| Miniproposals | ||||||||||
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| Operators | |
| Session leader(s): | Steve Wukitch,Bruce Lipschultz,Alexandre Parisot |
| Physics operator(s): | Ron Parker |
| Engineering operator(s): | Andy Pfeiffer,Sam Pierson,Bill Byford |
| Engineering Operator Run Comment |
| MP#390 D(He3) Minority Heating Evaluation at 50 MHz MP#417 Boronized den |
| Session Leader Plans |
| Entered: Aug 3 2005 08:32:05:520PM |
| Author: Bruce Lipschultz |
| MP#390 D(He3) Minority Heating Evaluation at 50 MHz
MP#417 Boronized density scan Session leader: S. Wukitch/B. Lipschultz Physics operator: R. Parker ------------------------------------------------------------------------ ------- Overnight boronization use 120 psi from 10%B_2D_6/90%He bottle scan resonance from 50 to 103 cm, dwell at 52 normal fill pressures and duty factors follow boronization with: 4 hours He ECDC (5e-5 torr gauge) 1 hour D2 ECDC (2e-4 torr gauge) ------------------------------------------------------------------------ ------- Run begins at 09:00 and ends at 17:00. Power systems as on 1050629017 with modification to 5.1 T and nl04~0.8 B-side upper enabled with 110 msec puff at 0.2 sec (as on 1050802015) A-coil configuration: normal [+Dtop -Dbot -Jtop +Jbot] and enabled. Gas Setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid DISABLED (PG1) fill B-side upper with 15 psi He3 Hybrid enabled (PG2) fill B-main (C-side) with 40 psi D2 Hybrid enabled (PG3) NINJA set to 12 PSI D2 Enable the following gate valves and shutters, assuming no vacuum problems: ECE, VUV, Z-bolo shutters Important Diagnostics: Standard set, with ECE and PCI (50 MHz, with localization). ------------------------------------------------------------------------ ------- ICRF Setup: RF in run-on by 08:30, ready to go on first shot (J-port at 50 MHz) ------------------------------------------------------------------------ ------- Run Plan 1. recover antenna operation post boronization (2-10 shots): RF starts at 0.7 seconds. Two pulses (J and E) separated by 100 ms.. Determine the optimum He3 injection. Condition up to levels beyond that needed for #2. 2. H-mode comparison discharges: separate J and E pulses up to 1.5 MW. Do this for both He 3 minority and MCEH heating. (2 shots) 3. Examine combined powers at 3 -4MW for comparison with "gold standard" of J at 78 MHz. This will be done for both MC electron heated H-modes with minority heated H-modes depending on the results from step 2. We will do this at three different densities - nl_04 = 0.8, 1.0, 1.2 (10 shots) Decision point: Whether to do Ohmic density scan or USN for CD discharges? 4. Return to a shot at which full SOL profiles were obtained early in the day to repeat probe SOL profile measurements to see if there are any effects (1-2 shots) SL reserve the right to modify RF power, 3He concentration, and antenna phasings |
| Physics Operators Plans |
| Entered: Aug 3 2005 04:05:29:377PM |
| Author: Ron Parker |
| Engineering Setup and Run Plan for 1050804
MP#390 D(He3) Minority Heating Evaluation at 50 MHz MP#417 Boronized density scan Session leader: S. Wukitch/B. Lipschultz Physics operator: R. Parker ------------------------------------------------------------------------------- Overnight boronization use 120 psi from 10%B_2D_6/90%He bottle scan resonance from 50 to 103 cm, dwell at 52 normal fill pressures and duty factors follow boronization with: 4 hours He ECDC (5e-5 torr gauge) 1 hour D2 ECDC (2e-4 torr gauge) ------------------------------------------------------------------------------- Run begins at 09:00 and ends at 17:00. Power systems as on 1050629017 with modification to 5.1 T and nl04~0.8 B-side upper enabled with 110 msec puff at 0.2 sec (as on 1050802015) A-coil configuration: normal [+Dtop -Dbot -Jtop +Jbot] and enabled. Gas Setup: fill B-Top with 6 psi D2 Hybrid enabled (PG4) fill B-side lower with 1 psi Ar Hybrid DISABLED (PG1) fill B-side upper with 15 psi He3 Hybrid enabled (PG2) fill B-main (C-side) with 40 psi D2 Hybrid enabled (PG3) No NINJA Enable the following gate valves and shutters, assuming no vacuum problems: ECE, VUV, Z-bolo shutters Important Diagnostics: Standard set, with ECE and PCI (50 