~1. MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, long H-mode, nl04~1. D: faulted out E: clean. 025 BT~5.2, nl04~1.0, Ip~1.0 MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-mode D: 1.5 MW max faults - bad tune E: 1.2 MW 1 fault 026 BT~5.2, nl04~1.0, Ip~1.0 MA D: 1.5 MW ramp [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-mode D: 1.5 MW max faults E: 1.2 MW clean 027 BT~5.2 ->4.4T, nl04~1.0, Ip~1.0 MA D: 1.1 MW ramp [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-modes D: 1.1 MW 4 faults E: 1.2 MW max faults 028 BT~5.2 ->4.4T, nl04~1.0, Ip~1.0 MA D: 1.0 MW ramp [0.6,1.2] sec E: 1.0 MW [0.6,1.2] sec result: plasma, H-modes D: 1.0 MW 4 faults E: 1.0 MW 8 faults 029 BT~5.2 ->4.4T, nl04~1.0, Ip~1.0 MA D: 1.0 MW ramp [0.6,1.2] sec E: 1.0 MW [0.6,1.2] sec result: plasma, H-modes D: 1.0 MW 4 faults E: 1.0 MW 8 faults Summary: Since plasma performance was improved compared to the rest of the campaign, we modified the run plan to investigate H-mode performance and related issues. Antenna operation was decent but there are a number of issues to address. In particular, the D and E-port antennas appear to operate to ~1.5 MW rather easily on their own but have difficulty in operating >1 MW together. At high power levels, the reported D-port DC1 power appeared high by 300 kW. We will check the calibrations and reprocess the data Monday. |
| Physics Operator Summaries |
| Entered: Jul 7 2004 04:37:16:223PM |
| Author: To Be Determined |
| Physop Run Summary 1020920 Post boronization recovery and ICRF minority heating PO Marmar SL Wukitch This run followed the boronization which was carried out the previous evening (9/19/02). Recovery from boronization was not difficult today. After 2 full length plasmas, we had a dud, 2 more good shots, then a fizzle and a dud. After that, we had 20 consecutive plasmas, and finished the day with a fizzle. The only significant operator change made to the startup from the preboronization runs of this week was to reduce the prefill puff, then tweak it up after the first dud. We pursued RF heating and confinement using D and E port. After some antenna conditioning, and some filter changes in the cell to alleviate cross-talk problems, we had several good discharges, with total RF power approaching 3 MW. The best shots for confinement analysis are probably 16, 17, 18, 19, 20, 21, 22 and 23, all at 1 MA and ~5.2 Tesla. On the best of these shots, the confinement and stored energy were very respectable, but not in record territory (~150 kJ, H_89~1.5). Several shots showed droops in stored energy after several hundred msec, possibly due to increasing radiation. Examples are 22 and 23, which may be useful for gauging the importance of radiation and/or the calibrations of the various measures of radiated power. Early in the run, the H/D ratio was around 2%, rising to ~7% by shot 19, after which is remained fairly steady. We discharge cleaned for ~5 minutes before shots 1, 16, and 18. The last 3 plasmas of the day were devoted to ITB scoping, by ramping the TF down to 4.4 Tesla during the H-mode phase. On shots 27 and 28, John Rice reports seeing the core rotation slow, while the far off-axis rotation does not. There were some more ohmic H-modes today: examples are shots 20 and 23. These are 5.3 tesla ohmic H-modes, near the end of current flattop. We have seen several interesting ohmic H-modes at high fields since the BN tile fell into the divertor. The BN tile in the divertor shifted position during shot 2: it fell over and is now leaning across the entire outer divertor slot. It did not seem to give us any obvious problems. Engineering: Shot 1 was a no power cycle; the EFC cabinet had a relay problem. The alternator operators thought they heard a funny noise on shot 14; shot 15 was a TF only test. Scorecard: Plasmas: 24 Fizzles: 2 Duds: 2 Tests/No power: 2 Total Cycles: 30 |