MHz, with localization). ------------------------------------------------------------------------------- ICRF Setup: RF in run-on by 08:30, ready to go on first shot (J-port at 50 MHz) ------------------------------------------------------------------------------- Run Plan 1. recover antenna operation post boronization 2. H-mode comparison discharges: separate J and E pulses up to 1.5 MW 3. Examine combined powers at 3 MW for comparison with "gold standard" Compare MC electron heated H-modes with minority heated H-modes Decision point positive: Scan density for optimum target density negative: Ohmic density scan or USN for CD discharges SL reserve the right to modify RF power, 3He concentration, and antenna phasings |
| Session Leader Summaries |
| Entered: Aug 30 2005 04:35:13:800PM |
| Author: Alexandre Parisot |
| We used the last shots of the day for mode conversion current drive
experiments. We loaded Tuesday's shot 1050802031, but set the toroidal field to be flat at 5.7T (instead of the ramp) and adjusted the concentration for on-axis mode conversion (n3He/ne ~ 20% at this field). With Zeff < 2 (fresh boronization), this is a good target, however the E-port did not run well and we could not reach high temperatures (Te ~ 2 keV). We did several comparisons co vs counter with 2.2 MW from J-port. On axis shot 30 (digital phase = 50 deg) - 32,33 (230 deg) Near axis, HFS 34 (230 deg) - 35 (50 deg) 36 (50 deg) - 37 (230 deg) Small loop voltages differences ~ 0.1 V were observed, but they do not offer a clear indication of current drive. More analysis will be done to determine the changes in profiles (Te, Zeff, etc...) and their effect. |
| Physics Operator Summaries |
| Entered: Aug 4 2005 05:27:07:700PM |
| Author: Ron Parker |
| The machine performed very well for this run. The first shots were for recovering from boronization, but the discharges started up reliably from shot 1. However, there was a clear degradation in performance, as measured by stored energy, after about 10 shots. Shot 7 was notable with 164 kJ of stored energy
with 3 MW of RF. As the run proceeded, it was necessary to gradually increase the IC_EF4 current from 1295 A to 1325 A in order to keep the breakdown at or below 5 ms. Other than that, the startup was robust. Also, there were no disruptions during the run (sorry, Bob) and all shots ended with controlled rampdown generally to 10% or less of the programmed current. Although the startup was robust there were two shots where an early injection caused a fizzle. This seems to be a random event and did not occur often enough to be a problem. The only dud that occured was the result of a pull-out of the OHL breaker, an event that also occured at least once last week during the 7/27 run. Scorecard: 37 shots 4 fizzles (two due to operator error in loading a previous shot without correcting fill pressure) 1 dud (due to OHL breaker pulling) 32 full length plasma shots |
| Session Leader Comments | |||
| Aug 17 2005 12:57:49:887PM | Steve Wukitch | Run summary
An effort was made to compare H-mode performance using D(3He) and D(H) by comparing with experiments in July. Clear results are not forthcoming from the data obtained today because it appears the machine conditioning degraded rather quickly. Shots 006 and 007 were encouraging but the plasma performance degraded quickly thereafter. The best experiment we can do is a direct comparison within the same shot when all the antennas are all functioning. Furhter, we ran the scanning probes at 0.65 s from shot 2 through 25 (with a few exceptions) to monitor changes, if any, in the SOL profiles as the boronization wore off. Finally, we used the last 10 shots to investigate MCCD and had some success in obtaining good shots. Further analysis is required to determine the amount of driven current. | |
| Aug 4 2005 09:25:06:727AM | 1050804001 | Steve Wukitch | 001 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 0.6 MW [0.7,1.5] sec J: 1.2 MW [0.7,1.7] sec result: plasma E: ran max faults due to mismatch J: ran 3 faults |
| Aug 4 2005 09:30:11:963AM | 1050804002 | Steve Wukitch | 002 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma E: ran J: ran max faults late (neutral pressure limit ~1.3) |
| Aug 4 2005 09:46:40:523AM | 1050804003 | Steve Wukitch | 003 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1.2 MW [0.7,1.5] sec J: 2.5 MW [0.7,1.5] sec result: plasma E: ran 3 faults J: ran max faults cell access post discharge |
| Aug 4 2005 10:10:29:773AM | 1050804005 | Steve Wukitch | 005 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1.2 MW [0.7,1.5] sec J: 2.5 MW [0.7,1.5] sec result: plasma E: ran max faults J: ran max faults next: reduce power |
| Aug 4 2005 10:22:53:870AM | 1050804006 | Steve Wukitch | 006 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma - 165 kJ E: ran 5 faults J: ran max faults comment: interesting - now need clean RF next: raise target nl04 to 1 |
| Aug 4 2005 10:33:44:103AM | 1050804007 | Steve Wukitch | 007 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma -165 kJ E: ran 1 fault J: ran 7 faults |
| Aug 4 2005 11:02:35:587AM | 1050804008 | Steve Wukitch | 008 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma E: ran 2 faults J: ran max faults late |
| Aug 4 2005 11:03:01:713AM | 1050804009 | Steve Wukitch | 009 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma -165 kJ E: ran 1 fault J: ran max faults late |
| Aug 4 2005 11:14:41:790AM | 1050804010 | Steve Wukitch | fizzle |
| Aug 4 2005 11:37:17:763AM | 1050804011 | Steve Wukitch | 011 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~110 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.5] sec J: 2 MW [0.7,1.5] sec result: plasma -156 kJ E: ran 1 fault J: ran 2 faults |
| Aug 4 2005 11:38:06:200AM | 1050804012 | Steve Wukitch | dud |
| Aug 4 2005 12:13:48:010PM | 1050804014 | Steve Wukitch | 014 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.55] sec J: 2 MW [0.7,1.5] sec result: plasma - 148 kJ E: ran 1 early fault J: ran max faults |
| Aug 4 2005 12:23:58:417PM | 1050804015 | Steve Wukitch | 015 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1 MW [0.7,1.55] sec J: 2 MW [0.7,1.5] sec result: plasma - 155 kJ E: ran J: ran next: separate E and J and do direct comparison |
| Aug 4 2005 12:56:38:060PM | 1050804016 | Steve Wukitch | 016 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1.5 MW ramp [1.15,1.5] sec J: 1.5 MW ramp [0.7,1.05] sec result: plasma - very late H-mode with E E: ran J: ran initial heating looks similar |
| Aug 4 2005 12:56:55:747PM | 1050804017 | Steve Wukitch | 017 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1.5 MW ramp [1.15,1.5] sec J: 1.5 MW ramp [0.7,1.05] sec result: plasma - H-mode with J but H-mode continued E: ran J: ran 135 kJ is not too bad |
| Aug 4 2005 01:06:36:200PM | 1050804018 | Steve Wukitch | lower strike point by RXL~0.5 cm
018 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s set dig phase to 315deg E: 1.5 MW ramp [1.15,1.5] sec J: 1.5 MW ramp [0.7,1.05] sec result: plasma H-mode again that does not quit E: ran J: ran next: swap the RF order and RXL~0.5 cm |
| Aug 4 2005 01:33:18:433PM | 1050804019 | Steve Wukitch | 019 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1.5 MW ramp [0.6,0.9] sec J: 1.5 MW ramp [1.2,1.5] sec result: plasma H-mode again that does not quit E: ran max faults at max power J: ran |
| Aug 4 2005 01:32:43:543PM | 1050804020 | Steve Wukitch | 020 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1.5 MW ramp [0.6,0.9] sec J: 1.5 MW ramp [1.2,1.5] sec result: plasma E: ran max faults J: ran |
| Aug 4 2005 01:49:28:260PM | 1050804021 | Steve Wukitch | 021 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1,1.3 MW [0.7,1.3] sec J: 1,1.25 MW ramp [0.7,1.3] sec result: plasma yuck! E: ran 1 fault J: ran |
| Aug 4 2005 01:51:01:607PM | 1050804022 | Steve Wukitch | 022 BT~5.2T, Ip~1 MA, nl04~1, He3 puff~120 msec at 0.2 s
set dig phase to 315deg J: 1,1.25 MW ramp [0.7,1.3] sec result: plasma J: ran 9 faults |
| Aug 4 2005 02:14:10:747PM | 1050804024 | Steve Wukitch | fizzle |
| Aug 4 2005 02:47:01:060PM | 1050804025 | Steve Wukitch | 025 BT~5.2T, Ip~1 MA, nl04~0.8, He3 puff~120 msec at 0.2 s
set dig phase to 315deg E: 1,1.3 MW [0.7,1.3] sec J: 1,1.25 MW ramp [0.7,1.3] sec result: plasma E: ran max faults J: ran max faults |
| Aug 4 2005 03:20:15:260PM | 1050804028 | Alexandre Parisot | MCCD targets for loop voltage measurements.