| Session Leader Comments | |||
| Sep 20 2002 09:52:18:820AM | 1020920002 | Steve Wukitch | 002 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.6,1.5] sec result: plasma - BN tile in the divertor moved L-mode, nl04~1 D: max faults E: 1.0 MW max faults |
| Sep 20 2002 09:51:53:867AM | 1020920003 | Steve Wukitch | 003 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, L-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults |
| Sep 20 2002 10:33:04:883AM | 1020920005 | Steve Wukitch | 005 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, short H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults |
| Sep 20 2002 10:33:50:247AM | 1020920006 | Steve Wukitch | 006 BT~5.15, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 |
| Sep 20 2002 04:49:39:247PM | 1020920009 | Steve Wukitch | 009 BT~5.2, density on preprogrammed, Ip~0.8 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults |
| Sep 20 2002 04:52:59:280PM | 1020920010 | Steve Wukitch | 010 BT~5.2, Ip~1.0 MA D: 1.0 MW [0.6,1.5] sec E: 1.0 MW [0.7,1.5] sec result: plasma, longer H-mode, nl04~1 D: 1.0 MW max faults E: 1.0 MW max faults |
| Sep 20 2002 04:54:40:563PM | 1020920011 | Steve Wukitch | 011 BT~5.2, Ip~0.8 MA D: 0.8 MW [0.6,1.0] sec E: 0.8 MW [1.05,1.5] sec result: plasma, longer H-mode, nl04~1 D: 0.7 MW clean E: 0.8 MW clean |
| Sep 20 2002 04:55:00:097PM | 1020920012 | Steve Wukitch | 012 BT~5.2, Ip~1.0 MA D: 1.25 MW [0.6,1.0] sec E: 1.0 MW [1.05,1.35] sec result: plasma, H-modes, nl04~1 D: 1.0 MW clean - poor match E: 1.0 MW clean |
| Sep 20 2002 04:55:15:283PM | 1020920013 | Steve Wukitch | 013 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.05] sec E: 1.5 MW [1.05,1.35] sec result: plasma, 2 H-modes D: 1.6 MW clean E: 1.35 MW clean |
| Sep 20 2002 04:55:31:270PM | 1020920014 | Steve Wukitch | 014 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.0] sec E: 1.7 MW [1.05,1.35] sec result: plasma, 2 H-modes D: 1.7 MW clean E: 1.55 MW 4 faults DDC1 likely overestimates netpower at high power end (~1 MW) |
| Sep 20 2002 04:55:47:567PM | 1020920016 | Steve Wukitch | 016 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.35] sec E: 1.7 MW ramp [1.05,1.35] sec result: plasma, H-mode D: 1.7 MW faulting with overlap E: 1.55 MW failed at high end |
| Sep 20 2002 04:56:03:847PM | 1020920017 | Steve Wukitch | 017 BT~5.2, nl04~1, Ip~1.0 MA D: 1.7 MW [0.6,1.35] sec E: 1.7 MW ramp [0.6,1.35] sec result: plasma, H-mode D: 1.7 MW 5 faults E: 1.55 MW failed at high end |
| Sep 20 2002 04:56:21:460PM | 1020920018 | Steve Wukitch | 018 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.35] sec E: 1.3 MW ramp [0.6,1.35] sec result: plasma, H-modes, big injection ~1 sec D: 1.5 MW 1 fault E: 1.2 MW 4 faults |
| Sep 20 2002 04:57:31:570PM | 1020920019 | Steve Wukitch | 019 BT~5.2, nl04~1, Ip~1.0 MA D: 1.5 MW [0.6,1.35] sec E: 1.3 MW [0.6,1.35] sec result: plasma, H-modes D: 1.5 MW 2 faults E: 1.2 MW 8 faults |
| Sep 20 2002 04:05:23:287PM | 1020920023 | Steve Wukitch | 023 BT~5.25, Ip~1. MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, long H-mode, nl04~0.9 |
| Sep 20 2002 04:31:41:700PM | 1020920025 | Steve Wukitch | 025 BT~5.2, nl04~1.0, Ip~1.0 MA D: 1.5 MW [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-mode D: 1.5 MW max faults - bad tune E: 1.2 MW 1 fault |
| Sep 20 2002 04:19:16:713PM | 1020920026 | Steve Wukitch | 026 BT~5.2, nl04~1.0, Ip~1.0 MA D: 1.5 MW ramp [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-mode |