USN shot similar to 150802031, but with toroidal field constant at 5.7T Estimated helium concentration, ~ 25-30%, break-in-slope at the edge of the FRC-ECE coverage. Next. Reduce puff duration to 100 ms, this should bring us on axis. Go to +50 deg phasing, remove the notches in J-port. |
| Aug 4 2005 03:32:51:387PM | 1050804029 | Alexandre Parisot | J faulted out. Screen current too high.
Seems like we are going in and out of tiny H-modes. Zeff below 2. Next. Repeat. Retune J-port. Lower power to 2.2 MW. |
| Aug 4 2005 03:38:46:683PM | 1050804030 | Alexandre Parisot | Good shot. Clean RF from J-port. E has multiple faults.
Next. Repeat. Opposite phasing +230deg. |
| Aug 4 2005 04:01:18:933PM | 1050804031 | Alexandre Parisot | Good shot. J-port faults at 1.04sec.
E has faults from 0.8 sec on, dies before 1sec. Next. Repeat. |
| Aug 4 2005 04:24:44:637PM | 1050804033 | Alexandre Parisot | Good shot. Repeat of 32.
Loop voltage lines up perfectly. E is still faulting. Next. Increase puff duration to 120 ms to move slightly off axis (in case we were on the low field side). Lower power from E. |
| Aug 4 2005 04:37:52:653PM | 1050804034 | Alexandre Parisot | Good shot. Good break-in-slope from GPC channels 1 and 2.
We are sightly off-axis on the high field side. E and J stayed on [0.7,0.88] sec, E tripped out after 1.17sec. Next. Repeat opposite phasing. Turn off E at 1.18sec (just in case). |
| Aug 4 2005 04:55:30:713PM | 1050804036 | Alexandre Parisot | Good shot. E is clean, turns of at 1sec.
Next. Repeat. Opposite phasing for the last shot. |
| Aug 4 2005 05:15:49:683PM | 1050804037 | Alexandre Parisot | Good shot. E is clean, turns of at 1sec.
Loop voltage is different again. Zeff too. If we have an effect, it is not overwhelming, we'll have to see whether Zeff and Te can account for the observed differences in loop voltage. End of the run. |
| Physics Operator Comments | |||
| Aug 4 2005 09:15:26:930AM | 1050804001 | Ron Parker | Coldstart did not run this morning.
First shot loaded from 1050629017, with B = 5.1 T, 110 ms He3 puff, IC_EF4 = -1295. Shot ran well, with sustained H-mode. Breakdown at 4.5 ms. |
| Aug 4 2005 09:34:32:917AM | 1050804002 | Ron Parker | Shot 2 ran well, again a sustained H-Mode and early breakdown.
Next: Tune RCUR to keep right gap at 1.5 cm. There will be a cell access after the next shot. |
| Aug 4 2005 09:55:20:197AM | 1050804003 | Ron Parker | Shot 3 ran well, right gap reasonably constant at 1.5 cm.
No change for shot 4. |
| Aug 4 2005 09:58:00:180AM | 1050804004 | Ron Parker | Shot 4 ran well, RF was intermittent.
Breakdown at 5 ms. |
| Aug 4 2005 10:22:23:947AM | 1050804005 | Ron Parker | Shot 5 ran well. No changes. |
| Aug 4 2005 10:23:31:087AM | 1050804006 | Ron Parker | Shot 6 ran well, RF still having some problems.
Next: Same shot with target density increased to 1e20 m-2. |
| Aug 4 2005 10:39:29:900AM | 1050804007 | Ron Parker | Nice shot-- steady H-mode, RF improved, one dropout between 1 and 1.5 s.
Peak Wmhd = 164 kJ with 3 MW RF, neutron rate reaches 5e13. |
| Aug 4 2005 10:49:12:620AM | 1050804008 | Ron Parker | Similar shot, but RF had a few more trips.
No changes for next shot. |
| Aug 4 2005 11:04:53:417AM | 1050804009 | Ron Parker | Shots continue to run well, but RF dropping out.
For next shot, outer gap will be decreased by 2mm. |
| Aug 4 2005 11:15:43:243AM | 1050804010 | Ron Parker | Fizzle! OK, so we're not perfect.
Reload same shot. |
| Aug 4 2005 11:31:02:930AM | 1050804011 | Ron Parker | The shot is back. Fewer RF trips.
Next: Right gap is too large early in shot, try to keep it more constant on next shot. |
| Aug 4 2005 11:53:06:980AM | 1050804012 | Ron Parker | No plasma -- OH2L breaker pulled during charge.
This also happened during a shot on 1050727. Probably misses a gate pulse and controller pulls breaker. Next: Retry shot. |
| Aug 4 2005 12:04:59:107PM | 1050804013 | Ron Parker | Shot 13 ran well, sustained H-mode, few RF trips.
Next: Try to stabilize outer gap when RF turns on. He3 Puff increased to 120 ms (from 110 ms). |
| Aug 4 2005 12:14:22:840PM | 1050804014 | Ron Parker | Shot ran OK, but RF tripped out.
A little more fine tuning on outer gap, but no other changes for next shot. |
| Aug 4 2005 12:28:38:760PM | 1050804015 | Ron Parker | Good shot, RF stayed on although power drooped a bit.
Stored energy somewhat lower than earlier shots, e.g., 7&8. No changes for next shot. |
| Aug 4 2005 12:40:37:810PM | 1050804016 | Ron Parker | Shot 16 ran well, no H-Mode until end of RF pulse.
Next: No changes. |
| Aug 4 2005 12:54:25:510PM | 1050804017 | Ron Parker | Shot 17 ran well.
For next shot we'll begin moving outer strike point lower by moving RXL inward by 0.5 cm. |
| Aug 4 2005 01:10:25:107PM | 1050804018 | Ron Parker | Shot 18 ran well, RXL moved 0.5 cm inside.
Next: Move RXL an additional 0.5 cm inside. |
| Aug 4 2005 01:23:29:823PM | 1050804019 | Ron Parker | Shot 19 ran well, RF tripping on E port. |
| Aug 4 2005 01:30:47:260PM | 1050804020 | Ron Parker | Shot 20 ran well, RF from E-port tripping.
Next: Stack RF pulses and begin density scan. |
| Aug 4 2005 01:45:46:917PM | 1050804021 | Ron Parker | RF pulses were stacked, shot ran OK.
Low stored energy for this much power (4 MW). Next: Turn off E-port RF |
| Aug 4 2005 02:03:53:573PM | 1050804022 | Ron Parker | Shot 22 was OK, but J-Port was intermittent.
Next: RXL back to where it was on shot 16 (~1 cm to the outside compared to where it was on last shot. |
| Aug 4 2005 02:09:08:497PM | 1050804023 | Ron Parker | Shot 23 ran well, RF still breaking up.
Next: Target density reduced from 1.0 to 0.8e20 m-2. |
| Aug 4 2005 02:15:20:543PM | 1050804024 | Ron Parker | Another fizzle, due to early injections.
Try again. |
| Aug 4 2005 02:37:02:777PM | 1050804025 | Ron Parker | OK, shot 25 recovered and was normal as far as machine is concerned.