| Sep 20 2002 04:27:23:710PM | 1020920027 | Steve Wukitch | 027 BT~5.2 ->4.4T, nl04~1.0, Ip~1.0 MA D: 1.1 MW ramp [0.6,1.2] sec E: 1.3 MW [0.6,1.2] sec result: plasma, H-modes D: 1.1 MW 4 faults E: 1.2 MW max faults |
| Sep 20 2002 04:39:38:980PM | 1020920028 | Steve Wukitch | 028 BT~5.2 ->4.4T, nl04~1.0, Ip~1.0 MA D: 1.0 MW ramp [0.6,1.2] sec E: 1.0 MW [0.6,1.2] sec result: plasma, H-modes D: 1.0 MW 4 faults E: 1.0 MW 8 faults |
| Physics Operator Comments | |||
| Sep 20 2002 09:10:07:477AM | Earl Marmar | Engineering setup for Friday 20 Sept 2002 Boronization recovery and ICRF studies Session leader: S. Wukitch Physics operator: E. Marmar Do the usual post boronization ECDC (2 hours in D_2 at 2.0e-4) Run begins at 09:00 and ends at 17:00. Power systems the same as shot 1020829008 (0.8 MA, 5.3 T, lower single null with preprogrammed gas puf) Gas setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid enabled (PG1) fill B-side upper with 10 psi D2 Hybrid DISABLED (PG2) (for ECDC) fill C-side with 30 psi D2 Hybrid enabled (PG3) leave J-Bottom as is Hybrid DISABLED (PG5) Enable the following gate valves, assuming no vacuum problems: ECE, VUV, DNB ------------------------------------------------------------------------------- RF Setup: transmitters 1 and 2 in run-on by 7:00 am Plan: Start with an 800 kA "fiducial" shot, which includes preprogrammed gas to assess the walls after boronization. Use D&E port power to assess minority heating. coldstart done by engineers this morning (new protocol) | |
| Sep 20 2002 09:07:38:800AM | 1020920001 | Earl Marmar | load segment 2 from 1020829008 segment 1 from 1020919005 reduce prepuff (PG4) to 23 msec from 27 (post-boronization) 5 minutes of ECDC before the shot (D&E were vacuum conditioned before the run started) no power cycle; problem with EFC cabinet |
| Sep 20 2002 09:36:47:140AM | 1020920002 | Earl Marmar | reduce TF during flattop to 146 kA (btor=5.18T) plasma Tile in the divertor fell over during the shot; it's now leaning on the inner face of the divertor. |
| Sep 20 2002 09:51:00:273AM | 1020920003 | Earl Marmar | no pcs changes plasma density is about the same (still on preprogrammed puff, 0 gains on nl04 feedback) |
| Sep 20 2002 09:58:55:067AM | 1020920004 | Earl Marmar | no pcs changes dud |
| Sep 20 2002 10:17:52:063AM | 1020920005 | Earl Marmar | add 2 msec to prefill puff (pg4) plasma some hesitation during intial current rise brief H-mode; RF power reaches 1.8 MW for short time |
| Sep 20 2002 10:37:34:343AM | 1020920006 | Earl Marmar | no pcs changes plasma |
| Sep 20 2002 10:42:46:320AM | 1020920007 | Earl Marmar | add 10 msec to Ar puff increase TF during flattop by 1% (147.5 kA) fizzle |
| Sep 20 2002 10:55:16:480AM | 1020920008 | Earl Marmar | add 0.5 mT to B_R offset dud |
| Sep 20 2002 11:13:22:057AM | 1020920009 | Earl Marmar | reduce B_R offset by 0.2 mT (just to pretend I'm doing something) plasma hesitation during startup; some early hard x-rays H-mode from .74 to 1.04 s; 1.9 MW, W=80 kJ |
| Sep 20 2002 11:33:20:320AM | 1020920010 | Earl Marmar | no PCS changes plasma |
| Sep 20 2002 11:54:54:823AM | 1020920011 | Earl Marmar | increase current to 1.0 MA plasma D&E ran separately, 0.8 MW each, no faults 2 H-Modes; good comparison of D and E. D makes more impurities, and maybe slightly more stored energy |
| Sep 20 2002 12:11:05:783PM | 1020920012 | Earl Marmar | no pcs changes plasma D&E running separately at 1 MW each |
| Sep 20 2002 12:37:09:200PM | 1020920013 | Earl Marmar | extend current flattop to 1.4 s (from 1.3) plasma |