Next We'll load shot 1050802032 but will keep the field constant at the level of 5.7 T. He3 Pulse will be kept at 150 ms. |
| Aug 4 2005 02:45:43:980PM | 1050804026 | Ron Parker | Shot 26 fizzled, probably because the error fields on
shot 1050802032 were not optimal. We'll load fields from 1050804017 and try again. |
| Aug 4 2005 02:56:17:917PM | 1050804027 | Ron Parker | Another fizzle, this time the fill pressure was far too high from
the 1050802032 shot. Should be OK for the next shot. |
| Aug 4 2005 03:17:41:793PM | 1050804028 | Ron Parker | Shot 28 ran OK. Breakdown ~ 5ms.
|
| Aug 4 2005 03:34:35:653PM | 1050804029 | Ron Parker | Shot 29 ran as programmed.
No change for next shot. |
| Aug 4 2005 03:40:44:903PM | 1050804030 | Ron Parker | Shot 30 ran OK.
Next: Repeat, change phasing. |
| Aug 4 2005 03:52:31:793PM | 1050804031 | Ron Parker | Shot 31 ran OK, RF intermittent.
Next: Continue with same shot -- hope for better RF pulse. |
| Aug 4 2005 04:03:52:107PM | 1050804032 | Ron Parker | Shot 32 ran well. E-port RF continues to trip, but J-port
is OK. Continue with same shot. |
| Aug 4 2005 04:23:34:793PM | 1050804033 | Ron Parker | Shots continue to roll. Breakdown at 5 ms.
Next: Increase He3 puff from 100 to 120 ms and try to get E-Port to stay on. |
| Aug 4 2005 04:33:00:620PM | 1050804034 | Ron Parker | Good shot, similar to the last several shots. |
| Aug 4 2005 04:39:06:903PM | 1050804035 | Ron Parker | Shots repeating reliably, robust startup. |
| Aug 4 2005 05:05:02:137PM | 1050804037 | Ron Parker | Shot 37, the last shot for this run, ran well as programmed. |
| Engineering Operator Comments | ||||
| Shot | Time | Type | Status | Comment |
| 1 | 09:09:54:633AM | Plasma | Ok | |
| 2 | 09:23:24:337AM | Plasma | Ok | |
| 3 | 09:38:08:727AM | Plasma | Ok | |
| 4 | 09:52:17:930AM | Plasma | Ok | |
| 5 | 10:04:48:010AM | Plasma | Ok | |
| 6 | 10:17:19:150AM | Plasma | Ok | |
| 7 | 10:29:48:353AM | Plasma | Ok | |
| 8 | 10:42:18:023AM | Plasma | Ok | |
| 9 | 10:58:24:463AM | Plasma | Ok | |
| 10 | 11:10:54:620AM | Plasma | Ok | |
| 11 | 11:23:30:120AM | Plasma | Ok | |
| 12 | 11:36:10:437AM | Plasma | Ok | |
| 13 | 11:54:07:997AM | Plasma | Ok | |
| 14 | 12:06:32:027PM | Plasma | Ok | |
| 15 | 12:19:22:090PM | Plasma | Ok | |
| 16 | 12:31:50:667PM | Plasma | Ok | |
| 17 | 12:44:26:480PM | Plasma | Ok | |
| 18 | 12:56:57:043PM | Plasma | Ok | |
| 19 | 01:09:20:480PM | Plasma | Ok | |
| 20 | 01:21:57:793PM | Plasma | Ok | |
| 21 | 01:34:40:637PM | Plasma | Ok | |
| 22 | 01:47:08:793PM | Plasma | Ok | |
| 23 | 01:59:39:870PM | Plasma | Ok | |
| 24 | 02:12:31:667PM | Plasma | Ok | |
| 25 | 02:25:01:340PM | Plasma | Ok | |
| 26 | 02:37:53:730PM | Plasma | Ok | |
| 27 | 02:50:29:840PM | Plasma | Ok | |
| 28 | 03:03:07:963PM | Plasma | Ok | |
| 29 | 03:21:11:357PM | Plasma | Ok | |
| 30 | 03:33:47:277PM | Plasma | Ok | |
| 31 | 03:46:24:573PM | Plasma | Ok | |
| 32 | 03:59:03:293PM | Plasma | Ok | |
| 33 | 04:11:31:963PM | Plasma | Ok | |
| 34 | 04:24:14:700PM | Plasma | Ok | |
| 35 | 04:36:51:417PM | Plasma | Ok | |
| 36 | 04:49:27:527PM | Plasma | Ok | |
| 37 | 05:01:55:777PM | Plasma | Ok | |