| Sep 20 2002 12:42:02:630PM | 1020920014 | Earl Marmar | no pcs changes plasma D @1.8 MW E @ 1.5 MW (with trips) |
| Sep 20 2002 01:21:09:300PM | 1020920015 | Earl Marmar | 100 kA TF only test (they thought they heard a noise at the alternator on shot 14). |
| Sep 20 2002 01:42:43:893PM | 1020920016 | Earl Marmar | ECDC for 6 minutes before this shot (H/D has been creeping up) reduce prefill puff (pg4) by 1 msec tweak the TF rampdown; 147.5 kA at 0.4 s instead of 0.3 s plasma close to 3 MW, 140 kJ |
| Sep 20 2002 02:09:18:013PM | 1020920017 | Earl Marmar | no pcs changes plasma ~3MW RF, W=150 kJ |
| Sep 20 2002 02:22:40:423PM | 1020920018 | Earl Marmar | turn off preprogrammed gas puff at 0.5 s ECDC for 6 minutes before this shot plasma 150 kJ, 2.6MW |
| Sep 20 2002 02:33:38:347PM | 1020920019 | Earl Marmar | turn on nl_04 feedback, 1.0e20 plasma 150 kJ, 2.5 MW RF |
| Sep 20 2002 02:49:18:497PM | 1020920020 | Earl Marmar | nl_04 to 1.1e20 Start Ip rampdown at 1.3 s plasma nl_04 got to about 1.04e20 before the RF 150 kJ, 2.6MW RF |
| Sep 20 2002 03:04:11:300PM | 1020920021 | Earl Marmar | nl_04 program to 1.2e20 plasma got nl_04=1.18e20 138 kJ, 2.8MW RF |
| Sep 20 2002 03:22:56:657PM | 1020920022 | Earl Marmar | nl_04 program to 0.9e20 plasma 145 kJ, 2.7 MW RF, but then it droops as radiated power increases |
| Sep 20 2002 03:31:05:840PM | 1020920023 | Earl Marmar | no PCS changes plasma 136 kJ, 2.7 MW RF |
| Sep 20 2002 03:43:55:330PM | 1020920024 | Earl Marmar | go back to density program from shot 20 (nl_04=1.1e20) plasma D-port faulted almost from the start 80 kJ, 1.2 MW (E only) |
| Sep 20 2002 03:56:17:897PM | 1020920025 | Earl Marmar | no pcs changes plasma D still having some problems |
| Sep 20 2002 04:16:18:397PM | 1020920026 | Earl Marmar | no pcs changes plasma D tripping |
| Sep 20 2002 04:30:58:123PM | 1020920027 | Earl Marmar | program TF to be 5 T at .6 s, 4.4 T at .9 s; try for ITB plasma H-mode, RF not steady, John Rice reports rotation in core slows, outside it does not disruption on rampdown |
| Sep 20 2002 04:40:23:370PM | 1020920028 | Earl Marmar | no PCS changes plasma |
| Sep 20 2002 04:54:16:860PM | 1020920029 | Earl Marmar | no pcs changes plasma E port alone, with some trips H-mode; no obvious ITB |
| Sep 20 2002 05:00:53:857PM | 1020920030 | Earl Marmar | ramp the TF down sooner (4.4 T at ~0.7 s) fizzle |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:02:52:450AM | Plasma | Bad | EFC TMX Breaker Pulled during INIT |
| 2 | 09:24:56:390AM | Plasma | Ok | |
| 3 | 09:40:19:520AM | Plasma | Ok | |
| 4 | 09:53:05:573AM | Plasma | Ok | |
| 5 | 10:11:01:427AM | Plasma | Ok | |
| 6 | 10:24:56:170AM | Plasma | Ok | |
| 7 | 10:39:27:770AM | Plasma | Ok | |
| 8 | 10:52:25:947AM | Plasma | Ok | |
| 9 | 11:05:22:543AM | Plasma | Ok | |
| 10 | 11:18:40:877AM | Plasma | Ok | |
| 11 | 11:34:30:057AM | Plasma | Ok | |
| 12 | 12:02:05:083PM | Plasma | Ok | |
| 13 | 12:15:40:667PM | Plasma | Ok | |
| 14 | 12:28:53:483PM | Plasma | Ok | |
| 15 | 01:18:54:420PM | Test | Ok | TF 100kA Test |
| 16 | 01:32:04:220PM | Plasma | Ok | |
| 17 | 01:45:21:587PM | Plasma | Ok | |
| 18 | 02:07:03:430PM | Plasma | Ok | |
| 19 | 02:24:34:457PM | Plasma | Ok | |
| 20 | 02:37:47:777PM | Plasma | Ok | |
| 21 | 02:51:24:547PM | Plasma | Ok | |
| 22 | 03:05:06:537PM | Plasma | Ok | |
| 23 | 03:21:29:640PM | Plasma | Ok | |
| 24 | 03:34:56:677PM | Plasma | Ok | |
| 25 | 03:48:29:573PM | Plasma | Ok | |
| 26 | 04:03:38:753PM | Plasma | Ok | |
| 27 | 04:17:47:650PM | Plasma | Ok | |
| 28 | 04:31:31:280PM | Plasma | Ok | |
| 29 | 04:44:52:287PM | Plasma | Ok | |
| 30 | 04:58:08:760PM | Plasma | Ok | |